mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising the steps of: generating , based on input of a customer, access control list, ACL, information for traffic flow in a Layer 2 virtual network of the customer, wherein the Layer 2 virtual network is hosted on a physical network and comprises a plurality of Layer 2 compute instances, a plurality of Layer 2 virtual network interfaces, and a plurality of Layer 2 virtual switches; determining that the ACL information is applicable to a subset of the plurality of Layer 2 virtual network interfaces, the subset comprising an Layer 2 virtual network interface; determining that the ACL information is to be sent to a network virtualization device, NVD, of the physical network, wherein: the NVD hosts the Layer 2 virtual network interface and a Layer 2 virtual switch of the plurality of Layer 2 virtual switches, the Layer 2 virtual network interface and the Layer 2 virtual switch are associated with a Layer 2 compute instance of the plurality of Layer 2 compute instances, and the Layer 2 compute instance is hosted on a host machine of the physical network, the host machine and the NVD being communicatively coupled; and sending the ACL information to the NVD. generating , based on input of a customer, access control list, ACL, information for traffic flow in a Layer 2 virtual network of the customer, wherein the Layer 2 virtual network is hosted on a physical network and comprises a plurality of Layer 2 compute instances, a plurality of Layer 2 virtual network interfaces, and a plurality of Layer 2 virtual switches; determining that the ACL information is applicable to a subset of the plurality of Layer 2 virtual network interfaces, the subset comprising an Layer 2 virtual network interface; determining that the ACL information is to be sent to a network virtualization device, NVD, of the physical network, wherein: the NVD hosts the Layer 2 virtual network interface and a Layer 2 virtual switch of the plurality of Layer 2 virtual switches, the Layer 2 virtual network interface and the Layer 2 virtual switch are associated with a Layer 2 compute instance of the plurality of Layer 2 compute instances, and the Layer 2 compute instance is hosted on a host machine of the physical network, the host machine and the NVD being communicatively coupled; and the NVD hosts the Layer 2 virtual network interface and a Layer 2 virtual switch of the plurality of Layer 2 virtual switches, the Layer 2 virtual network interface and the Layer 2 virtual switch are associated with a Layer 2 compute instance of the plurality of Layer 2 compute instances, and the Layer 2 compute instance is hosted on a host machine of the physical network, the host machine and the NVD being communicatively coupled; and sending the ACL information to the NVD.
Drive device for a leaf of a window or a door, having an electric motor drive which, in a closed position of the leaf, can be arranged in a concealed manner in a rebate space between a blind frame and a leaf frame , the drive comprising a chain , which can be moved on one side on the drive via at least one pinion of the drive and is fixed on the opposite side on a lever of the drive , the chain being designed as a flexurally rigid chain and the lever being mounted on the leaf frame or the blind frame so as to be rotatable only about an axis of rotation , wherein the lever has a receptacle to which the last chain link of the chain is fixed and the receptacle is held on a web-shaped lever section to which the axis of rotation is provided at the end, characterised in that the chain and the lever section extend parallel and spaced apart in the region of the web-shaped lever section, the lever and at least the last link of the chain form a unit which can only be moved together, i.e. can only be moved about the one axis of rotation on the leaf or blind frame , in order to avoid relative movement between the last link of the chain and the lever .
