mhurhangee/patent-ind-claim-en huggingface dataset:
A method of assembling a capacitor (108; 500; 700) comprising: sintering cathode material directly to an inside surface of a capacitor case (502; 702), the cathode material forming one or more sintered cathodes (508; 708) having a shape; and placing a sintered anode (506; 706) over or around the sintered cathodes, the sintered anode having one or more mating portions (520; 720) that match the shape of the one or more sintered cathodes such that the mating portions matingly receive the sintered cathodes. sintering cathode material directly to an inside surface of a capacitor case (502; 702), the cathode material forming one or more sintered cathodes (508; 708) having a shape; and placing a sintered anode (506; 706) over or around the sintered cathodes, the sintered anode having one or more mating portions (520; 720) that match the shape of the one or more sintered cathodes such that the mating portions matingly receive the sintered cathodes.
Drug delivery device for selecting and dispensing a number of doses of a medicament, the device comprising a medicament reservoir attached to a housing (10; 10'), a drive mechanism comprising a plunger (30; 30') axially movable relative to the housing (10; 10') for dispensing doses of the medicament from the medicament reservoir, a dose selecting element (60, 80; 60') releasably coupled to the drive mechanism and rotatable relative to the housing (10; 10') in a first direction for selecting a dose, a trigger (70; 70') axially movable relative to the housing (10; 10') for initiating dispensing of a dose selected by the dose selecting element (60, 80; 60'), wherein the trigger (70; 70') is adapted such that axial movement of the trigger relative to the housing - releases a clutch and a blocking mechanism within the device thereby permitting that a dispensing force or torque is transmitted from a spring to a drive mechanism for dose dispensing and - actuates the drive mechanism for dose dispensing, characterized in that the device further comprises a limiter (100; 100') selectively permitting and preventing axial movement of the trigger (70; 70') depending on the amount of the selected dose, wherein the limiter (100; 100') is rotationally constrained to the dose selecting element (60, 80; 60') and is axially constrained to the trigger (70; 70'), wherein one of the limiter (100; 100') and a component part axially coupled to the housing (10; 10') comprises a track (102; 102') which is in engagement with a blocking feature (112; 112') of the other of the limiter (100; 100') and the component part axially coupled to the housing (10; 10'), and wherein the track comprises at least one narrow section limiting relative axial movement between the track (102; 102') and the blocking feature (112; 112') and at least one wide section permitting relative axial movement between the track (102; 102') and the blocking feature (112; 112'). - releases a clutch and a blocking mechanism within the device thereby permitting that a dispensing force or torque is transmitted from a spring to a drive mechanism for dose dispensing and - actuates the drive mechanism for dose dispensing,
An elevator cab for an elevator system , comprising: a floor , a roof , a plurality of side walls , the side walls defining an outer contour of the elevator cab in a top view of the elevator cab , and a fall-prevention arrangement that projects beyond the edge of the roof being provided in the region of at least one edge of the roof , in order to protect people from falling into an elevator shaft of the elevator system , wherein the fall-prevention arrangement consists of a plurality of elongate, freestanding safety bars , the longitudinal extension direction of which safety bars protrudes outward beyond the outer contour of the elevator cab from the roof , transversely to the relevant edge of the roof , characterized in that the safety bars being arranged on the roof so as to be at mutual spacings (D) such that it is possible to prevent the person to be protected from falling through between two adjacent safety bars . a floor , a roof , a plurality of side walls , the side walls defining an outer contour of the elevator cab in a top view of the elevator cab , and a fall-prevention arrangement that projects beyond the edge of the roof being provided in the region of at least one edge of the roof , in order to protect people from falling into an elevator shaft of the elevator system , wherein the fall-prevention arrangement consists of a plurality of elongate, freestanding safety bars , the longitudinal extension direction of which safety bars protrudes outward beyond the outer contour of the elevator cab from the roof , transversely to the relevant edge of the roof , characterized in that the safety bars being arranged on the roof so as to be at mutual spacings (D) such that it is possible to prevent the person to be protected from falling through between two adjacent safety bars .
A method comprising: receiving fault information relating to a fault associated with an operation of guest software ; determining whether the fault information satisfies at least one fault filtering criterion; causing the guest software to ignore the fault and to proceed if the fault information satisfies the at least one fault filtering criterion, whereby the fault does not compromise a virtual machine monitor or a virtual machine ; and determining whether to deliver the fault to the guest software or to transfer control to the virtual machine monitor if the fault information does not satisfy the at least one fault filtering criterion. receiving fault information relating to a fault associated with an operation of guest software ; determining whether the fault information satisfies at least one fault filtering criterion; causing the guest software to ignore the fault and to proceed if the fault information satisfies the at least one fault filtering criterion, whereby the fault does not compromise a virtual machine monitor or a virtual machine ; and determining whether to deliver the fault to the guest software or to transfer control to the virtual machine monitor if the fault information does not satisfy the at least one fault filtering criterion.
