mhurhangee/ep-ind-claims huggingface dataset:
A current sensor (100,300,400,500) for detecting a magnitude of a current flowing through a measuring object, the current sensor (100,300,400,500) comprising: a magnetic core comprising a first magnetic core and a second magnetic core that is arranged magnetically in parallel to the first magnetic core, wherein the first magnetic core has a magnetic permeability that is higher than that of the second magnetic core in a first frequency band, and the first magnetic core has a magnetic permeability that is lower than that of the second magnetic core in a second frequency band, the second frequency band being higher than the first frequency band, and the current sensor (100,300,400,500) detects the magnitude of the current in a frequency band that is constituted by combining the first frequency band and the second frequency band. a magnetic core comprising a first magnetic core and a second magnetic core that is arranged magnetically in parallel to the first magnetic core, wherein the first magnetic core has a magnetic permeability that is higher than that of the second magnetic core in a first frequency band, and the first magnetic core has a magnetic permeability that is lower than that of the second magnetic core in a second frequency band, the second frequency band being higher than the first frequency band, and the current sensor (100,300,400,500) detects the magnitude of the current in a frequency band that is constituted by combining the first frequency band and the second frequency band.
A method in a first base station for managing a conditional operation related to a user equipment, UE, the method characterised by: sending, by the first base station to the UE, a conditional connection information including (i) configuration data related to a second base station (106A; 104B) in order for the UE to operate in dual connectivity with the first base station and the second base station (106A; 104B), and (ii) one or more conditions for connecting to the second base station (106A; 104B); and in response to determining, by the first base station, that the UE is to suspend a radio connection with the first base station: causing the UE to suspend a radio connection with the first base station, and causing the second base station (106A; 104B) to release the conditional connection information. sending, by the first base station to the UE, a conditional connection information including (i) configuration data related to a second base station (106A; 104B) in order for the UE to operate in dual connectivity with the first base station and the second base station (106A; 104B), and (ii) one or more conditions for connecting to the second base station (106A; 104B); and in response to determining, by the first base station, that the UE is to suspend a radio connection with the first base station: causing the UE to suspend a radio connection with the first base station, and causing the second base station (106A; 104B) to release the conditional connection information. causing the UE to suspend a radio connection with the first base station, and causing the second base station (106A; 104B) to release the conditional connection information.
A control system for determining stimulation settings for a brain stimulation probe (10, 12), the brain stimulation probe (10, 12) comprising a plurality of stimulation electrodes, the control system comprising: means for applying test currents to the stimulation electrodes, means for obtaining patient responses corresponding to the applied test currents, characterized by a database comprising relations between anatomic structures and stimulation induced behaviour for providing generalized anatomic knowledge of stimulation induced behaviour, and a processor being arranged - for determining volumes of influence (32, 52, 71, 91) based on the test currents and positions of the corresponding stimulation electrodes using a realistic conductivity model of brain tissue surrounding the probe (10, 12) in use, - combining the volumes of influence (32, 52, 71, 91) and the corresponding patient responses with the generalized anatomic knowledge of stimulation induced behaviour for associating the volumes of influence (32, 52, 71, 91) to anatomic structures (33, 43, 53), - determining intersections (41, 51) of the volumes of influence (32, 52, 71, 91) and the associated anatomic structures (33, 43, 53), and - determining an optimal stimulation volume and corresponding stimulation settings for the brain stimulation probe (10, 12) based on the determined intersections (41, 51). means for applying test currents to the stimulation electrodes, means for obtaining patient responses corresponding to the applied test currents, characterized by - for determining volumes of influence (32, 52, 71, 91) based on the test currents and positions of the corresponding stimulation electrodes using a realistic conductivity model of brain tissue surrounding the probe (10, 12) in use, - combining the volumes of influence (32, 52, 71, 91) and the corresponding patient responses with the generalized anatomic knowledge of stimulation induced behaviour for associating the volumes of influence (32, 52, 71, 91) to anatomic structures (33, 43, 53), - determining intersections (41, 51) of the volumes of influence (32, 52, 71, 91) and the associated anatomic structures (33, 43, 53), and - determining an optimal stimulation volume and corresponding stimulation settings for the brain stimulation probe (10, 12) based on the determined intersections (41, 51).
