mhurhangee/ep-ind-claims huggingface dataset:
A label distribution method, comprising: sending, by a first routing device, a first Border Gateway Protocol BGP update message to a second routing device, wherein the first BGP update message comprises a first virtual private network VPN instance identifier and a first route target RT, wherein the first VPN instance identifier is used to identify a first VPN instance on the first routing device, and the first RT is an RT of the first VPN instance; receiving, by the first routing device, a second BGP update message sent by the second routing device, wherein the second BGP update message comprises a second VPN instance identifier and a second RT, wherein the second VPN instance identifier is used to identify a second VPN instance on the second routing device, and the second RT is an RT of the second VPN instance, and the second BGP update message is sent by the second routing device after the second routing device determines that the first RT is equal to the second RT; allocating, by the first routing device, a first VPN instance label to the second VPN instance after determining that the first RT is equal to the second RT; and sending, by the first routing device, a third BGP update message to the second routing device, wherein the third BGP update message comprises the first VPN instance label. sending, by a first routing device, a first Border Gateway Protocol BGP update message to a second routing device, wherein the first BGP update message comprises a first virtual private network VPN instance identifier and a first route target RT, wherein the first VPN instance identifier is used to identify a first VPN instance on the first routing device, and the first RT is an RT of the first VPN instance; receiving, by the first routing device, a second BGP update message sent by the second routing device, wherein the second BGP update message comprises a second VPN instance identifier and a second RT, wherein the second VPN instance identifier is used to identify a second VPN instance on the second routing device, and the second RT is an RT of the second VPN instance, and the second BGP update message is sent by the second routing device after the second routing device determines that the first RT is equal to the second RT; allocating, by the first routing device, a first VPN instance label to the second VPN instance after determining that the first RT is equal to the second RT; and sending, by the first routing device, a third BGP update message to the second routing device, wherein the third BGP update message comprises the first VPN instance label.
A method for controlling a surface-inhabiting photosynthetic microorganism bloom in an aquatic system, the method comprising: applying a buoyant composition to a surface of said aquatic system, wherein the buoyant composition comprises: at least one water disinfectant comprising sodium dichloroisocyanurate (NaDCC), at least one floating agent including hydroxypropyl methylcellulose; swelling agents selected from sodium chlorite or citric acid and sodium bicarbonate; and a binding agent comprising glyceryl stearate; wherein, when applied, the composition moves together with the photosynthetic microorganism bloom, and is capable of causing reduction, inhibition, or elimination of the photosynthetic microorganism bloom growth in lakes and/or oceans; and wherein the concentration of the at least one water disinfectant is between about 0.005 g/m 2 and about 50 g/m 2 of the surface of the aquatic system, or between about 0.5ppm and about 50ppm of the active agent. at least one water disinfectant comprising sodium dichloroisocyanurate (NaDCC), at least one floating agent including hydroxypropyl methylcellulose; swelling agents selected from sodium chlorite or citric acid and sodium bicarbonate; and a binding agent comprising glyceryl stearate; wherein, when applied, the composition moves together with the photosynthetic microorganism bloom, and is capable of causing reduction, inhibition, or elimination of the photosynthetic microorganism bloom growth in lakes and/or oceans; and wherein the concentration of the at least one water disinfectant is between about 0.005 g/m 2 and about 50 g/m 2 of the surface of the aquatic system, or between about 0.5ppm and about 50ppm of the active agent.
A device for producing an electrochemically aligned strand, comprising: a solution reservoir for a solution comprising one or more of electrochemically alignable molecules, nanoparticles and microparticles with ampholytic nature; a rotatable drum having a circumferential groove adapted to receive a portion of the solution from an outlet of the solution reservoir, wherein at least two electrodes are present in the groove; and a collection device located downstream in a process line from the drum for receiving electrochemically aligned strands formed on the drum. a solution reservoir for a solution comprising one or more of electrochemically alignable molecules, nanoparticles and microparticles with ampholytic nature; a rotatable drum having a circumferential groove adapted to receive a portion of the solution from an outlet of the solution reservoir, wherein at least two electrodes are present in the groove; and a collection device located downstream in a process line from the drum for receiving electrochemically aligned strands formed on the drum.