A composition comprising recombinant MHC II/CII peptide complexes comprising (a) an extracellular region of an MHC class II alpha chain comprising at least an alpha 1 domain; (b) an extracellular region of an MHC class II beta chain comprising at least a beta 1 domain; and (c) a collagen II peptide (CII peptide) fused to the N-terminus of the MHC class II alpha chain or the MHC class II beta chain by a linker peptide, preferably to the MHC class II beta chain; wherein the CII peptide comprises the amino acid sequence selected from the group consisting of AGFKGEQGPKG, AGFKGEQGPXG, AGFKGEXGPKG, AGFKGXQGPKG, AGFKXEQGPKG, AGFKGEXGPXG and AGFKGXQGPXG, AGFKXEQGPXG, wherein the MHC II/CII peptide complexes comprise a post-translationally modified CII peptide, wherein the first lysine residue of the CII peptide is O-glycosylated hydroxylysine (Hyl); and wherein at least the alpha 1 domain is from DRA*0101 and at least the beta 1 domain is from a HLA-DR allele selected from the group consisting of DRB1*0401, DRB1*0404, DRB1*0405, DRB1*0408, DRB1*0409, DRB1*0101, DRB1*0102, DRB1*1001, DRB1*1402 and DRB1*1303 and/or wherein the MHC II/CII peptide complex does not contain an enzymatic cleavage site in the amino acid sequence between the CII peptide and extracellular region of the MHC II alpha or beta chain. (a) an extracellular region of an MHC class II alpha chain comprising at least an alpha 1 domain; (b) an extracellular region of an MHC class II beta chain comprising at least a beta 1 domain; and (c) a collagen II peptide (CII peptide) fused to the N-terminus of the MHC class II alpha chain or the MHC class II beta chain by a linker peptide, preferably to the MHC class II beta chain; wherein the CII peptide comprises the amino acid sequence selected from the group consisting of AGFKGEQGPKG, AGFKGEQGPXG, AGFKGEXGPKG, AGFKGXQGPKG, AGFKXEQGPKG, AGFKGEXGPXG and AGFKGXQGPXG, AGFKXEQGPXG, wherein the MHC II/CII peptide complexes comprise a post-translationally modified CII peptide, wherein the first lysine residue of the CII peptide is O-glycosylated hydroxylysine (Hyl); and wherein at least the alpha 1 domain is from DRA*0101 and at least the beta 1 domain is from a HLA-DR allele selected from the group consisting of DRB1*0401, DRB1*0404, DRB1*0405, DRB1*0408, DRB1*0409, DRB1*0101, DRB1*0102, DRB1*1001, DRB1*1402 and DRB1*1303 and/or wherein the MHC II/CII peptide complex does not contain an enzymatic cleavage site in the amino acid sequence between the CII peptide and extracellular region of the MHC II alpha or beta chain.
Actuator device for the pneumatic-mechanical adjustment of a wastegate or of the turbine blades of a turbocharger , comprising an actuator having a housing and a membrane arranged therein which is connected to an actuator element for transmitting a mechanical actuating force to the wastegate or to the turbine blades, there being provided in the region of a housing wall of the actuator , preferably in a peripheral region of the actuator , one or more cooling channels (310, 310*, 310a) through which there can flow an external cooling medium stream for the dedicated cooling of the actuator and/or for reducing the heat input into the actuator , characterised in that the actuator device comprises at least one attachment part which is mounted on the housing of the actuator and has the one or more cooling channels which permit a flow of coolant around a peripheral surface of the actuator housing. there being provided in the region of a housing wall of the actuator , preferably in a peripheral region of the actuator , one or more cooling channels (310, 310*, 310a) through which there can flow an external cooling medium stream for the dedicated cooling of the actuator and/or for reducing the heat input into the actuator , characterised in that the actuator device comprises at least one attachment part which is mounted on the housing of the actuator and has the one or more cooling channels which permit a flow of coolant around a peripheral surface of the actuator housing.
