mhurhangee/patent-ind-claim-en huggingface dataset:
Perforated plate for an application device for application of a fluid serving as a coating medium onto a motor vehicle body and/or an attachment for this, with at least four through-holes (2.1, 3.1, 3.2, 3.3) for passage of the fluid, wherein the through-holes (2.1, 3.1, 3.2, 3.3) are assigned to a nozzle row with a central region and two edge regions and spaced apart from each other by hole spacings (a1, a2, a3, a4, a5), wherein the at least one outermost hole spacing (a1, a2) of the nozzle row in at least one edge region is larger by at most the factor of 3 than at least one hole spacing (a3) in the central region , characterised in that all through-holes (2.1, 3.1, 3.2, 3.3) of the nozzle row each have a hole inlet opening on the upstream side of the perforated plate and a hole outlet opening with a pipe stub as a three-dimensional structuring on the downstream side of the perforated plate .
An electric saddled vehicle comprising: an electric-vehicle battery ; and a drive motor configured to be supplied with power from the electric-vehicle battery , the electric-vehicle battery comprising: a battery cell ; an input/output component configured to input/output power to/from the battery cell ; a battery case including a main housing unit in which the battery cell is housed, the battery case including a sub-housing unit in which the input/output component is housed, the main housing unit and the sub-housing unit being adjacent to each other in a first direction (D1), the sub-housing unit having a contour smaller in width in a second direction (D2) perpendicular to the first direction (D1) than the main housing unit , the battery case having a recess made up of adjacent external surfaces of the main housing unit and the sub-housing unit ; and a connector situated in the recess of the battery case and electrically connected to the input/output component , characterized in that the battery case is situated so that the second direction (D2) matches a vehicle width direction. an electric-vehicle battery ; and a drive motor configured to be supplied with power from the electric-vehicle battery , the electric-vehicle battery comprising: a battery cell ; an input/output component configured to input/output power to/from the battery cell ; a battery case including a main housing unit in which the battery cell is housed, the battery case including a sub-housing unit in which the input/output component is housed, the main housing unit and the sub-housing unit being adjacent to each other in a first direction (D1), the sub-housing unit having a contour smaller in width in a second direction (D2) perpendicular to the first direction (D1) than the main housing unit , the battery case having a recess made up of adjacent external surfaces of the main housing unit and the sub-housing unit ; and a connector situated in the recess of the battery case and electrically connected to the input/output component , characterized in that the battery case is situated so that the second direction (D2) matches a vehicle width direction. a battery cell ; an input/output component configured to input/output power to/from the battery cell ; a battery case including a main housing unit in which the battery cell is housed, the battery case including a sub-housing unit in which the input/output component is housed, the main housing unit and the sub-housing unit being adjacent to each other in a first direction (D1), the sub-housing unit having a contour smaller in width in a second direction (D2) perpendicular to the first direction (D1) than the main housing unit , the battery case having a recess made up of adjacent external surfaces of the main housing unit and the sub-housing unit ; and a connector situated in the recess of the battery case and electrically connected to the input/output component , characterized in that the battery case is situated so that the second direction (D2) matches a vehicle width direction.
A carrier polypeptide comprising an amino acid sequence which (i) has at least 90% sequence identity to SEQ ID NO: 1; (ii) is free from an Arg-Arg dipeptide sequence; and (iii) comprises non-natural amino acid (nnAA) residues substituted for K33, K212, K244, K264, K385, and K526 in SEQ ID NO: 1.
An arc extinguishing assembly , comprising: an arc chamber having an arc chamber width (b) adjacent to a contact arm tip of a contact arm ; stacked arc plates (112A-112J) located at a forward end of the arc chamber adjacent to the contact arm tip ; and a first outgassing spacer and a second outgassing spacer positioned on opposing sides of the arc chamber , or a first support and a second support positioned on opposing sides of the arc chamber ; a first fin feature and a second fin feature located at the forward end between the arc plates (112A-112J) and the contact arm tip , the first fin feature including a first inner edge and the second fin feature including a second inner edge , wherein the first inner edge and the second inner edge are spaced apart from one another by a spacing distance (a), characterized in that a venturi ratio of the spacing distance divided by the arc chamber width (a/b) is equal to or less than 0.6, wherein the first fin feature comprises a first lower taper and the second fin feature comprises a second lower taper , and wherein the fin features taper from a larger dimension proximate the first and second outgassing spacers or the first and second supports to a smaller dimension proximate the inner edge . an arc chamber having an arc chamber width (b) adjacent to a contact arm tip of a contact arm ; stacked arc plates (112A-112J) located at a forward end of the arc chamber adjacent to the contact arm tip ; and a first outgassing spacer and a second outgassing spacer positioned on opposing sides of the arc chamber , or a first support and a second support positioned on opposing sides of the arc chamber ; a first fin feature and a second fin feature located at the forward end between the arc plates (112A-112J) and the contact arm tip , the first fin feature including a first inner edge and the second fin feature including a second inner edge , wherein the first inner edge and the second inner edge are spaced apart from one another by a spacing distance (a), characterized in that a venturi ratio of the spacing distance divided by the arc chamber width (a/b) is equal to or less than 0.6, wherein the first fin feature comprises a first lower taper and the second fin feature comprises a second lower taper , and wherein the fin features taper from a larger dimension proximate the first and second outgassing spacers or the first and second supports to a smaller dimension proximate the inner edge .
