mhurhangee/ep-ind-claims huggingface dataset:
A method of laminating a contoured part, the method comprising the step of: heating a flexible membrane; characterized by the following steps which are performed sequentially: preheating the contoured part by positioning the heated flexible membrane into direct conformed thermal contact with the contoured part; maintaining the heated flexible membrane in direct conformed thermal contact with the contoured part to raise a surface temperature of the contoured part; moving the flexible membrane out of direct conformed thermal contact with the contoured part; positioning a laminate between the heated flexible membrane and the preheated contoured part; conforming, using the heated flexible membrane, the laminate to a surface of the contoured part; and heating the conformed laminate and contoured part to adhere the conformed laminate to the surface of the preheated contoured part. preheating the contoured part by positioning the heated flexible membrane into direct conformed thermal contact with the contoured part; maintaining the heated flexible membrane in direct conformed thermal contact with the contoured part to raise a surface temperature of the contoured part; moving the flexible membrane out of direct conformed thermal contact with the contoured part; positioning a laminate between the heated flexible membrane and the preheated contoured part; conforming, using the heated flexible membrane, the laminate to a surface of the contoured part; and heating the conformed laminate and contoured part to adhere the conformed laminate to the surface of the preheated contoured part.
A method by a wireless device for monitoring a physical downlink control channel, PDCCH, for paging messages for a group of slots for a duration, the group of slots comprising at least a first slot and a second slot, wherein while monitoring the PDCCH for paging messages, the wireless device initiates monitoring of one or more first PDCCH monitoring occasions in a first slot according to a first PDCCH monitoring parameter associated with a first monitoring symbol pattern, characterized in that the wireless device is further operable to perform the following operations for the group of slots for the duration: according to a second PDCCH monitoring parameter associated with a second monitoring symbol pattern, initiating monitoring of one or more second PDCCH monitoring occasions in a second slot, the second slot consecutively following the first slot, wherein the first monitoring symbol pattern is different from the second monitoring symbol pattern.
A method, comprising: performing powder bed fusion additive manufacturing by: dispensing, by a powder dispensing assembly, a plurality of layers of a powdered material onto a build platform to form a powder bed during an additive manufacturing print cycle; separating the powder bed from the build platform by shaking or inverting or sweeping; collecting the powdered material for reuse after the additive manufacturing print cycle by: collecting a portion of the powdered material from the powder bed in a hopper after separating the powder bed from the build platform; receiving, from a camera mounted inside a build chamber, which contains the build platform, a real-time feedback of powder removal. performing powder bed fusion additive manufacturing by: dispensing, by a powder dispensing assembly, a plurality of layers of a powdered material onto a build platform to form a powder bed during an additive manufacturing print cycle; separating the powder bed from the build platform by shaking or inverting or sweeping; dispensing, by a powder dispensing assembly, a plurality of layers of a powdered material onto a build platform to form a powder bed during an additive manufacturing print cycle; separating the powder bed from the build platform by shaking or inverting or sweeping; collecting the powdered material for reuse after the additive manufacturing print cycle by: collecting a portion of the powdered material from the powder bed in a hopper after separating the powder bed from the build platform; receiving, from a camera mounted inside a build chamber, which contains the build platform, a real-time feedback of powder removal. collecting a portion of the powdered material from the powder bed in a hopper after separating the powder bed from the build platform; receiving, from a camera mounted inside a build chamber, which contains the build platform, a real-time feedback of powder removal.
Hydromount, in particular for mounting a motor vehicle engine, with a mount core, a support spring made of an elastomeric material, a working chamber which is delimited by the support spring, and a compensation chamber which is separated from the working chamber by an intermediate plate, wherein the working chamber and the compensation chamber are filled with hydraulic fluid and connected to each other by an overflow channel, wherein the mount core comprises a first mount core part and a second mount core part which are operatively connected to each other via an elastomer body for highfrequency vibration decoupling, wherein the elastomer body has a first elastomer body portion, which absorbs at least one static mount load acting on the mount core, and has a second elastomer body portion which absorbs at least one transverse force acting on the mount core, wherein the first elastomer body portion is arranged perpendicular to a centre axis of the first mount core part and/or a centre axis of the second mount core part, and the second elastomer body portion is arranged along the centre axis of the first mount core part and/or the centre axis of the second mount core part, characterised in that the first mount core part has a conically shaped projection which protrudes into a corresponding conical passage of the second mount part.