A lock for a door or a window comprising: - a lock body connectable to a leaf of a door or a window and comprising a locking element that is reversibly movable between a retracted position, in which it is at least partly housed inside the lock body, and an extracted position, in which it is at least partly projecting from the lock body so as to define a condition of closure of the door or the window; - an actuating means for moving the locking element; - a fixed handle that is connectable to the leaf and can be gripped by a user, said fixed handle being fixed relative to the lock body; - a rotating handle that is connectable to the leaf and can be gripped by a user, said rotating handle being coupled to the actuating means and rotatable relative to the lock body in order to move the locking element between the extracted position and the retracted position; being characterized in that the lock comprises - a first and a second support element (9, 10) each having a longitudinal dimension of extension such that they take on a configuration, during use, projecting from a leaf; and wherein the fixed handle and the rotating handle can be fitted over the first support element and the second support element, respectively. - a lock body connectable to a leaf of a door or a window and comprising a locking element that is reversibly movable between a retracted position, in which it is at least partly housed inside the lock body, and an extracted position, in which it is at least partly projecting from the lock body so as to define a condition of closure of the door or the window; - an actuating means for moving the locking element; - a fixed handle that is connectable to the leaf and can be gripped by a user, said fixed handle being fixed relative to the lock body; - a rotating handle that is connectable to the leaf and can be gripped by a user, said rotating handle being coupled to the actuating means and rotatable relative to the lock body in order to move the locking element between the extracted position and the retracted position; being characterized in that the lock comprises - a first and a second support element (9, 10) each having a longitudinal dimension of extension such that they take on a configuration, during use, projecting from a leaf; and wherein the fixed handle and the rotating handle can be fitted over the first support element and the second support element, respectively.
A hotel room comprising: a plurality of exterior walls (101, 102, 103, 104) surrounding an interior space; a doorway in a front exterior wall of the plurality of exterior walls; a vestibule extending from the doorway into the interior space; and first and second bathrooms (108, 109) in the interior space on opposite sides of the vestibule, wherein a layout of the first bathroom is the same as a layout of the second bathroom, and wherein the doorway is centered along the front exterior wall, characterized in that the hotel room further comprises a common area in the interior space, wherein each of the first and second bathrooms (108, 109) comprises an entryway in an interior sidewall, wherein the entryway opens to the vestibule, and wherein the vestibule opens up into the common area. a plurality of exterior walls (101, 102, 103, 104) surrounding an interior space; a doorway in a front exterior wall of the plurality of exterior walls; a vestibule extending from the doorway into the interior space; and first and second bathrooms (108, 109) in the interior space on opposite sides of the vestibule, wherein a layout of the first bathroom is the same as a layout of the second bathroom, and wherein the doorway is centered along the front exterior wall, characterized in that the hotel room further comprises a common area in the interior space, wherein each of the first and second bathrooms (108, 109) comprises an entryway in an interior sidewall, wherein the entryway opens to the vestibule, and wherein the vestibule opens up into the common area.
A decanter for wines that can be used as a musical instrument with which the tones of the harmonic series can be produced, comprising a glass body having a base and consisting of a receiving space for the wine, an upwardly projecting spout connected thereto, and a leadpipe extending approximately parallel to the base and projecting approximately tangentially, wherein the glass body has the shape of a post horn with an approximately circularly bent body, wherein the spout is the bell section, the bell section is formed without a bell, and wherein the spout formed as the bell section is widened downwards to form the receiving space for receiving the wine and is subsequently narrowed up to the leadpipe receiving the mouthpiece.
Method for operating a digital output subassembly for a programmable logic controller, having an output circuit by which a voltage is connected through to a load connected to an output, which results in a current, by which a first driver module is operated between a supply voltage connection on the output subassembly and the output and is actuated via a first control input to connect a voltage through to the output, wherein a second driver module is operated in parallel with the first driver module between the supply voltage connection and the output and is also actuated, via a second control input, for the purpose of connecting a voltage through to the output, characterised in that a control circuit receives at a starting time point a switching command to switch the voltage through to the output and the control circuit thereupon initially actuates the second control input for a predefined first length of time, so that the second driver module is operated with current limitation up to a maximum current and, after a predefined second length of time has elapsed, measured from the starting time point, the control circuit then actuates in addition the first control input for as long as the switching command remains in force, wherein in the first driver module a current switch-off device is operated such that it is only triggered when a short circuit occurs.