A user apparatus (UE) in a mobile communication system including a base station and the user apparatus, characterized by comprising: reception means configured to receive a plurality of prioritized signaling values corresponding to a band that the user apparatus uses, and receive a plurality of maximum transmission power values corresponding to the plurality of prioritized signaling values respectively from the base station; selection means configured to select a signaling value of the highest priority from among signaling values that the user apparatus can apply in the plurality of signaling values; and control means configured to perform control of transmission power by applying the signaling value selected by the selection means and the maximum transmission power value corresponding to the signaling value selected by the selection means . reception means configured to receive a plurality of prioritized signaling values corresponding to a band that the user apparatus uses, and receive a plurality of maximum transmission power values corresponding to the plurality of prioritized signaling values respectively from the base station; selection means configured to select a signaling value of the highest priority from among signaling values that the user apparatus can apply in the plurality of signaling values; and control means configured to perform control of transmission power by applying the signaling value selected by the selection means and the maximum transmission power value corresponding to the signaling value selected by the selection means .
An information protection method, applied to an information protection apparatus, wherein the information protection apparatus comprises a virtual machine monitor, "VMM", and a plurality of virtual machines, "VMs", , the VMM comprises a memory management unit, "MMU", control module , a plurality of VM instances , and a shared service module , the plurality of VM instances are in a one-to-one correspondence with the plurality of VMs, any one of the plurality of VM instances is configured to store running information of a corresponding VM, and the MMU control module manages and controls data of the shared service module and the plurality of VM instances to ensure the shared service module and the plurality of VM instances are under isolation protection; and the method comprises: sending , by the MMU control module when receiving a request message sent by any one of the plurality of VMs, the request message to a target module based on context information carried in the request message, wherein the target module is a VM instance corresponding to the VM or the shared service module; determining , by the target module based on the request message received from the MMU control module, there is attack information; sending , by the target module, an information protection notification message to the MMU control module, wherein the information protection notification message carries a VM identifier, and the VM identifier is used to identify the VM that sends the request message; and deleting , by the MMU control module when receiving the information protection notification message, the VM that sends the request message and the VM instance corresponding to the VM. sending , by the MMU control module when receiving a request message sent by any one of the plurality of VMs, the request message to a target module based on context information carried in the request message, wherein the target module is a VM instance corresponding to the VM or the shared service module; determining , by the target module based on the request message received from the MMU control module, there is attack information; sending , by the target module, an information protection notification message to the MMU control module, wherein the information protection notification message carries a VM identifier, and the VM identifier is used to identify the VM that sends the request message; and deleting , by the MMU control module when receiving the information protection notification message, the VM that sends the request message and the VM instance corresponding to the VM.
A shaft having a main axis A and including a plurality of helical windings extending about the main axis A, characterised in that each helical winding is, in cross section, delimited by a first radially inner circular arc centered on the main axis A, a second radially outer circular arc centered on the main axis A and two segments , each segment of which connects one end of the first circular arc to one end of the second circular arc , the two segments 41 defining therebetween an angle A1.
