mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing technetium-99m from a molybdenum-100 metal powder, comprising: providing a transition metal target plate coated with Mo-100 particles having a grain size of less than 10 microns, said Mo-100-coated transition metal target plate hardened by sintering; in a substantially oxygen-free environment, irradiating the hardened Mo-100-coated transition metal target plate with protons at 16 MeV to 30 MeV and 80 μA to 300 μA for a period of time from 30 min to 8 h; recovering the irradiated target plate and conveying said irradiated target plate to a technetium-99m-recovery module; dissolving molybdenum atoms and technetium ions from the irradiated target plate with an H 2 O 2 solution to form an oxide solution; raising the pH of the oxide solution to 13 to 15 to form therein K 2 [MoO 4 ] ions and K[TcO 4 ] ions, or alternatively, Na 2 [MoO 4 ] ions and Na[TcO 4 ] ions; flowing the pH-adjusted oxide solution through a resin column to immobilize K[TcO 4 ] ions thereon, or alternatively, Na 2 [MoO 4 ] ions and Na[TcO 4 ] ions, and to elute K 2 [MoO 4 ] ions or Na 2 [MoO 4 ] ions therefrom; eluting the bound K[TcO 4 ] ions or Na[TcO 4 ] ions from the resin column; flowing the eluted K[TcO 4 ] ions or Na[TcO 4 ] ions through an alumina column to immobilize K[TcO 4 ] ions or Na[TcO 4 ] ions thereon; washing the immobilized K[TcO 4 ] ions or Na[TcO 4 ] ions with water; eluting the immobilized K[TcO 4 ] ions or Na[TcO 4 ] ions with a saline solution; and recovering the eluted Na[TcO 4 ] or Na[TcO 4 ] ions. providing a transition metal target plate coated with Mo-100 particles having a grain size of less than 10 microns, said Mo-100-coated transition metal target plate hardened by sintering; in a substantially oxygen-free environment, irradiating the hardened Mo-100-coated transition metal target plate with protons at 16 MeV to 30 MeV and 80 μA to 300 μA for a period of time from 30 min to 8 h; recovering the irradiated target plate and conveying said irradiated target plate to a technetium-99m-recovery module; dissolving molybdenum atoms and technetium ions from the irradiated target plate with an H 2 O 2 solution to form an oxide solution; raising the pH of the oxide solution to 13 to 15 to form therein K 2 [MoO 4 ] ions and K[TcO 4 ] ions, or alternatively, Na 2 [MoO 4 ] ions and Na[TcO 4 ] ions; flowing the pH-adjusted oxide solution through a resin column to immobilize K[TcO 4 ] ions thereon, or alternatively, Na 2 [MoO 4 ] ions and Na[TcO 4 ] ions, and to elute K 2 [MoO 4 ] ions or Na 2 [MoO 4 ] ions therefrom; eluting the bound K[TcO 4 ] ions or Na[TcO 4 ] ions from the resin column; flowing the eluted K[TcO 4 ] ions or Na[TcO 4 ] ions through an alumina column to immobilize K[TcO 4 ] ions or Na[TcO 4 ] ions thereon; washing the immobilized K[TcO 4 ] ions or Na[TcO 4 ] ions with water; eluting the immobilized K[TcO 4 ] ions or Na[TcO 4 ] ions with a saline solution; and recovering the eluted Na[TcO 4 ] or Na[TcO 4 ] ions.
A measurement system adapted to measure an amount of a drug solution that fills each needle-shaped recess of a sheet-shaped mold in which a plurality of the needle-shaped recesses are formed, each of the needle-shaped recesses being an inverted type of a micro-needle, or an amount of a drug after the filled drug solution is dried, the system comprising: a measurement unit that measures respective heights of a plurality of measurement points preset on a plane parallel to the mold and disposed to match features of a surface shape of the drug solution , in a direction orthogonal to the plane, which are heights on the surface of the drug solution that fills the needle-shaped recess or heights on the surface of the drug after the filled drug solution is dried; a surface shape calculation unit that calculates a three-dimensional shape of the surface of the drug solution or the surface of the drug after the filled drug solution is dried on the basis of the heights of the plurality of measurement points measured by the measurement unit ; and a volume calculation unit that calculates the volume of the drug solution that fills the needle-shaped recess or the drug after the filled drug solution is dried on the basis of the three-dimensional shape of the surface of the drug solution or the surface of the drug after the filled drug solution is dried, calculated by the surface shape calculation unit , and the shape of the needle-shaped recess of the mold . a measurement unit that measures respective heights of a plurality of measurement points preset on a plane parallel to the mold and disposed to match features of a surface shape of the drug solution , in a direction orthogonal to the plane, which are heights on the surface of the drug solution that fills the needle-shaped recess or heights on the surface of the drug after the filled drug solution is dried; a surface shape calculation unit that calculates a three-dimensional shape of the surface of the drug solution or the surface of the drug after the filled drug solution is dried on the basis of the heights of the plurality of measurement points measured by the measurement unit ; and a volume calculation unit that calculates the volume of the drug solution that fills the needle-shaped recess or the drug after the filled drug solution is dried on the basis of the three-dimensional shape of the surface of the drug solution or the surface of the drug after the filled drug solution is dried, calculated by the surface shape calculation unit , and the shape of the needle-shaped recess of the mold .
