mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing device configured to communicate with another device , the other device having a data receivable state in which it can receive data transmissions and a function pause state in which at least some of the functions usable by the other device are at pause, the information processing device comprising: a control section configured to perform a control to transmit a data transmission to the other device; wherein the information processing device is configured to receive advance information from the other device in advance of transmitting the data transmission, the advance information indicating that non-triggered transmission of data is supported by the other device and identifying a cycle in which the other device will transition from the function pause state to the data receivable state; wherein the control section is configured to determine, based on said advance information, whether the other device is in the function pause state or the data receivable state; and wherein the control section performs the control to transmit the data transmission to the other device at the time when the other device is determined to have transitioned from the function pause state to the data receivable state. a control section configured to perform a control to transmit a data transmission to the other device; wherein the information processing device is configured to receive advance information from the other device in advance of transmitting the data transmission, the advance information indicating that non-triggered transmission of data is supported by the other device and identifying a cycle in which the other device will transition from the function pause state to the data receivable state; wherein the control section is configured to determine, based on said advance information, whether the other device is in the function pause state or the data receivable state; and wherein the control section performs the control to transmit the data transmission to the other device at the time when the other device is determined to have transitioned from the function pause state to the data receivable state.
A threaded device comprising a crest a root , a load flank a stab flank , and a pitch p, wherein the crest is oriented rearward compared to a screwing axis X-X' and wherein the load flank makes an angle β with an axis Y orthogonal to the screwing axis X-X', wherein said angle β is comprised between 15° and 45° and wherein the crest is beveled, in such a way that its extremity is provided with a flat portion q and wherein that threaded device is either a filter or a housing comprising a filter.
A computer-implemented method for assessing muscle fatigue in at least one muscle of a subject, the method comprising: (i) obtaining a first set of measurements of muscle contractions of the at least one muscle for a first time period; (ii) forming a first frequency distribution from values of a muscle contraction feature determined from the first set of measurements; characterized in that said method further comprising (iii) determining a first distribution fit of the first frequency distribution; (iv) determining whether the first distribution fit is statistically stable; (v) if the first distribution fit is determined to be statistically stable, determining, from the first distribution fit, a first value for a distribution fit feature; (vi) comparing the first value to a second value for the distribution fit feature to determine a measure of the fatigue of the at least one muscle during the first time period, wherein the second value for the distribution fit feature relates to a second distribution fit of a second frequency distribution, wherein the second frequency distribution is formed from values of the muscle contraction feature determined from a second set of measurements of muscle contractions of the at least one muscle for a second time period that is different to the first time period; and (vii) outputting a signal representing the determined measure of the fatigue. (i) obtaining a first set of measurements of muscle contractions of the at least one muscle for a first time period; (ii) forming a first frequency distribution from values of a muscle contraction feature determined from the first set of measurements; characterized in that said method further comprising (iii) determining a first distribution fit of the first frequency distribution; (iv) determining whether the first distribution fit is statistically stable; (v) if the first distribution fit is determined to be statistically stable, determining, from the first distribution fit, a first value for a distribution fit feature; (vi) comparing the first value to a second value for the distribution fit feature to determine a measure of the fatigue of the at least one muscle during the first time period, wherein the second value for the distribution fit feature relates to a second distribution fit of a second frequency distribution, wherein the second frequency distribution is formed from values of the muscle contraction feature determined from a second set of measurements of muscle contractions of the at least one muscle for a second time period that is different to the first time period; and (vii) outputting a signal representing the determined measure of the fatigue.
A current transducer comprising a section of a primary conductor , a magnetic field gradient sensor mounted in proximity to the primary conductor and configured to measure a magnetic field gradient in a gradient measurement direction ( Y ) transverse to a current flow direction ( Z ) of a primary current ( I P ) flowing in the primary conductor that enables measurement of said primary current ( I P ), a first lateral magnetic shim mounted adjacent a first outer side of the primary conductor, and a second lateral magnetic shim mounted adjacent a second outer side of the primary conductor opposite the first outer side, a respective major internal surface of the first and second lateral magnetic shims facing the magnetic field gradient sensor and extending essentially parallel to the current flow direction ( Z ), the first and second lateral magnetic shims made of a material with high magnetic permeability and low magnetic reluctance and configured to redirect external magnetic fields between the shims, characterized in that the current transducer further comprises a first branch of a Rogowski coil mounted adjacent a third outer side of the primary conductor extending between the first and second lateral magnetic shims, and a second branch of the Rogowski coil mounted adjacent a fourth outer side, opposite the third outer side, of the primary conductor extending between the first and second lateral shims.