A method of making a diesel fuel blend having enhanced cold properties comprising: (a) selecting a hydrotreated renewable middle distillate component, which is a mixture of paraffinic hydrocarbons having very low quantities of sulfur and aromatics, and a mineral middle distillate fuel component having cloud points that differ by no more than 17 °C, preferably by no more than 13 °C; and (b) blending the hydrotreated renewable middle distillate component and mineral middle distillate fuel component in a ratio of amounts by volume of from 10:90 to 90:10 to form a diesel fuel blend, wherein the diesel fuel blend contains 10-25 wt% n-paraffins in the C14-C20 range and an amount of isoparaffins in the C14-C20 range such that the ratio of the sum of wt% amounts of isoparaffins in the C14-C20 range to the sum of wt% amounts of n-paraffins in the C14-C20 range is less than 2.2; and the diesel fuel blend has a cloud point that is lower than the weighted mean of the cloud points of the mineral middle distillate component and the hydrotreated renewable middle distillate component. (a) selecting a hydrotreated renewable middle distillate component, which is a mixture of paraffinic hydrocarbons having very low quantities of sulfur and aromatics, and a mineral middle distillate fuel component having cloud points that differ by no more than 17 °C, preferably by no more than 13 °C; and (b) blending the hydrotreated renewable middle distillate component and mineral middle distillate fuel component in a ratio of amounts by volume of from 10:90 to 90:10 to form a diesel fuel blend,
Battery, having at least two serially connected cells (3', 3") located one above the other in a stack and having flat electrodes (4, 5), the ends of the stack forming the poles (9, 10) of the accumulator, and the electrodes (4, 5) comprising connection lines (11, 12) protruding laterally from the stack, characterized in that at least the one connection lines (11, 12) of all cells (3', 3") are inductively coupled via a common core extending approximately in the longitudinal direction of the stack, the connection lines (11, 12) of a first group of cells being coupled in an inductively opposite manner to the connection lines (11, 12) of a second group of cells (3").
Screwdriving tool with a gear head and a drive arm, the gear head forming a gear housing in which a freewheel or ratchet gear having an output rotational axis is disposed, a front side of the gear head having an output coupling, in particular in the form of a polyhedron, and the drive arm being pivotable about a pivot axis, which extends substantially transversely to the output rotational axis, from a quick-action screwdriver position, in which the drive arm lies in the output rotational axis, into a power-action screwdriver position, in which the drive arm extends substantially transversely to the output rotational axis, and it being possible to fix the drive arm in both pivoted positions by detent means, the detent means being displaceable from the detent position into a release position by means of an actuating member associated with the drive arm, the detent means being a latch pin which is disposed in the drive arm and can be displaced in the direction in which the drive arm extends, characterized in that the output coupling has a retaining device (220, 221) for a socket or the like that can be brought from a retaining position into a release position by an actuating of the actuating member in the quick-action screwdriver position.
An imaging system, comprising: a light source generating a near-infrared pump beam; an optical coupling system configured for receiving from a scene an input beam of mid-infrared light having a plurality of wavelengths, and combining said input beam with said pump beam, wherein an intensity of said pump beam is higher than an intensity of said input beam; a crystal configured for simultaneously and adiabatically mixing said pump beam with each of said plurality of wavelengths of said input beam and providing an output beam having a frequency which is a sum of frequencies of said input and pump beams; and a visible, near-infrared or ultraviolet light imager configured for collecting and for spectrally resolving said output beam. a light source generating a near-infrared pump beam; an optical coupling system configured for receiving from a scene an input beam of mid-infrared light having a plurality of wavelengths, and combining said input beam with said pump beam, wherein an intensity of said pump beam is higher than an intensity of said input beam; a crystal configured for simultaneously and adiabatically mixing said pump beam with each of said plurality of wavelengths of said input beam and providing an output beam having a frequency which is a sum of frequencies of said input and pump beams; and a visible, near-infrared or ultraviolet light imager configured for collecting and for spectrally resolving said output beam.