An appliance for setting up at least one bowling pin , comprising: - an object recognition device for detecting the bowling pin and an orientation of the bowling pin , wherein the orientation of the bowling pin comprises a vertical orientation and a horizontal orientation of the bowling pin , - at least one robot arm which is designed for gripping and holding the bowling pin and for setting up the bowling pin onto a predefined target position , - a control unit which is designed to evaluate data and/or signals of the object recognition device and to activate the robot arm depending on the predefined target position of the bowling pin and/or on the detected orientation of the bowling pin , characterised in that - the object recognition device is designed for detecting a bowling ball and a position of the bowling ball , - the at least one robot arm is designed for gripping and holding the bowling ball and for moving the bowling ball onto a predefined target position, - wherein the control unit is designed to activate the robot arm depending on the detected position of the bowling ball . - an object recognition device for detecting the bowling pin and an orientation of the bowling pin , wherein the orientation of the bowling pin comprises a vertical orientation and a horizontal orientation of the bowling pin , - at least one robot arm which is designed for gripping and holding the bowling pin and for setting up the bowling pin onto a predefined target position , - a control unit which is designed to evaluate data and/or signals of the object recognition device and to activate the robot arm depending on the predefined target position of the bowling pin and/or on the detected orientation of the bowling pin , - the object recognition device is designed for detecting a bowling ball and a position of the bowling ball , - the at least one robot arm is designed for gripping and holding the bowling ball and for moving the bowling ball onto a predefined target position, - wherein the control unit is designed to activate the robot arm depending on the detected position of the bowling ball .
Coaxial connecting member for transmitting radio-frequency signals between a first and a second circuit board spaced a distance apart from each other, comprising a. an inner conductor and an outer conductor extending in the direction of a center axis and an insulating member arranged between the inner conductor and the outer conductor , b. wherein the inner conductor and/or the outer conductor comprise i. a first and a second end section to interconnect the inner conductor and/or the outer conductor to the first and the second circuit board and ii. wherein the first and the second end section are interconnected to each other by a section which comprises a pattern of transversal sections and stay sections which are delimited from each other by slots forming a meander shaped grid section , wherein the slots are arranged essentially perpendicular with respect to the center axis , characterised in that the inner conductor is made from bent sheet metal wherein the bent sheet metal in the longitudinal direction of the inner conductor connects to each other along a join . a. an inner conductor and an outer conductor extending in the direction of a center axis and an insulating member arranged between the inner conductor and the outer conductor , b. wherein the inner conductor and/or the outer conductor comprise i. a first and a second end section to interconnect the inner conductor and/or the outer conductor to the first and the second circuit board and ii. wherein the first and the second end section are interconnected to each other by a section which comprises a pattern of transversal sections and stay sections which are delimited from each other by slots forming a meander shaped grid section , wherein the slots are arranged essentially perpendicular with respect to the center axis , i. a first and a second end section to interconnect the inner conductor and/or the outer conductor to the first and the second circuit board and ii. wherein the first and the second end section are interconnected to each other by a section which comprises a pattern of transversal sections and stay sections which are delimited from each other by slots forming a meander shaped grid section , wherein the slots are arranged essentially perpendicular with respect to the center axis ,
Method for operating a parking assistance system for at least one motor vehicle , comprising the following method steps: a) detecting surroundings of the motor vehicle in a parking facility for motor vehicles by way of a surroundings detection device of the one motor vehicle ; b) transmitting surroundings data, generated by the surroundings detection device and representing the detected surroundings , and position data, associated with the respective surroundings data and representing at least one position travelled or parked in by the one motor vehicle in the surroundings , to a computing device external to the vehicle; c) training a neural network to recognize areas able to be travelled or parked in in the detected surroundings on the basis of the surroundings data using a supervised learning process that is based on the surroundings data and the associated position data, in the computing device external to the vehicle; d) transmitting back profile information that