A floatable delaboration platform , the floatable delaboration platform comprising at least a first lifting device , the floatable delaboration platform comprising at least a first delaboration chamber , wherein the floatable delaboration platform comprises at least one destruction unit, wherein the delaboration chamber has an outer housing , wherein the outer housing can be sealed by a removable cover , wherein the delaboration chamber has an inner floor , wherein a first chamber region is formed underneath the inner floor by the inner floor and the outer housing , wherein the first chamber region is filled with a flowable or solid medium, wherein the inner floor has a recess for receiving an explosive object, wherein the cover is connected to the outer housing in a shockproof manner, wherein the cover has a pressure relief , wherein the pressure relief has at least one deflection for the detonation gases.
A co-attrited microcrystalline cellulose/carboxymethylcellulose (MCC/CMC) stabilizer composition comprising: a microcrystalline cellulose (MCC) made from a non-dissolving cellulose pulp, the non-dissolving cellulose pulp having a native hemicellulose content that is 2% to 10% of the non-dissolving cellulose pulp on a dry weight basis, and the MCC having a non-dissolving cellulose pulp content that is 15% to 100% of the MCC on a dry weight basis; and a carboxymethylcellulose (CMC), wherein the MCC and CMC are provided in a weight ratio of MCC to CMC that is 95:5 to 70:30; the MCC and the CMC are co-attrited; and the co-attrited MCC/CMC stabilizer has an initial viscosity of 400 mPa.s (cps) to 700 mPa.s (cps) when dispersed in water at 2.6% solids when measured using a RVT Viscometer at 20 rpm and 20°C to 23°C. a microcrystalline cellulose (MCC) made from a non-dissolving cellulose pulp, the non-dissolving cellulose pulp having a native hemicellulose content that is 2% to 10% of the non-dissolving cellulose pulp on a dry weight basis, and the MCC having a non-dissolving cellulose pulp content that is 15% to 100% of the MCC on a dry weight basis; and a carboxymethylcellulose (CMC), wherein the MCC and CMC are provided in a weight ratio of MCC to CMC that is 95:5 to 70:30; the MCC and the CMC are co-attrited; and the co-attrited MCC/CMC stabilizer has an initial viscosity of 400 mPa.s (cps) to 700 mPa.s (cps) when dispersed in water at 2.6% solids when measured using a RVT Viscometer at 20 rpm and 20°C to 23°C. wherein the MCC and CMC are provided in a weight ratio of MCC to CMC that is 95:5 to 70:30; the MCC and the CMC are co-attrited; and the co-attrited MCC/CMC stabilizer has an initial viscosity of 400 mPa.s (cps) to 700 mPa.s (cps) when dispersed in water at 2.6% solids when measured using a RVT Viscometer at 20 rpm and 20°C to 23°C.
A motor control device configured for controlling a motor , the motor control device comprising: a network communication unit , configured to be suitable for communicating with a master device , which is a higher-level device with respect to the motor control device , via a communication network; and a setting communication unit , configured to be suitable for receiving communication system information from a setting device other than the master device by using a communication path different from the communication network, wherein the network communication unit comprises a reconfigurable device, and is configured to be suitable to be able to change a communication system by reconfiguring the reconfigurable device, and in a case where the setting communication unit receives the communication system information, the motor control device is configured to reconfigure the reconfigurable device in correspondence with the communication system information, characterized in that the motor control device is further configured to store a first type setting data and a second type setting data of the reconfigurable device in advance, in a case where the setting communication unit receives a setting command from the setting device as the communication system information, the setting communication unit is configured to read the first type setting data or the second type setting data according to the setting command and to reconfigure the reconfigurable device using the first type setting data or the second type setting data that is read out. a network communication unit , configured to be suitable for communicating with a master device , which is a higher-level device with respect to the motor control device , via a communication network; and a setting communication unit , configured to be suitable for receiving communication system information from a setting device other than the master device by using a communication path different from the communication network, wherein the network communication unit comprises a reconfigurable device, and is configured to be suitable to be able to change a communication system by reconfiguring the reconfigurable device, and in a case where the setting communication unit receives the communication system information, the motor control device is configured to reconfigure the reconfigurable device in correspondence with the communication system information, characterized in that the motor control device is further configured to store a first type setting data and a second type setting data of the reconfigurable device in advance, in a case where the setting communication unit receives a setting command from the setting device as the communication system information, the setting communication unit is configured to read the first type setting data or the second type setting data according to the setting command and to reconfigure the reconfigurable device using the first type setting data or the second type setting data that is read out.
