mhurhangee/patent-ind-claim-en huggingface dataset:
A delivery system for delivering a lumen stent, wherein the delivery system comprises a fixing anchor and a barrel-shaped fixing cap having a proximal end with an opening; the fixing anchor comprises a hollow insertion part and an abutment part connected with the insertion part ; part of the side surface of the insertion part is sunken towards the inside of the insertion part to form a plurality of positioning grooves penetrating through the proximal end surface of the insertion part ; characterized in that a separator is formed between every two adjacent positioning grooves ; the abutment part comprises a hollow carrier and a plurality of first position-limiting members arranged on the side surface of the carrier ; the distal end of each first position-limiting piece is arranged to correspond to the open side, which is close to the abutment part , of one positioning groove; the distal end surfaces of the first position-limiting members , the distal end surface of the carrier and the proximal end surfaces of the separators are coplanar; and when the fixing anchor and the fixing cap are joined, the insertion part is inserted into the fixing cap , and the distal end surfaces of the first position-limiting members abut against the proximal end surface of the fixing cap .
A machine-readable optical security device (MrOSD) comprising an optical security device (OSD); and a machine-readable component (Mr-component) coupled to the OSD and imparting a characteristic machine-readable signature (Mr-signature) to the OSD wherein the Mr-signature displays at least two machine-readable signals (Mr-signal) within the invisible spectral range; wherein the OSD is transparent or translucent; and wherein the Mr-signature is readable, through the OSD, by a signature detector; wherein the Mr-component is an IR-component characterised in that the IR-component is provided as an ink set comprising a first set of ink including an IR-taggant, with a first Mr-signal, and a black, yellow or magenta dye; and a second set of ink including a pigment with a second Mr-signal; wherein the first Mr-signal and the second Mr-signal are substantially the same; and wherein the ink set includes at least two inks of different colors. an optical security device (OSD); and a machine-readable component (Mr-component) coupled to the OSD and imparting a characteristic machine-readable signature (Mr-signature) to the OSD wherein the Mr-signature displays at least two machine-readable signals (Mr-signal) within the invisible spectral range; wherein the OSD is transparent or translucent; and wherein the Mr-signature is readable, through the OSD, by a signature detector; wherein the Mr-component is an IR-component characterised in that the IR-component is provided as an ink set comprising a first set of ink including an IR-taggant, with a first Mr-signal, and a black, yellow or magenta dye; and a second set of ink including a pigment with a second Mr-signal; wherein the first Mr-signal and the second Mr-signal are substantially the same; and wherein the ink set includes at least two inks of different colors.
A magnetic resonance imaging (MRI) system comprising: a first main MRI magnet disposed within a first MRI magnet housing ; a second main MRI magnet disposed within a second MRI magnet housing and separated from the first MRI magnet housing by a gap ; a gantry positioned in the gap and supporting a radiation therapy device for delivery of radiotherapy beams; a plurality of buttress assemblies connecting the first MRI magnet housing and the second MRI magnet housing , wherein at least one of the plurality of buttress assemblies is removably attached to at least one of the first and second MRI magnet housings, wherein the plurality of buttress assemblies extend around the outside of the radiotherapy device clearing the radiation therapy device so that there is no obstruction of the radiotherapy beams delivered by the radiation therapy device , wherein the plurality of buttress assemblies include a first buttress subassembly (106a, c, or e) and a second buttress subassembly (106b, d, or f), the first buttress sub-assembly (106a, c, or e) extending radially from the outer surface of the first MRI magnet housing , and the second buttress sub-assembly (106b, d, or f) extending radially from the outer surface of the second MRI magnet housing , and wherein the plurality of buttress assemblies are configured to allow for the disassembly of the MRI system . a first main MRI magnet disposed within a first MRI magnet housing ; a second main MRI magnet disposed within a second MRI magnet housing and separated from the first MRI magnet housing by a gap ; a gantry positioned in the gap and supporting a radiation therapy device for delivery of radiotherapy beams; a plurality of buttress assemblies connecting the first MRI magnet housing and the second MRI magnet housing , wherein at least one of the plurality of buttress assemblies is removably attached to at least one of the first and second MRI magnet housings, wherein the plurality of buttress assemblies extend around the outside of the radiotherapy device clearing the radiation therapy device so that there is no obstruction of the radiotherapy beams delivered by the radiation therapy device , wherein the plurality of buttress assemblies include a first buttress subassembly (106a, c, or e) and a second buttress subassembly (106b, d, or f), the first buttress sub-assembly (106a, c, or e) extending radially from the outer surface of the first MRI magnet housing , and the second buttress sub-assembly (106b, d, or f) extending radially from the outer surface of the second MRI magnet housing , and wherein the plurality of buttress assemblies are configured to allow for the disassembly of the MRI system .