Brake shoe position determination sensor arrangement comprising a plurality of brake shoe position determination sensors, at least comprising a • brake shoe position determination sensor and a • second brake shoe position determination sensor , which is designed to detect the position of brake shoes with a brake shoe element to be detected such that o the individual brake shoe position determination sensors are to be placed parallel to the rail or the rail pair , o the second brake shoe position determination sensor is moved in the direction of travel of the rail vehicle and thus in the direction of movement of the brake shoe in respect of the brake shoe position determination sensor , characterised in that the brake shoe element of the brake shoe passes both the brake shoe position determination sensor and also the second brake shoe determination sensor at one point in time. • brake shoe position determination sensor and a • second brake shoe position determination sensor , which is designed to detect the position of brake shoes with a brake shoe element to be detected such that o the individual brake shoe position determination sensors are to be placed parallel to the rail or the rail pair , o the second brake shoe position determination sensor is moved in the direction of travel of the rail vehicle and thus in the direction of movement of the brake shoe in respect of the brake shoe position determination sensor , o the individual brake shoe position determination sensors are to be placed parallel to the rail or the rail pair , o the second brake shoe position determination sensor is moved in the direction of travel of the rail vehicle and thus in the direction of movement of the brake shoe in respect of the brake shoe position determination sensor ,
A machine-readable medium having instructions thereon that when operated on by a machine cause the machine to perform operations comprising: receiving a registration request from a user equipment, UE, in a vehicular environment to provide services over a wireless access in vehicular environments basic service set, WBSS, in wireless channels at a vehicular proximity services, ProSe, function , wherein the registration request includes WBSS information including configuration parameters from the UE , wherein the WBSS information included in the registration request further includes one or more of: a basic service set identifier, BSSID and a dedicated short range communications, DSRC, channel number; when operating the instructions on by the machine further cause the machine to perform operations comprising: in response to and after receiving the registration request , deciding at the ProSe function to authorize registration of services over the WBSS for the UE by using the WBSS information included in the registration request ; and sending a registration response from the ProSe function indicating WBSS information to be used for the services after deciding to authorize the registration. receiving a registration request from a user equipment, UE, in a vehicular environment to provide services over a wireless access in vehicular environments basic service set, WBSS, in wireless channels at a vehicular proximity services, ProSe, function , wherein the registration request includes WBSS information including configuration parameters from the UE , wherein the WBSS information included in the registration request further includes one or more of: a basic service set identifier, BSSID and a dedicated short range communications, DSRC, channel number; when operating the instructions on by the machine further cause the machine to perform operations comprising: in response to and after receiving the registration request , deciding at the ProSe function to authorize registration of services over the WBSS for the UE by using the WBSS information included in the registration request ; and sending a registration response from the ProSe function indicating WBSS information to be used for the services after deciding to authorize the registration. in response to and after receiving the registration request , deciding at the ProSe function to authorize registration of services over the WBSS for the UE by using the WBSS information included in the registration request ; and sending a registration response from the ProSe function indicating WBSS information to be used for the services after deciding to authorize the registration.
A rotary piston and cylinder device comprising: a rotor , comprising a rotor surface , a stator , a rotatable shutter , a piston which extends from the rotor surface, the rotor surface and the stator together defining an annular chamber , and the piston arranged to rotate, through the annular chamber, and the rotor surface being a curved surface of which is orientated as inclined to a plane (P-P) substantially perpendicular to the axis of rotation (A-A) of the rotor and the rotor surface faces generally away from, or outwardly of, the axis of rotation of the rotor, the rotor surface is of generally flared profile, when viewed in axial cross-section, and extends between a first rotor surface end region and a second rotor surface end region , and the first rotor surface end region being spaced along the axis of rotation (A-A) of the rotor with respect to the second rotor surface end region, and one of the rotor surface end regions having a greater radial extent than the other end region, and the device characterised in that it comprises a transmission assembly which comprises geared components including a toothed gear , which ensures that the timing of the shutter remains in synchrony with the rotor. a rotor , comprising a rotor surface , a stator , a rotatable shutter , a piston which extends from the rotor surface, the rotor surface and the stator together defining an annular chamber , and the piston arranged to rotate, through the annular chamber, and the rotor surface being a curved surface of which is orientated as inclined to a plane (P-P) substantially perpendicular to the axis of rotation (A-A) of the rotor and the rotor surface faces generally away from, or outwardly of, the axis of rotation of the rotor, the rotor surface is of generally flared profile, when viewed in axial cross-section, and extends between a first rotor surface end region and a second rotor surface end region , and the first rotor surface end region being spaced along the axis of rotation (A-A) of the rotor with respect to the second rotor surface end region, and one of the rotor surface end regions having a greater radial extent than the other end region, and the device characterised in that it comprises a transmission assembly which comprises geared components including a toothed gear , which ensures that the timing of the shutter remains in synchrony with the rotor.