A data retransmission method, comprising: determining data to be retransmitted; retransmitting the data using a preset retransmission mode, wherein the preset retransmission mode comprises at least one of: retransmitting the data by using a Multi-Access signature, MA signature, indicated by a network side through a downlink control channel; and retransmitting the data by using an identifier, ID, of a terminal and the MA signature indicated by the network side through the downlink control channel; wherein determining the data to be retransmitted comprises: determining the data to be retransmitted according to an indication sent by the network side through the downlink control channel, wherein the indication comprises an ACK or an NACK; and characterized in that, determining the data to be retransmitted according to the ACK sent by the network side through the downlink control channel comprises: monitoring, at a preset resource position, a contention resolution ID from the network side, wherein the preset resource position is located after a resource where the ACK is received; and determining the data to be retransmitted according to the contention resolution ID or determining the data to be retransmitted according to the contention resolution ID and a Radio Link layer Control protocol, RLC, status report. determining data to be retransmitted; retransmitting the data using a preset retransmission mode, wherein the preset retransmission mode comprises at least one of: retransmitting the data by using a Multi-Access signature, MA signature, indicated by a network side through a downlink control channel; and retransmitting the data by using an identifier, ID, of a terminal and the MA signature indicated by the network side through the downlink control channel; wherein determining the data to be retransmitted comprises: determining the data to be retransmitted according to an indication sent by the network side through the downlink control channel, wherein the indication comprises an ACK or an NACK; and characterized in that, determining the data to be retransmitted according to the ACK sent by the network side through the downlink control channel comprises: monitoring, at a preset resource position, a contention resolution ID from the network side, wherein the preset resource position is located after a resource where the ACK is received; and determining the data to be retransmitted according to the contention resolution ID or determining the data to be retransmitted according to the contention resolution ID and a Radio Link layer Control protocol, RLC, status report.
A device for applying a urinal condom for the proper use thereof, comprising a receiving cover, a vacuum pump and a connection unit for the fluidic connection of the receiving cover and the vacuum pump, wherein the connection unit comprises a tubular channel with which the receiving cover is connected in a fluidic manner, characterized in that the tubular channel is configured on the side of the receiving cover as an element receiving a hose attachment of the urinal condom.
A dressing comprising a backing layer, an adhesive skin contact layer and a first release liner, wherein said adhesive skin contact layer comprises a central portion and an edge portion surrounding said central portion; said edge portion constituting from 0.3 to 30%, preferably from 0.4 to 15% of the surface area of said adhesive skin contact layer, wherein said first release liner is configured to be releasably attached to at least said central portion of said adhesive skin contact layer, characterized in that said dressing comprises a second release liner arranged between said first release liner and at least a part of said edge portion of said adhesive skin contact layer, wherein said second release liner is arranged to follow the contour of at least 70%, preferably at least 80% of said edge portion of said adhesive skin contact layer, and wherein said second release liner comprises a first tab configured to extend beyond the periphery of said adhesive skin contact layer and being arranged on a first edge of said edge portion of said adhesive skin contact layer.