A food processing system comprising: a driving pulley; a driven pulley comprising a driven pulley housing and a spindle rotatably disposed within the driven pulley housing; a motor to rotate the driving pulley; a belt connected with the driving pulley and the driven pulley, the driving pulley to rotate the belt, the belt to rotate the driven pulley; and an actuator comprising at least one arm connected with the driven pulley housing of the driven pulley, the at least one arm pivotally attached at a pivot point to the food processing system, the actuator to move the at least one arm about the pivot point to move the connected driven pulley relative to the belt between an extended position and a retracted position. a driving pulley; a driven pulley comprising a driven pulley housing and a spindle rotatably disposed within the driven pulley housing; a motor to rotate the driving pulley; a belt connected with the driving pulley and the driven pulley, the driving pulley to rotate the belt, the belt to rotate the driven pulley; and an actuator comprising at least one arm connected with the driven pulley housing of the driven pulley, the at least one arm pivotally attached at a pivot point to the food processing system, the actuator to move the at least one arm about the pivot point to move the connected driven pulley relative to the belt between an extended position and a retracted position.
An anti-fog coating composition comprising: a copolymer formed from a monomer mixture containing a monomer, a monomer and a monomer; a basic compound; and a surfactant, wherein: the monomer is a vinyl monomer having N-methylol group or N-alkoxymethylol group, the monomer is a vinyl monomer having sulfonic acid group, the monomer is an alkyl(meth)acrylate monomer, the content of the monomer is 3 to 20 parts by mass, the content of the monomer is 3 to 20 parts by mass, the content of the monomer is 60 to 94 parts by mass, and the total of the monomer and the monomer is 6 to 40 parts by mass per 100 parts by mass as the total of the monomer, the monomer and the monomer, the content of the basic compound is 50 to 95 mol% of the sulfonic acid group in the monomer, and the content of the surfactant is 0.5 to 30 parts by mass per 100 parts by mass of the copolymer. a copolymer formed from a monomer mixture containing a monomer, a monomer and a monomer; a basic compound; and a surfactant, the monomer is a vinyl monomer having N-methylol group or N-alkoxymethylol group, the monomer is a vinyl monomer having sulfonic acid group, the monomer is an alkyl(meth)acrylate monomer, the content of the monomer is 3 to 20 parts by mass, the content of the monomer is 3 to 20 parts by mass, the content of the monomer is 60 to 94 parts by mass, and the total of the monomer and the monomer is 6 to 40 parts by mass per 100 parts by mass as the total of the monomer, the monomer and the monomer, the content of the basic compound is 50 to 95 mol% of the sulfonic acid group in the monomer, and the content of the surfactant is 0.5 to 30 parts by mass per 100 parts by mass of the copolymer.
- A cooling process for cooling hot washed containers in a washing machine, the method comprising the steps of: - advancing, by means of a conveyor device, a plurality of said hot washed containers and at least one member of said conveyor along a washing path with an outlet station and a return zone downstream of said outlet station and upstream of the inlet station, according to an advancing direction of said member along said path; - sequentially cooling said member and said containers for a first and a second time by putting said member in thermal contact respectively with a first and a second heat transfer medium, respectively at a first and a second heat exchange zone (H1, H2) arranged in sequence along said path and upstream of said outlet station according said advancing direction, such that said first heat transfer medium is heated up to a temperature higher than that of said second heat transfer medium; - discharging said containers at said outlet station further comprising the steps of: - circulating said first heat transfer medium between said first heat exchange zone and said return zone; - heating said member and cooling said first heat transfer medium by putting said member in thermal contact with said first heat transfer medium at said return zone; and - returning the cooled said first heat transfer medium to said first heat exchange zone for cooling said containers. - advancing, by means of a conveyor device, a plurality of said hot washed containers and at least one member of said conveyor along a washing path with an outlet station and a return zone downstream of said outlet station and upstream of the inlet station, according to an advancing direction of said member along said path; - sequentially cooling said member and said containers for a first and a second time by putting said member in thermal contact respectively with a first and a second heat transfer medium, respectively at a first and a second heat exchange zone (H1, H2) arranged in sequence along said path and upstream of said outlet station according said advancing direction, such that said first heat transfer medium is heated up to a temperature higher than that of said second heat transfer medium; - discharging said containers at said outlet station further comprising the steps of: - circulating said first heat transfer medium between said first heat exchange zone and said return zone; - heating said member and cooling said first heat transfer medium by putting said member in thermal contact with said first heat transfer medium at said return zone; and - returning the cooled said first heat transfer medium to said first heat exchange zone for cooling said containers.