Coupling element for an electrical switching device, wherein the coupling element comprises a first switching contact for opening and closing an electrical contact having a second switching contact , characterized in that : - the coupling element comprises a rod-shaped winding body , and the first switching contact is arranged at one end of said winding body; - the coupling element comprises a rotating body , through which the winding body extends, - wherein the rotating body comprises two sides , of which one side faces one end of the winding body and the other side faces the other end of the winding body, - the rotating body is mounted rotatably on the winding body , and the winding body is mounted so as to be capable of translational movement along its longitudinal axis ; - at least one cord is arranged on each of the two sides of the rotating body between the rotating body and the winding body in such a way that winding and unwinding of the cord on the winding body takes place by virtue of opposite rotational movements of the rotating body , which results in a translational movement of the winding body , and - the rotating body is coupled to at least two springs in such a way that a spring force always acts on the rotating body in both directions of rotation (R, R'), wherein - a lock is provided which locks the rotating body in end positions (E, E') of the translational movement of the winding body . - the coupling element comprises a rod-shaped winding body , and the first switching contact is arranged at one end of said winding body; - the coupling element comprises a rotating body , through which the winding body extends, - wherein the rotating body comprises two sides , of which one side faces one end of the winding body and the other side faces the other end of the winding body, - the rotating body is mounted rotatably on the winding body , and the winding body is mounted so as to be capable of translational movement along its longitudinal axis ; - at least one cord is arranged on each of the two sides of the rotating body between the rotating body and the winding body in such a way that winding and unwinding of the cord on the winding body takes place by virtue of opposite rotational movements of the rotating body , which results in a translational movement of the winding body , and - the rotating body is coupled to at least two springs in such a way that a spring force always acts on the rotating body in both directions of rotation (R, R'), wherein - a lock is provided which locks the rotating body in end positions (E, E') of the translational movement of the winding body .
A magnetic field sensor comprising: a lead frame having a first surface , a second opposing surface , and comprising a plurality of leads , wherein: a first lead and a second lead of the plurality of leads are spaced from each other; each of the first and second leads has an elongated connection portion and a die attach portion ; and the die attach portion of the first lead comprises two separate portions spaced from and proximate to each other; a semiconductor die supporting a magnetic field sensing element and attached to the die attach portions of the first and second leads adjacent to the first surface of the lead frame with a non-conductive adhesive , wherein the semiconductor die is electrically coupled to the lead frame such that the first lead is a power lead of the sensor, and the second lead is a ground lead; a separately formed ferromagnetic element disposed adjacent to the lead frame; a first passive component coupled between the first and second leads; and a second passive component coupled between the two separate portions of the die attach portion of the first lead such that the second passive component is electrically connected in series between the two separate portions of the first lead . a lead frame having a first surface , a second opposing surface , and comprising a plurality of leads , wherein: a first lead and a second lead of the plurality of leads are spaced from each other; each of the first and second leads has an elongated connection portion and a die attach portion ; and the die attach portion of the first lead comprises two separate portions spaced from and proximate to each other; a first lead and a second lead of the plurality of leads are spaced from each other; each of the first and second leads has an elongated connection portion and a die attach portion ; and the die attach portion of the first lead comprises two separate portions spaced from and proximate to each other; a semiconductor die supporting a magnetic field sensing element and attached to the die attach portions of the first and second leads adjacent to the first surface of the lead frame with a non-conductive adhesive , wherein the semiconductor die is electrically coupled to the lead frame such that the first lead is a power lead of the sensor, and the second lead is a ground lead; a separately formed ferromagnetic element disposed adjacent to the lead frame; a first passive component coupled between the first and second leads; and a second passive component coupled between the two separate portions of the die attach portion of the first lead such that the second passive component is electrically connected in series between the two separate portions of the first lead .
An entity establishment processing method, comprising: receiving , by a terminal side device, first indication information from a first network side device, wherein the first indication information is used to trigger reestablishment of a first packet data convergence protocol, PDCP, entity of the terminal side device; characterized in that when a first bearer corresponding to the first PDCP entity is not a radio bearer used to perform duplication transmission between the terminal side device and a core network side device, in a process in which the terminal side device reestablishes the first PDCP entity, setting a parameter of the first PDCP entity to an initial value, wherein the parameter of the first PDCP comprises at least one of: a first parameter, a second parameter, and a third parameter, the first parameter is used to indicate a serial number or a count value of a next PDCP service data unit SDU that the first PDCP entity expects to receive, the second parameter is used to indicate a serial number or a count value of a next PDCP SDU to be sent by the first PDCP entity, and the third parameter is used to indicate a serial number or a count value of the 1 st PDCP SDU that is not delivered by the first PDCP entity to an upper layer. receiving , by a terminal side device, first indication information from a first network side device, wherein the first indication information is used to trigger reestablishment of a first packet data convergence protocol, PDCP, entity of the terminal side device; characterized in that when a first bearer corresponding to the first PDCP entity is not a radio bearer used to perform duplication transmission between the terminal side device and a core network side device, in a process in which the terminal side device reestablishes the first PDCP entity, setting a parameter of the first PDCP entity to an initial value, wherein the parameter of the first PDCP comprises at least one of: a first parameter, a second parameter, and a third parameter, the first parameter is used to indicate a serial number or a count value of a next PDCP service data unit SDU that the first PDCP entity expects to receive, the second parameter is used to indicate a serial number or a count value of a next PDCP SDU to be sent by the first PDCP entity, and the third parameter is used to indicate a serial number or a count value of the 1 st PDCP SDU that is not delivered by the first PDCP entity to an upper layer.