A polypeptide, characterized in that it contains a sequence with at least 80% identity with at least one sequence selected from the group comprising: KYKNGINNALCVRRVKALIDWILAYLP (SEQ. ID NO. 1) TYKNDINAASYVPAVKWAIDRILASLP (SEQ. ID NO. 2) YYKNRINPACHVLSVKSNIDWILASLP (SEQ. ID NO. 3) VYKNTINIAIPVRVVKRVIDWILAVLP (SEQ. ID NO. 4) AYKNLINAALIVAKVKLLIDAILAPLP (SEQ. ID NO. 5) HYKNWINPARRVRPVKWLIDAILAALP (SEQ. ID NO. 6) RYKNSINRALPVAAVKWALDLILAWLP (SEQ. ID NO. 7) WYKNCITAARAVTTVKLLIDTILALLP (SEQ. ID NO. 8) HYKNPINVAWTVGRVKVWIDAILAPLP (SEQ ID NO. 9) PYKNPINCACPVTEVKPPIDAILALLP (SEQ. ID NO. 10) HYKNSINPAPQVIVVKVNIDLILAGLP (SEQ. ID NO. 11) RYKNWINRAWLVALVKRQIDQILALLP (SEQ. ID NO. 12) EYKNAINAANPVSGVKRPIDVILAALP (SEQ. ID NO. 13) HYKNSINPAFKVHSVKMGIDWILAGLP (SEQ. ID NO. 14) WYKNRINTALTVACVKLVIDWILAALP (SEQ. ID NO. 15) whereas at the C-terminus or at the N-terminus of said sequence is attached a sequence having at least 80% identity with at least one sequence selected from the group comprising: LAEAKVLANRELDKYGVSD (SEQ ID NO. 17) LAEAKVLTNRELDKYGVSD (SEQ ID NO. 18) LAETKVLANRELDKYGVSD (SEQ ID NO. 19), and wherein the affinity binding constant for binding of said polypeptide to IL-23 receptor has a value of less than 10 -7 M. KYKNGINNALCVRRVKALIDWILAYLP (SEQ. ID NO. 1) TYKNDINAASYVPAVKWAIDRILASLP (SEQ. ID NO. 2) YYKNRINPACHVLSVKSNIDWILASLP (SEQ. ID NO. 3) VYKNTINIAIPVRVVKRVIDWILAVLP (SEQ. ID NO. 4) AYKNLINAALIVAKVKLLIDAILAPLP (SEQ. ID NO. 5) HYKNWINPARRVRPVKWLIDAILAALP (SEQ. ID NO. 6) RYKNSINRALPVAAVKWALDLILAWLP (SEQ. ID NO. 7) WYKNCITAARAVTTVKLLIDTILALLP (SEQ. ID NO. 8) HYKNPINVAWTVGRVKVWIDAILAPLP (SEQ ID NO. 9) PYKNPINCACPVTEVKPPIDAILALLP (SEQ. ID NO. 10) HYKNSINPAPQVIVVKVNIDLILAGLP (SEQ. ID NO. 11) RYKNWINRAWLVALVKRQIDQILALLP (SEQ. ID NO. 12) EYKNAINAANPVSGVKRPIDVILAALP (SEQ. ID NO. 13) HYKNSINPAFKVHSVKMGIDWILAGLP (SEQ. ID NO. 14) WYKNRINTALTVACVKLVIDWILAALP (SEQ. ID NO. 15) LAEAKVLANRELDKYGVSD (SEQ ID NO. 17) LAEAKVLTNRELDKYGVSD (SEQ ID NO. 18) LAETKVLANRELDKYGVSD (SEQ ID NO. 19),
A fastener (100, 200, 300, 400, 1100, 1700, 2100, 3100, 4100) configured for spinal applications comprising: a head including a channel adapted to receive a spinal rod; and a shaft (103, 203, 303, 1703) extending from the head to a distal tip (105, 405) and having a thread (104, 204, 404, 1704), characterized in that at least a portion of the thread is serrated, and in that the serrated portion of the thread includes serrations (107, 207) having respective widths measured perpendicular to a longitudinal axis of the shaft, successive widths decreasing in magnitude along a portion of a length of the thread toward the distal tip. a head including a channel adapted to receive a spinal rod; and a shaft (103, 203, 303, 1703) extending from the head to a distal tip (105, 405) and having a thread (104, 204, 404, 1704), characterized in that at least a portion of the thread is serrated, and in that the serrated portion of the thread includes serrations (107, 207) having respective widths measured perpendicular to a longitudinal axis of the shaft, successive widths decreasing in magnitude along a portion of a length of the thread toward the distal tip.
A method for processing data in a Content-Centric Networking, CCN, network, the method comprising: receiving a message pushed from a source at an input interface device of a node device in the CCN network, the message based on a CCN protocol configured to provide location-independent delivery services for named data packets; determining that the received message is an interest-notification message, in accordance with detection of the presence of a Type field, a Content Name field, and a Cacheable Object field, the Type field indicating that the received message is pushing data within the CCN network, the Content Name field associating a hierarchical name to the data being pushed within the CCN network, the Cacheable Object field including a cacheable object representing the data being pushed within the CCN network; extracting the cacheable object following determination that the received message is an interest-notification message; and placing the cacheable object in a cache at the node device. receiving a message pushed from a source at an input interface device of a node device in the CCN network, the message based on a CCN protocol configured to provide location-independent delivery services for named data packets; determining that the received message is an interest-notification message, in accordance with detection of the presence of a Type field, a Content Name field, and a Cacheable Object field, the Type field indicating that the received message is pushing data within the CCN network, the Content Name field associating a hierarchical name to the data being pushed within the CCN network, the Cacheable Object field including a cacheable object representing the data being pushed within the CCN network; extracting the cacheable object following determination that the received message is an interest-notification message; and placing the cacheable object in a cache at the node device.
