mhurhangee/patent-ind-claim-en huggingface dataset:
A method for waking a wireless communication circuit being operable for wireless communication in predetermined time slots of a timing signal from a sleep mode, comprising: receiving an external wake-up signal ; maintaining the wireless communication circuit in the sleep mode after receiving the wake-up signal for a wake-up time duration based on a wake-up overhead of a wireless communication circuit ; and changing the wireless communication circuit to an active mode after the wake-up time duration; characterized by: timing a sleep mode duration using a sleep fine count signal and a sleep base count signal , wherein the sleep fine count signal provides a series of pulses , which start at the beginning of the sleep mode, wherein the sleep base count signal provides a series of pulses , which start at an expiration of the sleep-fine count signal and continue until the external wake-up signal is received, and wherein the wake-up time duration begins at the first pulse of the sleep base count signal after reception of the external wake-up signal , such that a start of the active mode coincides with a predetermined time slot of the timing signal. receiving an external wake-up signal ; maintaining the wireless communication circuit in the sleep mode after receiving the wake-up signal for a wake-up time duration based on a wake-up overhead of a wireless communication circuit ; and changing the wireless communication circuit to an active mode after the wake-up time duration; characterized by: timing a sleep mode duration using a sleep fine count signal and a sleep base count signal , wherein the sleep fine count signal provides a series of pulses , which start at the beginning of the sleep mode, wherein the sleep base count signal provides a series of pulses , which start at an expiration of the sleep-fine count signal and continue until the external wake-up signal is received, and wherein the wake-up time duration begins at the first pulse of the sleep base count signal after reception of the external wake-up signal , such that a start of the active mode coincides with a predetermined time slot of the timing signal.
An absorption rotor provided in a flow passage of a gas containing a substance to be absorbed, the absorption rotor through which the gas passes while the absorption rotor is rotated about the rotation axis, comprising: plural plate members extending in a radial manner from the circumference of the rotation axis; a tubular outer edge member coupling end portions of the plural plate members ; an absorption member accommodated in a space which is surrounded by the plural plate members and the outer edge member , the absorption member that absorbs the substance to be absorbed when the gas passes through; and a drop-off prevention member respectively fixed to the plate member and the absorption member , the drop-off prevention member that prevents the absorption member from dropping off the plate member , wherein the drop-off prevention member is arranged between the absorption member and the plate member , and between a surface from which the gas flows into the absorption member and a surface from which the gas flows out of the absorption member , and wherein the drop-off prevention member has an embedded portion embedded in the absorption member , and an exposed portion exposed from the absorption member , the embedded portion is fixed to the absorption member , and the exposed portion is fixed to the plate member , and the plate member has a holding portion that holds an inner end portion of the exposed portion on the side close to the rotation axis. plural plate members extending in a radial manner from the circumference of the rotation axis; a tubular outer edge member coupling end portions of the plural plate members ; an absorption member accommodated in a space which is surrounded by the plural plate members and the outer edge member , the absorption member that absorbs the substance to be absorbed when the gas passes through; and a drop-off prevention member respectively fixed to the plate member and the absorption member , the drop-off prevention member that prevents the absorption member from dropping off the plate member , wherein the drop-off prevention member is arranged between the absorption member and the plate member , and between a surface from which the gas flows into the absorption member and a surface from which the gas flows out of the absorption member , and wherein the drop-off prevention member has an embedded portion embedded in the absorption member , and an exposed portion exposed from the absorption member , the embedded portion is fixed to the absorption member , and the exposed portion is fixed to the plate member , and the plate member has a holding portion that holds an inner end portion of the exposed portion on the side close to the rotation axis.