A dosimeter for measuring a radiation dose of ionizing radiation with a measuring chamber and a light sensor , wherein the measuring chamber is filled with a fluorophore and is light-tight such that no light from the environment can enter the measuring chamber, and wherein the light sensor is configured to detect fluorescent light generated in the fluorophore in the measuring chamber by ionizing radiation and to generate a signal that is proportional to the fluence of the detected fluorescent light, characterized in that the light sensor has a response time of less than 10 ns.
A medical surgical device sized and shaped for insertion into a body comprising: at least one elongate mechanical limb including a proximal and distal end comprising: a support segment ; a first segment extending from said support segment, said first segment defining a first segment hollow passageway therein which terminates in a first connecting section which includes a first joint ; said first joint formed by a stack of a plurality of links , each link comprising an air gap ; a second segment extending from said first connecting section and terminating in a tool or a connector for a tool; and a first control portion comprising a first bendable torque transfer portion and coupled to said second segment, rotation of said control portion thereby rotating said second segment; wherein said first control portion is disposed within said first segment hollow passageway and configured to transfer torque from a first end to a second end of said torque transfer portion along a long axis of said torque transfer portion, where bending of said first joint thereby bends said first bendable torque transfer portion; said torque transfer portion comprising a plurality of elements interconnected by torque transferring connectors ; said elements defining open spaces therebetween which are compressed or expanded thereby providing for bending of said torque transfer portion. a support segment ; a first segment extending from said support segment, said first segment defining a first segment hollow passageway therein which terminates in a first connecting section which includes a first joint ; said first joint formed by a stack of a plurality of links , each link comprising an air gap ; a second segment extending from said first connecting section and terminating in a tool or a connector for a tool; and a first control portion comprising a first bendable torque transfer portion and coupled to said second segment, rotation of said control portion thereby rotating said second segment; wherein said first control portion is disposed within said first segment hollow passageway and configured to transfer torque from a first end to a second end of said torque transfer portion along a long axis of said torque transfer portion, where bending of said first joint thereby bends said first bendable torque transfer portion; said torque transfer portion comprising a plurality of elements interconnected by torque transferring connectors ; said elements defining open spaces therebetween which are compressed or expanded thereby providing for bending of said torque transfer portion.
A method of allowing a user to find friends gaming and of allowing the user to download, launch and/or join a friend's game, the method comprising the steps of: (a) receiving an indication via a graphical user interface to view a list of friends of the user then currently gaming, and launching a first single graphical user interface including a first set of menu items; (b) periodically loading , for storage in a local memory, information relating to the user's friends then currently gaming and the games the friends are then currently playing; (c) based on user selection of a menu item displaying , at the same time, on a second single graphical user interface on the display information from the local memory including a list of the user's friends then currently gaming, a list of the games the user's friends are playing and a separate graphical indicator for each of the user's friends in the list on the single graphical user interface , indicating for each friend whether the game the user's friend is playing is joinable ; (d) receiving a selection of a game a friend is playing; (e) determining whether the game selected in said step (d) is local to the user's system; (f) downloading the game to the user's system if it is determined in said step (e) that the selected game is not local to the user's system; (g) determining whether the game selected in said step (d) is joinable; (h) launching the selected game; and (i) joining , through interaction with the second single graphical user interface displayed in said step (c), the selected game if it is determined in said step (g) that the selected game is joinable. (a) receiving an indication via a graphical user interface to view a list of friends of the user then currently gaming, and launching a first single graphical user interface including a first set of menu items; (b) periodically loading , for storage in a local memory, information relating to the user's friends then currently gaming and the games the friends are then currently playing; (c) based on user selection of a menu item displaying , at the same time, on a second single graphical user interface on the display information from the local memory including a list of the user's friends then currently gaming, a list of the games the user's friends are playing and a separate graphical indicator for each of the user's friends in the list on the single graphical user interface , indicating for each friend whether the game the user's friend is playing is joinable ; (d) receiving a selection of a game a friend is playing; (e) determining whether the game selected in said step (d) is local to the user's system; (f) downloading the game to the user's system if it is determined in said step (e) that the selected game is not local to the user's system; (g) determining whether the game selected in said step (d) is joinable; (h) launching the selected game; and (i) joining , through interaction with the second single graphical user interface displayed in said step (c), the selected game if it is determined in said step (g) that the selected game is joinable.
