mhurhangee/patent-ind-claim-en huggingface dataset:
A method , comprising: associating an instance-specific domain name system, DNS, entry (114a, 114b, 114n; 310a, 310b, 310c) to a resource instance (106a, 106b, ..., 106n; 308a; 308b; 308c) on a cloud computing system; receiving , at the resource instance, a probe request originating from a client (104a, 104b, ..., 104n; 302) of the cloud computing system and provided to the resource instance via an layer 3/layer 4, L3/L4, load balancer (110; 304), the probe request including a request to initiate a stateful session with the resource instance; storing , by the resource instance, stateful session information (208; 312) associated with the stateful session on a local storage (112a, 112b, ..., 112n; 314) accessible to the resource instance; providing , to the client from the resource instance and responsive to the probe request, a probe response including the instance-specific DNS entry associated with the resource instance, wherein the probe response additionally includes metadata associated with the stateful session to enable the client to locally pin the stateful session to the resource instance; and receiving , at the resource instance, one or more session calls from the client, wherein each of the one or more session calls are addressed to the instance-specific DNS entry without being routed via the L3/L4 load balancer, wherein the L3/L4 load balancer routes traffic without having access to the stateful sessions information between the client device and the resource instance. associating an instance-specific domain name system, DNS, entry (114a, 114b, 114n; 310a, 310b, 310c) to a resource instance (106a, 106b, ..., 106n; 308a; 308b; 308c) on a cloud computing system; receiving , at the resource instance, a probe request originating from a client (104a, 104b, ..., 104n; 302) of the cloud computing system and provided to the resource instance via an layer 3/layer 4, L3/L4, load balancer (110; 304), the probe request including a request to initiate a stateful session with the resource instance; storing , by the resource instance, stateful session information (208; 312) associated with the stateful session on a local storage (112a, 112b, ..., 112n; 314) accessible to the resource instance; providing , to the client from the resource instance and responsive to the probe request, a probe response including the instance-specific DNS entry associated with the resource instance, wherein the probe response additionally includes metadata associated with the stateful session to enable the client to locally pin the stateful session to the resource instance; and receiving , at the resource instance, one or more session calls from the client, wherein each of the one or more session calls are addressed to the instance-specific DNS entry without being routed via the L3/L4 load balancer, wherein the L3/L4 load balancer routes traffic without having access to the stateful sessions information between the client device and the resource instance.
A method for positioning a Bluetooth beacon device in an indoor positioning system, the method comprising: broadcasting , by the Bluetooth beacon device, a Bluetooth beacon signal comprising an identifier of the Bluetooth beacon device; detecting , in a mobile communication device , the Bluetooth beacon signal; upon detecting the Bluetooth beacon signal determining , by the mobile communication device, an information element indicating a location of the mobile communication device at the time of detecting the Bluetooth beacon signal and transmitting the detected identifier of the Bluetooth beacon device and the information element to a server through a network, wherein the information element is determined by using the indoor positioning system; and determining , by the server, a location of the Bluetooth beacon device on the basis of the received information element and the identifier of the Bluetooth beacon device. broadcasting , by the Bluetooth beacon device, a Bluetooth beacon signal comprising an identifier of the Bluetooth beacon device; detecting , in a mobile communication device , the Bluetooth beacon signal; upon detecting the Bluetooth beacon signal determining , by the mobile communication device, an information element indicating a location of the mobile communication device at the time of detecting the Bluetooth beacon signal and transmitting the detected identifier of the Bluetooth beacon device and the information element to a server through a network, wherein the information element is determined by using the indoor positioning system; and determining , by the server, a location of the Bluetooth beacon device on the basis of the received information element and the identifier of the Bluetooth beacon device.
A plant or parts thereof, resistant to infections caused by microorganisms which are restricted to the phloem, wherein the plant incorporates in its genome a chimeric gene encoding a fusion protein that acts as a transporter inside the vascular tissue of the plant and has an antimicrobial activity, wherein said chimeric gene comprises a gene that codifies the protein CsPP16 linked to a gene that codifies for a protein with antimicrobial activity, wherein both genes are linked through a flexible linker, wherein said gene that codifies the protein CsPP16 has the sequence of SEQ. ID. No. 3, said flexible linker has the sequence of SEQ. ID. No. 4 and said gene that codifies the protein with antimicrobial activity, has a sequence selected from the group comprising SEQ. ID. No. 5, SEQ. ID. No. 8, SEQ. ID. No. 9, SEQ. ID. No. 10, SEQ. ID. No. 11, SEQ. ID. No. 12.
