mhurhangee/ep-ind-claims huggingface dataset:
A method performed in a system including a plurality of site servers that are connected to a wide area network and a portable terminal that is connected to the wide area network and acquires pages from the site servers characterized in that the system includes a plurality of access points that transmit annunciation signals including their addresses and a proxy server that includes an address correspondence table in which an address of a site page is associated with an address of each access point and the proxy server is connected to the wide area network, the method being a page acquisition method comprising: a first step of wherein the portable terminal searches for the access points in a vicinity of the portable terminal, receives the annunciation signal including the address of the access point from each access point, and measures a reception level of the annunciation signal; a second step wherein the portable terminal transmits, to the proxy server, a page acquisition request including the address of each access point included in the annunciation signal and the measured reception level; a third step wherein the proxy server searches for an address of the site page corresponding to the address of each access point included in the page acquisition request, using the address correspondence table; a fourth step wherein the proxy server generates list information in which the searched addresses of a plurality of site pages are arranged in descending order of the reception levels; a fifth step wherein the proxy server transmits the list information as a response to the portable terminal; and a sixth step wherein the portable terminal presents the list information to a user and transmits one or more page acquisition requests having one or more addresses as destinations to the corresponding site servers. a first step of wherein the portable terminal searches for the access points in a vicinity of the portable terminal, receives the annunciation signal including the address of the access point from each access point, and measures a reception level of the annunciation signal; a second step wherein the portable terminal transmits, to the proxy server, a page acquisition request including the address of each access point included in the annunciation signal and the measured reception level; a third step wherein the proxy server searches for an address of the site page corresponding to the address of each access point included in the page acquisition request, using the address correspondence table; a fourth step wherein the proxy server generates list information in which the searched addresses of a plurality of site pages are arranged in descending order of the reception levels; a fifth step wherein the proxy server transmits the list information as a response to the portable terminal; and a sixth step wherein the portable terminal presents the list information to a user and transmits one or more page acquisition requests having one or more addresses as destinations to the corresponding site servers.
A method of fabricating a cascade grid panel for a jet engine thrust reverser, comprising: fabricating a plurality of thermoplastic vanes reinforced with discontinuous fibers; fabricating a plurality of thermoplastic strongbacks; co-consolidating the vanes and the strongbacks; and fabricating flanges (40, 42), wherein the flanges and the plurality of thermoplastic strongbacks are fabricated as a single, pre-consolidated thermoplastic strongback assembly with strongback slots between adjacent strongbacks. fabricating a plurality of thermoplastic vanes reinforced with discontinuous fibers; fabricating a plurality of thermoplastic strongbacks; co-consolidating the vanes and the strongbacks; and fabricating flanges (40, 42), wherein the flanges and the plurality of thermoplastic strongbacks are fabricated as a single, pre-consolidated thermoplastic strongback assembly with strongback slots between adjacent strongbacks.
A comb attachment for a hair cutting appliance, comprising: a frame portion enclosing a cutting area that is adapted to at least partially receive a cutting unit of the hair cutting appliance, an attachment means extending from the frame portion away from the cutting area, the attachment means having at least one attachment point adapted to attach the comb attachment to the hair cutting appliance, a sidewall extending from the frame portion in a common direction with the attachment means, a set of first teeth at least partially extending along the cutting area from the frame portion in a first teeth extending direction that at least partially corresponds to a cutting direction during hair cutting, the first teeth are spaced from each other in a teeth spacing direction that is perpendicular to the first teeth extending direction, thereby forming a respective gap between the individual first teeth, a gap cover extending in sections from the sidewall and adapted to cover the respective gap of the first teeth, the sidewall and the gap cover forming an enclosed space adapted to at least temporarily collect cut hair debris during hair cutting, wherein the sidewall extends over a height that overlaps with the at least one attachment point of the attachment means, the at least one attachment point being arranged so that the sidewall overlaps with a section of the hair cutting appliance when the comb attachment is attached thereto via the attachment means, and wherein the gap cover and the sidewall, with respect to the cutting direction, are arranged at a rear of the frame portion. a frame portion enclosing a cutting area that is adapted to at least partially receive a cutting unit of the hair cutting appliance, an attachment means extending from the frame portion away from the cutting area, the attachment means having at least one attachment point adapted to attach the comb attachment to the hair cutting appliance, a sidewall extending from the frame portion in a common direction with the attachment means, a set of first teeth at least partially extending along the cutting area from the frame portion in a first teeth extending direction that at least partially corresponds to a cutting direction during hair cutting, the first teeth are spaced from each other in a teeth spacing direction that is perpendicular to the first teeth extending direction, thereby forming a respective gap between the individual first teeth, a gap cover extending in sections from the sidewall and adapted to cover the respective gap of the first teeth, the sidewall and the gap cover forming an enclosed space adapted to at least temporarily collect cut hair debris during hair cutting, wherein the sidewall extends over a height that overlaps with the at least one attachment point of the attachment means, the at least one attachment point being arranged so that the sidewall overlaps with a section of the hair cutting appliance when the comb attachment is attached thereto via the attachment means, and wherein the gap cover and the sidewall, with respect to the cutting direction, are arranged at a rear of the frame portion.
