mhurhangee/patent-ind-claim-en huggingface dataset:
A measuring device connection management method comprising: (a) when a connection permission request signal for connecting to a measuring device through wireless communication is received from a first communication terminal, transmitting, by a controller, a connection possible signal to the first communication terminal and updating measuring device connection state information with information about the first communication terminal, the measuring device connection state information being information about a communication terminal connected to the measuring device through wireless communication; (b) when the connection permission request signal for connecting to the measuring device through wireless communication is received from a second communication terminal, transmitting, by the controller, a disconnection request signal to the first communication terminal; and (c) when a disconnection confirmation signal is received from the first communication terminal, transmitting, by the controller, the connection possible signal to the second communication terminal and updating the measuring device connection state information with information about the second communication terminal. (a) when a connection permission request signal for connecting to a measuring device through wireless communication is received from a first communication terminal, transmitting, by a controller, a connection possible signal to the first communication terminal and updating measuring device connection state information with information about the first communication terminal, the measuring device connection state information being information about a communication terminal connected to the measuring device through wireless communication; (b) when the connection permission request signal for connecting to the measuring device through wireless communication is received from a second communication terminal, transmitting, by the controller, a disconnection request signal to the first communication terminal; and (c) when a disconnection confirmation signal is received from the first communication terminal, transmitting, by the controller, the connection possible signal to the second communication terminal and updating the measuring device connection state information with information about the second communication terminal.
A method to be performed by a wireless communication station, the method comprising: generating a Multi-User, MU, Physical Layer Protocol Data Unit, PPDU, comprising a first legacy header, L-header, field decodable by Directional Multi-Gigabit, DMG, stations, a second non-legacy header, Header A, field after the L-header field, a third non-legacy header, Header B, field after the Header A field, and a data field after the Header B field, the data field comprising a plurality of Medium Access Control, MAC, Protocol Data Units, MPDUs, addressed to a plurality of stations, STAs, the Header A field comprising information of a number of Spatial Streams, SSs, to be transmitted to the plurality of STAs, the Header B field comprising a length field to indicate, for each STA of the plurality of STAs, a length of a MPDU addressed to the STA; and transmitting said MU PPDU to said plurality of STAs over a frequency band above 45 Gigahertz, GHz. generating a Multi-User, MU, Physical Layer Protocol Data Unit, PPDU, comprising a first legacy header, L-header, field decodable by Directional Multi-Gigabit, DMG, stations, a second non-legacy header, Header A, field after the L-header field, a third non-legacy header, Header B, field after the Header A field, and a data field after the Header B field, the data field comprising a plurality of Medium Access Control, MAC, Protocol Data Units, MPDUs, addressed to a plurality of stations, STAs, the Header A field comprising information of a number of Spatial Streams, SSs, to be transmitted to the plurality of STAs, the Header B field comprising a length field to indicate, for each STA of the plurality of STAs, a length of a MPDU addressed to the STA; and transmitting said MU PPDU to said plurality of STAs over a frequency band above 45 Gigahertz, GHz.
A method , comprising: generating a plurality of sequentially acquired monoscopic projection images of an internal target region within a body of a patient acquired at different times and from at least two different positions using projection data produced by a first detection device , the plurality of monoscopic projection images comprising projection data about a position of an internal target region of the patient ; generating external positional data about external motion of the body of the patient using a second detection device configured to detect an external marker placed on the body of the patient ; generating, by a processing device , a correlation model between the position of the internal target region and the external positional data by fitting the plurality of monoscopic projections of the internal target region to the external positional data; and estimating the position of the internal target region at a later time using the correlation model. generating a plurality of sequentially acquired monoscopic projection images of an internal target region within a body of a patient acquired at different times and from at least two different positions using projection data produced by a first detection device , the plurality of monoscopic projection images comprising projection data about a position of an internal target region of the patient ; generating external positional data about external motion of the body of the patient using a second detection device configured to detect an external marker placed on the body of the patient ; generating, by a processing device , a correlation model between the position of the internal target region and the external positional data by fitting the plurality of monoscopic projections of the internal target region to the external positional data; and estimating the position of the internal target region at a later time using the correlation model.
A pharmaceutical composition comprising glyceryl tribenzoate and/or glyceryl dibenzoate for use in a method for inhibiting the progression of a neurodegenerative disorder, said method comprising administering to a patient in need thereof an effective amount of said pharmaceutical composition.