Method for operating a drive system , wherein the drive system comprises: - a three-phase motor , comprising: - a shaft , - a first three-phase stator winding which is to be connected to a three-phase AC voltage grid, - a second three-phase stator winding which is to be connected to the three-phase AC voltage grid in such a way that a second stator rotating field rotating in opposition results with respect to a first stator rotating field which is generated by means of the first stator winding, and - a rotor winding system which is mechanically coupled in a rotationally fixed manner to the shaft , and - at least one inverter which is mechanically coupled in a rotationally fixed manner to the shaft and which is electrically coupled to the rotor winding system , wherein the at least one inverter is designed to generate actuation signals for the rotor winding system in such a way that a first rotor rotating field and a second rotor rotating field rotating in opposition to the first rotor rotating field are generated, characterized by the steps of: - generating the actuation signals for the rotor winding system solely depending on signals detected on the rotor side. - a three-phase motor , comprising: - a shaft , - a first three-phase stator winding which is to be connected to a three-phase AC voltage grid, - a second three-phase stator winding which is to be connected to the three-phase AC voltage grid in such a way that a second stator rotating field rotating in opposition results with respect to a first stator rotating field which is generated by means of the first stator winding, and - a rotor winding system which is mechanically coupled in a rotationally fixed manner to the shaft , and - a shaft , - a first three-phase stator winding which is to be connected to a three-phase AC voltage grid, - a second three-phase stator winding which is to be connected to the three-phase AC voltage grid in such a way that a second stator rotating field rotating in opposition results with respect to a first stator rotating field which is generated by means of the first stator winding, and - a rotor winding system which is mechanically coupled in a rotationally fixed manner to the shaft , and - at least one inverter which is mechanically coupled in a rotationally fixed manner to the shaft and which is electrically coupled to the rotor winding system , wherein the at least one inverter is designed to generate actuation signals for the rotor winding system in such a way that a first rotor rotating field and a second rotor rotating field rotating in opposition to the first rotor rotating field are generated, characterized by the steps of: - generating the actuation signals for the rotor winding system solely depending on signals detected on the rotor side.
An electronic device comprising: a touch screen configured to display a user interface in an unlocked state having displayed thereon at least one touch-sensitive user input for executing a function associated with a corresponding application; a processor having a memory for storing authorized fingerprint data corresponding to an authorized fingerprint; and a fingerprint reader coupled to the processor ; characterized in that the fingerprint reader is coupled to the at least one touch-sensitive user input for obtaining user fingerprint data corresponding to a user fingerprint simultaneously with activation of the at least one touch-sensitive user input , and the processor is configured to compare the user fingerprint data obtained by the fingerprint reader with the authorized fingerprint data, and upon the user fingerprint data corresponding to the authorized fingerprint data, execute the function associated with the corresponding application. a touch screen configured to display a user interface in an unlocked state having displayed thereon at least one touch-sensitive user input for executing a function associated with a corresponding application; a processor having a memory for storing authorized fingerprint data corresponding to an authorized fingerprint; and a fingerprint reader coupled to the processor ; characterized in that the fingerprint reader is coupled to the at least one touch-sensitive user input for obtaining user fingerprint data corresponding to a user fingerprint simultaneously with activation of the at least one touch-sensitive user input , and the processor is configured to compare the user fingerprint data obtained by the fingerprint reader with the authorized fingerprint data, and upon the user fingerprint data corresponding to the authorized fingerprint data, execute the function associated with the corresponding application. to compare the user fingerprint data obtained by the fingerprint reader with the authorized fingerprint data, and upon the user fingerprint data corresponding to the authorized fingerprint data, execute the function associated with the corresponding application.
Aerosol-generating device comprising: a heater casing housing a heating chamber , the heating chamber configured for receiving an aerosol-generating article comprising aerosol-forming substrate, an air-flow tube configured for providing air to the heating chamber, and a control element configured for controlling operation of the aerosol-generating device, wherein the heater casing, the air-flow tube and the control element are mounted to one another and form a self-supporting component of the aerosol-generating device. a heater casing housing a heating chamber , the heating chamber configured for receiving an aerosol-generating article comprising aerosol-forming substrate, an air-flow tube configured for providing air to the heating chamber, and a control element configured for controlling operation of the aerosol-generating device, wherein the heater casing, the air-flow tube and the control element are mounted to one another and form a self-supporting component of the aerosol-generating device.
