mhurhangee/ep-ind-claims huggingface dataset:
A valve plug selectively movable between a closed position and one or more open positions for controlling a flow of a fluid through a valve, the valve plug comprising: a crown adapted to engage a valve seat of the valve; a skirt extending from a perimeter of the crown for guiding the valve plug through the valve seat, the skirt being substantially cylindrical in shape and including a plurality of legs, the skirt including an inner surface, an outer surface, and intermediate surfaces extending between the inner surface and the outer surface; and a protrusion extending from the crown, the protrusion disposed substantially concentric with the skirt; characterized by: a surface treatment being included on the intermediate surfaces of the skirt and on the protrusion, the surface treatment on the intermediate surfaces including elongated recesses and the surface treatment on the protrusion including a plurality of concentric recesses. a crown adapted to engage a valve seat of the valve; a skirt extending from a perimeter of the crown for guiding the valve plug through the valve seat, the skirt being substantially cylindrical in shape and including a plurality of legs, the skirt including an inner surface, an outer surface, and intermediate surfaces extending between the inner surface and the outer surface; and a protrusion extending from the crown, the protrusion disposed substantially concentric with the skirt; characterized by: a surface treatment being included on the intermediate surfaces of the skirt and on the protrusion, the surface treatment on the intermediate surfaces including elongated recesses and the surface treatment on the protrusion including a plurality of concentric recesses. a surface treatment being included on the intermediate surfaces of the skirt and on the protrusion, the surface treatment on the intermediate surfaces including elongated recesses and the surface treatment on the protrusion including a plurality of concentric recesses.
A station, STA, -side data acknowledgment apparatus, comprising: a sending module, configured to send a data frame to access points, APs, (AP 1, AP 2, AP 3, AP 4), where the sending module is further configured to send an acknowledgment request; and a processing module, configured to control the sending module to send the acknowledgment request after X duration from end of sending the data frame to the APs (AP 1, AP 2, AP 3, AP 4), wherein the X duration is greater than or equal to a transmission delay on a backhaul link between the APs (AP 1, AP 2, AP 3, AP 4), and the acknowledgment request is an acknowledgment request for the data frame, wherein the STA-side data acknowledgment apparatus further comprises: a receiving module, configured to receive a beacon, wherein the beacon comprises a media access control, MAC, address of an AP (AP 1, AP 2, AP 3, AP 4), a MAC address of a virtual coordinated AP to which the AP (AP 1, AP 2, AP 3, AP 4) belongs, and the transmission delay on the backhaul link between the APs (AP 1, AP 2, AP 3, AP 4), wherein the data frame carries indication information used to indicate uplink joint reception, and the indication information comprises a receiver address, RA, field whose value is the MAC address of a virtual coordinated AP and that is in the data frame, or a 1-bit uplink joint reception indicator bit in the data frame. a sending module, configured to send a data frame to access points, APs, (AP 1, AP 2, AP 3, AP 4), where the sending module is further configured to send an acknowledgment request; and a processing module, configured to control the sending module to send the acknowledgment request after X duration from end of sending the data frame to the APs (AP 1, AP 2, AP 3, AP 4), wherein the X duration is greater than or equal to a transmission delay on a backhaul link between the APs (AP 1, AP 2, AP 3, AP 4), and the acknowledgment request is an acknowledgment request for the data frame, wherein the STA-side data acknowledgment apparatus further comprises: a receiving module, configured to receive a beacon, wherein the beacon comprises a media access control, MAC, address of an AP (AP 1, AP 2, AP 3, AP 4), a MAC address of a virtual coordinated AP to which the AP (AP 1, AP 2, AP 3, AP 4) belongs, and the transmission delay on the backhaul link between the APs (AP 1, AP 2, AP 3, AP 4), wherein the data frame carries indication information used to indicate uplink joint reception, and the indication information comprises a receiver address, RA, field whose value is the MAC address of a virtual coordinated AP and that is in the data frame, or a 1-bit uplink joint reception indicator bit in the data frame.
A carbon allotrope heater assembly comprising: a carrier material; and two carbon allotrope heater sheets (16, 18) attached to the carrier material; and an encapsulating material attached to the two carbon allotrope heater sheets opposite the carrier material; characterized by a carbon allotrope connection sheet binding the two carbon allotrope heater sheets together. a carrier material; and two carbon allotrope heater sheets (16, 18) attached to the carrier material; and an encapsulating material attached to the two carbon allotrope heater sheets opposite the carrier material; characterized by a carbon allotrope connection sheet binding the two carbon allotrope heater sheets together.