Method for operating a control unit of a motor vehicle , wherein the control unit is configured to electrically actuate an electromechanical coupling unit of a steering system of the motor vehicle , and wherein the control unit actuates the coupling unit according to a steering wheel characteristic curve which forms a mutual ratio between a wheel lock angle of wheels of the motor vehicle and a steering wheel rotational angle which is assumed by a steering wheel of the motor vehicle , wherein a normal steering wheel characteristic curve is made available as a standard setting of the steering wheel characteristic curve in the control unit , characterized in that the method comprises the following steps: - detecting a potentially upcoming situation of the motor vehicle on the basis of data which characterize a state of a driver assistance system of the motor vehicle and are received by the control unit , wherein the received data contain information as to whether the driver assistance system of the motor vehicle is activated, wherein the potentially upcoming situation of the motor vehicle is detected on the basis of a type of the activated driver assistance system (S1); - checking whether the detected situation is assigned a special steering wheel characteristic curve which is made available in the control unit and deviates from the normal steering wheel characteristic curve (S2) ; - activating the special steering wheel characteristic curve if the special steering wheel characteristic curve which is made available can be assigned to the detected situation (S3). - detecting a potentially upcoming situation of the motor vehicle on the basis of data which characterize a state of a driver assistance system of the motor vehicle and are received by the control unit , wherein the received data contain information as to whether the driver assistance system of the motor vehicle is activated, wherein the potentially upcoming situation of the motor vehicle is detected on the basis of a type of the activated driver assistance system (S1); - checking whether the detected situation is assigned a special steering wheel characteristic curve which is made available in the control unit and deviates from the normal steering wheel characteristic curve (S2) ; - activating the special steering wheel characteristic curve if the special steering wheel characteristic curve which is made available can be assigned to the detected situation (S3).
A gas sensor comprising a sensor element including a plurality of layers that are bonded and that are each formed of an oxygen-ion conductive solid electrolyte, said gas sensor reducing a predetermined gas component of a measurement gas to identify a concentration of said gas component on the basis of a current flowing through said solid electrolyte, said gas sensor comprising: at least one internal space ; a measuring electrode that is provided in one of said at least one internal space and has the ability to reduce said gas component of said measurement gas; a first layer that is one of said plurality of layers and forms a bottom surface of said internal space ; a second layer that is another of said plurality of layers and forms an upper surface of said internal space ; a third layer that is another of said plurality of layers and forms a side surface of said internal space ; and an interlaminar bonding layer bonding said first layer and said third layer , said interlaminar bonding layer projecting into said internal space ; wherein either an edge of said interlaminar bonding layer is in contact with an outer peripheral edge of said measuring electrode , or said interlaminar bonding layer overlaps an outer peripheral portion of said measuring electrode . at least one internal space ; a measuring electrode that is provided in one of said at least one internal space and has the ability to reduce said gas component of said measurement gas; a first layer that is one of said plurality of layers and forms a bottom surface of said internal space ; a second layer that is another of said plurality of layers and forms an upper surface of said internal space ; a third layer that is another of said plurality of layers and forms a side surface of said internal space ; and an interlaminar bonding layer bonding said first layer and said third layer , said interlaminar bonding layer projecting into said internal space ; wherein either an edge of said interlaminar bonding layer is in contact with an outer peripheral edge of said measuring electrode , or said interlaminar bonding layer overlaps an outer peripheral portion of said measuring electrode .
A building comprising a roof with a ridge line , and a building structure in the form of a rain gutter comprising at least a first and a second roof gutter hanger , and a fall restraint for a worker (W) on the roof, the fall restraint comprising: a yoke line , a first end of the yoke line releasably connected to the first gutter hanger with a first anchor line and a second end of the yoke line releasably connected to a the second gutter hanger with a second anchor line , a support line , a first end of the support line slidably connected to the yoke line and a second end of the support line connected to a worker harness, wherein the support line is adapted to travel over the ridge line of the roof and in use at least partially supporting a weight of the worker (W). a yoke line , a first end of the yoke line releasably connected to the first gutter hanger with a first anchor line and a second end of the yoke line releasably connected to a the second gutter hanger with a second anchor line , a support line , a first end of the support line slidably connected to the yoke line and a second end of the support line connected to a worker harness, wherein the support line is adapted to travel over the ridge line of the roof and in use at least partially supporting a weight of the worker (W).
