mhurhangee/patent-ind-claim-en huggingface dataset:
A service tool function availability adjustment system comprising: a storage medium operable to store a location-based function availability map , wherein the location-based function availability map defines the availability of one or more functions of a service tool for a plurality of predetermined service locations ; and at least one processor configured to: determine a location of a service tool in relation to one or more equipment components of an equipment service system ; and configure an availability of the one or more functions of the service tool to interact with the one or more equipment components of the equipment service system based on the location-based function availability map and the location of the service tool ; wherein the one or more functions comprise at least one control function of the one or more equipment components and at least one monitoring function of the one or more equipment components ; and wherein the one or more functions of the service tool provides access to one or more functions of an equipment controller of the equipment service system ; characterized in that : the service tool blocks access to one or more control functions of the one or more equipment components when the service tool is determined to be at an offsite location with respect to the one or more equipment components . a storage medium operable to store a location-based function availability map , wherein the location-based function availability map defines the availability of one or more functions of a service tool for a plurality of predetermined service locations ; and at least one processor configured to: determine a location of a service tool in relation to one or more equipment components of an equipment service system ; and configure an availability of the one or more functions of the service tool to interact with the one or more equipment components of the equipment service system based on the location-based function availability map and the location of the service tool ; determine a location of a service tool in relation to one or more equipment components of an equipment service system ; and configure an availability of the one or more functions of the service tool to interact with the one or more equipment components of the equipment service system based on the location-based function availability map and the location of the service tool ; wherein the one or more functions comprise at least one control function of the one or more equipment components and at least one monitoring function of the one or more equipment components ; and wherein the one or more functions of the service tool provides access to one or more functions of an equipment controller of the equipment service system ; characterized in that : the service tool blocks access to one or more control functions of the one or more equipment components when the service tool is determined to be at an offsite location with respect to the one or more equipment components .
A transport container for helium (He), having an inner container for receiving the helium (He), an insulation element provided on the outside of the inner container , a coolant container for receiving a cryogenic liquid (N2), an outer container in which the inner container and the coolant container are accommodated, and a thermal shield that can be actively cooled with the assistance of the cryogenic liquid (N2) and in which the inner container is accommodated, wherein a circumferential gap is provided between the insulation element and the thermal shield , characterized in that the insulation element has an electrolytically deposited copper layer facing the thermal shield .
Process for in vitro diagnosis, monitoring, prognosis and/or theranostics of hepatic disorders chosen from acute liver injury, hepatic steatosis and steatohepatitis, from a blood sample originating from a subject, in which process the presence and/or concentration of the marker ADH1B (SEQ ID NO. 2) and/or the presence and/or concentration of the combination of the markers ADH1B (SEQ ID NO. 2) and ADH1A (SEQ ID NO. 1) is determined.
A method of regenerating a liquid container , comprising: providing the liquid container having a liquid receptacle capable of storing a liquid, and a storage unit that stores the liquid receptacle and whose opening is airtight sealed by a sealing member ; separating at least part of the sealing member from the storage unit; removing the liquid receptacle stored in the storage container from the opening to outside the storage unit; storing a liquid receptacle filled with liquid from the opening in the storage unit; and airtight sealing the opening of the storage unit in which the liquid receptacle filled with liquid is stored with the sealing member , characterized in that the method further comprises: machining a contact surface of the storage unit that contacts the sealing member ; and the sealing is executed by adhering the sealing member to the processed contact surface. providing the liquid container having a liquid receptacle capable of storing a liquid, and a storage unit that stores the liquid receptacle and whose opening is airtight sealed by a sealing member ; separating at least part of the sealing member from the storage unit; removing the liquid receptacle stored in the storage container from the opening to outside the storage unit; storing a liquid receptacle filled with liquid from the opening in the storage unit; and airtight sealing the opening of the storage unit in which the liquid receptacle filled with liquid is stored with the sealing member , characterized in that the method further comprises: machining a contact surface of the storage unit that contacts the sealing member ; and the sealing is executed by adhering the sealing member to the processed contact surface. machining a contact surface of the storage unit that contacts the sealing member ; and the sealing is executed by adhering the sealing member to the processed contact surface.