Method for monitoring an aircraft engine thrust reverser having stowable doors, the thrust reverser having hydraulic actuators and being equipped with switches (3a, 4a, 5a, 3B, 4b, 5b, Sa, Sb) arranged to each return a data item on the position of the doors, the engine comprising a calculator configured to make measurements (E1) of a representative parameter of the position of the switches based on the data returned by the switches, wherein the parameter measured by the calculator is a voltage ratio between a voltage divided by a voltage divider circuit and a power supply voltage of the voltage divider circuit, the voltage divider circuit comprising an output resistor (Rlect) in series with modules (M1, M2) interconnected in parallel, each module comprising one of said switches(Sa, Sb) connected in series with a first (Ra1, Rb1) or a second (Ra2, Rb2) module resistor based on the position of said switch, the method further comprising a computation (E2) of one or a plurality of statistical indicators of the measured parameter and an analysis (E3) of the temporal progression of the computed statistical indicator(s).
Composition comprising at least a mixture of organic peroxides containing 1,3-1,4-bis(tert-butylperoxyisopropyl)benzene and at least a second organic peroxide having a one minute half life temperature ranging from 130 to 170°C, preferentially ranging from 135 to 165°C and more preferentially ranging from 142°C to 160°C.
A camera comprising: a signal acquisition unit comprising a plurality of unit components , each unit component comprising a charge generation unit for generating signal charge in response to incident electromagnetic waves, a charge accumulation unit for accumulating the signal charge generated by the charge generation unit , a transfer gate transistor for transferring the signal charge generated by the charge generation unit to the charge accumulation unit , a signal generation unit for generating a signal on a vertical signal line in accordance with the signal charge accumulated in the charge accumulation unit , and a reset unit for resetting the charge accumulation unit to go to a reset level, wherein each unit component further comprises a selection transistor for selectively reading out the signal from the signal generation unit of a unit component selected by the signal acquisition unit ; a vertical scanning circuit for using control pulses comprising a reset pulse (RST) for driving the reset unit ; and an optical system for guiding electromagnetic waves to the charge generation unit ; characterized in that a response time of the vertical signal line is more than 100 ns, and a width of the reset pulse (RST) is less than or equal to 1/2 of the response time, the response time referring to a time taken for the vertical signal line to reach 90 % of its maximum level starting from pulse application. a signal acquisition unit comprising a plurality of unit components , each unit component comprising a charge generation unit for generating signal charge in response to incident electromagnetic waves, a charge accumulation unit for accumulating the signal charge generated by the charge generation unit , a transfer gate transistor for transferring the signal charge generated by the charge generation unit to the charge accumulation unit , a signal generation unit for generating a signal on a vertical signal line in accordance with the signal charge accumulated in the charge accumulation unit , and a reset unit for resetting the charge accumulation unit to go to a reset level, wherein each unit component further comprises a selection transistor for selectively reading out the signal from the signal generation unit of a unit component selected by the signal acquisition unit ; a vertical scanning circuit for using control pulses comprising a reset pulse (RST) for driving the reset unit ; and an optical system for guiding electromagnetic waves to the charge generation unit ; characterized in that a response time of the vertical signal line is more than 100 ns, and a width of the reset pulse (RST) is less than or equal to 1/2 of the response time, the response time referring to a time taken for the vertical signal line to reach 90 % of its maximum level starting from pulse application.
A grease composition, comprising: a base oil (A); a urea-based thickener (B); and a polymer compound (C), wherein particles that comprise the urea-based thickener (B) in the grease composition satisfying the following requirement (I): requirement (I): the particles have an arithmetic average particle diameter on an area basis as measured by a laser diffraction/scattering method of 2.0 μm or less, and the polymer compound (C) having a number average molecular weight (Mn) of 30,000 or more and a molecular weight distribution (Mw/Mn) of 2.20 or less. a base oil (A); a urea-based thickener (B); and a polymer compound (C), wherein particles that comprise the urea-based thickener (B) in the grease composition satisfying the following requirement (I): requirement (I): the particles have an arithmetic average particle diameter on an area basis as measured by a laser diffraction/scattering method of 2.0 μm or less, and the polymer compound (C) having a number average molecular weight (Mn) of 30,000 or more and a molecular weight distribution (Mw/Mn) of 2.20 or less. requirement (I): the particles have an arithmetic average particle diameter on an area basis as measured by a laser diffraction/scattering method of 2.0 μm or less, and the polymer compound (C) having a number average molecular weight (Mn) of 30,000 or more and a molecular weight distribution (Mw/Mn) of 2.20 or less.