An ink or coating composition comprising a depolymerized polystyrene resin derived from a source polystyrene resin, the depolymerized polystyrene resin having a number average molecular weight greater than 5,000 Daltons wherein the number average molecular weight is determined using the method described in paragraph of the description; and wherein the ink or coating composition further comprises an energy curable component.
A parking control device to control parking of a hybrid vehicle that can execute engine travelling in which an engine as an internal-combustion engine is a driving source, battery traveling in which a motor using a battery is a driving source, and engine charging to perform charging of the battery by the engine , the device comprising: a necessary electric energy calculation unit configured to calculate electric energy necessary for executing the parking of the hybrid vehicle ; an electric energy comparison unit configured to compare the necessary electric energy calculated by the necessary electric energy calculation unit and usable electric energy remaining in the battery before the parking is started; and a control unit configured to control operation of the engine travelling, the battery traveling, and the engine charging based on the comparison between the necessary electric energy and the usable electric energy by the electric energy comparison unit , and wherein the control unit is configured to continuously perform the battery traveling, or the battery traveling and the engine travelling and configured to permit the engine charging during a parking operation execution period to execute the parking of the hybrid vehicle in a case where the usable electric energy is lower than the necessary electric energy, characterized in that the control unit is configured to: continuously perform the battery traveling without continuously performing the engine travelling, and permit the engine charging during the parking operation execution period to execute the parking of the hybrid vehicle in a case where the usable electric energy is equal to or higher than the necessary electric energy. a necessary electric energy calculation unit configured to calculate electric energy necessary for executing the parking of the hybrid vehicle ; an electric energy comparison unit configured to compare the necessary electric energy calculated by the necessary electric energy calculation unit and usable electric energy remaining in the battery before the parking is started; and a control unit configured to control operation of the engine travelling, the battery traveling, and the engine charging based on the comparison between the necessary electric energy and the usable electric energy by the electric energy comparison unit , and wherein the control unit is configured to continuously perform the battery traveling, or the battery traveling and the engine travelling and configured to permit the engine charging during a parking operation execution period to execute the parking of the hybrid vehicle in a case where the usable electric energy is lower than the necessary electric energy, characterized in that the control unit is configured to: continuously perform the battery traveling without continuously performing the engine travelling, and permit the engine charging during the parking operation execution period to execute the parking of the hybrid vehicle in a case where the usable electric energy is equal to or higher than the necessary electric energy.
Fuel composition comprising: (i) from 50 to 79% by weight of a mixture of hydrocarbons comprising: a) from 35 to 55% by weight of aromatic compounds; b) 30 to 50% by weight of non-cyclic paraffins containing at least 5 carbon atoms; and c) from 5 to 15% by weight of naphthenes; (ii) from 20 to 40% by weight of one or more ethers; and (iii) from 1 to 10% by weight of butane. (i) from 50 to 79% by weight of a mixture of hydrocarbons comprising: a) from 35 to 55% by weight of aromatic compounds; b) 30 to 50% by weight of non-cyclic paraffins containing at least 5 carbon atoms; and c) from 5 to 15% by weight of naphthenes; a) from 35 to 55% by weight of aromatic compounds; b) 30 to 50% by weight of non-cyclic paraffins containing at least 5 carbon atoms; and c) from 5 to 15% by weight of naphthenes; (ii) from 20 to 40% by weight of one or more ethers; and (iii) from 1 to 10% by weight of butane.