A system for recognizing a machining error for a laser machining system for machining a workpiece , comprising: - a detection unit for detecting image data and height data of a machined workpiece surface ; and - a computing unit , characterized in that said computing unit is configured to create an input tensor based on the detected image data and height data, and to determine an output tensor based on the input tensor using a transfer function, the output tensor containing information about a machining error, wherein said transfer function is formed by a neural network , wherein said input tensor comprises a two-channel image of the height data and image data. - a detection unit for detecting image data and height data of a machined workpiece surface ; and - a computing unit ,
A computer-implemented method comprising: responsive to a sending thread of a client process sending a first message to a server process , wherein the sending thread of the client process is blocked by said sending to await a reply to the first message from the server process, determining by an operating system managing the client process and the server process that a timeout has expired without the server process having replied to the first message ; upon determining that the timeout has expired without the server process having replied to the first message , sending a request to the server process to unblock the sending thread of the client process by replying to the first message , wherein the request is a second message that does not expect a reply to itself but requires the server process to reply to the first message ; after sending the request for the server process to unblock the sending thread by replying to the first message , determining , by the operating system, that a further period has elapsed without the server process having replied to the first message ; and upon determining that the further period has elapsed without the server process having unblocked the sending thread by replying to the first message , triggering one or more actions related to the server process, wherein the one or more actions include: terminating the server process and sending an error to the client process, or restarting the operating system, or rebooting the computer. responsive to a sending thread of a client process sending a first message to a server process , wherein the sending thread of the client process is blocked by said sending to await a reply to the first message from the server process, determining by an operating system managing the client process and the server process that a timeout has expired without the server process having replied to the first message ; upon determining that the timeout has expired without the server process having replied to the first message , sending a request to the server process to unblock the sending thread of the client process by replying to the first message , wherein the request is a second message that does not expect a reply to itself but requires the server process to reply to the first message ; after sending the request for the server process to unblock the sending thread by replying to the first message , determining , by the operating system, that a further period has elapsed without the server process having replied to the first message ; and upon determining that the further period has elapsed without the server process having unblocked the sending thread by replying to the first message , triggering one or more actions related to the server process, wherein the one or more actions include: terminating the server process and sending an error to the client process, or restarting the operating system, or rebooting the computer.
Method for operating a card and for setting a carding gap of the card , having a control means , having a display and input device on the card and having a drum that has clothing and at least one clothing element arranged opposite the drum , a carding gap that has a carding gap width (W) being formed between the clothing of the drum and the clothing element, comprising the following method steps: - inputting a raw material provided for carding in the input device , - inputting a provided production volume in the input device , - establishing a target carding gap width, characterized by the following method steps: - outputting the target carding gap width on the display device - detecting a target drum speed and/or a target flat speed and outputting on the display device . having a control means , having a display and input device on the card and having a drum that has clothing and at least one clothing element arranged opposite the drum , a carding gap that has a carding gap width (W) being formed between the clothing of the drum and the clothing element, comprising the following method steps: - inputting a raw material provided for carding in the input device , - inputting a provided production volume in the input device , - establishing a target carding gap width, - inputting a raw material provided for carding in the input device , - inputting a provided production volume in the input device , - establishing a target carding gap width, characterized by the following method steps: - outputting the target carding gap width on the display device - detecting a target drum speed and/or a target flat speed and outputting on the display device . - outputting the target carding gap width on the display device - detecting a target drum speed and/or a target flat speed and outputting on the display device .
A radiation therapy device comprising: a gantry; a first radiation source mounted on the gantry; a plurality of robotic arms mounted to the gantry, the plurality of robotic arms including a first robotic arm and a second robotic arm; a second radiation source attached to the first robotic arm; an imager attached to the second robotic arm; and a computing device, communicatively coupled to the plurality of robotic arms, the computing device executing a flexible motion control system, wherein each of the plurality of robotic arms is operable to maneuver according to a plurality of customizable acquisition trajectories, the plurality of customizable acquisition trajectories provided from the motion control system, and wherein the radiation therapy device is configured to acquire a plurality of three dimensional images taken along the plurality of customizable acquisition trajectories; wherein: the plurality of customizable acquisition trajectories includes a trajectory in which an image acquired is a composite of two half circular scan acquisitions, one clockwise and the other counter-clockwise, with an intermediate linear motion of the second radiation source and imager; and the radiation therapy device is configured to automatically combine volumes of the two half-scans. a gantry; a first radiation source mounted on the gantry; a plurality of robotic arms mounted to the gantry, the plurality of robotic arms including a first robotic arm and a second robotic arm; a second radiation source attached to the first robotic arm; an imager attached to the second robotic arm; and a computing device, communicatively coupled to the plurality of robotic arms, the computing device executing a flexible motion control system, wherein each of the plurality of robotic arms is operable to maneuver according to a plurality of customizable acquisition trajectories, the plurality of customizable acquisition trajectories provided from the motion control system, and wherein the radiation therapy device is configured to acquire a plurality of three dimensional images taken along the plurality of customizable acquisition trajectories; wherein: the plurality of customizable acquisition trajectories includes a trajectory in which an image acquired is a composite of two half circular scan acquisitions, one clockwise and the other counter-clockwise, with an intermediate linear motion of the second radiation source and imager; and the radiation therapy device is configured to automatically combine volumes of the two half-scans. the plurality of customizable acquisition trajectories includes a trajectory in which an image acquired is a composite of two half circular scan acquisitions, one clockwise and the other counter-clockwise, with an intermediate linear motion of the second radiation source and imager; and the radiation therapy device is configured to automatically combine volumes of the two half-scans.