Storage system comprising at least one station, such as a station for storage, rearrangement, commissioning, or relocation of goods, and a storage shelf with a plurality of storage places for storing goods, the storage places being arranged adjacent to one another and/or one above the other, wherein the storage system comprises at least one goods transport vehicle transporting at least one good from the station to the storage place or vice versa, and the transport is carried out without the good being transferred to another goods transport vehicle or another means of transport, wherein station and storage shelf are arranged one beside the other, and for the transport of the good the goods transport vehicle moves in the region between the station and the storage shelf that is orientated essentially horizontally, as well as diagonally and vertically in the storage shelf, and the goods transport vehicle is equipped with a conveying means, such as for example a conveyor line or roller conveyor driven by a drive for the supply or output of the goods that are or can be provided on the goods transport vehicle, and during the transport the good remains on the conveying means, and at least at one storage place of the storage shelf or one station a conveying means, such as for example a conveyor line or roller conveyor is provided, characterized in that the goods transport vehicle is equipped with an energy output means or overdrive, for example a plug, a pinion shaft, or an output gear or pinion socket gear, that can be brought into operative connection with an energy connection point at the conveying means of the storage place or the station, and which is driven by the drive or the power source of the conveying means of the goods transportation vehicle, wherein the storage shelf, besides at least one transport segment orientated essentially horizontally, also is provided with an inclined or vertically extending transport segment, and the goods transport vehicle runs on the transport segment, and wherein the storage shelf comprises a frame for holding or storing the transport segment elements, wherein the shelf has a shelf depth large enough for forming at least one row of storage places with at least two storage places one behind the other that contains a multitude of goods one behind the other, and the row of storage places can be operated from two sides, wherein for all storage places of the row of storage places a common conveying means is provided, and the goods transport vehicle has a goods transport vehicle control module with at least one module element comprising a goods identification device that serves for collecting a goods identification means attached to the good and for storing this goods identification means, and the goods transport vehicle control module comprises another module element with a goods memory where at least one piece of goods information can be filed, and the module element serves for optimizing the storage operation.
Water-based adhesive for the manufacture of laminated cellulosic boards, comprising: 1) water; 2) between 20.0 wt% and 40.0 wt% starch, preferably maize starch, wheat starch, potato starch, pea starch, tapioca starch, or mixtures thereof; 3) optionally, up to 10 wt% of at least one further polymer, selected from natural polymers or soluble synthetic polymers; 4) a glue enhancer, comprising monolayer graphene oxide in water, in an amount such that the water-based adhesive comprises between 0.1 wt% and 10 -7 wt% of monolayer graphene oxide; 5) at least one further component, selected from fungicides and biocides, and/or stabilizing agents, gelling agents, thickening agents, anti-foaming agents, tackifyers, damp-proofing resins, rheology agents in accordance with the polymer(s). 1) water; 2) between 20.0 wt% and 40.0 wt% starch, preferably maize starch, wheat starch, potato starch, pea starch, tapioca starch, or mixtures thereof; 3) optionally, up to 10 wt% of at least one further polymer, selected from natural polymers or soluble synthetic polymers; 4) a glue enhancer, comprising monolayer graphene oxide in water, in an amount such that the water-based adhesive comprises between 0.1 wt% and 10 -7 wt% of monolayer graphene oxide; 5) at least one further component, selected from fungicides and biocides, and/or stabilizing agents, gelling agents, thickening agents, anti-foaming agents, tackifyers, damp-proofing resins, rheology agents in accordance with the polymer(s).
A pole-type base station comprising: a support (210; 300) including one or more connectors and configured to perform support; and at least one communication module having an arbitrary shape and configured to perform communication according to at least one communication type, the communication module being mounted at an arbitrary position of the support to be connected to the one or more connectors; an air flow path for emitting heat formed between the support and the at least one communication module, the air flow path being formed as an empty space between the support and the at least one communication module; and a fan for generating air flow for dissipating heat through the air flow path, wherein the fan is included in a lower end portion located at a lowermost end of the support, wherein the at least one communication module forms an outer side of the pole-type base station. a support (210; 300) including one or more connectors and configured to perform support; and at least one communication module having an arbitrary shape and configured to perform communication according to at least one communication type, the communication module being mounted at an arbitrary position of the support to be connected to the one or more connectors; an air flow path for emitting heat formed between the support and the at least one communication module, the air flow path being formed as an empty space between the support and the at least one communication module; and a fan for generating air flow for dissipating heat through the air flow path, wherein the fan is included in a lower end portion located at a lowermost end of the support, wherein the at least one communication module forms an outer side of the pole-type base station.