Method for operating a wireless control device, characterised in that it comprises: - starting a control circuit of the control device following operation by a user of a control member coupled with an energy harvesting device for recharging an energy reserve which, on its own, supplies electrical power to the control device; - sending a control message to an electronic apparatus by means of a radio interface of the control device, the control message including a control command ; - comparing the time that has elapsed since the starting of the control circuit with a first threshold value (T1), the energy harvesting device being configured to generate, each time the control member is operated, an amount of energy that is sufficient to supply power to the control device for a time that is less than the first threshold value; - when the elapsed time is greater than or equal to the first threshold value (T1), sending a pairing request message to the electronic apparatus by means of the radio interface; wherein the sending of the pairing request message is repeated as long as the elapsed time is greater than the first threshold value (T1) and less than a second threshold value (T2); wherein the second threshold value (T2) is between 800 ms and 1000 ms; and wherein the first threshold value (T1) is between 400 ms and 600 ms. - starting a control circuit of the control device following operation by a user of a control member coupled with an energy harvesting device for recharging an energy reserve which, on its own, supplies electrical power to the control device; - sending a control message to an electronic apparatus by means of a radio interface of the control device, the control message including a control command ; - comparing the time that has elapsed since the starting of the control circuit with a first threshold value (T1), the energy harvesting device being configured to generate, each time the control member is operated, an amount of energy that is sufficient to supply power to the control device for a time that is less than the first threshold value; - when the elapsed time is greater than or equal to the first threshold value (T1), sending a pairing request message to the electronic apparatus by means of the radio interface;
Containment body configured for making a temporary and/or disposable spacer device to be implanted in the human body, for treating an infected bone seat or a joint seat inside the human body, said containment body comprising a base portion , side walls that extend from said base portion , said base portion and said side walls delimiting inside them at least one cavity , and comprising at least one opening delimited by said side walls for accessing to said at least one cavity , wherein said base portion and said side walls are made from biologically compatible material, of the type implantable inside the human body, wherein said base portion and/or at least one of said side walls have a plurality of pores interconnected with one another and/or at least one through opening, configured so as to place said at least one cavity in communication with the outside of said containment body , wherein said at least one cavity is configured for being filled with a filling material that is a solidifiable fluid, and wherein said base portion and said side walls have a thickness between 0.5 mm and 20 mm.
An antenna array calibration system, comprising: a plurality of signal splitter/combiner networks , each of the signal splitter/combiner networks forming a signal input point and a plurality of signal output points; a calibration network having a signal combining network forming a plurality of calibration source inputs and a calibration signal output , wherein RF signals applied to each of the inputs are combined by the signal combining network into a calibration signal at the calibration signal output , and wherein each of the signal splitter/combiner networks is embodied as a phase shifting network and has a calibration signal sampling point in electrical communication with said signal input point and said signal output points, wherein the calibration signal sampling point of the phase shifting network is electromagnetically or capacitively coupled to a respective calibration source input of the calibration network corresponding to the phase shifting network and located substantially at an electrical midpoint of the phase shifting network , and wherein a primary signal transmission line connects the electrical midpoint to a corresponding transceiver . a plurality of signal splitter/combiner networks , each of the signal splitter/combiner networks forming a signal input point and a plurality of signal output points; a calibration network having a signal combining network forming a plurality of calibration source inputs and a calibration signal output , wherein RF signals applied to each of the inputs are combined by the signal combining network into a calibration signal at the calibration signal output , and wherein each of the signal splitter/combiner networks is embodied as a phase shifting network and has a calibration signal sampling point in electrical communication with said signal input point and said signal output points, wherein the calibration signal sampling point of the phase shifting network is electromagnetically or capacitively coupled to a respective calibration source input of the calibration network corresponding to the phase shifting network and located substantially at an electrical midpoint of the phase shifting network , and wherein a primary signal transmission line connects the electrical midpoint to a corresponding transceiver .