A viscosity controlling agent which is used for controlling a change in viscosity of a fracturing fluid to be used in hydraulic fracturing, the viscosity controlling agent containing a polyalkylene oxide and a viscosity reducing agent and being in the form of a tablet, wherein the ratio of the polyalkylene oxide in the viscosity controlling agent is 30 to 99.99% by mass.
A batch furnace for annealing product with an furnace housing , which comprises a lockable loading opening, an accommodating space for furnace product and a device for convective heat transfer to the furnace product via a heat transfer medium, wherein the device for convective heat transfer comprises at least one heating device and at least one fan , which is arranged in the furnace housing , wherein the accommodating space is arranged on the suction side of the fan and at least one nozzle array is arranged on the pressure side of the fan , wherein the nozzle array comprises a central opening, which forms a suction channel of the fan , characterized in that the nozzle array radially projects over the fan so that a pressure channel is formed, and the nozzle array comprises nozzles , via which the pressure side of the fan and the pressure channel are fluidically connected to the accommodating space in order to directly apply heat transfer medium to the furnace product in the accommodating space for the purpose of heat transfer.
Vehicle tyre with at least one structural region which is formed in the region of at least one tyre shoulder and/or at least one tyre sidewall and has a base area which has an in particular smooth surface and on which at least three superficial depressions which are circular when seen from above are formed, wherein at least one first depression is connected by a front and/or rear connecting point in the circumferential direction relative to the first depression to a front and/or rear depression in the circumferential direction, wherein each connecting point is narrowed in comparison with the diameter of the depressions , characterized in that the number of connecting points which are connected to a depression assumes at least two different values from the set of values 0, 1 or 2 for different depressions .
A disc winding for a power transformer or a choke with cylindrical windings, comprising a conductor comprising a plurality of parallel flat strand conductors (1a,...,1h), the winding having a plurality of sections arranged next to each other in axial direction, each section comprising a plurality of discs arranged next to each other in axial direction, each disc comprising a plurality of turns of the conductor , each disc being separated by insulating spacers and the space between each spacer being a spacer span, wherein in each cross-over of conductor from one disc to the adjacent disc within a section, the strand conductors are bent in two groups such that the first group comprises at least two strand conductors bent in a first spacer span, and the second group comprises the rest of the strand conductors bent in a second spacer span next to the first spacer span, and in all the cross-overs between axially adjacent sections being identical to each other, the outermost strand conductor is bent in a third spacer span to become the innermost strand conductor at the adjacent disc, and all the rest strand conductors are bent in a group in a fourth spacer span next to the third spacer span.
A data management apparatus, comprising: a management unit , configured to manage data transmission channels between more than two first storage media and a second storage medium, wherein transmission performance of the first storage medium is poorer than transmission performance of the second storage medium, and there is one data transmission channel between each first storage medium and the second storage medium; and a data migration unit , configured to migrate data between the second storage medium and the at least two first storage media through the data transmission channels, wherein the management unit is specifically configured to: determine a quantity N of first storage media based on a first ratio of a transmission bit width of the second storage medium to a transmission bit width of the first storage medium, wherein N is an integer not less than 2; and establish data transmission channels between the N first storage media and the second storage medium based on the quantity N of first storage media. a management unit , configured to manage data transmission channels between more than two first storage media and a second storage medium, wherein transmission performance of the first storage medium is poorer than transmission performance of the second storage medium, and there is one data transmission channel between each first storage medium and the second storage medium; and a data migration unit , configured to migrate data between the second storage medium and the at least two first storage media through the data transmission channels, wherein the management unit is specifically configured to: determine a quantity N of first storage media based on a first ratio of a transmission bit width of the second storage medium to a transmission bit width of the first storage medium, wherein N is an integer not less than 2; and establish data transmission channels between the N first storage media and the second storage medium based on the quantity N of first storage media.
