mhurhangee/ep-ind-claims huggingface dataset:
A tri-fold cosmetic compact comprising: a base that comprises: - two lateral walls (13, 13') that each have a groove (15, 15'), wherein each groove has first and second sections; the first section being a straight groove that has a height, and that runs along one lateral wall of the base and that opens into the second section; the second section being a circular groove that has a diameter that is larger than the height of the straight groove; - a pair of parallel, straight walls bounding the straight groove; and - a circular wall bounding the circular groove; an article carrier connected to the base via a selective rotation and comprising two lateral walls (33, 33'), each wall having a pivot element (34, 34') on its interior, each pivot element being formed as a truncated cylinder having one straight edge that is longer than the height of the straight groove, but shorter than the diameter of the circular groove; wherein: the pivot elements (34, 34') and straight edges of the article carrier extend into the groove (15, 15') of the base, and can travel along the straight grooves; and a cover hingedly attached to the base, such that, the cover and article carrier are able to move independently of each other. a base that comprises: - two lateral walls (13, 13') that each have a groove (15, 15'), wherein each groove has first and second sections; the first section being a straight groove that has a height, and that runs along one lateral wall of the base and that opens into the second section; the second section being a circular groove that has a diameter that is larger than the height of the straight groove; - a pair of parallel, straight walls bounding the straight groove; and - a circular wall bounding the circular groove; - two lateral walls (13, 13') that each have a groove (15, 15'), wherein each groove has first and second sections; the first section being a straight groove that has a height, and that runs along one lateral wall of the base and that opens into the second section; the second section being a circular groove that has a diameter that is larger than the height of the straight groove; - a pair of parallel, straight walls bounding the straight groove; and - a circular wall bounding the circular groove; an article carrier connected to the base via a selective rotation and comprising two lateral walls (33, 33'), each wall having a pivot element (34, 34') on its interior, each pivot element being formed as a truncated cylinder having one straight edge that is longer than the height of the straight groove, but shorter than the diameter of the circular groove; wherein: the pivot elements (34, 34') and straight edges of the article carrier extend into the groove (15, 15') of the base, and can travel along the straight grooves; and the pivot elements (34, 34') and straight edges of the article carrier extend into the groove (15, 15') of the base, and can travel along the straight grooves; and a cover hingedly attached to the base, such that, the cover and article carrier are able to move independently of each other.
A centrifugal compressor, comprising: an impeller configured to suction a gas to be compressed; a diffuser disposed downstream of the impeller to pressurize the gas, the diffuser comprising a movable ring, a main passage in which the gas flows past the ring, and an openable branch passage; and a circulation loop comprising an inlet and an outlet, the outlet being in communication with an inlet of the impeller; wherein the branch passage is disposed to be in communication with the main passage and the circulation loop so that a portion of the gas in the main passage passes through the circulation loop and returns to the impeller so as to be suctioned, wherein the main passage is defined by partitions (16, 18) that are opposite to each other, wherein one partition of the partitions (16, 18) is provided with a groove so that the ring fits into the groove, and wherein the branch passage is disposed between at least one surface of the ring and a wall of the groove; characterized in that: the branch passage is in communication with the main passage and the circulation loop when the ring moves into the main passage and closed when the ring is withdrawn from the main passage; and the at least one surface of the ring is a rear surface of the ring that faces away from the main passage. an impeller configured to suction a gas to be compressed; a diffuser disposed downstream of the impeller to pressurize the gas, the diffuser comprising a movable ring, a main passage in which the gas flows past the ring, and an openable branch passage; and a circulation loop comprising an inlet and an outlet, the outlet being in communication with an inlet of the impeller; wherein the branch passage is disposed to be in communication with the main passage and the circulation loop so that a portion of the gas in the main passage passes through the circulation loop and returns to the impeller so as to be suctioned, wherein the main passage is defined by partitions (16, 18) that are opposite to each other, wherein one partition of the partitions (16, 18) is provided with a groove so that the ring fits into the groove, and wherein the branch passage is disposed between at least one surface of the ring and a wall of the groove; characterized in that: the branch passage is in communication with the main passage and the circulation loop when the ring moves into the main passage and closed when the ring is withdrawn from the main passage; and the at least one surface of the ring is a rear surface of the ring that faces away from the main passage. the branch passage is in communication with the main passage and the circulation loop when the ring moves into the main passage and closed when the ring is withdrawn from the main passage; and the at least one surface of the ring is a rear surface of the ring that faces away from the main passage.