Chair guidance device with a housing , comprising: - a housing base , - at least two housing side walls (4.1, 4.2) extending parallel to each other, and - at least one cover element which can be placed on the housing side walls (4.1, 4.2) and can be connected to at least one of the housing side walls (4.1, 4.2) in a force-fitting and/or form-fitting manner - with at least one carriage carrying a chair base and having rolling elements , which carriage can be moved in the longitudinal extension (XY) of the housing base between the two housing side walls on the housing base , wherein the rolling elements arranged on the carriage are designed as guide elements in such a way that the carriage is supported and guided by the housing side walls (4.1, 4.2) when moving over the housing base , characterized in that at least one of the housing side walls (4.1, 4. 2) has, at the upper edge opposite the housing base in the direction of the housing side wall (4.2) and/or (4.1) running parallel thereto, a projection in the form of an angle with a surface lying parallel to the housing base , against which surface the guide elements rest and/or a slight gap remains between the surface of the angle lying parallel to the housing base and the guide elements . - a housing base , - at least two housing side walls (4.1, 4.2) extending parallel to each other, and - at least one cover element which can be placed on the housing side walls (4.1, 4.2) and can be connected to at least one of the housing side walls (4.1, 4.2) in a force-fitting and/or form-fitting manner - with at least one carriage carrying a chair base and having rolling elements , which carriage can be moved in the longitudinal extension (XY) of the housing base between the two housing side walls on the housing base ,
A turning method implemented in an autonomous vehicle having a central axis which divides the autonomous vehicle into left side and right side, wherein: the autonomous vehicle moves towards a limit ; the autonomous vehicle monitors the location relationship of the vehicle with the limit; the autonomous vehicle judges which side is closer to the limit when reaching a predetermined location relationship with the limit; the autonomous vehicle makes a turn and moves away from the limit, so that the distance from one side of the autonomous vehicle to the limit is always smaller than that from the other side to the limit, while one side is closer to the limit when the turn begins; and characterized in that the autonomous vehicle moves by a distance along the limit after the turn begins and before the turn is completed the autonomous vehicle moves towards a limit ; the autonomous vehicle monitors the location relationship of the vehicle with the limit; the autonomous vehicle judges which side is closer to the limit when reaching a predetermined location relationship with the limit; the autonomous vehicle makes a turn and moves away from the limit, so that the distance from one side of the autonomous vehicle to the limit is always smaller than that from the other side to the limit, while one side is closer to the limit when the turn begins; and characterized in that the autonomous vehicle moves by a distance along the limit after the turn begins and before the turn is completed
Setting tool for a hammer fixing , comprising an expanding mandrel which has a front end face for acting on an expansion body of the hammer fixing and a rear end face for receiving blows, characterized in that the setting tool has a probing sleeve which displaceably surrounds the expanding mandrel , and in that the setting tool has an axial stop for the probing sleeve , which axial stop limits a displacement of the probing sleeve toward the rear end face of the expanding mandrel , the expanding mandrel , at the front end face thereof, protruding from the probing sleeve when the probing sleeve is in contact with the axial stop .
An apparatus comprising: a valve body of a fluid regulator, the valve body having an inlet and an outlet ; a cage of the fluid regulator disposed in the valve body , the cage having a central aperture ; a valve stem to be received by the central aperture ; and a diaphragm coupled to the valve stem ; wherein the valve body includes a removable portion at a first end of the valve body where the stem enters the valve body , the removable portion of the valve body at least partially defining an outer surface of the valve body , and wherein an integral protrusion of the cage is to constrain a peripheral edge of the diaphragm against the removable portion of the valve body when the cage is coupled to the valve body , characterized in the cage further comprising an integral threaded portion to receive a valve stem guide to align the valve stem, the apparatus further comprising a second integral protrusion to be received by a recess of the removable portion of the valve body to constrain the cage relative to the valve body , and wherein the cage further comprises an aperture to allow fluid communication between the inlet and the diaphragm . a valve body of a fluid regulator, the valve body having an inlet and an outlet ; a cage of the fluid regulator disposed in the valve body , the cage having a central aperture ; a valve stem to be received by the central aperture ; and a diaphragm coupled to the valve stem ; wherein the valve body includes a removable portion at a first end of the valve body where the stem enters the valve body , the removable portion of the valve body at least partially defining an outer surface of the valve body , and wherein an integral protrusion of the cage is to constrain a peripheral edge of the diaphragm against the removable portion of the valve body when the cage is coupled to the valve body , characterized in the cage further comprising an integral threaded portion to receive a valve stem guide to align the valve stem, the apparatus further comprising a second integral protrusion to be received by a recess of the removable portion of the valve body to constrain the cage relative to the valve body , and wherein the cage further comprises an aperture to allow fluid communication between the inlet and the diaphragm .