A method of manufacturing a multi-hardness and multi-elasticity foam mattress in which a plurality of unit foam blocks are formed integrally with each other by use of a continuous foaming process, characterized in that the method comprises the steps of: arranging a plurality of nozzles at one end of a molding plate , such that an injection end of each of the nozzles is positioned above the molding plate ; installing a separation wall between two adjacent ones of the respective nozzles arranged at the molding plate ; laminating a release paper on the top of the molding plate ; spraying a foaming solution from the injection ends of each of the nozzles directly onto the molding plate covered by the release paper in such a manner as to allow the release paper to move in a direction toward the other end of the molding plate to correspond to the moving speed of the foaming solution ; and molding a foam so as to integrally form a plurality of zones where a plurality of unit foam blocks have multi-hardnesses and multi-elasticities different from each other. arranging a plurality of nozzles at one end of a molding plate , such that an injection end of each of the nozzles is positioned above the molding plate ; installing a separation wall between two adjacent ones of the respective nozzles arranged at the molding plate ; laminating a release paper on the top of the molding plate ; spraying a foaming solution from the injection ends of each of the nozzles directly onto the molding plate covered by the release paper in such a manner as to allow the release paper to move in a direction toward the other end of the molding plate to correspond to the moving speed of the foaming solution ; and molding a foam so as to integrally form a plurality of zones where a plurality of unit foam blocks have multi-hardnesses and multi-elasticities different from each other.
Method for aligning plate-type workpieces in which a plate-type workpiece , in particular of wood or wood substitutes, is brought into engagement by a handling device with a load lifting device , in particular one configured for lifting and setting down the plate-type workpiece , and is laid down on a shelf and is moved on the shelf with at least one first narrow side of the workpiece in the direction of at least one first stop , wherein the handling device has a driver device arranged on the load lifting device and whilst entraining the plate-type workpiece enabling rotation of the latter about an axis perpendicular to the plane described by the plate-type workpiece wherein the plate-type workpiece once laid down on the shelf is grasped and moved through movement of the driver device relative to the shelf towards the at least one stop characterised in that the grasping of the plate-type workpiece once laid down is moreover carried out by the driver device and without further engagement with the load lifting device wherein after the workpiece is laid down on the shelf the load lifting device releases the engagements and the driver device is displaced relative to the load lifting device not parallel to the plane of the plate-type workpiece .
A laser irradiation apparatus comprising: a laser array comprising a plurality of laser oscillators including a first laser oscillator configured to irradiate first detection laser light ; a detector configured to obtain detection information based on reflected light that is the first detection laser light reflected by a target ; and a controller configured to estimates a position of the target based on the detection information, wherein the plurality of laser oscillators includes a first laser oscillator group, characterized in that the first laser oscillator group is configured to irradiate a first laser light group (501-1) in a first direction to display a first image when viewing the laser array from the first direction, and wherein the first laser oscillator is included in the first laser oscillator group and the first detection laser light is included in the first laser light group (501-1), wherein the plurality of laser oscillators includes a second laser oscillator group configured to irradiate a second laser light group (501-2) in a second direction to display a second image when viewing the laser array from the second direction. a laser array comprising a plurality of laser oscillators including a first laser oscillator configured to irradiate first detection laser light ; a detector configured to obtain detection information based on reflected light that is the first detection laser light reflected by a target ; and a controller configured to estimates a position of the target based on the detection information, wherein the plurality of laser oscillators includes a first laser oscillator group, characterized in that the first laser oscillator group is configured to irradiate a first laser light group (501-1) in a first direction to display a first image when viewing the laser array from the first direction, and wherein the first laser oscillator is included in the first laser oscillator group and the first detection laser light is included in the first laser light group (501-1), wherein the plurality of laser oscillators includes a second laser oscillator group configured to irradiate a second laser light group (501-2) in a second direction to display a second image when viewing the laser array from the second direction.