A base, to which base a child safety seat releasably can be connected to, comprises a floor support device, Isofix connectors, a support surface for the child safety seat and a fastening and adjustment mechanism for the child safety seat and the Isofix connectors, characterized in that the fastening and adjustment mechanism comprises a main part, to which main part a pair of arms (13, 14) are attached, where the fastening and adjustment mechanism further comprises a release handle which through a bar and connection means is connected to and cooperating with locking hooks pivotally connected to the pair of arms (13, 14) and an indicator device, where a rotation of the locking hooks is transferred to the indicator device through a movement of the bar in the longitudinal direction oftha base, and a handle which is connected to a locking device comprising a lever and a locking hook cooperating with at least one rail provided with a plurality of cams arranged inside an elongated element, to which elongated element the Isofix connectors are connected, where the Isofix connectors further are connected to an indicator device through a cable device.
A method of sequencing hydroxymethylated cell-free DNA (cfDNA) to generate a hydroxymethylation pattern to identify a presence or absence of a disease phenotype in a subject, wherein said cfDNA originates from a blood sample of the patient, the method comprising: adding an affinity tag to only hydroxymethylated DNA molecules in a sample of cfDNA obtained from the blood sample of the patient; enriching for the DNA molecules that are tagged with the affinity tag by binding to a support; amplifying the enriched DNA without releasing the DNA from the support; sequencing the amplified DNA molecules to produce a plurality of sequence reads specific for the patient; and mapping a plurality of sequence reads specific for the patient to each of a plurality of target loci to identify a hydroxymethylation pattern in the cfDNA that indicates the presence or absence of the disease phenotype in the patient. adding an affinity tag to only hydroxymethylated DNA molecules in a sample of cfDNA obtained from the blood sample of the patient; enriching for the DNA molecules that are tagged with the affinity tag by binding to a support; amplifying the enriched DNA without releasing the DNA from the support; sequencing the amplified DNA molecules to produce a plurality of sequence reads specific for the patient; and mapping a plurality of sequence reads specific for the patient to each of a plurality of target loci to identify a hydroxymethylation pattern in the cfDNA that indicates the presence or absence of the disease phenotype in the patient.
A computer-implemented method of viewing a planning target volume for radiation therapy, the method comprising: receiving a first two-dimensional view of the planning target volume based on initial digital volume data, wherein the first 2D view has a first image plane that is perpendicular to a planned treatment beam path that passes through the first image plane; acquiring time-of-treatment digital volume data of the planning target volume; generating a second 2D view of the planning target volume based on the acquired time-of-treatment digital volume data, wherein the second 2D view has a second image plane that is coincident with the first image plane; based on the second 2D view of the planning target volume, determining field outlines of a treatment beam associated with the planning target volume; and causing the second 2D view to be displayed with the field outlines of the treatment beam overlaying the second 2D view. receiving a first two-dimensional view of the planning target volume based on initial digital volume data, wherein the first 2D view has a first image plane that is perpendicular to a planned treatment beam path that passes through the first image plane; acquiring time-of-treatment digital volume data of the planning target volume; generating a second 2D view of the planning target volume based on the acquired time-of-treatment digital volume data, wherein the second 2D view has a second image plane that is coincident with the first image plane; based on the second 2D view of the planning target volume, determining field outlines of a treatment beam associated with the planning target volume; and causing the second 2D view to be displayed with the field outlines of the treatment beam overlaying the second 2D view.
Method for converting levoglucosenone into a compound of general formula: where R represents -CH=CH- or -CH 2 -CH 2 -, comprising the following successive steps: a) where appropriate, in order to obtain a compound of general formula, where R represents -CH 2 -CH 2 -, hydrogenating levoglucosenone to form dihydrolevoglucosenone, b) oxidizing the levoglucosenone or the dihydrolevoglucosenone obtained in step a), c) hydrolyzing the reaction mixture obtained in step b), d) where appropriate, in order to obtain a compound of general formula, where R represents -CH 2 -CH 2 -, if step a) has not been carried out, hydrogenating the compound obtained in step c), characterized in that the oxidation in step b) and the hydrolysis in step c) are carried out in a single step in the presence of an aqueous solution of H 2 O 2, without involving any organic solvent or catalyst. a) where appropriate, in order to obtain a compound of general formula, where R represents -CH 2 -CH 2 -, hydrogenating levoglucosenone to form dihydrolevoglucosenone, b) oxidizing the levoglucosenone or the dihydrolevoglucosenone obtained in step a), c) hydrolyzing the reaction mixture obtained in step b), d) where appropriate, in order to obtain a compound of general formula, where R represents -CH 2 -CH 2 -, if step a) has not been carried out, hydrogenating the compound obtained in step c),
Fiber optic measuring probe for detecting a chemical substance comprising an optical fiber segment, with a measuring element constituting a resonant cavity, having a face adapted to come into contact with the chemical substance to be detected, wherein the optical fiber segment is at least along part of its length contained within a capillary, and a first ending part of the capillary is joined with the measuring element while another portion of the capillary is clenched on the optical fiber segment, characterized in that the capillary has a length of at least 5 mm, the optical fiber segment and the measuring element are squeezed together so that there is only a residual cavity between them, and a reflection coefficient R 1 from a first surface of the optical fiber segment confining the residual cavity from a first side and a reflection coefficient R 2 from a second surface of the measuring element confining the residual cavity from an opposite side meet the condition R 1 R 2 ≤ 0.5. the capillary has a length of at least 5 mm, the optical fiber segment and the measuring element are squeezed together so that there is only a residual cavity between them, and a reflection coefficient R 1 from a first surface of the optical fiber segment confining the residual cavity from a first side and a reflection coefficient R 2 from a second surface of the measuring element confining the residual cavity from an opposite side meet the condition R 1 R 2 ≤ 0.5.