characterizes the trained neural network from the computing device external to the vehicle to the one motor vehicle or to another motor vehicle ; e) configuring a local neural network of a parking assistance device of the respective motor vehicle , which local neural network serves to recognize areas able to be travelled or parked in in surroundings detected by a surroundings detection device of the respective motor vehicle , with the profile information that is transmitted back. a) detecting surroundings of the motor vehicle in a parking facility for motor vehicles by way of a surroundings detection device of the one motor vehicle ; b) transmitting surroundings data, generated by the surroundings detection device and representing the detected surroundings , and position data, associated with the respective surroundings data and representing at least one position travelled or parked in by the one motor vehicle in the surroundings , to a computing device external to the vehicle; c) training a neural network to recognize areas able to be travelled or parked in in the detected surroundings on the basis of the surroundings data using a supervised learning process that is based on the surroundings data and the associated position data, in the computing device external to the vehicle; d) transmitting back profile information that characterizes the trained neural network from the computing device external to the vehicle to the one motor vehicle or to another motor vehicle ; e) configuring a local neural network of a parking assistance device of the respective motor vehicle , which local neural network serves to recognize areas able to be travelled or parked in in surroundings detected by a surroundings detection device of the respective motor vehicle , with the profile information that is transmitted back.
A valve comprising a thermal actuator , the valve being arranged so as to be actuated by the thermal actuator , the thermal actuator comprising: at least two containers containing a first fluid , the at least two containers defining interior portions that are interconnected such that the interior portions of the containers are in fluidal communication with each other, the first fluid comprising a first liquid component and a second gaseous component ; wherein the thermal actuator is arranged such that a change in a temperature difference between two of the at least two containers within a predetermined range of temperature difference causes a quantity of a fluid contained in the thermal actuator to be transferred from one to another of the at least two containers such that a mass distribution of the fluid contained in the thermal actuator is altered in response to the change in temperature difference so as to cause actuation, characterised in that respective lower regions of the interior portions of the at least two containers of the thermal actuator are interconnected so as to promote a flow of a liquid component of the fluid therebetween. at least two containers containing a first fluid , the at least two containers defining interior portions that are interconnected such that the interior portions of the containers are in fluidal communication with each other, the first fluid comprising a first liquid component and a second gaseous component ; wherein the thermal actuator is arranged such that a change in a temperature difference between two of the at least two containers within a predetermined range of temperature difference causes a quantity of a fluid contained in the thermal actuator to be transferred from one to another of the at least two containers such that a mass distribution of the fluid contained in the thermal actuator is altered in response to the change in temperature difference so as to cause actuation, characterised in that respective lower regions of the interior portions of the at least two containers of the thermal actuator are interconnected so as to promote a flow of a liquid component of the fluid therebetween.
An object identification system , comprising: a guided surface waveguide probe (P) comprising a charge terminal elevated over a terrestrial medium that produces an electromagnetic guided surface wave along a surface of a lossy conducting medium by generating at least one resultant field that synthesizes a wave front incident at a complex Brewster angle of incidence (θ_(i,B)) of the lossy conducting medium, from which object identification tags obtain electrical power to operate, each tag associated with an object ; and a plurality of receivers deployed at strategic locations to receive return signals from one or more of the tags as the tags move with the associated objects during a lifecycle of the objects. a guided surface waveguide probe (P) comprising a charge terminal elevated over a terrestrial medium that produces an electromagnetic guided surface wave along a surface of a lossy conducting medium by generating at least one resultant field that synthesizes a wave front incident at a complex Brewster angle of incidence (θ_(i,B)) of the lossy conducting medium, from which object identification tags obtain electrical power to operate, each tag associated with an object ; and a plurality of receivers deployed at strategic locations to receive return signals from one or more of the tags as the tags move with the associated objects during a lifecycle of the objects.