A method of radio resource control, RRC, connection resumption, implemented in a mobile device for use with a Radio Access Network, RAN, comprising: the mobile device sending an indicator to the RAN in respect of an RRC connection with the RAN, wherein the indicator indicates that the mobile device is configured to support RRC connection suspension; the mobile device receiving a command message from a RAN node of the RAN to suspend an RRC connection between the mobile device and the RAN node; the mobile device, in response to receiving the command message, suspending the RRC connection, wherein suspending the RRC connection comprises: the mobile device storing RRC connection data related to the RRC connection, the mobile device releasing radio resources associated with the RRC connection, wherein the mobile device is able to receive paging from the RAN while the RRC connection is suspended; and the mobile device sending an RRC connection resume message comprising a request to resume the suspended RRC connection to the RAN, wherein the RRC connection resume message includes: an identifier of the RAN node where the RRC connection was suspended; and a Short MAC-I derived using parameters relating to the RAN node where the RRC connection was suspended. the mobile device sending an indicator to the RAN in respect of an RRC connection with the RAN, wherein the indicator indicates that the mobile device is configured to support RRC connection suspension; the mobile device receiving a command message from a RAN node of the RAN to suspend an RRC connection between the mobile device and the RAN node; the mobile device, in response to receiving the command message, suspending the RRC connection, wherein suspending the RRC connection comprises: the mobile device storing RRC connection data related to the RRC connection, the mobile device releasing radio resources associated with the RRC connection, wherein the mobile device is able to receive paging from the RAN while the RRC connection is suspended; and the mobile device sending an RRC connection resume message comprising a request to resume the suspended RRC connection to the RAN, wherein the RRC connection resume message includes: an identifier of the RAN node where the RRC connection was suspended; and a Short MAC-I derived using parameters relating to the RAN node where the RRC connection was suspended. an identifier of the RAN node where the RRC connection was suspended; and a Short MAC-I derived using parameters relating to the RAN node where the RRC connection was suspended.
A glazing panel cut out system for use with a cutting wire in cutting out a vehicle glazing panel cut out procedure, the system including: a winder unit including; a mounting arrangement (10, 11) for mounting the winder unit on the glazing panel; at least one winder spool (4, 5) for winding the cutting wire, characterised in that the cutting wire is dispensed from a dispenser unit, the dispenser unit having means for mounting to the glazing panel and enabling the cutting wire to be payed out from the dispenser unit whilst mounted to the glazing panel during the cut out procedure. a winder unit including; a mounting arrangement (10, 11) for mounting the winder unit on the glazing panel; at least one winder spool (4, 5) for winding the cutting wire, characterised in that the cutting wire is dispensed from a dispenser unit, the dispenser unit having means for mounting to the glazing panel and enabling the cutting wire to be payed out from the dispenser unit whilst mounted to the glazing panel during the cut out procedure. a mounting arrangement (10, 11) for mounting the winder unit on the glazing panel; at least one winder spool (4, 5) for winding the cutting wire, characterised in that the cutting wire is dispensed from a dispenser unit, the dispenser unit having means for mounting to the glazing panel and enabling the cutting wire to be payed out from the dispenser unit whilst mounted to the glazing panel during the cut out procedure.
A sensor comprising: a skin piercing member having a skin piercing end positioned opposite from a base end, the skin piercing member defining a lumen that extends along a lumen axis from the skin piercing end toward the base end; and a blood sample analysis zone located within the lumen of the skin piercing member; characterized in that: an elongated sensing component is positioned within the lumen such that blood continues up a defined open passage space surrounding the elongated sensing component by a passive process of rapid capillary flow into the lumen of the skin piercing member, the blood continuing up the defined open passage space until encountering a capillary stop feature formed at the base end of the piercing member, the elongated sensing component including an elongated working electrode (151, 702) and an elongated reference electrode (153, 702) printed on an elongated spacer (146, 706) having a length that extends along the lumen axis, the elongated spacer (146, 706) being a ribbon having a profiled transverse cross-sectional shape, the transverse cross-sectional shape being profiled to assist in centering the elongated dielectric spacer within the lumen of the skin piercing member, the working electrode (151, 702) being printed onto the elongated spacer (146, 706) using aerosol jet printing, at least a section of each of the working and reference electrodes (151, 153, 702) being positioned within the analysis zone. a skin piercing member having a skin piercing end positioned opposite from a base end, the skin piercing member defining a lumen that extends along a lumen axis from the skin piercing end toward the base end; and a blood sample analysis zone located within the lumen of the skin piercing member; characterized in that: an elongated sensing component is positioned within the lumen such that blood continues up a defined open passage space surrounding the elongated sensing component by a passive process of rapid capillary flow into the lumen of the skin piercing member, the blood continuing up the defined open passage space until encountering a capillary stop feature formed at the base end of the piercing member, the elongated sensing component including an elongated working electrode (151, 702) and an elongated reference electrode (153, 702) printed on an elongated spacer (146, 706) having a length that extends along the lumen axis, the elongated spacer (146, 706) being a ribbon having a profiled transverse cross-sectional shape, the transverse cross-sectional shape being profiled to assist in centering the elongated dielectric spacer within the lumen of the skin piercing member, the working electrode (151, 702) being printed onto the elongated spacer (146, 706) using aerosol jet printing, at least a section of each of the working and reference electrodes (151, 153, 702) being positioned within the analysis zone.