A film comprising: a first layer of a first polymeric material having a first index of refraction; and, contiguous to said first layer, a second layer of a second polymeric material having a second index of refraction less than the first index of refraction, wherein the second polymeric material comprises a polydiorganosiloxane polyoxamide block copolymer comprising at least 2 repeat units of Formula I: wherein each R 1 is independently an alkyl, haloalkyl, aralkyl, alkenyl, aryl, or aryl substituted with an alkyl, alkoxy, or halo; each Y is independently an alkylene, aralkylene, or a combination thereof; G is a divalent residue equal to a diamine of formula R 3 HN-G-NHR 3 minus the two -NHR 3 groups; R 3 is hydrogen, alkyl, or taken together with G and to the nitrogen to which they are both attached forms a heterocyclic group; n is independently an integer of 0 to 1500; each B is a covalent bond; and p is an integer of 1 to 10; wherein "index of refraction" refers to a refractive index of a material in the plane of said material with respect to light at 633nm and normal incidence. a first layer of a first polymeric material having a first index of refraction; and, contiguous to said first layer, a second layer of a second polymeric material having a second index of refraction less than the first index of refraction, wherein the second polymeric material comprises a polydiorganosiloxane polyoxamide block copolymer comprising at least 2 repeat units of Formula I: wherein each R 1 is independently an alkyl, haloalkyl, aralkyl, alkenyl, aryl, or aryl substituted with an alkyl, alkoxy, or halo; each Y is independently an alkylene, aralkylene, or a combination thereof; G is a divalent residue equal to a diamine of formula R 3 HN-G-NHR 3 minus the two -NHR 3 groups; R 3 is hydrogen, alkyl, or taken together with G and to the nitrogen to which they are both attached forms a heterocyclic group; n is independently an integer of 0 to 1500; each B is a covalent bond; and p is an integer of 1 to 10; wherein each R 1 is independently an alkyl, haloalkyl, aralkyl, alkenyl, aryl, or aryl substituted with an alkyl, alkoxy, or halo; each Y is independently an alkylene, aralkylene, or a combination thereof; G is a divalent residue equal to a diamine of formula R 3 HN-G-NHR 3 minus the two -NHR 3 groups; R 3 is hydrogen, alkyl, or taken together with G and to the nitrogen to which they are both attached forms a heterocyclic group; n is independently an integer of 0 to 1500; each B is a covalent bond; and p is an integer of 1 to 10; wherein "index of refraction" refers to a refractive index of a material in the plane of said material with respect to light at 633nm and normal incidence.
An ophthalmic composition for use in a method for the treatment of corneal epithelial lesions, consisting of an aqueous solution containing between 1% and 10% by weight of arabinogalactan and not containing benzalkonium chloride.
A composition comprising a vector encoding a small hairpin ribonucleic acid ("shRNA") against human mAKAP, wherein the small hairpin ribonucleic acid comprises: the nucleotide sequence GGAGGAAATAGCAAGGTTA (SEQ ID NO:9); and a nucleotide sequence substantially complementary to SEQ ID NO. 9.
Spraying robot for applying fluid insecticides or pesticide, fertilizer, cleaner or disinfectant solutions, comprising: at least one spraying device, comprising: at least one spray nozzle; a water supply port connected to the spray nozzle via a first fluid line; a metering device adapted to dispense an active agent into the first fluid line at a mixing point; and at least one active agent tank which is connected to the metering device via a second fluid line, the first fluid line running from the mixing point directly to the spray nozzle; a drive system; and a control system that controls the drive system and the spraying device, wherein the spraying robot is a mobile spraying robot that further comprises at least one hose container device that receives a water supply and/or compressed air supply hose. at least one spraying device, comprising: at least one spray nozzle; a water supply port connected to the spray nozzle via a first fluid line; a metering device adapted to dispense an active agent into the first fluid line at a mixing point; and at least one active agent tank which is connected to the metering device via a second fluid line, the first fluid line running from the mixing point directly to the spray nozzle; at least one spray nozzle; a water supply port connected to the spray nozzle via a first fluid line; a metering device adapted to dispense an active agent into the first fluid line at a mixing point; and at least one active agent tank which is connected to the metering device via a second fluid line, the first fluid line running from the mixing point directly to the spray nozzle; a drive system; and a control system that controls the drive system and the spraying device, wherein the spraying robot is a mobile spraying robot that further comprises at least one hose container device that receives a water supply and/or compressed air supply hose.
An acidic solution comprising an anti-studge composition, wherein the anti-sludge composition comprises. a) a formulated dodecylbenzene sulfonic acid, wherein the formulated dodecylbenzene sulfonic acid comprises from 60% to 70% dodecylbenzene sulfonic acid and a nonionic surfactant; b) an iron reducing agent, wherein the iron reducing agent comprises mercaptoethanol, cupric chloride, and monoethanol amine; c) a corrosion inhibitor; and d) a cationic surfactant. a) a formulated dodecylbenzene sulfonic acid, wherein the formulated dodecylbenzene sulfonic acid comprises from 60% to 70% dodecylbenzene sulfonic acid and a nonionic surfactant; b) an iron reducing agent, wherein the iron reducing agent comprises mercaptoethanol, cupric chloride, and monoethanol amine; c) a corrosion inhibitor; and d) a cationic surfactant.