A percutaneous catheter for delivery of an implant, comprising: a primary rotary knob connected with a catheter shaft to facilitate longitudinal movement of the catheter shaft; a secondary rotary knob connected with an inner shaft to facilitate longitudinal movement of the inner shaft, wherein the secondary rotary knob is connected to a threaded wheel , and wherein the threaded wheel is engaged with the secondary rotary knob through threads ; an eccentric luer having a guidewire port connected to a guidewire shaft ; at least one luer arm connected to the eccentric luer and situated at a distance in radial direction, wherein the luer arm is parallel to the longitudinal axis passes through the center of the guidewire port and the guidewire shaft ; and at least one groove cut in the threaded wheel in longitudinal direction and accessible from at least one cross-sectional surface of the threaded wheel; wherein the luer arm passes through the groove in the thread wheel , and wherein the threaded wheel moves in longitudinal direction over the luer arm on rotary motion of the secondary rotary knob . a primary rotary knob connected with a catheter shaft to facilitate longitudinal movement of the catheter shaft; a secondary rotary knob connected with an inner shaft to facilitate longitudinal movement of the inner shaft, wherein the secondary rotary knob is connected to a threaded wheel , and wherein the threaded wheel is engaged with the secondary rotary knob through threads ; an eccentric luer having a guidewire port connected to a guidewire shaft ; at least one luer arm connected to the eccentric luer and situated at a distance in radial direction, wherein the luer arm is parallel to the longitudinal axis passes through the center of the guidewire port and the guidewire shaft ; and at least one groove cut in the threaded wheel in longitudinal direction and accessible from at least one cross-sectional surface of the threaded wheel; wherein the luer arm passes through the groove in the thread wheel , and wherein the threaded wheel moves in longitudinal direction over the luer arm on rotary motion of the secondary rotary knob .
An assembly for a magnetic resonance imaging system, the assembly comprising a gradient coil assembly with at least one gradient coil and a cylindrical RF shield positioned radially inside the gradient coil assembly, the assembly further comprising a cooling arrangement for cooling the gradient coil , wherein the gradient coil comprises three coil winding layers which are embedded into a resin material together with the cooling arrangement, wherein the gradient coil assembly and each of its winding layers has a cylindrical shape, wherein the cooling arrangement comprises a plurality of cooling tubes positioned in-between two winding layers of the gradient coil assembly, and configured to transport a cooling fluid , characterised in that the assembly further comprises a thermal connector arrangement, wherein a first thermal connector is provided between each cooling tube and the RF shield, each first thermal connector thereby providing a radially extending thermal bridge by the thermal connection from the respective cooling tube to the RF shield . wherein the cooling arrangement comprises a plurality of cooling tubes positioned in-between two winding layers of the gradient coil assembly, and configured to transport a cooling fluid , characterised in that the assembly further comprises a thermal connector arrangement, wherein a first thermal connector is provided between each cooling tube and the RF shield, each first thermal connector thereby providing a radially extending thermal bridge by the thermal connection from the respective cooling tube to the RF shield .
A method of controlling a microgrid including a plurality of controllable assets (11-14; 21-23; 31-33), the method comprising: retrieving, by an energy management system, EMS , a forecast variable value for at least one forecast variable; executing, by the EMS, an optimization routine to determine an operating point vector for the plurality of controllable assets (11-14; 21-23; 31-33) that causes a target function to be maximum or minimum for the retrieved forecast variable value, the operating point vector including an operating point value for each of the plurality of controllable assets; executing, by the EMS, the optimization routine to determine several additional operating point vectors for the plurality of controllable assets (11-14; 21-23; 31-33), the additional operating point vectors being determined to cause the target function to be maximum or minimum for modified forecast variable values (111-124) that deviate from the retrieved forecast variable value ; and providing both the operating point vector and the several additional operating point vectors to a power management system, PMS , of the microgrid . retrieving, by an energy management system, EMS , a forecast variable value for at least one forecast variable; executing, by the EMS, an optimization routine to determine an operating point vector for the plurality of controllable assets (11-14; 21-23; 31-33) that causes a target function to be maximum or minimum for the retrieved forecast variable value, the operating point vector including an operating point value for each of the plurality of controllable assets; executing, by the EMS, the optimization routine to determine several additional operating point vectors for the plurality of controllable assets (11-14; 21-23; 31-33), the additional operating point vectors being determined to cause the target function to be maximum or minimum for modified forecast variable values (111-124) that deviate from the retrieved forecast variable value ; and providing both the operating point vector and the several additional operating point vectors to a power management system, PMS , of the microgrid .