A connector provided to a connection between a vibrating body (1; 3) that is a vibration source and a plate-like shielding body that is attached to the vibrating body (1; 3), the connector comprising: a first buffer member that includes a spiral-shaped wire in a plan view; a second buffer member that has a substantially annular and flat plate-like shape, and that is capable of warping in a thickness direction, and that is stacked with the first buffer member ; a collar member that includes a cylindrical portion having an insertion hole for a fixing member for attaching the connector to the vibrating body (1; 3), the cylindrical portion surrounded by the first buffer member and the second buffer member , a first flange facing a radially inner side of the first buffer member , and a second flange facing a radially inner side of the second buffer member , the first and the second flanges both protruding from the cylindrical portion in a radial direction; and a coupling member that includes a first holder section holding radially outer sides of the first buffer member and the second buffer member , a second holder section holding the shielding body , and a coupling member base portion connecting the first holder section and the second holder section . a first buffer member that includes a spiral-shaped wire in a plan view; a second buffer member that has a substantially annular and flat plate-like shape, and that is capable of warping in a thickness direction, and that is stacked with the first buffer member ; a collar member that includes a cylindrical portion having an insertion hole for a fixing member for attaching the connector to the vibrating body (1; 3), the cylindrical portion surrounded by the first buffer member and the second buffer member , a first flange facing a radially inner side of the first buffer member , and a second flange facing a radially inner side of the second buffer member , the first and the second flanges both protruding from the cylindrical portion in a radial direction; and a coupling member that includes a first holder section holding radially outer sides of the first buffer member and the second buffer member , a second holder section holding the shielding body , and a coupling member base portion connecting the first holder section and the second holder section .
A compact hidden hanging-bracket system for wall cupboards, wherein a wall cupboard (M) containing a hanging bracket is hooked to a support fixed to the wall (P) by means of a hook, the system comprising, in combination, an anti-disengagement group and at least one adjustment group (14, 15; 141), wherein said at least one adjustment group is a vertical adjustment group (14, 15; 141) and is arranged on a slide which slides with respect to a base , wherein axes of maneuvering elements are provided for said anti-disengagement group and said at least one vertical adjustment group, said axes are always parallel to each other and perpendicular to a sliding axis (S) of said slide and a horizontal adjustment group is also provided, whose axis is also arranged parallel to the other two axes and perpendicular to the sliding axis (S) of said slide , characterized in that said anti-disengagement group is positioned between said vertical adjustment group and said horizontal adjustment group.
An apparatus comprising a catheter having an elongated distal portion; a plurality of electrodes on the distal portion for reading bioelectric signals: a multiplexer having inputs connected to respective ones of the electrodes and having an output; a switch having a first input terminal connected to a reference signal , a second input terminal linked to the output of the multiplexer , and an output terminal; and control circuitry linked to the switch and the multiplexer and operative to make a first connection between the output terminal of the switch and the reference signal via the first input terminal of the switch ; and thereafter to break the first connection and to make a second connection between the output terminal of the switch and the output of the multiplexer via the second input terminal of the switch . a multiplexer having inputs connected to respective ones of the electrodes and having an output; a switch having a first input terminal connected to a reference signal , a second input terminal linked to the output of the multiplexer , and an output terminal; and control circuitry linked to the switch and the multiplexer and operative to make a first connection between the output terminal of the switch and the reference signal via the first input terminal of the switch ; and thereafter to break the first connection and to make a second connection between the output terminal of the switch and the output of the multiplexer via the second input terminal of the switch .
An electronic device comprising: a housing including a conductive area ; a first conductive member comprising a conductive material in electrical contact with the conductive area; a second conductive member comprising a conductive material in electrical contact with the conductive area , disposed to be spaced from the first conductive member , and electrically connected to a ground area inside the electronic device; a first wireless communication circuit electrically connected to the conductive area ; and a second wireless communication circuit electrically connected to the first conductive member and the second conductive member , wherein the first wireless communication circuit is configured to transmit and/or receive a first signal having a frequency of 6 GHz or less using the conductive area , and wherein the second wireless communication circuit is configured to transmit and/or receive a second signal having a frequency of 20 GHz or more using at least part of the first conductive member and the conductive area . a housing including a conductive area ; a first conductive member comprising a conductive material in electrical contact with the conductive area; a second conductive member comprising a conductive material in electrical contact with the conductive area , disposed to be spaced from the first conductive member , and electrically connected to a ground area inside the electronic device; a first wireless communication circuit electrically connected to the conductive area ; and a second wireless communication circuit electrically connected to the first conductive member and the second conductive member , wherein the first wireless communication circuit is configured to transmit and/or receive a first signal having a frequency of 6 GHz or less using the conductive area , and wherein the second wireless communication circuit is configured to transmit and/or receive a second signal having a frequency of 20 GHz or more using at least part of the first conductive member and the conductive area .