A reducing-agent supply system for marine SCR that is provided with a reducing-agent storage tank that stores a reducing agent, a denitration reactor that is provided with a catalyst that performs reduction of nitrogen oxide contained in exhaust gas exhausted from a marine diesel engine, a reducing-agent injection nozzle that is provided in a flue that communicates between the marine diesel engine and the denitration reactor so that the distal end thereof is exposed and from which the reducing agent stored in the reducing-agent storage tank is jetted into the exhaust gas that passes through the flue, and a reducing-agent supply pipe that guides the reducing agent stored in the reducing-agent storage tank to the reducing-agent injection nozzle, and that performs reduction of the nitrogen oxide contained in the exhaust gas exhausted from the marine diesel engine, the reducing-agent supply system for marine SCR comprising: a reducing-agent-storage-tank chamber that accommodates the reducing-agent storage tank; a reducing-agent-injection-nozzle chamber that accommodates the proximal end of the reducing-agent injection nozzle; and a duct that accommodates the reducing-agent supply pipe, characterized in that each of the reducing-agent storage tank, the reducing-agent injection nozzle, and the duct are configured as a double structure so that leakage of the reducing agent into the ship interior does not occur. a reducing-agent-storage-tank chamber that accommodates the reducing-agent storage tank; a reducing-agent-injection-nozzle chamber that accommodates the proximal end of the reducing-agent injection nozzle; and a duct that accommodates the reducing-agent supply pipe, characterized in that each of the reducing-agent storage tank, the reducing-agent injection nozzle, and the duct are configured as a double structure so that leakage of the reducing agent into the ship interior does not occur.
A method at an agent node of providing network management information to a manager node in a distributed communication network, the method characterized by the steps of: receiving a Distributed Hash Table, DHT, overlay stabilization procedure message, the overlay stabilization procedure message including an instruction for the agent node to send network management information to the manager node; and sending network management information to the manager node. receiving a Distributed Hash Table, DHT, overlay stabilization procedure message, the overlay stabilization procedure message including an instruction for the agent node to send network management information to the manager node; and sending network management information to the manager node.
An electric power supply comprising: a sealable container having a metal layer; and a lead conductor extending from the inside to the outside of the sealable container, the sealable container and the lead conductor being fusion-bonded at a sealing portion, the electric power supply being characterized in that the sealing portion at least partially has a layer composed of a polyallylamine at a part between the metal layer and the lead conductor and in contact with the lead conductor. a sealable container having a metal layer; and a lead conductor extending from the inside to the outside of the sealable container, the sealable container and the lead conductor being fusion-bonded at a sealing portion, the electric power supply being characterized in that the sealing portion at least partially has a layer composed of a polyallylamine at a part between the metal layer and the lead conductor and in contact with the lead conductor.
A method for synchronizing a subscriber profile (124, 126) in a plurality of domains, the method comprising steps of: receiving, by an application server located in an Internet protocol domain, a profile update request message from a Wi-Fi-enabled dual-mode mobile device operating in Wi-Fi mode and located in the IP domain, to modify an IP domain subscriber profile associated with the Wi-Fi-enabled dual-mode mobile device, wherein the profile update request message specifies a service feature change; forwarding, by a convergence gateway, the profile update request message to a home location register located in a cellular domain distinct from the IP domain; modifying, by the HLR, a cellular domain subscriber profile associated with the Wi-Fi-enabled dual-mode mobile device in accordance with the profile update request message, wherein modifying the cellular domain subscriber profile associated with the Wi-Fi-enabled dual-mode mobile device includes modifying a service feature of the cellular domain subscriber profile in accordance with the specified service feature change; receiving, by the convergence gateway, updated subscriber profile data from the HLR; converting, by the convergence gateway, the updated subscriber profile data in the IP domain; and sending, by the convergence gateway, the converted updated subscriber profile data to the application server. receiving, by an application server located in an Internet protocol domain, a profile update request message from a Wi-Fi-enabled dual-mode mobile device operating in Wi-Fi mode and located in the IP domain, to modify an IP domain subscriber profile associated with the Wi-Fi-enabled dual-mode mobile device, wherein the profile update request message specifies a service feature change; forwarding, by a convergence gateway, the profile update request message to a home location register located in a cellular domain distinct from the IP domain; modifying, by the HLR, a cellular domain subscriber profile associated with the Wi-Fi-enabled dual-mode mobile device in accordance with the profile update request message, wherein modifying the cellular domain subscriber profile associated with the Wi-Fi-enabled dual-mode mobile device includes modifying a service feature of the cellular domain subscriber profile in accordance with the specified service feature change; receiving, by the convergence gateway, updated subscriber profile data from the HLR; converting, by the convergence gateway, the updated subscriber profile data in the IP domain; and sending, by the convergence gateway, the converted updated subscriber profile data to the application server.