A process for producing an at least partially coated article comprising the step of producing the article by means of an additive manufacturing process from a construction material, wherein the construction material comprises a thermoplastic polyurethane material, characterized in that after the production of the article the process further comprises the step of: at least partially contacting the article with a preparation selected from: - aqueous polyurethane dispersion, - aqueous dispersion of an OH-containing polymer, wherein this dispersion further contains an NCO-containing compound, - aqueous preparation of an NCO-containing compound, wherein this preparation contains no OH-containing polymers, or a combination of at least two of these. - aqueous polyurethane dispersion, - aqueous dispersion of an OH-containing polymer, wherein this dispersion further contains an NCO-containing compound, - aqueous preparation of an NCO-containing compound, wherein this preparation contains no OH-containing polymers,
A method, performed in a radio network node, of receiving transmission feedback, the method comprising: - transmitting, using a set of transmission properties, a transport block to a receiving wireless device; and - receiving, from the receiving wireless device, an acknowledgement, ACK, confirming reception and successful decoding of the transport block in the receiving wireless device, the ACK defines a decoding margin of the decoding, wherein the decoding margin indicates a number of hardware units being activated or used during reception and/or decoding of the transport block. - transmitting, using a set of transmission properties, a transport block to a receiving wireless device; and - receiving, from the receiving wireless device, an acknowledgement, ACK, confirming reception and successful decoding of the transport block in the receiving wireless device, the ACK defines a decoding margin of the decoding, wherein the decoding margin indicates a number of hardware units being activated or used during reception and/or decoding of the transport block.
A lighting unit comprising: a projection lens; a first image forming section (20, 84) for forming a first projected image on a rear focal plane of the projection lens; and a second image forming section (22, 86) for forming a second projected image on the rear focal plane of the projection lens, wherein the first image forming section (20, 84) includes a first light source (50, 114) and a shading member (18, 82) for intercepting a part of a light emitted from the first light source to form the first projected image, and the second image forming section (22, 86) includes a second light source (52, 116) and a reflecting surface (18d, 18e, 82d, 82e) for reflecting a light emitted from the second light source to form the second projected image, characterized in that the shading member includes a light transmission portion (18a-18c, 82a-82c) through which the light emitted from the first light source passes toward the projection lens, and a light shading portion (18, 82) for intercepting the part of the light emitted from the first light source, the shading member (18, 82) has at least two edge portions (18a-18c, 82a-82c) at the boundary between the light transmission portion and the light shading portion for defining a portion of the first projected image which is adjacent to the second projected image, and the reflecting surface (18d, 18e, 82d, 82e), having same height as the edge portions, is provided on a surface at the projection lens side of the light shading portion and is provided between the edge portions and covering the entire space between the edge portions of the shading member. a projection lens; a first image forming section (20, 84) for forming a first projected image on a rear focal plane of the projection lens; and a second image forming section (22, 86) for forming a second projected image on the rear focal plane of the projection lens,
A broadband wireless network paging controller comprising: a wired backbone interface to communicate with a plurality of macro base stations (102, 104) and a plurality of femto base stations (106, 108); and control logic, the control logic to generate a page for a mobile station, and the control logic to transmit the page over the wired backbone interface to all the macro base stations (102, 104) with paging group IDs corresponding to the page and to a select subset of the femto base stations within a service area, wherein the select subset of the femto base stations comprises only base stations that the mobile station is authorized to access, and wherein the control logic is to determine the select subset of femto base stations by accessing a database listing the femto base stations that the mobile station is authorized to access. a wired backbone interface to communicate with a plurality of macro base stations (102, 104) and a plurality of femto base stations (106, 108); and control logic, the control logic to generate a page for a mobile station, and the control logic to transmit the page over the wired backbone interface to all the macro base stations (102, 104) with paging group IDs corresponding to the page and to a select subset of the femto base stations within a service area, wherein the select subset of the femto base stations comprises only base stations that the mobile station is authorized to access, and wherein the control logic is to determine the select subset of femto base stations by accessing a database listing the femto base stations that the mobile station is authorized to access.