A method of making a medical device having antimicrobial properties, the method comprising: reducing a diazonium sulfanilamide salt or a diazonium diaminodiphenyl sulfone salt in the presence of a reducing agent and a surface of a medical device, thereby attaching at least one of a sulfanilamide or a diaminodiphenyl sulfone to the surface of the medical device.
A method for locally capturing billing services information for at least one service on a first wireless subscriber unit, the method comprising: sending a registration data packet to a communications system for authorizing a use of at least one service with a first wireless subscriber unit, the registration data packet including data that identifies the first wireless subscriber unit to the communications system; responsive to sending the registration data packet, receiving a service data packet from the communications system that provides at least one network address for at least a second wireless subscriber unit which is also registered with the communication system and which has also received a service data packet, wherein the service data packet further includes: service information for allowing a single connection between the first wireless subscriber unit and the at least second wireless subscriber unit, the service data packet expiring after the first wireless subscriber unit and the at least second wireless subscriber complete a connection between each other, requiring the first wireless subscriber unit to receive a new service data packet before the communications system allows a new connection by the first wireless subscriber unit; connecting to the at least second wireless subscriber unit and performing at least one service defined by the service data packet; and thereafter, creating a completion data packet including at least information to identify the first wireless subscriber unit and a call detail record of the at least one service. sending a registration data packet to a communications system for authorizing a use of at least one service with a first wireless subscriber unit, the registration data packet including data that identifies the first wireless subscriber unit to the communications system; responsive to sending the registration data packet, receiving a service data packet from the communications system that provides at least one network address for at least a second wireless subscriber unit which is also registered with the communication system and which has also received a service data packet, wherein the service data packet further includes: service information for allowing a single connection between the first wireless subscriber unit and the at least second wireless subscriber unit, the service data packet expiring after the first wireless subscriber unit and the at least second wireless subscriber complete a connection between each other, requiring the first wireless subscriber unit to receive a new service data packet before the communications system allows a new connection by the first wireless subscriber unit; connecting to the at least second wireless subscriber unit and performing at least one service defined by the service data packet; and thereafter, creating a completion data packet including at least information to identify the first wireless subscriber unit and a call detail record of the at least one service.
A housing of an inverter mounted to a vehicle, which internally houses an electronic component (12A-12D) such as an inverter circuit, comprising: a plate-shaped portion formed of a resin material; and a box-shaped portion formed of a metallic material and having one open surface, wherein the plate-shaped portion closes the opening of the box-shaped portion, the plate-shaped portion formed of the resin material is a connection side portion opposed to a member as a connection partner of the housing, or an opposite portion opposed to the connection side portion, and the housing further includes an electromagnetic shield member that covers an outer surface of the portion formed of the resin material, characterized in that the electromagnetic shield member is a metal thin plate having a ductility higher than a ductility of the resin material. a plate-shaped portion formed of a resin material; and a box-shaped portion formed of a metallic material and having one open surface, wherein the plate-shaped portion closes the opening of the box-shaped portion, the plate-shaped portion formed of the resin material is a connection side portion opposed to a member as a connection partner of the housing, or an opposite portion opposed to the connection side portion, and the housing further includes an electromagnetic shield member that covers an outer surface of the portion formed of the resin material, characterized in that the electromagnetic shield member is a metal thin plate having a ductility higher than a ductility of the resin material.
A method implemented by a status detector device in a wireless local area network , the method comprising: obtaining (S310) a transmission rate for a communication from a mobile station ; obtaining (S310) a signal strength for the communication from the mobile station ; calculating (S330) an expected transmission rate based on the signal strength; determining by at least one hardware processor that the communication is a network maintenance related communication on a condition that the transmission rate is below a first value and the expected transmission rate is above a second value; and determining by the at least one hardware processor that the communication is a data communication on a condition that the transmission rate is below the first value and the expected transmission rate is below the second value. obtaining (S310) a transmission rate for a communication from a mobile station ; obtaining (S310) a signal strength for the communication from the mobile station ; calculating (S330) an expected transmission rate based on the signal strength; determining by at least one hardware processor that the communication is a network maintenance related communication on a condition that the transmission rate is below a first value and the expected transmission rate is above a second value; and determining by the at least one hardware processor that the communication is a data communication on a condition that the transmission rate is below the first value and the expected transmission rate is below the second value.
A process for purifying a urea-containing aqueous stream comprising a step of removing biuret from the urea-containing stream by reverse osmosis, wherein the urea-containing stream is an aqueous solution of urea obtained from a recovery section of a urea plant, preferably containing 60 to 90 wt% of urea.