mhurhangee/ep-ind-claims huggingface dataset:
A method on a communication apparatus (116, 126; 206A-206I; 300; 402, 404; 700; 804; 950) having a neighbor list component (302; 406; 702; 954a, 954r), a neighbor scanning component (304; 408; 706; 814; 960) and an update receiving component, the method comprising: receiving, by the neighbor list component (302; 406; 702; 954a, 954r), a neighbor list of frequencies, related to access point pilots in a specific geographic region, from one or more access points in the region; and characterised by scanning, by the neighbor scanning component (304; 408; 706; 814; 960), one or more frequencies in the neighbor list to acquire additional communication parameters, including an access point type identifier, related to an associated access point, wherein the access point type identifier specifies an access point type associated with the access point; and populating, by the update receiving component, the neighbor list with the access point type identifier, wherein at least one access point type identifier specifies a femtocell access point type for an access point pilot that is included in the neighbor list and is to be scanned in the geographic region. receiving, by the neighbor list component (302; 406; 702; 954a, 954r), a neighbor list of frequencies, related to access point pilots in a specific geographic region, from one or more access points in the region; and characterised by scanning, by the neighbor scanning component (304; 408; 706; 814; 960), one or more frequencies in the neighbor list to acquire additional communication parameters, including an access point type identifier, related to an associated access point, wherein the access point type identifier specifies an access point type associated with the access point; and populating, by the update receiving component, the neighbor list with the access point type identifier, wherein at least one access point type identifier specifies a femtocell access point type for an access point pilot that is included in the neighbor list and is to be scanned in the geographic region.
An irrigation sprinkler head comprising: a deflector mounted for rotation about a central axis in an operational position; a shaft supporting the rotatable deflector for rotation about the central axis; a first valve separate from the deflector and adjustable to change the length of an arcuate opening for the distribution of fluid in a predetermined arcuate span; and a flow path from an inlet through the first valve to the deflector and outwardly away from the deflector within the predetermined arcuate span; wherein the deflector is moveable in an axial direction from the operational position to an adjustment position, the deflector adapted for irrigation in the operational position and engaging and actuating the first valve for setting the length of the arcuate opening in the adjustment position. a deflector mounted for rotation about a central axis in an operational position; a shaft supporting the rotatable deflector for rotation about the central axis; a first valve separate from the deflector and adjustable to change the length of an arcuate opening for the distribution of fluid in a predetermined arcuate span; and a flow path from an inlet through the first valve to the deflector and outwardly away from the deflector within the predetermined arcuate span; wherein the deflector is moveable in an axial direction from the operational position to an adjustment position, the deflector adapted for irrigation in the operational position and engaging and actuating the first valve for setting the length of the arcuate opening in the adjustment position.
A primer set for determining expression of a gene product of each of genes TACSTD2, TSPAN8, COL3A1, SPOCK1, SFN, KRT7, and S100A2, the primer set comprising a plurality of synthetic oligonucleotide primers, each of which is capable of hybridizing to an expression product of one of said genes such that the plurality of primers can detect the gene products of all of the genes.
A method of reducing sound leakage, the method comprising: providing a bone conduction speaker including: a vibration board; a transducer configured to cause the vibration board to vibrate; a housing, the vibration board touching human skin, and passing vibration to auditory nerves through human tissues and bones, and the transducer causing the housing to vibrate, the vibration of the housing producing a leaked sound wave; and at least one sound guiding hole located on the housing and configured to guide a sound wave inside the housing through the at least one sound guiding hole to an outside of the housing, wherein the guided sound wave interferes with the leaked sound wave, the interference reducing an amplitude of at least a portion of the leaked sound wave, a frequency of the at least a portion of the leaked sound wave being lower than 4000 Hz, wherein the housing includes a sidewall and a bottom that are not in contact with human skin; and the at least one sound guiding hole is located on the sidewall or the bottom. a vibration board; a transducer configured to cause the vibration board to vibrate; a housing, the vibration board touching human skin, and passing vibration to auditory nerves through human tissues and bones, and the transducer causing the housing to vibrate, the vibration of the housing producing a leaked sound wave; and the vibration board touching human skin, and passing vibration to auditory nerves through human tissues and bones, and the transducer causing the housing to vibrate, the vibration of the housing producing a leaked sound wave; and at least one sound guiding hole located on the housing and configured to guide a sound wave inside the housing through the at least one sound guiding hole to an outside of the housing, wherein the guided sound wave interferes with the leaked sound wave, the interference reducing an amplitude of at least a portion of the leaked sound wave, a frequency of the at least a portion of the leaked sound wave being lower than 4000 Hz, wherein the housing includes a sidewall and a bottom that are not in contact with human skin; and the at least one sound guiding hole is located on the sidewall or the bottom.
