mhurhangee/ep-ind-claims huggingface dataset:
A method for obtaining information from a DHCP server, the method comprising: a DHCP client device, without IP connectivity, receiving a Link Layer Discovery Protocol (LLDP) message by a network node, the LLDP message comprising authentication information, the authentication information comprising: a DHCP Key; a unique identifier; and a Client-ID; and the DHCP client device using the authentication information to obtain information from the DHCP server. a DHCP client device, without IP connectivity, receiving a Link Layer Discovery Protocol (LLDP) message by a network node, the LLDP message comprising authentication information, the authentication information comprising: a DHCP Key; a unique identifier; and a Client-ID; and the DHCP client device using the authentication information to obtain information from the DHCP server.
A method comprising steps of: hosting a decoy cloud environment for a customer that contains a plurality of decoys and that is hosted and separated from a real environment of the customer, wherein the customer is an enterprise having a plurality of users associated therewith; planting one or more fake assets on a user device associated with a user based on a role of the user within the enterprise; receiving traffic from the user associated with the customer; detecting the traffic is related to accessing a fake asset of the one or more fake assets planted on the user device associated with the user; rerouting the traffic to the decoy cloud environment, wherein the routing is performed based on deception policies created based on real user access policy; and monitoring activity associated with the fake asset in the decoy cloud environment. hosting a decoy cloud environment for a customer that contains a plurality of decoys and that is hosted and separated from a real environment of the customer, wherein the customer is an enterprise having a plurality of users associated therewith; planting one or more fake assets on a user device associated with a user based on a role of the user within the enterprise; receiving traffic from the user associated with the customer; detecting the traffic is related to accessing a fake asset of the one or more fake assets planted on the user device associated with the user; rerouting the traffic to the decoy cloud environment, wherein the routing is performed based on deception policies created based on real user access policy; and monitoring activity associated with the fake asset in the decoy cloud environment.
A firearm cleaning kit comprising: a case having first and second compartments (14,16) joined along a fold line; a fastener for joining together the first and second compartments (14,16) of the case; a tool compartment secured to an interior region (32, 34) of the case, the tool compartment having at least one tool-holding cavity; a firearm cleaning tool secured within the at least one tool-holding cavity; and a length of material formed into a closed loop and affixed to the case at a single point along the length of the loop, the material width being substantially greater than the material thickness; wherein the improvement comprises: a divider piece coupled to a portion of the loop, the divider piece having a single slot formed therethrough, the slot being approximately the same width as the material formed into the closed loop, the height of the slot being substantially less than the width of the slot; and a plurality of storage compartments (60a-60d) having adjustable widths, the storage compartments (60a-60d) being formed by the insertion of the loop of material through the slot in the divider piece, the divider piece being slidable along the length of the loop. a case having first and second compartments (14,16) joined along a fold line; a fastener for joining together the first and second compartments (14,16) of the case; a tool compartment secured to an interior region (32, 34) of the case, the tool compartment having at least one tool-holding cavity; a firearm cleaning tool secured within the at least one tool-holding cavity; and a length of material formed into a closed loop and affixed to the case at a single point along the length of the loop, the material width being substantially greater than the material thickness; a divider piece coupled to a portion of the loop, the divider piece having a single slot formed therethrough, the slot being approximately the same width as the material formed into the closed loop, the height of the slot being substantially less than the width of the slot; and a plurality of storage compartments (60a-60d) having adjustable widths, the storage compartments (60a-60d) being formed by the insertion of the loop of material through the slot in the divider piece, the divider piece being slidable along the length of the loop.
A pallet protector (6,7) comprising a faceplate which defines one or more openings intended, in use, to overlie one or more corresponding openings in a pallet, wherein the pallet protector (6,7) comprises two or more gripping structures extending from the faceplate adjacent respective opposite sides of the or each opening, characterised in that the gripping structures are arranged resiliently to grip the pallet, thereby to help retain the protector (6,7) relative to the pallet, and the faceplate is resiliently flexible and arranged so that bending the faceplate causes two gripping structures to move together or apart to facilitate fitting the protector (6,7) to the pallet, and releasing the faceplate allows it to return towards its original configuration, causing the gripping structures to move apart or together thereby to establish a grip on the pallet to which the protector (6,7) has been fitted.