A method for production of a sterile thermoreversible hydrogel, said hydrogel having a temperature T min lower than its gelation temperature, at which the viscosity reaches an at least local minimum, characterized in that said process comprises: mixing dry components of said hydrogel in a separate container; dissolving in water, within a predetermined temperature range relative to said T min , components of said sterile thermoreversible hydrogel; mixing said components until a thermoreversible gel is obtained; and, filtering said thermoreversible gel within a predetermined temperature of said T min ; wherein said components comprise between 18% and 40% (w/w) ethylene oxide/propylene oxide block copolymer, between 0.05% and 2% (w/w) HPMC or CMC, between 0.1% and 10% (w/w) PEG-400, and the balance water; and wherein said predetermined temperature range is ± 4 °C of said T min . mixing dry components of said hydrogel in a separate container; dissolving in water, within a predetermined temperature range relative to said T min , components of said sterile thermoreversible hydrogel; mixing said components until a thermoreversible gel is obtained; and, filtering said thermoreversible gel within a predetermined temperature of said T min ; wherein said components comprise between 18% and 40% (w/w) ethylene oxide/propylene oxide block copolymer, between 0.05% and 2% (w/w) HPMC or CMC, between 0.1% and 10% (w/w) PEG-400, and the balance water; and
Method for manufacturing a biological sample analysis chip comprising: - a matrix formed in a solid support material, having a lower surface and an upper surface and in which at least one hole extending between said lower and upper surfaces has been formed, is provided, wherein said through hole is a cylinder of revolution; - at least one pad is provided, cut from a sheet of solid and porous analysis material, said pad having a lower surface and an upper surface, - the at least one pad is inserted into the at least one through hole of the matrix by translation of the at least one pad in the direction normal to the lower and upper surfaces of the matrix ; - a mechanical assembly is carried out at a temperature below the melting temperatures of the support and analysis materials, during which a pressing force in the direction normal to the lower and upper surfaces of the matrix is exerted on at least one portion of the matrix which adjoins said at least one pad inserted into the matrix and/or on at least one of the lower and upper surfaces of the at least one pad inserted into the matrix , said mechanical assembly of the at least one pad with the matrix resulting in the at least one pad being crimped on at least a portion of its lower and upper surfaces by the matrix . - a matrix formed in a solid support material, having a lower surface and an upper surface and in which at least one hole extending between said lower and upper surfaces has been formed, is provided, wherein said through hole is a cylinder of revolution; - at least one pad is provided, cut from a sheet of solid and porous analysis material, said pad having a lower surface and an upper surface, - the at least one pad is inserted into the at least one through hole of the matrix by translation of the at least one pad in the direction normal to the lower and upper surfaces of the matrix ; - a mechanical assembly is carried out at a temperature below the melting temperatures of the support and analysis materials, during which a pressing force in the direction normal to the lower and upper surfaces of the matrix is exerted on at least one portion of the matrix which adjoins said at least one pad inserted into the matrix and/or on at least one of the lower and upper surfaces of the at least one pad inserted into the matrix , said mechanical assembly of the at least one pad with the matrix resulting in the at least one pad being crimped on at least a portion of its lower and upper surfaces by the matrix .
A coating for a metal substrate comprising a polymer binder and a particulate corrosion inhibitor in the polymer binder, the particulate corrosion inhibitor comprising benzotriazolate or a derivative thereof in an ion exchange resin, the corrosion inhibitor having a particulate size of less than 100 microns.