An aircraft comprising an aircraft divan , having: a back rest ; an upright side rest extending from the back rest and forming a side of the aircraft divan ; and a seat rest having a first seat section connected to the back rest and a second seat section displaceable relative to the first seat section between a first position and a second position, a gap defined between the first seat section and the second seat section in the first position to receive therein legs of a seated occupant between the first and second seat sections, and the first and second seat sections being adjacent one another to close the gap and form an elongated sitting surface in the second position; characterised in that the side rest extends longitudinally in a fore-aft direction of the aircraft and the back rest faces towards a front or a rear of the aircraft . a back rest ; an upright side rest extending from the back rest and forming a side of the aircraft divan ; and a seat rest having a first seat section connected to the back rest and a second seat section displaceable relative to the first seat section between a first position and a second position, a gap defined between the first seat section and the second seat section in the first position to receive therein legs of a seated occupant between the first and second seat sections, and the first and second seat sections being adjacent one another to close the gap and form an elongated sitting surface in the second position; characterised in that the side rest extends longitudinally in a fore-aft direction of the aircraft and the back rest faces towards a front or a rear of the aircraft .
A method for a wireless communication by a User Equipment, UE, the method comprising: receiving, from a Base Station, BS, subframe type configuration information for indicating whether a subframe is an almost blank subframe, ABS, or not, determining whether to monitor an enhanced physical downlink control channel, EPDCCH, or a physical downlink control channel, PDCCH, in each subframe of the plurality of subframes based on the received subframe type configuration information; and monitoring the EPDCCH in the subframe to obtain downlink control information, DCI, if the subframe is an ABS, monitoring the PDCCH in the subframe to obtain DCI if the subframe is not an ABS, wherein the EPDCCH is received over a subset of an operating bandwidth and over all symbols of the subframe starting after at most a predetermined number of symbols from the beginning of the subframe, and wherein the PDCCH is received over the operating bandwidth and over at most the predetermined number of symbols in the subframe starting from the beginning of the subframe. receiving, from a Base Station, BS, subframe type configuration information for indicating whether a subframe is an almost blank subframe, ABS, or not, determining whether to monitor an enhanced physical downlink control channel, EPDCCH, or a physical downlink control channel, PDCCH, in each subframe of the plurality of subframes based on the received subframe type configuration information; and monitoring the EPDCCH in the subframe to obtain downlink control information, DCI, if the subframe is an ABS, monitoring the PDCCH in the subframe to obtain DCI if the subframe is not an ABS, wherein the EPDCCH is received over a subset of an operating bandwidth and over all symbols of the subframe starting after at most a predetermined number of symbols from the beginning of the subframe, and wherein the PDCCH is received over the operating bandwidth and over at most the predetermined number of symbols in the subframe starting from the beginning of the subframe.
An apparatus for use by an Optical Line Terminal, OLT , communicatively connected to optical network units, ONUs , comprising means for performing: - interleaving a first number N of codewords according to a predetermined interleaving scheme, obtaining an interleaved bit stream, wherein, N is an even number; - mapping the interleaved bit stream into a sequence of 4-level pulse amplitude modulation, PAM4, labels according to a predetermined mapping scheme, with a respective PAM4 label comprising a least significant bit, LSB, and a most significant bit, MSB, respectively corresponding to a bit in the interleaved bit stream; - transmitting a sequence of PAM4 symbols generated based on the sequence of PAM4 labels to the ONUs; wherein, bits from respective one of the N codewords are assigned to LSBs of a first subset of labels, and to MSBs of a second subset of labels, with the first and the second subset of labels being determined based on the predetermined interleaving scheme and the predetermined mapping scheme and respectively comprising labels located N labels apart in the sequence of PAM4 labels. - interleaving a first number N of codewords according to a predetermined interleaving scheme, obtaining an interleaved bit stream, wherein, N is an even number; - mapping the interleaved bit stream into a sequence of 4-level pulse amplitude modulation, PAM4, labels according to a predetermined mapping scheme, with a respective PAM4 label comprising a least significant bit, LSB, and a most significant bit, MSB, respectively corresponding to a bit in the interleaved bit stream; - transmitting a sequence of PAM4 symbols generated based on the sequence of PAM4 labels to the ONUs;
Electrically actuated valve , notably a valve for a motor vehicle, particularly an exhaust gas recirculation valve, comprising a valve body forming a conduit passing through the valve body and a shutter blocking off the conduit and actuated electrically, the valve body further comprising a stud designed to support an electric raceway accepting at least one power supply cable for powering the valve , characterized in that the stud has a cross section in the shape of a cross or of a star.