A CPAP device characterized by comprising: a fan configured to produce an airflow; a pressure difference generating member configured to pass the airflow through and cause a pressure difference in the airflow; a sensor configured to detect a pressure difference between the air pressure on the upstream side of the pressure difference generating member and the air pressure on the downstream side of the pressure difference generating member; and a straightening plate provided between the fan and the pressure difference generating member and configured to straighten the airflow produced by the fan, wherein the straightening plate includes at least one fin arranged along the airflow, and a lattice-like fin which is arranged on the downstream side of the at least one fin, and through which the airflow passing through the at least one fin passes. a fan configured to produce an airflow; a pressure difference generating member configured to pass the airflow through and cause a pressure difference in the airflow; a sensor configured to detect a pressure difference between the air pressure on the upstream side of the pressure difference generating member and the air pressure on the downstream side of the pressure difference generating member; and a straightening plate provided between the fan and the pressure difference generating member and configured to straighten the airflow produced by the fan, wherein the straightening plate includes at least one fin arranged along the airflow, and a lattice-like fin which is arranged on the downstream side of the at least one fin, and through which the airflow passing through the at least one fin passes. at least one fin arranged along the airflow, and a lattice-like fin which is arranged on the downstream side of the at least one fin, and through which the airflow passing through the at least one fin passes.
A vinyl chloride resin composition comprising: (a) a vinyl chloride resin; (b) a dodecanedioic acid diester; and (c) a trimellitic acid ester, wherein a total amount of (b) the dodecanedioic acid diester and (c) the trimellitic acid ester relative to 100 parts by mass of (a) the vinyl chloride resin is from 5 parts by mass to 200 parts by mass, a blending ratio of (b) the dodecanedioic acid diester relative to (c) the trimellitic acid ester, expressed as a mass ratio, is from 1/99 to 99/1, and (a) the vinyl chloride resin includes (x) a base vinyl chloride resin in an amount of from 70 mass% to 100 mass% and (y) vinyl chloride resin fine particles in an amount of from 0 mass% to 30 mass%. (a) a vinyl chloride resin; (b) a dodecanedioic acid diester; and (c) a trimellitic acid ester, wherein
An agronomically elite spinach plant comprising a recessive downy mildew resistance locus designated p10 located on chromosome 1 and wherein said locus when homozygously present provides at least intermediate resistance to Peronosporafarinosa f. sp. spinaciae races Pfs:1, Pfs:2, Pfs:3, Pfs:4, Pfs:5, Pfs:6, Pfs:7, Pfs:8, Pfs:9, Pfs:10, Pfs: 11, Pfs:12, Pfs: 13, Pfs: 14, Pfs: 15 and Pfs: 16, and wherein the p10 locus is as found in a plant grown from a seed of which a representative sample was deposited with the NCIMB under accession number 42554, wherein the p10 locus in a plant grown from a seed of which a representative sample was deposited with the NCIMB under NCIMB accession number 42554 is located between marker SO00979 having SEQ ID No. 7 or 8 and marker 5001770 having SEQ ID No. 5 or 6, which agronomically elite spinach plant is obtainable by crossing a spinach plant with a plant grown from a seed of deposit NCIMB 42554 to produce F1 progeny, selfing the F1 progeny to produce F2 progeny and selecting from the F2 progeny the plants that shows the at least intermediate resistance.