A control valve for at least one sanitary fitting, at least comprising: - a housing having at least one inlet for a liquid; - a diaphragm valve for opening and closing a flow channel of the control valve , wherein the diaphragm valve has a diaphragm and a counterpressure chamber connected to the at least one inlet , and wherein a pilot orifice is formed in the diaphragm , which pilot orifice connects the counterpressure chamber to the flow channel ; - a multi-way valve disposed downstream of the diaphragm valve and having a plurality of outlets for the liquid, wherein each of the outlets can be connected to a separate spray plate; and - a controller for controlling the diaphragm valve and the multi-way valve , characterized in that the controller comprises a control rod extending through the pilot orifice of the diaphragm , wherein the control rod can be adjusted in a longitudinal direction for controlling the diaphragm valve and can be rotated for controlling the multi-way valve . - a housing having at least one inlet for a liquid; - a diaphragm valve for opening and closing a flow channel of the control valve , wherein the diaphragm valve has a diaphragm and a counterpressure chamber connected to the at least one inlet , and wherein a pilot orifice is formed in the diaphragm , which pilot orifice connects the counterpressure chamber to the flow channel ; - a multi-way valve disposed downstream of the diaphragm valve and having a plurality of outlets for the liquid, wherein each of the outlets can be connected to a separate spray plate; and - a controller for controlling the diaphragm valve and the multi-way valve , characterized in that the controller comprises a control rod extending through the pilot orifice of the diaphragm , wherein the control rod can be adjusted in a longitudinal direction for controlling the diaphragm valve and can be rotated for controlling the multi-way valve .
A method for obtaining bispecific IgG-type antibodies which functionally substitute for factor VIII/VIIIa, comprising the steps of: - immunizing a non-human animal with F.IXa in order to obtain an anti-F.IXa antibody; - immunizing a non-human animal with F.X in order to obtain an anti F.X antibody; - producing a bispecific antibody comprising the anti-F.IXa antibody H and L chain variable regions and the anti-F.X antibody H and L chain variable regions, wherein the CH3 region of an H chain of the bispecific antibody comprises at least one amino acid substitution so as to obtain an IgG antibody that has a heterologous combination of H chains; and - selecting antibodies with an activity that substitutes for F.VIII/F.VIIIa function. - immunizing a non-human animal with F.IXa in order to obtain an anti-F.IXa antibody; - immunizing a non-human animal with F.X in order to obtain an anti F.X antibody; - producing a bispecific antibody comprising the anti-F.IXa antibody H and L chain variable regions and the anti-F.X antibody H and L chain variable regions, wherein the CH3 region of an H chain of the bispecific antibody comprises at least one amino acid substitution so as to obtain an IgG antibody that has a heterologous combination of H chains; and - selecting antibodies with an activity that substitutes for F.VIII/F.VIIIa function.
A method comprising: configuring an internal structure of one random access slot through a broadcast channel, wherein the internal structure of the one random access slot comprises: a number of symbols occupied by random access of an uplink part in the one random access slot, and a number of random access channel, RACH, occasions for the uplink part in the one random access slot; characterised by transmitting a parameter indicating the internal structure of the one random access slot through the broadcast channel and an association between an index of a downlink synchronization signal block and the one random access slot in time domain. configuring an internal structure of one random access slot through a broadcast channel, wherein the internal structure of the one random access slot comprises: a number of symbols occupied by random access of an uplink part in the one random access slot, and a number of random access channel, RACH, occasions for the uplink part in the one random access slot; characterised by transmitting a parameter indicating the internal structure of the one random access slot through the broadcast channel and an association between an index of a downlink synchronization signal block and the one random access slot in time domain. a number of symbols occupied by random access of an uplink part in the one random access slot, and a number of random access channel, RACH, occasions for the uplink part in the one random access slot; characterised by transmitting a parameter indicating the internal structure of the one random access slot through the broadcast channel and an association between an index of a downlink synchronization signal block and the one random access slot in time domain.
A sustainable article for packaging comprising a multilayer post-consumer resin (PCR) wherein the multilayer comprises: a an outer layer comprising post-consumer resin of natural plastic waste (N-PCR); and b an inner layer comprising post-consumer resin of natural plastic waste (N-PCR) or coloured plastic waste (J-PCR) wherein at least 50% of the inner layer comprises post-consumer resin of coloured plastic waste (J-PCR), wherein the outer and/or inner layer comprises a NIR detectable colourant masterbatch and wherein the article is substantially free of virgin plastic which means that the article comprises less than 5wt% of virgin plastic. a an outer layer comprising post-consumer resin of natural plastic waste (N-PCR); and b an inner layer comprising post-consumer resin of natural plastic waste (N-PCR) or coloured plastic waste (J-PCR) wherein at least 50% of the inner layer comprises post-consumer resin of coloured plastic waste (J-PCR),