A method of manufacturing a dental restoration, the method comprising: a construction step of preparing through a construction means construction data for a dental tool machine for machining the dental restoration from a workpiece, wherein the construction data defines at least the geometry of the dental restoration within the workpiece; and a starting step of starting machining of the dental restoration from the workpiece in accordance with the construction data; characterized by further comprising: a preparing step of starting preparing, before termination of the construction step, the dental tool machine at least through equipping it with all the consumables essential for starting the starting step, and completing preparing the dental tool machine before start of the starting step, wherein the consumables are the dental tool, the workpiece, and cooling lubricant provided in a tank. a construction step of preparing through a construction means construction data for a dental tool machine for machining the dental restoration from a workpiece, wherein the construction data defines at least the geometry of the dental restoration within the workpiece; and a starting step of starting machining of the dental restoration from the workpiece in accordance with the construction data; characterized by further comprising: a preparing step of starting preparing, before termination of the construction step, the dental tool machine at least through equipping it with all the consumables essential for starting the starting step, and completing preparing the dental tool machine before start of the starting step, wherein the consumables are the dental tool, the workpiece, and cooling lubricant provided in a tank.
A ball and socket assembly of an implantable medical device, comprising: a ball component including a ball and a shaft coupled thereto and extending from the ball, the ball component formed from a unitary piece of substantially non-deformable material; and a socket component, the socket component being formed from a single piece of substantially non-deformable material wherein the ball component is held in the ball and socket assembly by the socket component; wherein the ball is a hook-in ball comprising a notched portion (16, 18, 20) defined by a volume removed from the ball, reducing an effective cross-section of a portion of the ball and located off-axis with respect to a longitudinal axis running through the component, wherein the socket comprises a cavity defining a spherical space and a restricted opening for accessing the socket cavity such that upon insertion, the ball is hooked into the socket by first orienting the ball with the reduced effective cross-section over the restricted opening of the socket and then to rotate the shaft in a direction to insert the head into the socket cavity. a ball component including a ball and a shaft coupled thereto and extending from the ball, the ball component formed from a unitary piece of substantially non-deformable material; and a socket component, the socket component being formed from a single piece of substantially non-deformable material wherein the ball component is held in the ball and socket assembly by the socket component; wherein the ball is a hook-in ball comprising a notched portion (16, 18, 20) defined by a volume removed from the ball, reducing an effective cross-section of a portion of the ball and located off-axis with respect to a longitudinal axis running through the component, wherein the socket comprises a cavity defining a spherical space and a restricted opening for accessing the socket cavity such that upon insertion, the ball is hooked into the socket by first orienting the ball with the reduced effective cross-section over the restricted opening of the socket and then to rotate the shaft in a direction to insert the head into the socket cavity.
A pharmaceutical preparation comprising eslicarbazepine acetate in combination with a binder and a disintegrant, wherein the eslicarbazepine acetate and part of the disintegrant are present in granules prepared by wet granulation, and the remaining part of the disintegrant is extragranular, and wherein the preparation has a bulk density of at least 0.3 g/mL.
Subassembly (1, 40) for a sensor (50, 60, 70), comprising a coil system and a printed circuit board arranged on the coil system, wherein an extension section is attached to the printed circuit board in the longitudinal direction, so that the printed circuit board is arranged between the coil system and the extension section, wherein a separation point is provided between the extension section and the printed circuit board, and wherein the separation point allows the extension section to be easily detached from the printed circuit board, characterized in that the extension section comprises a plurality of sections (14 to 17) arranged one behind the other along the longitudinal direction, wherein a separation point (19 to 21) for easily separating off the extension section is provided between each pair of adjacent sections (14 to 17).