A method of loading an implant to a delivery device, the method comprising: providing an implant having a distal end and a proximal end; providing a proximal segment assembly including a catheter terminating at a proximal segment; providing a distal segment assembly including a shaft connected to a distal segment, the shaft slidably positioned within the catheter; wherein the proximal segment and the distal segment are part of a capsule assembly; coupling the implant to the shaft in that the distal end of the implant is within the distal segment and the proximal end of the implant is spaced from the proximal segment, positioning a collar adjacent a proximal end of the distal segment; attaching a funnel to the collar, the funnel extending over the proximal end of the implant and at least partially positioning the funnel within the proximal segment; advancing the proximal segment over the funnel until the proximal segment is adjacent the collar; and removing the collar and the funnel from the implant. providing an implant having a distal end and a proximal end; providing a proximal segment assembly including a catheter terminating at a proximal segment; providing a distal segment assembly including a shaft connected to a distal segment, the shaft slidably positioned within the catheter; wherein the proximal segment and the distal segment are part of a capsule assembly; coupling the implant to the shaft in that the distal end of the implant is within the distal segment and the proximal end of the implant is spaced from the proximal segment, positioning a collar adjacent a proximal end of the distal segment; attaching a funnel to the collar, the funnel extending over the proximal end of the implant and at least partially positioning the funnel within the proximal segment; advancing the proximal segment over the funnel until the proximal segment is adjacent the collar; and removing the collar and the funnel from the implant.
A reaction chamber of a reactor for epitaxial growth comprising: - a wall with a recess, - a susceptor comprising a body and a relief, wherein said body is placed in said recess so to be rotational with respect to said wall, - a discoid supporting element adapted to be laid stably on said relief, having a shape with a size such to protrude radially from said relief and adapted to support one or more substrates to be subjected to epitaxial growth, and - a flat covering (91, 92) located over said wall and having a hole at said discoid supporting element; wherein the shape of said hole corresponds to the shape of said discoid supporting element; wherein said covering has at least one hollow guide (11, 12) for the passage of a device for loading/unloading said discoid supporting element, wherein said hollow guide (11, 12) extends starting from an edge of said covering to said hole. - a wall with a recess, - a susceptor comprising a body and a relief, wherein said body is placed in said recess so to be rotational with respect to said wall, - a discoid supporting element adapted to be laid stably on said relief, having a shape with a size such to protrude radially from said relief and adapted to support one or more substrates to be subjected to epitaxial growth, and - a flat covering (91, 92) located over said wall and having a hole at said discoid supporting element;
A microneedle patch composition comprising one or more microneedles each comprising (a) a tapered tip portion containing a therapeutically active ingredient dispersed in a matrix of a biodegradable polymer capable of providing sustained release of the therapeutically active ingredient over a period of at least two days after insertion of the microneedle or microneedles into the skin, wherein the biodegradable polymer is polylactic acid or an ester-terminated polylactide, polyglycolic acid or an ester-terminated polyglycolide, or polylactic co-glycolic acid or an ester-terminated polylactide co-glycolide and (b) a fast dissolving microneedle backing layer portion containing a water-soluble polymer overlayering the tip portion, said microneedle or microneedles being attached to and extending from an adhesive surface of a removable substrate, wherein the therapeutically active ingredient is released from the microneedles over a period of 2-14 days after insertion of the microneedle or microneedles into the skin. (a) a tapered tip portion containing a therapeutically active ingredient dispersed in a matrix of a biodegradable polymer capable of providing sustained release of the therapeutically active ingredient over a period of at least two days after insertion of the microneedle or microneedles into the skin, wherein the biodegradable polymer is polylactic acid or an ester-terminated polylactide, polyglycolic acid or an ester-terminated polyglycolide, or polylactic co-glycolic acid or an ester-terminated polylactide co-glycolide and (b) a fast dissolving microneedle backing layer portion containing a water-soluble polymer overlayering the tip portion,