An atomic sensor device, the device comprising: a sensor body , the sensor body comprising a cavity , wherein the sensor body comprises at least one opening in the body providing access to the cavity ; and at least one component stack mounted to the sensor body over the at least one opening using a frit , wherein the component stack comprises a plurality of components that are attached to one another with the frit , characterized in that the at least one opening further comprises at least one optical element attached to the at least one opening , wherein the at least one optical element is attached to the sensor body with the frit such that the frit hermetically seals the cavity within the sensor body , wherein the component stack is mounted to the at least one optical element by the frit . a sensor body , the sensor body comprising a cavity , wherein the sensor body comprises at least one opening in the body providing access to the cavity ; and at least one component stack mounted to the sensor body over the at least one opening using a frit , wherein the component stack comprises a plurality of components that are attached to one another with the frit , characterized in that the at least one opening further comprises at least one optical element attached to the at least one opening , wherein the at least one optical element is attached to the sensor body with the frit such that the frit hermetically seals the cavity within the sensor body , wherein the component stack is mounted to the at least one optical element by the frit .
A hazard detector , comprising: at least one hazard detection sensor that detects a presence of at least one type of hazard; a motion detection sensor that detects motion in an ambient environment of the hazard detector ; a speaker ; a light that comprises multiple lighting elements ; and a processing system provided in operative communication with the at least one hazard detection sensor , the motion detection sensor , and the light , the processing system configured to: select an illumination state from a plurality of illumination states, wherein each illumination state of the plurality of illumination states is assigned to a status associated with the hazard detector ; cause the light to illuminate based on the selected illumination state of the plurality of illumination states; determine a gesture has been performed based on analyzing motion detected by the motion detection sensor in the ambient environment of the hazard detector following the light being illuminated based on the selected illumination state; and output a detail of the status via the speaker corresponding to the illumination state in response to determining the gesture has been performed. at least one hazard detection sensor that detects a presence of at least one type of hazard; a motion detection sensor that detects motion in an ambient environment of the hazard detector ; a speaker ; a light that comprises multiple lighting elements ; and a processing system provided in operative communication with the at least one hazard detection sensor , the motion detection sensor , and the light , the processing system configured to: select an illumination state from a plurality of illumination states, wherein each illumination state of the plurality of illumination states is assigned to a status associated with the hazard detector ; cause the light to illuminate based on the selected illumination state of the plurality of illumination states; determine a gesture has been performed based on analyzing motion detected by the motion detection sensor in the ambient environment of the hazard detector following the light being illuminated based on the selected illumination state; and output a detail of the status via the speaker corresponding to the illumination state in response to determining the gesture has been performed. select an illumination state from a plurality of illumination states, wherein each illumination state of the plurality of illumination states is assigned to a status associated with the hazard detector ; cause the light to illuminate based on the selected illumination state of the plurality of illumination states; determine a gesture has been performed based on analyzing motion detected by the motion detection sensor in the ambient environment of the hazard detector following the light being illuminated based on the selected illumination state; and output a detail of the status via the speaker corresponding to the illumination state in response to determining the gesture has been performed.
A method of joining a first workpiece to a second workpiece , the method comprising: a) securing a spark containment cap to the first workpiece, the cap comprising a washer and a cap body defining an air cavity , wherein the washer is electrically insulating; b) inserting a tail of a fastener into the air cavity through the second workpiece, the first workpiece and the washer; and c) tightening the fastener so that the tail of the fastener urges the washer against the first workpiece and the first and second workpiece are clamped between the washer and a head of the fastener . a) securing a spark containment cap to the first workpiece, the cap comprising a washer and a cap body defining an air cavity , wherein the washer is electrically insulating; b) inserting a tail of a fastener into the air cavity through the second workpiece, the first workpiece and the washer; and c) tightening the fastener so that the tail of the fastener urges the washer against the first workpiece and the first and second workpiece are clamped between the washer and a head of the fastener .