A method of producing coated fine particles in which core fine particles are coated with a coating layer component, which comprises the steps of: preparing a liquid A comprising a coating layer component or coating layer components dissolved therein and a polar organic solvent; preparing a liquid B mixable with liquid A, in which the core fine particles are dispersed, and wherein a polar organic solvent is not contained, or said polar organic solvent is contained in a ratio lower than that in the liquid A; and mixing the liquid A with the liquid B to prepare a liquid C so that the concentration of the polar organic solvent in the liquid C is 30 to 60 vol%, the core fine particles are not dissolved in the liquid C and the coating layer component or components is/are in the dispersed state in the liquid C; and leaving or mixing the liquid C for 3 seconds to 30 minutes. preparing a liquid A comprising a coating layer component or coating layer components dissolved therein and a polar organic solvent; preparing a liquid B mixable with liquid A, in which the core fine particles are dispersed, and wherein a polar organic solvent is not contained, or said polar organic solvent is contained in a ratio lower than that in the liquid A; and mixing the liquid A with the liquid B to prepare a liquid C so that the concentration of the polar organic solvent in the liquid C is 30 to 60 vol%, the core fine particles are not dissolved in the liquid C and the coating layer component or components is/are in the dispersed state in the liquid C; and leaving or mixing the liquid C for 3 seconds to 30 minutes.
A multifunctional electric groomer comprising a casing in which a driving module is provided, wherein the multifunctional electric groomer further comprises at least two blade sets, each of which is equipped with a support, one end of the support fixing the blade set and the other end of the support being hinged on the casing, with the hinge points of the supports successively arranged along the direction of the output shaft of the driving module; and each of the blade sets has an operating position when turned to dynamically couple with the driving module and a housed position when turned to be housed inside the casing, and a clutch coupling is provided between the output shaft of the driving module and the input shaft of the blade set.
A method of generating associated image files, so that their genuineness can be verified, comprising: scanning an object to be inspected to obtain first image raw data and second image raw data that are associated with each other; creating a first image file based on the first image raw data at a first time, wherein the first time is recorded in a file header of the first image file; generating a random time value; and generating a second image file associated with the first image file based on the second image raw data at a second time which is later than the first time by the random time value, wherein the second time and the random time value are recorded in a file header of the second image file. scanning an object to be inspected to obtain first image raw data and second image raw data that are associated with each other; creating a first image file based on the first image raw data at a first time, wherein the first time is recorded in a file header of the first image file; generating a random time value; and generating a second image file associated with the first image file based on the second image raw data at a second time which is later than the first time by the random time value, wherein the second time and the random time value are recorded in a file header of the second image file.
Angular contact roller bearing comprising an inner bearing ring with an inner raceway, which is arranged on the outer shell surface of said inner bearing ring so as to be oblique with respect to the bearing axis of rotation (A L), and comprising a rim which delimits said raceway at its smallest diameter, comprising an outer bearing ring with an outer raceway, which is arranged on the inner shell surface of said outer bearing ring likewise so as to be oblique with respect to the bearing central axis (A L), and comprising a rim which delimits said raceway at its greatest diameter, wherein the rims (5, 9) delimit the raceways (4, 8) in each case on one side and are each formed integrally with the bearing rings (2, 6), and comprising a multiplicity of roller-type rolling bodies which are arranged between the bearing rings (2, 6) and which roll on the raceways (4, 8) of said bearing rings and which are held with uniform spacings to one another in a circumferential direction by means of a bearing cage, characterized in that a tangent to the outer shell surface of the inner bearing ring and a tangent to the inner shell surface of the outer bearing ring are, at least in the region of the raceways (4, 8), of planar form so as to run in the opposite directions obliquely with respect to the bearing axis of rotation (A L), and the raceways (4, 8) of the two bearing rings (2, 6) are each formed in conical fashion into said shell surfaces.
A coupling unit for inserting a support fitted with a hygroscopic pad in a base during the manufacture of a disposable cartridge for an electronic cigarette; the coupling unit comprising: a first seat that accepts the support fitted with the hygroscopic pad; a second seat that accepts the base and can be axially aligned with the first seat; and a transfer device that inserts the support fitted with the hygroscopic pad in the base by applying a relative axial movement between the support fitted with the hygroscopic pad and the base; the coupling unit being characterized in that it comprises a suction device, which is coupled to a first end of the base opposite to a second end of the base through which the support fitted with the hygroscopic pad enters, and causes suction that acts inside the base. a first seat that accepts the support fitted with the hygroscopic pad; a second seat that accepts the base and can be axially aligned with the first seat; and a transfer device that inserts the support fitted with the hygroscopic pad in the base by applying a relative axial movement between the support fitted with the hygroscopic pad and the base; the coupling unit being characterized in that it comprises a suction device, which is coupled to a first end of the base opposite to a second end of the base through which the support fitted with the hygroscopic pad enters, and causes suction that acts inside the base.