Method for analysing and/or evaluating at least one event of a technical installation from a plurality of generated log files (P1 to Pn) of an automation system of the technical installation, comprising the following steps: - determining a number of relevant log files (PR1 to PRx) from the plurality of generated log files (P1 to Pn) based on at least one log parameter, - encoding the relevant log files (PR1 to PRx) by means of at least one associated log code, - predetermining at least one key parameter for the analysis and/or evaluation of the event, - identifying multiple relevant log files (PR1 to PRx) based on the at least one key parameter from the relevant log files (PR1 to PRx), and - grouping the relevant log files (PR1 to PRx) into a number of sequences of relevant log files (PR1 to PRx) based on the repetition rate of the key parameter in a time window to be analysed, - dividing at least one sequence of the number of sequences into a first group of relevant log files (PR1 to PR7) before the occurrence of a key parameter and a second group of relevant log files (PR8 to PR12) after the occurrence of the key parameter and evaluating the log files (PR1 to PR7, PR8 to PR12) of the two groups (G1, G2) separately from one another, wherein a target event and a start event for at least one sequence of relevant log files (PR1 to PRx) are predetermined as key parameters, or wherein a minimum sequence length for a sequence of relevant log files (PR1 to PRx) is predetermined as a key parameter, or wherein a key result and/or a key time point/period is determined or predetermined as key parameter(s). - determining a number of relevant log files (PR1 to PRx) from the plurality of generated log files (P1 to Pn) based on at least one log parameter, - encoding the relevant log files (PR1 to PRx) by means of at least one associated log code, - predetermining at least one key parameter for the analysis and/or evaluation of the event, - identifying multiple relevant log files (PR1 to PRx) based on the at least one key parameter from the relevant log files (PR1 to PRx), and - grouping the relevant log files (PR1 to PRx) into a number of sequences of relevant log files (PR1 to PRx) based on the repetition rate of the key parameter in a time window to be analysed, - dividing at least one sequence of the number of sequences into a first group of relevant log files (PR1 to PR7) before the occurrence of a key parameter and a second group of relevant log files (PR8 to PR12) after the occurrence of the key parameter and evaluating the log files (PR1 to PR7, PR8 to PR12) of the two groups (G1, G2) separately from one another,
Ultrasonic measurement system for detecting an obstacle, having an ultrasonic sensor with a resonant transducer element for emitting an ultrasonic pulse and for generating a reception signal comprising the ultrasonic pulse which is reflected by the obstacle and is referred to as an echo pulse, wherein, after emitting the ultrasonic pulse, the resonant transducer element also generates a decay signal at its resonant frequency, and having an evaluation unit with a control device which is designed to control the resonant transducer element to emit the ultrasonic pulse by means of a transmission signal generated by the control device, wherein the control device is designed to generate a frequency-modulated transmission signal by means of a modulation signal in such a manner that the signature of the ultrasonic pulse differs from that of the decay signal, the evaluation unit comprises at least one correlation filter, wherein the at least one correlation filter is designed to correlate the signal generated by the resonant transducer element with the transmission signal and to generate a corresponding correlation signal in the process, and the evaluation unit is designed to detect the echo pulse when a level exceeding a threshold value or a maximum of the correlation signal is present and to calculate a distance to the obstacle from a time period (Δt) between the emitted ultrasonic pulse and the received echo pulse and from the ultrasonic speed, characterized in that the frequency of the modulation signal changes continuously with time, wherein the control device is designed to generate the frequency-modulated transmission signal by means of a chirp as the modulation signal, wherein the evaluation unit is designed to detect an obstacle when there is a relative movement at at least one relative speed between the ultrasonic measurement system and the obstacle on the basis of the correlation signal generated by the at least one correlation filter.