A flame-retarded foamable styrene-based resin composition consisting of a styrene based resin, a bromine-containing flame retardant, a blowing agent, optionally a heat stabilizer selected from the group consisting of phosphite heat stabilizers, thioether heat stabilizers and hindered phenol heat stabilizers optionally a nucleus agent, optionally a flame-retardancy enhancer, selected from the group consisting of free radical generators and phthalocyanine metal complexes, optionally an auxiliary flame retardant, selected from the group consisting of antimony trioxide, antimony pentoxide, zinc borate, hydrated alumina, and molybdenum oxide, and optionally known additives, selected from light stabilizers, UV absorbing agents, UV stabilizing agents, heavy metal sequestering agents, impact strength enhancing agents, coloring agents, lubricants, drip retardants, antistatic agents and co-solubilizing agents, wherein said bromine-containing flame-retardant is a mixture of (a) an organic bromine-containing compound having a 2,3-dibromo-propyl group or an organic bromine-containing compound having a bromine content of greater than 60 wt% in which all bromine atoms are attached to a benzene ring, and (b) an organic bromine-containing compound having a 2,3-dibromo-2-alkylpropyl group, wherein said composition comprises said mixture in an amount from 0.5 to 10 parts by weight per 100 parts by weight of said styrene-based resin, and wherein the ratio of said organic bromine-containing compound (a) to said organic bromine-containing compound (b) in said mixture is from 90:10 to 10:90 on weight basis. (a) an organic bromine-containing compound having a 2,3-dibromo-propyl group or an organic bromine-containing compound having a bromine content of greater than 60 wt% in which all bromine atoms are attached to a benzene ring, and (b) an organic bromine-containing compound having a 2,3-dibromo-2-alkylpropyl group,
An inter-vehicle communication device of a vehicle for performing communication between the vehicle and another vehicle based on differential signals, the inter-vehicle communication device comprising: an electrical coupler that constructs a communication path with said another vehicle by using an electric contact with said another vehicle; a communication control means for controlling a communication with said another vehicle; a pulse transformer electrically connected between the communication control means and the electrical coupler; and a power supply device electrically connected between a middle point of the pulse transformer and the electrical coupler by using a shielded portion of a shielded twisted pair cable used as communication path for the differential signals to apply a direct-current voltage to the electric contact between the electrical coupler and an electrical coupler of said another vehicle. an electrical coupler that constructs a communication path with said another vehicle by using an electric contact with said another vehicle; a communication control means for controlling a communication with said another vehicle; a pulse transformer electrically connected between the communication control means and the electrical coupler; and a power supply device electrically connected between a middle point of the pulse transformer and the electrical coupler by using a shielded portion of a shielded twisted pair cable used as communication path for the differential signals to apply a direct-current voltage to the electric contact between the electrical coupler and an electrical coupler of said another vehicle.
An unmanned aerial vehicle, comprising: a vehicle body; an arm rotatably connected to the vehicle body; a power apparatus disposed on the arm, wherein the power apparatus comprises a drive apparatus mounted on the arm and a propeller mounted on the drive apparatus, the drive apparatus being configured to drive the propeller to rotate; and a camera apparatus mounted below the vehicle body which is configured to capture an image; a landing gear having a built-in antenna, wherein the landing gear is mounted on the arm below the power apparatus; wherein the landing gear is configured to rotate relative to the power apparatus so that an angle between the landing gear and the arm is adjustable, wherein the antenna comprises an antenna body and a bending part, the bending part being connected to the antenna body, the bending part bending to a direction of avoiding a field of view of the camera apparatus. a vehicle body; an arm rotatably connected to the vehicle body; a power apparatus disposed on the arm, wherein the power apparatus comprises a drive apparatus mounted on the arm and a propeller mounted on the drive apparatus, the drive apparatus being configured to drive the propeller to rotate; and a camera apparatus mounted below the vehicle body which is configured to capture an image; a landing gear having a built-in antenna, wherein the landing gear is mounted on the arm below the power apparatus; wherein the landing gear is configured to rotate relative to the power apparatus so that an angle between the landing gear and the arm is adjustable, wherein the antenna comprises an antenna body and a bending part, the bending part being connected to the antenna body, the bending part bending to a direction of avoiding a field of view of the camera apparatus.
User Equipment, UE, comprising processing circuitry configured to: determine a delay value indicating a time for an enhanced Node B, eNB, to delay scheduling an uplink grant; generate a delayed buffer status report, D-BSR, medium-access control, MAC, control element for transmission to the eNB with a last-scheduled uplink grant, the D-BSR MAC control element to include at least an indicator of the delay value and an indicator of a predicted buffer size, wherein the D-BSR MAC control element is a request for a delayed grant of uplink bandwidth; and transmit the D-BSR MAC control element to the eNB. determine a delay value indicating a time for an enhanced Node B, eNB, to delay scheduling an uplink grant; generate a delayed buffer status report, D-BSR, medium-access control, MAC, control element for transmission to the eNB with a last-scheduled uplink grant, the D-BSR MAC control element to include at least an indicator of the delay value and an indicator of a predicted buffer size, wherein the D-BSR MAC control element is a request for a delayed grant of uplink bandwidth; and transmit the D-BSR MAC control element to the eNB.