Printhead for a 3D metal printer, comprising a housing, a device for supplying a metal, a reservoir (7, 27), a nozzle device and a piston, characterized in that the nozzle device has a guide sleeve, a nozzle plate having an outlet opening, and a clamping device, wherein the clamping device is formed from a nozzle clamping nut and a separate spring element, and the nozzle clamping nut is formed from a fastening means for fastening the nozzle clamping nut on the guide sleeve and from at least one elastic segment, wherein the nozzle plate and the guide sleeve are clamped together elastically by means of the fastening means and the at least one elastic segment of the nozzle clamping nut, and the guide sleeve and the reservoir (7, 27) are clamped together elastically by means of the fastening means of the nozzle clamping nut and the spring element.
An adjustment device for a portable element comprising: - a first and a second pair of first and second wire-shaped elements (1; 2); - a first adjustment unit mounted mobile on the first pair of wire-shaped elements and configured to: ∘ define a first mechanical coupling means with the second pair of wire-shaped elements; - a second adjustment unit mounted mobile on the second pair of wire-shaped elements and configured to: ∘ define a first mechanical coupling means with the first pair of wire-shaped elements, Adjustment device characterized in that - the first adjustment unit is configured to define two deviation paths of the first pair of wire-shaped elements and to separate the first and second wire-shaped elements of the first pair by a first distance, - the second adjustment unit is configured to define two deviation paths of the second pair of wire-shaped elements and to separate the first and second wire-shaped elements of the second pair by a second distance. - a first and a second pair of first and second wire-shaped elements (1; 2); - a first adjustment unit mounted mobile on the first pair of wire-shaped elements and configured to: ∘ define a first mechanical coupling means with the second pair of wire-shaped elements; ∘ define a first mechanical coupling means with the second pair of wire-shaped elements; - a second adjustment unit mounted mobile on the second pair of wire-shaped elements and configured to: ∘ define a first mechanical coupling means with the first pair of wire-shaped elements, ∘ define a first mechanical coupling means with the first pair of wire-shaped elements, - the first adjustment unit is configured to define two deviation paths of the first pair of wire-shaped elements and to separate the first and second wire-shaped elements of the first pair by a first distance, - the second adjustment unit is configured to define two deviation paths of the second pair of wire-shaped elements and to separate the first and second wire-shaped elements of the second pair by a second distance.
A structural member comprising: i) a pultruded polyurethane secondary member_ including a first surface and an opposing second surface; ii) a molded carrier overmolded onto at least one of the first and second surface of the pultruded secondary member, the molded polyamide carrier including a plurality of ribs; and iii) an epoxy-based adhesive material located onto at least one of the carrier and secondary member; wherein the secondary member and the carrier are dissimilar materials; wherein the structural member is configured to attach to a transmission of a vehicle and/or one or more body rails or the vehicle. i) a pultruded polyurethane secondary member_ including a first surface and an opposing second surface; ii) a molded carrier overmolded onto at least one of the first and second surface of the pultruded secondary member, the molded polyamide carrier including a plurality of ribs; and iii) an epoxy-based adhesive material located onto at least one of the carrier and secondary member;
A needle-insertion mechanism for a drug-delivery device, the mechanism comprising: a housing (101, 103); a drive member; a needle cartridge holding a plurality of needle assemblies, each needle assembly disposed in a separate retracted position within the needle cartridge; one or more springs (204, 212, 228); a loading button coupled to the housing configured to be manually actuated to load the one or more springs using work done through actuation of the loading button, and to advance the needle cartridge so a first needle assembly of the plurality of needle assemblies is moved out of operational alignment with the drive member and a second needle assembly of the plurality of needle assemblies is moved into operational alignment with the drive member; and a dosing button coupled to the housing configured to be manually actuated after actuation of the loading button to release the one or more loaded springs to operate the drive member to drive the second needle assembly from its retracted position within the needle cartridge to an injection position. a housing (101, 103); a drive member; a needle cartridge holding a plurality of needle assemblies, each needle assembly disposed in a separate retracted position within the needle cartridge; one or more springs (204, 212, 228); a loading button coupled to the housing configured to be manually actuated to load the one or more springs using work done through actuation of the loading button, and to advance the needle cartridge so a first needle assembly of the plurality of needle assemblies is moved out of operational alignment with the drive member and a second needle assembly of the plurality of needle assemblies is moved into operational alignment with the drive member; and a dosing button coupled to the housing configured to be manually actuated after actuation of the loading button to release the one or more loaded springs to operate the drive member to drive the second needle assembly from its retracted position within the needle cartridge to an injection position.