A sodium niobate powder comprising sodium niobate cuboidal particles having a shape of a cuboid and having a side average length of 0.1 μm or more and 100 μm or less, wherein at least one face of each of the sodium niobate cuboidal particles is a plane in the pseudocubic notation; characterized in that: an amount of physically adsorbed water and constitution water of the sodium niobate powder is 0.15 mass% or less as measurable by thermal desorption spectroscopy wherein temperature is increased from room temperature to 800°C at 20°C/min.
A method for varying a luminance of a light, comprising: setting a target luminance of the light; and changing the luminance of the light from a current luminance to the target luminance; wherein the operation of changing the luminance of the light from the current luminance to the target luminance occurs within a predetermined time, characterized in that the predetermined time is a dwell time of a breathing curve, wherein: the dwell time comprises a first segment, second segment and third segment; the luminance changes from the current luminance to the target luminance by a first rate during the first segment, a second rate during the second segment and a third rate during the third segment, wherein the second rate exceeds the first rate and third rate. setting a target luminance of the light; and changing the luminance of the light from a current luminance to the target luminance; wherein the operation of changing the luminance of the light from the current luminance to the target luminance occurs within a predetermined time, characterized in that the predetermined time is a dwell time of a breathing curve, wherein: the dwell time comprises a first segment, second segment and third segment; the luminance changes from the current luminance to the target luminance by a first rate during the first segment, a second rate during the second segment and a third rate during the third segment, wherein the second rate exceeds the first rate and third rate. the dwell time comprises a first segment, second segment and third segment; the luminance changes from the current luminance to the target luminance by a first rate during the first segment, a second rate during the second segment and a third rate during the third segment, wherein the second rate exceeds the first rate and third rate.
A method of performing hierarchical Z-culling comprising: selectively merging, with a graphics processing unit, a source tile of samples associated with a tile location with a previously merged source tile for the tile location to generate an updated version of the previously merged source tile, wherein selectively merging the source tile comprises merging the source tile with the previously merged source tile for the tile location in response to determining (106, 110) that the source tile is not fully covered by the primitive that corresponds to the source tile and that the conservative farthest z-value of the source tile is nearer to a viewport than the culling z-value associated with the tile location, wherein the culling z-value is indicative of a conservative farthest z-value for all samples of a destination tile that corresponds to the tile location. selectively merging, with a graphics processing unit, a source tile of samples associated with a tile location with a previously merged source tile for the tile location to generate an updated version of the previously merged source tile, wherein selectively merging the source tile comprises merging the source tile with the previously merged source tile for the tile location in response to determining (106, 110) that the source tile is not fully covered by the primitive that corresponds to the source tile and that the conservative farthest z-value of the source tile is nearer to a viewport than the culling z-value associated with the tile location, wherein the culling z-value is indicative of a conservative farthest z-value for all samples of a destination tile that corresponds to the tile location.
Energy extraction module, with a first electrical connection for connecting the energy extraction module to a detector line, in particular to a two-wire line, of a hazard alarm system, characterised in that the energy extraction module has a current limiting unit connected in series with the first electrical connection, an energy store connected downstream of the current limiting unit and a second electrical connection connected downstream of the energy store for connecting an external load, wherein the electrical energy withdrawn from the detector line, apart from an electrical internal power supply portion for the energy extraction module, is provided exclusively for the electrical power supply to the connected load, and wherein the energy extraction module is embodied as one unit.
Dosing device with a manual actuatable pumping means comprising a pumping chamber and an inlet valve (6, 7) which is constructed as a slide valve and in its closed position is sealingly movable over a dosing stroke in a dosing channel which defines a dosing volume for the pumping chamber, with the dosing channel on the inlet side opening into an inlet area, and the inlet side (9, 9a) being provided with flow profilings (20, 21), characterized in that the flow profilings (20, 21) are oriented in the longitudinal direction of the dosing stroke.