A lace fabric which is knitted with a base weave composed of wales and wefts (BW, FW), which are interwoven with the wales, and interweaving yarns which are interwoven into the base weave, wherein the interweaving yarns are configured of yarns of different fiber types which include at least a first fiber and a second fiber, wherein the lace fabric is provided in a width direction with parts (2n or 2c) in which interweaving yarns of the same fiber type pass through the same course over a plurality of wales, adjoined in a knitting direction of the lace fabric by parts (2c or 2n) in which interweaving yarns of different fiber type pass through the same course over a plurality of wales, characterized in that the at least first fiber and second fiber have different dyeing affinities with respect to a specific dye, and the lace fabric is a gradation lace wherein with regard to unit areas (Zc, Zm1, Zm2, Ze) which are disposed in the width direction of the lace fabric and which are each composed of a predetermined number of courses, and when a comparison is made between interweaving yarns exposed to the front side of the fabric, a gradation-like weave in which a density of the first fiber is sequentially increased in at least three stages with respect to a density of the second fiber in a comparison between the unit areas is made. wherein the interweaving yarns are configured of yarns of different fiber types which include at least a first fiber and a second fiber, wherein the lace fabric is provided in a width direction with parts (2n or 2c) in which interweaving yarns of the same fiber type pass through the same course over a plurality of wales, adjoined in a knitting direction of the lace fabric by parts (2c or 2n) in which interweaving yarns of different fiber type pass through the same course over a plurality of wales, characterized in that the at least first fiber and second fiber have different dyeing affinities with respect to a specific dye, and the lace fabric is a gradation lace wherein with regard to unit areas (Zc, Zm1, Zm2, Ze) which are disposed in the width direction of the lace fabric and which are each composed of a predetermined number of courses, and when a comparison is made between interweaving yarns exposed to the front side of the fabric, a gradation-like weave in which a density of the first fiber is sequentially increased in at least three stages with respect to a density of the second fiber in a comparison between the unit areas is made.
A tissue wipe container, comprising a case which stores therein a roll of tissue wipes with perforations and which is provided with a dispensing unit for pulling out the stored tissue wipes to an outside upon being separated along the perforations, and a lid attached to the case in such a manner as to expose and cover the dispensing unit, wherein the dispensing unit has an engaging part for engaging the dispensing unit with the case, and has a flat plate part having one or more cuts made thereinto that serve as an opening through which the tissue wipes are passed, wherein the flat plate part includes a plurality of flexible parts, which are elastically deformable and separated from each other by the one or more cuts, and each of which has a distal end situated toward a center of the opening and a proximal end situated away from the center of the opening, wherein the engaging part has a constricted portion formed in a side surface of the dispensing unit at a center in a vertical direction along a circumferential direction, an edge of a mount opening of the case being inserted into the constricted portion to cause the engaging part to be engaged with the mount opening, whereby the engaging part has an upper annular portion situated at an upper side of the constricted portion and a lower annular portion situated at a lower side of the constricted portion, characterised in that the plurality of flexible parts are such that a thickness of the distal end is thinner than a thickness of the proximal end, and in that at least one of the upper annular portion and the lower annular portion has notches (112b2), so that the constricted portion is formed at intervals in the circumferential direction without covering an entire circumference. wherein the dispensing unit has an engaging part for engaging the dispensing unit with the case, and has a flat plate part having one or more cuts made thereinto that serve as an opening through which the tissue wipes are passed, wherein the flat plate part includes a plurality of flexible parts, which are elastically deformable and separated from each other by the one or more cuts, and each of which has a distal end situated toward a center of the opening and a proximal end situated away from the center of the opening, wherein the engaging part has a constricted portion formed in a side surface of the dispensing unit at a center in a vertical direction along a circumferential direction, an edge of a mount opening of the case being inserted into the constricted portion to cause the engaging part to be engaged with the mount opening, whereby the engaging part has an upper annular portion situated at an upper side of the constricted portion and a lower annular portion situated at a lower side of the constricted portion, characterised in that the plurality of flexible parts are such that a thickness of the distal end is thinner than a thickness of the proximal end, and in that at least one of the upper annular portion and the lower annular portion has notches (112b2), so that the constricted portion is formed at intervals in the circumferential direction without covering an entire circumference.