A current sampling system to de-alias a current signal, comprising: an integrator circuit that receives the current signal as an input and integrates the current signal to output a charge signal, wherein the current signal is indicative of a current at an energy storage asset of an energy storage system; a charge signal sampler circuit that samples the charge signal at a charge signal sampling rate; and a differentiator circuit that receives the samples of the charge signal from the charge signal sampler circuit and differentiates the samples of the charge signal to output an anti-aliased current signal. an integrator circuit that receives the current signal as an input and integrates the current signal to output a charge signal, wherein the current signal is indicative of a current at an energy storage asset of an energy storage system; a charge signal sampler circuit that samples the charge signal at a charge signal sampling rate; and a differentiator circuit that receives the samples of the charge signal from the charge signal sampler circuit and differentiates the samples of the charge signal to output an anti-aliased current signal.
Device for concealing the edges of coverings, wherein the device has at least two profiled rails, wherein the profiled rails have at least one concealing wing, which engages over the edge of the covering, and at least one web, and at least one of the profiled rails has at least one end face which is oriented at an acute angle to its longitudinal extent, characterized in that the device has at least one retaining element which has at least two legs which are oriented at an angle to one another, each of said legs seizing at least one of the webs of the profiled rails in order to hold the profiled rails against one another in an angled position, wherein at least one of the webs is plastically deformed in the region of the retaining element so as to be pressed tighter still against the retaining element.
A method for signaling a broadcast of a message, the method comprising: determining that a first message is to be broadcast in a cell, wherein the first message includes barring indications; generating a second message that is a System Information Type 3 message, the second message comprises an indication that the first message is to be broadcast; and broadcasting the second message intended for general packet radio service, GPRS, and non-GPRS wireless communication devices. determining that a first message is to be broadcast in a cell, wherein the first message includes barring indications; generating a second message that is a System Information Type 3 message, the second message comprises an indication that the first message is to be broadcast; and broadcasting the second message intended for general packet radio service, GPRS, and non-GPRS wireless communication devices.
A system for controlling and monitoring flow in a cuffed endotracheal tube device, comprising: a connector panel having at least three connectors adapted for respectively establishing fluid communication with proximal ends of at least three lines of the endotracheal tube device, said three lines being a first fluid line, a second fluid line and a cuff inflation line; a control unit having a plurality of operational modules including at least a rinsing module, a suctioning module (154/155), a cuff inflation and deflation module, a leak detection module and a venting module;a pneumatic module having an arrangement of valves for allowing selective fluid communication between said operational modules and said connectors; a processing unit configured to instruct said control unit to signal said operational modules to respectively execute operations including at least a rinsing procedure, a suctioning procedure, a cuff inflation procedure, a leak detection procedure and a venting procedure, and to signal the valves of said pneumatic module to select any of said first and said second fluid lines for any of said rinsing, said suctioning, said leak detection and said venting procedures. a connector panel having at least three connectors adapted for respectively establishing fluid communication with proximal ends of at least three lines of the endotracheal tube device, said three lines being a first fluid line, a second fluid line and a cuff inflation line; a control unit having a plurality of operational modules including at least a rinsing module, a suctioning module (154/155), a cuff inflation and deflation module, a leak detection module and a venting module;a pneumatic module having an arrangement of valves for allowing selective fluid communication between said operational modules and said connectors; a processing unit configured to instruct said control unit to signal said operational modules to respectively execute operations including at least a rinsing procedure, a suctioning procedure, a cuff inflation procedure, a leak detection procedure and a venting procedure, and to signal the valves of said pneumatic module to select any of said first and said second fluid lines for any of said rinsing, said suctioning, said leak detection and said venting procedures.