A medical device , comprising: a valve set including a primary control valve , an air input valve, and an atmospheric valve, the primary control valve comprising a valve body with an outer surface and one or more channels configured to control flow between a water input channel , a water output channel , and a balloon channel of a valve well , the air input valve configured to control flow through an air input channel of the valve well , and the atmospheric valve configured to control flow through an atmospheric channel ; a valve interface mechanism operable between a first state, a second state, a third state, and a fourth state, the first state comprising the valve set configured to place the air input channel in fluid communication with the atmospheric channel , the second state comprising the valve set configured to place the air input channel in fluid communication with the air output channel , the third state comprising the valve set configured to place the water input channel in fluid communication with the water output channel , and the fourth state comprising the valve set configured to place the water input channel in fluid communication with the balloon channel , the one or more channels comprising one or more manifold channels (1352; 1552-1, 1552-2, 1552-3) through the valve body and the outer surface of the valve body comprising a plurality of manifold ports , wherein the manifold ports are in fluid communication via the one or more manifold channels (1352; 1552-1, 1552-2, 1552-3). a valve set including a primary control valve , an air input valve, and an atmospheric valve, the primary control valve comprising a valve body with an outer surface and one or more channels configured to control flow between a water input channel , a water output channel , and a balloon channel of a valve well , the air input valve configured to control flow through an air input channel of the valve well , and the atmospheric valve configured to control flow through an atmospheric channel ; a valve interface mechanism operable between a first state, a second state, a third state, and a fourth state, the first state comprising the valve set configured to place the air input channel in fluid communication with the atmospheric channel , the second state comprising the valve set configured to place the air input channel in fluid communication with the air output channel , the third state comprising the valve set configured to place the water input channel in fluid communication with the water output channel , and the fourth state comprising the valve set configured to place the water input channel in fluid communication with the balloon channel , the one or more channels comprising one or more manifold channels (1352; 1552-1, 1552-2, 1552-3) through the valve body and the outer surface of the valve body comprising a plurality of manifold ports , wherein the manifold ports are in fluid communication via the one or more manifold channels (1352; 1552-1, 1552-2, 1552-3).
An anastomosis device comprising a framework of elongate elements which define: defines first apposition portion ; a second apposition portion ; a central portion disposed between and interconnecting the first apposition portion and the second apposition portion; and a covering material disposed on at least some portions of the framework; wherein the central portion defines a lumen that extends between the first apposition portion and the second apposition portion , the lumen providing an anastomosis passageway through which biological materials or liquids can pass; wherein the central portion includes more than one circumferential stent ring and being characterized by one or more axial adjustment members , the one or more axial adjustment members being disposed within the central portion so as to interconnect the more than one circumferential stent rings . defines first apposition portion ; a second apposition portion ; a central portion disposed between and interconnecting the first apposition portion and the second apposition portion; and a covering material disposed on at least some portions of the framework; wherein the central portion defines a lumen that extends between the first apposition portion and the second apposition portion , the lumen providing an anastomosis passageway through which biological materials or liquids can pass; wherein the central portion includes more than one circumferential stent ring and being characterized by one or more axial adjustment members , the one or more axial adjustment members being disposed within the central portion so as to interconnect the more than one circumferential stent rings .
An LC filter comprising: a laminate including a plurality of insulating layers (16a - 16t) laminated in a lamination direction; an inductor (L1, L2) having a spiral or helical shape turning around an axis parallel to the lamination direction; and a capacitor (C1, C2) in which a plurality of capacitor conductors faces each other, wherein the inductor (L1, L2) and the capacitor (C1, C2) do not overlap as viewed from the lamination direction and all directions orthogonal to the lamination direction, characterized in that the laminate has a bottom surface located at its one end in the lamination direction, wherein the LC filter further includes an outer electrode (14a to 14c) that is electrically connected to the inductor (L1, L2) and the capacitor (C1, C2) and is disposed on the bottom surface, wherein the laminate further has a top surface located at its the other end in the lamination direction, and the capacitor (C1, C2) is disposed nearer to a top surface of the laminate than the inductor (L1, L2). a laminate including a plurality of insulating layers (16a - 16t) laminated in a lamination direction; an inductor (L1, L2) having a spiral or helical shape turning around an axis parallel to the lamination direction; and a capacitor (C1, C2) in which a plurality of capacitor conductors faces each other, wherein the inductor (L1, L2) and the capacitor (C1, C2) do not overlap as viewed from the lamination direction and all directions orthogonal to the lamination direction, characterized in that the laminate has a bottom surface located at its one end in the lamination direction, wherein the LC filter further includes an outer electrode (14a to 14c) that is electrically connected to the inductor (L1, L2) and the capacitor (C1, C2) and is disposed on the bottom surface, wherein the laminate further has a top surface located at its the other end in the lamination direction, and the capacitor (C1, C2) is disposed nearer to a top surface of the laminate than the inductor (L1, L2).
An isobaric tag comprising a tag reporter moiety, a neutral loss moiety and a mass balance region, wherein the neutral loss moiety is attached to the mass balance region or the tag reporter moiety.