Method for merging data from different (110, 120,130) sensors of different platforms within a single platform, comprising the steps of: - generating at a first platform a first information entity, comprising the steps of - associating a first data set generated by a first sensor of said first platform with a second data set generated by a second sensor of said first platform; - performing a fusion process of the associated data sets, and - generating the first information entity depending upon the performed fusion process; - receiving a second information entity related to a second cooperative platform; - processing the first and second information entities; characterized by - analysing said processed first and second information entities; and - performing an action event in response to the analysis, comprising the steps of: - generating a decision whether or not to generate a request, wherein said generating depends upon said analysis, and wherein said request comprises a request for at least one additional specified complementary information entity from at least a third platform. - generating at a first platform a first information entity, comprising the steps of - associating a first data set generated by a first sensor of said first platform with a second data set generated by a second sensor of said first platform; - performing a fusion process of the associated data sets, and - generating the first information entity depending upon the performed fusion process; - associating a first data set generated by a first sensor of said first platform with a second data set generated by a second sensor of said first platform; - performing a fusion process of the associated data sets, and - generating the first information entity depending upon the performed fusion process; - receiving a second information entity related to a second cooperative platform; - processing the first and second information entities; - analysing said processed first and second information entities; and - performing an action event in response to the analysis, comprising the steps of: - generating a decision whether or not to generate a request, - generating a decision whether or not to generate a request,
A machine for assisting the mounting of a rear axle with a deformable crossmember onto a vehicle, said axle comprising a longitudinal suspension arm on each side, having a connection at the front on the body shell of said vehicle and having a support at the rear for receiving the base of a suspension spring, the two arms being connected together in a rigid manner by a deformable crossmember, characterized in that said machine comprises a trolley having a height-adjustable anchoring system provided for it being fixed between the two suspension arms, on the rear axle or the body shell while preventing rising, said trolley including, on each side of the anchoring system, a lifting means provided for applying an upward force to the rear of each arm.
A cryogenic apparatus comprising: a first enclosure; a thermo-mechanical cooler thermally coupled to said first enclosure; a second enclosure spatially distanced from the first enclosure; an elongate tubular link member configured to thermally couple the first and second enclosures across the space between them; a liquid helium containing vessel located in or proximal to said second enclosure for holding liquid helium, in use; a liquid helium delivery assembly (76, 77) for delivering helium from said thermo-mechanical cooler to said liquid helium containing vessel; a helium gas extraction duct for carrying helium gas returned from said second enclosure, via said link member, to said thermo-mechanical cooler; a connecting device located in said first enclosure and comprising a plurality of fluidly coupled ports (405a-c), wherein a first port of said connecting device is coupled, via first vibration-suppressing means, to an end of said tubular link member, a second port of said connecting device is coupled, via second vibration-suppressing means, to an end of said helium gas extraction duct, and a third port of said connecting device is coupled, via third vibration suppressing means, to a wall of said first enclosure. a first enclosure; a thermo-mechanical cooler thermally coupled to said first enclosure; a second enclosure spatially distanced from the first enclosure; an elongate tubular link member configured to thermally couple the first and second enclosures across the space between them; a liquid helium containing vessel located in or proximal to said second enclosure for holding liquid helium, in use; a liquid helium delivery assembly (76, 77) for delivering helium from said thermo-mechanical cooler to said liquid helium containing vessel; a helium gas extraction duct for carrying helium gas returned from said second enclosure, via said link member, to said thermo-mechanical cooler; a connecting device located in said first enclosure and comprising a plurality of fluidly coupled ports (405a-c), wherein a first port of said connecting device is coupled, via first vibration-suppressing means, to an end of said tubular link member, a second port of said connecting device is coupled, via second vibration-suppressing means, to an end of said helium gas extraction duct, and a third port of said connecting device is coupled, via third vibration suppressing means, to a wall of said first enclosure.