Control system for a switch (222; 224), comprising: - an amplifier (264; 266) designed to receive an input control signal (cmd*; cmd *), in order to amplify the input control signal (cmd*; cmd *) so as to obtain an output control signal (CMD*; CMD *) and to apply the output control signal (CMD*; CMD *) to the switch (222; 224) in order to either open or close the switch (222; 224), the amplifier (264; 266) having two, positive and negative, supply terminals intended to receive a supply voltage, characterized in that it moreover comprises: - an inhibiting device (310; 314) for the amplifier (264; 266) designed to lower the supply voltage on receiving what is referred to as a total inhibit control (INHIB_T) so that the output control signal (CMD*; CMD *) keeps the switch (222; 224) open irrespective of the input control signal (cmd*; cmd *). - an amplifier (264; 266) designed to receive an input control signal (cmd*; cmd *), in order to amplify the input control signal (cmd*; cmd *) so as to obtain an output control signal (CMD*; CMD *) and to apply the output control signal (CMD*; CMD *) to the switch (222; 224) in order to either open or close the switch (222; 224), the amplifier (264; 266) having two, positive and negative, supply terminals intended to receive a supply voltage, - an inhibiting device (310; 314) for the amplifier (264; 266) designed to lower the supply voltage on receiving what is referred to as a total inhibit control (INHIB_T) so that the output control signal (CMD*; CMD *) keeps the switch (222; 224) open irrespective of the input control signal (cmd*; cmd *).
A spinning forming device comprising: a receiving jig for supporting a central portion of a plate to be formed, the plate having an opening at a middle thereof; a rotating shaft to which the receiving jig is attached; a heater configured to heat a transform target portion of the plate by induction heating; and a processing tool configured to press the transform target portion to transform the plate, wherein the receiving jig is configured to suppress heat transfer from the plate to the rotating shaft; and wherein the receiving jig includes a main body which has a disk shape and on which an edge portion of the plate surrounding the opening is to be placed, and a tubular portion which projects from the main body in an axial direction of the rotating shaft and is to be fitted in the opening. a receiving jig for supporting a central portion of a plate to be formed, the plate having an opening at a middle thereof; a rotating shaft to which the receiving jig is attached; a heater configured to heat a transform target portion of the plate by induction heating; and a processing tool configured to press the transform target portion to transform the plate, wherein the receiving jig is configured to suppress heat transfer from the plate to the rotating shaft; and wherein the receiving jig includes a main body which has a disk shape and on which an edge portion of the plate surrounding the opening is to be placed, and a tubular portion which projects from the main body in an axial direction of the rotating shaft and is to be fitted in the opening. a main body which has a disk shape and on which an edge portion of the plate surrounding the opening is to be placed, and a tubular portion which projects from the main body in an axial direction of the rotating shaft and is to be fitted in the opening.
A body side member of an ostomy appliance, comprising: a backing layer comprising a proximal surface and a distal surface , at least a portion of the proximal surface comprising an adhesive ; two or more overlays of a sacrificial releasable material of which at least one is provided on a portion of the distal surface of the backing layer ; wherein at least a centre portion of the body side member is prepared for provision of a stoma receiving opening extending through the body side member; and characterized in that each of the two or more overlays of the sacrificial releasable material is covered by an individual cover layer , each individual cover layer being configured to be individually removable from off a respective overlay , to thereby expose a surface of the respective overlay of the sacrificial releasable material . a backing layer comprising a proximal surface and a distal surface , at least a portion of the proximal surface comprising an adhesive ; two or more overlays of a sacrificial releasable material of which at least one is provided on a portion of the distal surface of the backing layer ; wherein at least a centre portion of the body side member is prepared for provision of a stoma receiving opening extending through the body side member; and characterized in that each of the two or more overlays of the sacrificial releasable material is covered by an individual cover layer , each individual cover layer being configured to be individually removable from off a respective overlay , to thereby expose a surface of the respective overlay of the sacrificial releasable material .
An aerospace vehicle configured to capture a target object (T) in space, the aerospace vehicle comprising: a body ; a magnetic force generating portion configured to generate a magnetic force; and a rod-shaped member projectably and retractably provided to the body , wherein the magnetic force generating portion is configured to attract a plate-like body attached to the target object (T) with the magnetic force, wherein the magnetic force generating portion is attached to a tip of the rod-shaped member , and wherein the rod-shaped member is configured to perform a reciprocating motion with a single degree of freedom. wherein the magnetic force generating portion is configured to attract a plate-like body attached to the target object (T) with the magnetic force, wherein the magnetic force generating portion is attached to a tip of the rod-shaped member , and wherein the rod-shaped member is configured to perform a reciprocating motion with a single degree of freedom.