Process for melting glass heated in a furnace by means of burners, in which the combustion energy is produced at least partially by oxy-fuel combustion, and in which at least one portion of the oxygen used in the burners is produced by separation through a ceramic separation membrane from a gaseous mixture comprising oxygen, characterized in that the mixture is first compressed and heated, the heating resulting partly from the compression thereof, and for the remainder from a recovery of a portion of the heat of the combustion flue gases of the furnace in an exchanger, the hot oxygen separated and produced being directly conveyed to the oxy-fuel combustion burners.
An information processing apparatus capable of communicating with a management apparatus and an image processing apparatus comprising an image forming unit, the information processing apparatus comprising: a first judging means configured to judge whether a first measuring result of measuring a color of a chart image formed by the image forming unit satisfies a predetermined criterion in terms of a difference between the first measuring result and a target value; a first transmitting means configured to transmit an instruction for executing a color adjustment process to the image processing apparatus without transmitting information based on a first judgment result by the first judging means to the management apparatus based on the first judgment result being that the first measuring result does not satisfy the predetermined criterion; a second judging means configured to judge, after the image processing apparatus executes the color adjustment process, whether a second measuring result of measuring a color of a chart image formed by the image forming unit satisfies the predetermined criterion in terms of a difference between the second measuring result and a target value; and a second transmitting means configured to transmit, based on a second judgment result by the second judging means being that the second measuring result does not satisfy the predetermined criterion, information based on the second judgment result to the management apparatus such that a display unit of the management apparatus displays the information based on the second judgment result. a first judging means configured to judge whether a first measuring result of measuring a color of a chart image formed by the image forming unit satisfies a predetermined criterion in terms of a difference between the first measuring result and a target value; a first transmitting means configured to transmit an instruction for executing a color adjustment process to the image processing apparatus without transmitting information based on a first judgment result by the first judging means to the management apparatus based on the first judgment result being that the first measuring result does not satisfy the predetermined criterion; a second judging means configured to judge, after the image processing apparatus executes the color adjustment process, whether a second measuring result of measuring a color of a chart image formed by the image forming unit satisfies the predetermined criterion in terms of a difference between the second measuring result and a target value; and a second transmitting means configured to transmit, based on a second judgment result by the second judging means being that the second measuring result does not satisfy the predetermined criterion, information based on the second judgment result to the management apparatus such that a display unit of the management apparatus displays the information based on the second judgment result.
A cover for receiving a portable electric device therein, the electric device having a display screen provided on a front surface thereof and an operating part provided on a rear surface thereof, the cover comprising: a front cover plate for covering the front surface of the electronic device; a rear cover plate for covering the rear surface of the electronic device; an attachment member capable of being attached to an edge of the electronic device, a retaining portion capable of retaining the attachment member in a posture which the attachment member takes when the electric device is placed on the rear cover plate; and a stand portion for supporting the rear cover plate standing; wherein the front cover plate is connected to the attachment member such that a relative angle between the front cover plate and the attachment member is changeable, the rear cover plate is connected to the attachment member such that a relative angle between the rear cover plate and the attachment member is changeable, the attachment member includes an engagement portion, the retaining portion is formed on the rear cover plate, and the engagement portion is formed so as to be caught on the retaining portion to thereby restrict the attachment member from moving downward from the rear cover plate standing. a front cover plate for covering the front surface of the electronic device; a rear cover plate for covering the rear surface of the electronic device; an attachment member capable of being attached to an edge of the electronic device, a retaining portion capable of retaining the attachment member in a posture which the attachment member takes when the electric device is placed on the rear cover plate; and a stand portion for supporting the rear cover plate standing; wherein the front cover plate is connected to the attachment member such that a relative angle between the front cover plate and the attachment member is changeable, the rear cover plate is connected to the attachment member such that a relative angle between the rear cover plate and the attachment member is changeable, the attachment member includes an engagement portion, the retaining portion is formed on the rear cover plate, and the engagement portion is formed so as to be caught on the retaining portion to thereby restrict the attachment member from moving downward from the rear cover plate standing. the front cover plate is connected to the attachment member such that a relative angle between the front cover plate and the attachment member is changeable, the rear cover plate is connected to the attachment member such that a relative angle between the rear cover plate and the attachment member is changeable, the attachment member includes an engagement portion, the retaining portion is formed on the rear cover plate, and the engagement portion is formed so as to be caught on the retaining portion to thereby restrict the attachment member from moving downward from the rear cover plate standing.