An inflation device for selectively inflating a balloon of a surgical instrument, the device comprising: a syringe including a plunger slidably disposed within a barrel; a connector for fluidly connecting an outlet of the syringe with a surgical instrument balloon to establish a closed inflation system between the syringe and an interior of the balloon; a mechanical pressure indicator associated with the syringe and configured to transition from a non-alert state to an alert state when a pressure of the inflation system has reached a predetermined level; a relief port associated with the mechanical pressure indicator and configured to relieve a pressure of the inflation system when the system at least reaches the predetermined level; and a cover that is assembled to the connector, the barrel of the syringe, and a housing of the mechanical pressure indicator, wherein fluid in the inflation system is expelled to within the cover from the relief port when a pressure in the inflation system is raised above the predetermined level. a syringe including a plunger slidably disposed within a barrel; a connector for fluidly connecting an outlet of the syringe with a surgical instrument balloon to establish a closed inflation system between the syringe and an interior of the balloon; a mechanical pressure indicator associated with the syringe and configured to transition from a non-alert state to an alert state when a pressure of the inflation system has reached a predetermined level; a relief port associated with the mechanical pressure indicator and configured to relieve a pressure of the inflation system when the system at least reaches the predetermined level; and a cover that is assembled to the connector, the barrel of the syringe, and a housing of the mechanical pressure indicator, wherein fluid in the inflation system is expelled to within the cover from the relief port when a pressure in the inflation system is raised above the predetermined level.
A system comprising: a motor, comprising a three phase AC or brushless DC motor; a six-switch inverter electrically coupled to the motor with a first pair of the six switches (S1, S2, S3, S4, S5, S6) coupled to a first leg phase of the motor, a second pair of the six switches (S1, S2, S3, S4, S5, S6) coupled to a second leg phase of the motor, and a third pair of the six switches (S1, S2, S3, S4, S5, S6) coupled to a third phase leg of the motor; and a controller communicatively coupled to the inverter, the controller configured to control the inverter to deliver an average phase voltage to the motor phase legs (A, B, C) in accordance with a single three-phase pulse width modulation scheme having a first duty cycle and a second duty cycle, characterized in that: during the first duty-cycle an average phase voltage amplitude is calculated in accordance with the following equation: dx _ min = K 1 ∗ round Vx − min Va Vb Vc Vdc Where: x = Phase A, B, or C voltage; K1 = maximum number of clock cycles during one period of the three phase variable reference PWM; Vdc = DC link bus voltage measurement; and during the second duty cycle the average phase voltage amplitude is calculated in accordance with the following equation: dx _ max = K 1 1 + round Vx − max Va Vb Vc Vdc a motor, comprising a three phase AC or brushless DC motor; a six-switch inverter electrically coupled to the motor with a first pair of the six switches (S1, S2, S3, S4, S5, S6) coupled to a first leg phase of the motor, a second pair of the six switches (S1, S2, S3, S4, S5, S6) coupled to a second leg phase of the motor, and a third pair of the six switches (S1, S2, S3, S4, S5, S6) coupled to a third phase leg of the motor; and a controller communicatively coupled to the inverter, the controller configured to control the inverter to deliver an average phase voltage to the motor phase legs (A, B, C) in accordance with a single three-phase pulse width modulation scheme having a first duty cycle and a second duty cycle, during the first duty-cycle an average phase voltage amplitude is calculated in accordance with the following equation: dx _ min = K 1 ∗ round Vx − min Va Vb Vc Vdc Where: x = Phase A, B, or C voltage; K1 = maximum number of clock cycles during one period of the three phase variable reference PWM; Vdc = DC link bus voltage measurement; and x = Phase A, B, or C voltage; K1 = maximum number of clock cycles during one period of the three phase variable reference PWM; Vdc = DC link bus voltage measurement; and during the second duty cycle the average phase voltage amplitude is calculated in accordance with the following equation: dx _ max = K 1 1 + round Vx − max Va Vb Vc Vdc