A transmission control method performed by a User Equipment, UE, comprising: receiving a Time Division Multiplexing, TDM, pattern sent by a base station, wherein the TDM pattern is configured to indicate an uplink resource and/or a downlink resource available for the UE, and the base station is a serving base station of the UE; and performing a transmission control according to the TDM pattern; characterized in that the performing the transmission control according to the TDM pattern comprises: in a case that the UE receives Downlink Control Information, DCI, of an uplink, UL, grant and an uplink resource indicated by the DCI conflicts with the uplink resource indicated by the TDM pattern, cancelling performing a scheduling result of the UL grant; wherein the uplink resource indicated by the DCI conflicting with the uplink resource indicated by the TDM pattern comprises: the uplink resource indicated by the DCI is within an uplink resource indicated by a TDM pattern of another base station. receiving a Time Division Multiplexing, TDM, pattern sent by a base station, wherein the TDM pattern is configured to indicate an uplink resource and/or a downlink resource available for the UE, and the base station is a serving base station of the UE; and performing a transmission control according to the TDM pattern; characterized in that the performing the transmission control according to the TDM pattern comprises: in a case that the UE receives Downlink Control Information, DCI, of an uplink, UL, grant and an uplink resource indicated by the DCI conflicts with the uplink resource indicated by the TDM pattern, cancelling performing a scheduling result of the UL grant; wherein the uplink resource indicated by the DCI conflicting with the uplink resource indicated by the TDM pattern comprises: the uplink resource indicated by the DCI is within an uplink resource indicated by a TDM pattern of another base station. in a case that the UE receives Downlink Control Information, DCI, of an uplink, UL, grant and an uplink resource indicated by the DCI conflicts with the uplink resource indicated by the TDM pattern, cancelling performing a scheduling result of the UL grant; wherein the uplink resource indicated by the DCI conflicting with the uplink resource indicated by the TDM pattern comprises: the uplink resource indicated by the DCI is within an uplink resource indicated by a TDM pattern of another base station.
A mobile terminal, comprising: a camera having a zoom lens assembly; and a display to display an image taken via the camera, wherein the zoom lens assembly comprises: a housing; a zoom lens unit that includes a plurality of lenses stationarily arranged in a first direction within the housing by being spaced apart from each other along an optic axis, the plurality of lenses are formed of a polymer; a drive unit to pressurize a prescribed one of the lenses to vary the refractive index of the prescribed lens without a position shift of the plurality of the lenses; and a controller to control the drive unit to change a focal distance of the zoom lens unit to enlarge an image or to reduce an image, wherein the drive unit comprises: a piezoelectric device provided on the prescribed lens and characterized in that a plurality of ducts are formed in the housing in the first direction and filled with a conductive paste and are arranged to electrically connect the controller to the corresponding piezoelectric device. a camera having a zoom lens assembly; and a display to display an image taken via the camera, wherein the zoom lens assembly comprises: a housing; a zoom lens unit that includes a plurality of lenses stationarily arranged in a first direction within the housing by being spaced apart from each other along an optic axis, the plurality of lenses are formed of a polymer; a drive unit to pressurize a prescribed one of the lenses to vary the refractive index of the prescribed lens without a position shift of the plurality of the lenses; and a controller to control the drive unit to change a focal distance of the zoom lens unit to enlarge an image or to reduce an image, a housing; a zoom lens unit that includes a plurality of lenses stationarily arranged in a first direction within the housing by being spaced apart from each other along an optic axis, the plurality of lenses are formed of a polymer; a drive unit to pressurize a prescribed one of the lenses to vary the refractive index of the prescribed lens without a position shift of the plurality of the lenses; and a controller to control the drive unit to change a focal distance of the zoom lens unit to enlarge an image or to reduce an image, wherein the drive unit comprises: a piezoelectric device provided on the prescribed lens and characterized in that a plurality of ducts are formed in the housing in the first direction and filled with a conductive paste and are arranged to electrically connect the controller to the corresponding piezoelectric device. a piezoelectric device provided on the prescribed lens and characterized in that a plurality of ducts are formed in the housing in the first direction and filled with a conductive paste and are arranged to electrically connect the controller to the corresponding piezoelectric device.
A nipple for tubeless spoked wheels including an axially extending shaft, a first and a second shoulder (8,17) on said shaft spaced axially from each other, wherein at least one of said shoulders is removable from an operative seat on the shaft of the nipple to allow the insertion of the nipple into a respective housing and resettable when inserted to retain the nipple in said housing, said nipple being shaped in a region between said first shoulder and said second shoulder when mounted in order to be equipped with at least one sealing ring (14,15) and further comprising an auxiliary seat on said nipple for housing said second shoulder when removed from the operative seat, said auxiliary seat being made in the nipple in the region thereof with a reduced diameter, characterized in the said auxiliary seat is made such that, when a resilient element serving as said second shoulder is retained therein, the overall diameter of the resilient element is smaller than or equal to the diameter of said sealing rings (14,15) assembled on the nipple.