An orthopaedic hip implant , comprising: a first orthopaedic component , comprising a one of an acetabular liner or acetabular shell, including a first orthopaedic component mating surface ; and a second orthopaedic component , comprising a remainder one of the acetabular liner or acetabular shell, including a second orthopaedic component mating surface , wherein the first orthopaedic component and second orthopaedic component are adapted to be assembled such that the first component mating surface confronts the second component mating surface to define a mating surface interface, characterized in that the first orthopaedic component comprises a plurality of intersecting channels formed in the first component mating surface to facilitate a sterilization gas to penetrate the mating surface interface during a sterilization process. a first orthopaedic component , comprising a one of an acetabular liner or acetabular shell, including a first orthopaedic component mating surface ; and a second orthopaedic component , comprising a remainder one of the acetabular liner or acetabular shell, including a second orthopaedic component mating surface , wherein the first orthopaedic component and second orthopaedic component are adapted to be assembled such that the first component mating surface confronts the second component mating surface to define a mating surface interface, characterized in that the first orthopaedic component comprises a plurality of intersecting channels formed in the first component mating surface to facilitate a sterilization gas to penetrate the mating surface interface during a sterilization process.
Filter for cleaning air (L), having a housing , layers of a filter medium , which are arranged in the housing , and separator plates , wherein a respective separator plate is arranged between in each case two layers of the filter medium , wherein the separator plates are provided with a perforated arrangement , characterized in that a respective separator plate is provided with a progressive perforated arrangement in such a way that the relative surface-area fraction taken up by the holes (1.1) on the separator plate increases in the direction of the outflow end of the filter , and in that the progressive perforated arrangement is achieved, in particular, by varying the density of the holes (1.1) or by varying the size of the holes (1.1).
A neonicotinoid for use in removing ectoparasites from a fish in water, wherein the neonicotinoid is applied for 180 minutes or less, wherein, after removal of the ectoparasites from the fish, the water comprising the removed ectoparasites is exchanged with replacement water, thereby separating the removed ectoparasites and the fish, wherein the ectoparasites are sea lice, and wherein the neonicotinoid is not configured or formulated for in-feed administration. wherein, after removal of the ectoparasites from the fish, the water comprising the removed ectoparasites is exchanged with replacement water, thereby separating the removed ectoparasites and the fish, wherein the ectoparasites are sea lice, and wherein the neonicotinoid is not configured or formulated for in-feed administration.
A method for producing chromium-containing molten iron, the method comprising: charging, into an electric furnace , a charged material containing a metal raw material of at least one of ferrochrome containing metallic Si or ferrosilicon, and unreduced slag containing Cr oxide generated by oxidative refining, as a mixture in which a mass ratio of a metallic Si amount to a Cr oxide amount is from 0.30 to 0.40, and a C concentration is in a range of from 2.0% by mass to a saturation concentration; and producing molten iron containing Cr obtained due to the Cr oxide undergoing reduction processing, such that, when the charged material is heated and melted in the electric furnace , an attainment temperature is set to from 1400 °C to 1700 °C, a maximum average heating rate in any 80 °C interval from 1300 °C to the attainment temperature is set to 15.0 °C/min or less, and a minimum average heating rate in any 80 °C interval from 1300 °C to the attainment temperature is set to 3.0 °C/min or greater. charging, into an electric furnace , a charged material containing a metal raw material of at least one of ferrochrome containing metallic Si or ferrosilicon, and unreduced slag containing Cr oxide generated by oxidative refining, as a mixture in which a mass ratio of a metallic Si amount to a Cr oxide amount is from 0.30 to 0.40, and a C concentration is in a range of from 2.0% by mass to a saturation concentration; and producing molten iron containing Cr obtained due to the Cr oxide undergoing reduction processing, such that, when the charged material is heated and melted in the electric furnace , an attainment temperature is set to from 1400 °C to 1700 °C, a maximum average heating rate in any 80 °C interval from 1300 °C to the attainment temperature is set to 15.0 °C/min or less, and a minimum average heating rate in any 80 °C interval from 1300 °C to the attainment temperature is set to 3.0 °C/min or greater.