A process for producing a catalytically active composition being a mixture of a multielement oxide comprising the elements Mo and V and at least one oxide of molybdenum, wherein the molar Mo / V ratio of the molar amounts of Mo and V present in the multielement oxide is 15: 1 to 1: 1 and which process comprises the process measures of - using sources of the elemental constituents of the multielement oxide to obtain an aqueous solution, or an aqueous suspension with the proviso that each of the sources passes through the state of an aqueous solution in the course of obtaining the aqueous suspension, - spray drying the aqueous solution or aqueous suspension to obtain a spray powder P, - using the spray powder P with addition of at least one pulverulent oxide S of molybdenum and optionally with addition of one or more shaping assistants and after homogeneous mixing of said constituents to form geometric shaped precursor bodies using the resulting mixture, where the at least one pulverulent oxide S of molybdenum is molybdenum dioxide, molybdenum trioxide or a mixture of molybdenum dioxide and molybdenum trioxide, and - thermally treating the geometric shaped precursor bodies to form the catalytically active composition. - using sources of the elemental constituents of the multielement oxide to obtain an aqueous solution, or an aqueous suspension with the proviso that each of the sources passes through the state of an aqueous solution in the course of obtaining the aqueous suspension, - spray drying the aqueous solution or aqueous suspension to obtain a spray powder P, - using the spray powder P with addition of at least one pulverulent oxide S of molybdenum and optionally with addition of one or more shaping assistants and after homogeneous mixing of said constituents to form geometric shaped precursor bodies using the resulting mixture, where the at least one pulverulent oxide S of molybdenum is molybdenum dioxide, molybdenum trioxide or a mixture of molybdenum dioxide and molybdenum trioxide, and - thermally treating the geometric shaped precursor bodies to form the catalytically active composition.
A method for wireless network access protection, the method comprising: obtaining, by a base station, a wireless network, WN, specific key assigned to a Radio Access Network, RAN, to which the base station belongs, the RAN belonging to a WN; establishing a wireless connection between the base station and a user equipment, UE; receiving encrypted data from the UE over the wireless connection, the encrypted data having a first layer of encryption associated with the RAN and a second layer of encryption associated with a core network belonging to the WN; decrypting the first layer of encryption using the WN specific key to obtain partially decrypted data; and forwarding the partially decrypted data to a gateway (414, 416) in the core network of the WN, wherein the gateway comprises a user-specific serving gateway, SGW, and wherein the user-specific SGW is adapted to further decrypt the partially decrypted data using a UE-specific key to remove the second layer of encryption from the encrypted data, the UE-specific key being different than the WN-specific key. obtaining, by a base station, a wireless network, WN, specific key assigned to a Radio Access Network, RAN, to which the base station belongs, the RAN belonging to a WN; establishing a wireless connection between the base station and a user equipment, UE; receiving encrypted data from the UE over the wireless connection, the encrypted data having a first layer of encryption associated with the RAN and a second layer of encryption associated with a core network belonging to the WN; decrypting the first layer of encryption using the WN specific key to obtain partially decrypted data; and forwarding the partially decrypted data to a gateway (414, 416) in the core network of the WN,
A method for producing a fuel or solvent, said method comprising heating a free fatty acid or a salt of a free fatty acid in the presence of one or more alkenes in a pyrolysis reactor at a temperature from 350 °C to 600 °C and in the absence of any catalyst to produce the fuel or solvent, wherein the alkene is ethylene, propylene, butene or an isomer thereof, or any combination thereof.
A channel device comprising: a first channel member having a first channel; a second channel member having a second channel; a porous membrane provided between the first channel member and the second channel member; and a pair of electrodes (60, 62) provided so as to interpose the first channel and the second channel therebetween; characterized in that the electrodes (60, 62) are transparent and wherein the porous membrane has through-holes arranged in a honeycomb form. a first channel member having a first channel; a second channel member having a second channel; a porous membrane provided between the first channel member and the second channel member; and a pair of electrodes (60, 62) provided so as to interpose the first channel and the second channel therebetween; characterized in that the electrodes (60, 62) are transparent and wherein the porous membrane has through-holes arranged in a honeycomb form.
A packaging for disposable medical gloves, the packaging comprising: a paper container having a cavity configured to hold a plurality of medical gloves, the paper container having an opening through which the medical gloves are removable from the paper container; a first barrier attached to the paper container to cover at least a first portion of the opening of the paper container, the first barrier including a first antimicrobial material; and a second barrier attached to the paper container to cover at least a second portion of the opening different from the first portion, the second barrier having a second antimicrobial material, characterized in that the first barrier is adjacent to and at least partially overlaps the second barrier, the first and second barriers (22a, 22b) forming a slit through which the medical gloves are removable from the paper container. a paper container having a cavity configured to hold a plurality of medical gloves, the paper container having an opening through which the medical gloves are removable from the paper container; a first barrier attached to the paper container to cover at least a first portion of the opening of the paper container, the first barrier including a first antimicrobial material; and a second barrier attached to the paper container to cover at least a second portion of the opening different from the first portion, the second barrier having a second antimicrobial material,