A metal particle composition comprising, with respect to 100 parts by mass of metal particles, 0.1 to 5 parts by mass of a compound (A) having a structure represented by the following general formula (I): wherein R 1 and R 2 each independently represent a hydrogen atom, an alkyl group having 1 to 6 carbon atoms, an alkoxy group having 1 to 6 carbon atoms, an alkenyl group having 2 to 6 carbon atoms, an aryl group, or an aralkyl group, R 3 and R 4 each independently represent a hydrogen atom, an alkyl group having 1 to 6 carbon atoms, an alkoxy group having 1 to 6 carbon atoms, an alkenyl group having 2 to 6 carbon atoms, an alkenyloxy group having 2 to 6 carbon atoms, an aryl group, or an aralkyl group.
An electronic blood glucose measuring device , comprising: a housing , a blood glucose measuring facility positioned in the housing , the blood glucose measuring facility configured to measure a concentration of blood glucose in a blood sample deposited on a sample carrier received in the blood glucose measuring facility , a display device carried by the housing , and a processor for executing a bolus recommendation process that recommends a bolus amount of a blood glucose modifying drug based on a number of factors including a carbohydrate value entered by a user, wherein the carbohydrate value corresponds to a carbohydrate content of a meal or snack that was just taken or is planned to be taken, the processor including a memory having instructions stored therein that are executable by the processor to automatically control the display device , after a programmable amount of time (T3) has passed since entering the carbohydrate value, to display instructions to measure the concentration of blood glucose of a blood sample via the blood glucose measuring facility if the carbohydrate value entered by the user is greater than a carbohydrate limit.
A syringe comprising: a barrel having a fluid chamber , an interior surface , a proximal end , a distal end and a tip at the distal end including a fluid passageway therethrough; and a plunger rod including a proximal portion having a proximal end with a flange adapted to accept a force applied from a user along a longitudinal centerline of the plunger rod ; a distal portion having a distal end with a stopper adapted to provide a fluid tight slidable seal with the interior surface ; a breakable member connecting the proximal portion to the distal portion adapted to break when the force applied by the user exceeds a breaking force; characterized by an impulse reduction means disposed within a gap separating the proximal portion from the distal portion along the longitudinal centerline, wherein the impulse reduction means comprises an elastic element disposed within a gap along the longitudinal centerline that separates the proximal portion from the distal portion . a barrel having a fluid chamber , an interior surface , a proximal end , a distal end and a tip at the distal end including a fluid passageway therethrough; and a plunger rod including a proximal portion having a proximal end with a flange adapted to accept a force applied from a user along a longitudinal centerline of the plunger rod ; a distal portion having a distal end with a stopper adapted to provide a fluid tight slidable seal with the interior surface ; a breakable member connecting the proximal portion to the distal portion adapted to break when the force applied by the user exceeds a breaking force; characterized by an impulse reduction means disposed within a gap separating the proximal portion from the distal portion along the longitudinal centerline, wherein the impulse reduction means comprises an elastic element disposed within a gap along the longitudinal centerline that separates the proximal portion from the distal portion .
A gear shift indication device applied to a vehicle provided with a driving force transfer system capable of transfer of a driving force from a driving force source to drive wheels and also capable of manual gear selection, said indication device prompting a driver to shift gears, the driving force transfer system being capable of shifting gears in an automatic gear shift mode and manual gear shift mode, characterised by the driving force transfer system including a continuously variable transmission mechanism capable of continuously variable gear ratio, the continuously variable transmission mechanism allowing for switching between multiple gear ratios in the manual gear shift mode, the driving force source having a minimum rotational speed specified for each gear such that the specified minimum rotational speed increases as the gear ratio increases, and if the driving force source has a rotational speed having decreased to the minimum rotational speed, or having so decreased that a deviation of the rotational speed from the minimum rotational speed is less than or equal to a predetermined value, said indication device being configured to prompt the driver to upshift to a gear which allows for a minimum rotational speed lower than a current minimum rotational speed.