Scissor drive, comprising: two legs which can be pivoted relative to one another about a pivot axis, each comprise a longitudinal axis (L1, L2) and are designed to be connected to an external component; a motor/gear assembly that drives the relative pivoting movement of the two legs , which comprises a motor and a gear wherein the first leg comprises a housing that is hollow at least in portions, a cavity (28a-c) defined in the hollow housing extending at least in portions along the longitudinal axis (L1) of the first leg , and the motor/gear assembly being received in the housing of the first leg at least in portions in the portion of the cavity (28a-c) that extends along the longitudinal axis (L1) of the first leg , wherein the scissor drive comprises a planetary gear train , characterized in that the planetary gear train comprises two sets of concentrically arranged planet gears which are interconnected for conjoint rotation in pairs. two legs which can be pivoted relative to one another about a pivot axis, each comprise a longitudinal axis (L1, L2) and are designed to be connected to an external component; a motor/gear assembly that drives the relative pivoting movement of the two legs , which comprises a motor and a gear wherein the first leg comprises a housing that is hollow at least in portions, a cavity (28a-c) defined in the hollow housing extending at least in portions along the longitudinal axis (L1) of the first leg , and the motor/gear assembly being received in the housing of the first leg at least in portions in the portion of the cavity (28a-c) that extends along the longitudinal axis (L1) of the first leg , wherein the scissor drive comprises a planetary gear train , characterized in that the planetary gear train comprises two sets of concentrically arranged planet gears which are interconnected for conjoint rotation in pairs.
Method for decomposition of electrochemical energy storage devices in connection with a subsequent recovery of value substances contained therein as secondary raw materials, with which method the energy storage devices are decomposed by a thermal treatment in a negative pressure environment in a process chamber for removing the electrolytes and reactive substances, before the thermally treated material is subjected to processing in a downstream process, in which secondary raw materials present in the thermally treated material are separated from one another, characterised in that, after the introduction of a batch of thermally decomposing energy storage devices into the process chamber in a first process step (P 1 ), the process chamber is evacuated to a first temperature level, with the simultaneous heating of the energy storage devices , to the extent that the electrolytes contained in the energy storage devices evaporate, and, as a consequence of the vapour pressure incurred, the energy storage devices are opened, wherein process gases which are incurred, containing electrolytes in the vapour phase, are drawn out of the process chamber , and that, following the first process stage (P 1 ), for the further decomposition and with a simultaneous pressure rise in the process chamber , the energy storage devices are heated in a reducing atmosphere to a second temperature level, before the process chamber is vented and cooled, and the decomposed energy storage devices are removed, wherein the pressure rise in the process chamber is monitored during the second process step (P 2 ) in order for it to rise continuously.
A plate-type utility knife, comprising: a blade carrier , a blade structure , and a cover plate , the blade structure is mounted on a front part of the blade carrier , between the blade carrier and the cover plate , and the cover plate can openably fix the blade structure on the blade carrier , characterized in that the blade carrier comprises a main blade carrier plate and a front blade carrier plate , and the front blade carrier plate is located in front of the main blade carrier plate ; a vacancy that contains the blade structure is arranged on a front side of the main blade carrier plate , and the blade structure is arranged in the vacancy; a space for containing the cover plate is arranged on a front side of the front blade carrier plate , and the cover plate is mounted in the space ; the blade carrier further comprises a back blade carrier plate , and the main blade carrier plate is located between the front blade carrier plate and the back blade carrier plate . a blade carrier , a blade structure , and a cover plate , the blade structure is mounted on a front part of the blade carrier , between the blade carrier and the cover plate , and the cover plate can openably fix the blade structure on the blade carrier , characterized in that the blade carrier comprises a main blade carrier plate and a front blade carrier plate , and the front blade carrier plate is located in front of the main blade carrier plate ; a vacancy that contains the blade structure is arranged on a front side of the main blade carrier plate , and the blade structure is arranged in the vacancy; a space for containing the cover plate is arranged on a front side of the front blade carrier plate , and the cover plate is mounted in the space ; the blade carrier further comprises a back blade carrier plate , and the main blade carrier plate is located between the front blade carrier plate and the back blade carrier plate .