mhurhangee/ep-ind-claims huggingface dataset:
An attachment of an electric hair trimmer, the attachment is mountable on the electric hair trimmer, the electric hair trimmer is configured such that an angle formed by a moving direction of a movable blade with respect to a fixed blade provided on a head portion and a longitudinal direction of a grip portion which supports the head portion is an acute angle or the moving direction and the longitudinal direction are parallel to each other, and is configured to adjust a cutting length which is a length of hair introduced between the fixed blade and the movable blade, the attachment comprising: a mounting portion mountable on the head portion so as to cover the head portion; a slide portion mounted on the mounting portion in a slidable manner with respect to the mounting portion such that the cutting length is changed; a comb formed on the slide portion so as to guide hair between the fixed blade and the movable blade; an operation part operated for moving the slide portion relative to the mounting portion, wherein the operation part includes a ring rotatable relative to the mounting portion; and a movement converting part which converts a rotational movement of the ring into a translational movement of the slide portion, characterized in that the movement converting part includes a helical groove, and a projection which is inserted in the helical groove such that the projection is movable in the helical groove, one of the helical groove and the projection is formed on an inner peripheral surface of the ring, and another of the helical groove and the projection is formed on an outer surface of the slide portion. a mounting portion mountable on the head portion so as to cover the head portion; a slide portion mounted on the mounting portion in a slidable manner with respect to the mounting portion such that the cutting length is changed; a comb formed on the slide portion so as to guide hair between the fixed blade and the movable blade; an operation part operated for moving the slide portion relative to the mounting portion, wherein the operation part includes a ring rotatable relative to the mounting portion; and a movement converting part which converts a rotational movement of the ring into a translational movement of the slide portion, characterized in that the movement converting part includes a helical groove, and a projection which is inserted in the helical groove such that the projection is movable in the helical groove, one of the helical groove and the projection is formed on an inner peripheral surface of the ring, and another of the helical groove and the projection is formed on an outer surface of the slide portion.
A fastener device for fastening an article on a support plate, which fastener device comprises: a hollow body that is for housing in an engagement opening of said support plate, and that is provided with anchor means (8, 11) that are suitable for securing it to said support plate; a slider that is suitable for successively being engaged in and extracted from said hollow body, and that is provided with attachment means that are suitable for securing it to said article; and blocking means (15, 33; 19, 24, 27, 37, 38) that are arranged: · on application of a first longitudinal thrust on said slider, initially to allow said slider to be engaged longitudinally in said hollow body, and subsequently tending to hold said slider blocked longitudinally relative to said hollow body in a first blocking position in which it cannot be engaged longitudinally beyond said first blocking position; and · on application of a first longitudinal removal force on said slider following said first longitudinal thrust, to retract in part and initially unblock said slider from said first blocking position and allow it to be removed in part from said hollow body starting from said first blocking position, and subsequently block said slider longitudinally in a second blocking position that is longitudinally offset from said first position and in which it cannot be removed from said hollow body and cannot be engaged longitudinally beyond said second blocking position; the fastener device being characterized in that said blocking means (15, 33) comprise both at least one side opening that passes through said hollow body and also an elastically-deformable blocking tab that is carried by said slider and that, during engagement of said slider in said hollow body, is for deploying sideways into said side opening and for bearing simultaneously beneath said support plate so as to oppose any longitudinal removal of said slider, and against said slider so as to oppose any longitudinal thrust of said slider, and thus define said first blocking position. · on application of a first longitudinal thrust on said slider, initially to allow said slider to be engaged longitudinally in said hollow body, and subsequently tending to hold said slider blocked longitudinally relative to said hollow body in a first blocking position in which it cannot be engaged longitudinally beyond said first blocking position; and · on application of a first longitudinal removal force on said slider following said first longitudinal thrust, to retract in part and initially unblock said slider from said first blocking position and allow it to be removed in part from said hollow body starting from said first blocking position, and subsequently block said slider longitudinally in a second blocking position that is longitudinally offset from said first position and in which it cannot be removed from said hollow body and cannot be engaged longitudinally beyond said second blocking position;
A method of filing orders, comprising: storing a plurality of inventory receptacles in an automated warehouse, at least some of said inventory receptacles having a plurality of different types of inventory items in that inventory receptacle; maintaining a queue of orders to be filled in a computer system, each of said orders including at least one inventory item, each of the orders comprising an individual order or group of individual orders; selecting at least one order from the queue with the computer system and assigning that at least one order to a pick station; said computer system providing instructions for retrieving at least one inventory receptacle (44, 46, 48) from said automated warehouse having at least one inventory item for the selected order and providing instructions for supplying the at least one receptacle to the pick station; and said computer system providing instructions for identifying to an operator which inventory item in the retrieved inventory receptacle or receptacles is to be segregated with the selected order in at least one put receptacle; characterized in that said at least one put receptacle receives inventory items for more than one individual order and in that the method is including said computer system providing instructions for including directing the at least one put receptacle to a secondary order processing station and in that the method is including said computer system providing instructions for separating items into individual orders at said secondary order processing station. storing a plurality of inventory receptacles in an automated warehouse, at least some of said inventory receptacles having a plurality of different types of inventory items in that inventory receptacle; maintaining a queue of orders to be filled in a computer system, each of said orders including at least one inventory item, each of the orders comprising an individual order or group of individual orders; selecting at least one order from the queue with the computer system and assigning that at least one order to a pick station; said computer system providing instructions for retrieving at least one inventory receptacle (44, 46, 48) from said automated warehouse having at least one inventory item for the selected order and providing instructions for supplying the at least one receptacle to the pick station; and said computer system providing instructions for identifying to an operator which inventory item in the retrieved inventory receptacle or receptacles is to be segregated with the selected order in at least one put receptacle; characterized in that said at least one put receptacle receives inventory items for more than one individual order and in that the method is including said computer system providing instructions for including directing the at least one put receptacle to a secondary order processing station and in that the method is including said computer system providing instructions for separating items into individual orders at said secondary order processing station.
A link member (900, 950) for a conveyor belt comprising: a pair of leg portions (920, 920'), each leg portion comprising a first opening (925, 925') at a distal end and a second opening at a proximal end; and a connecting portion (922, 922') that connects the pair of leg portions (920, 920') at the distal ends, the connecting portion comprising a curved bearing surface (926, 926') between first and second side surfaces (936A, 936A', 936B, 936B'), characterised in that the first side surface (936A, 936A') and the second side surface (936B, 936B') have the same radius as the curved bearing surface (926, 926') within the first opening (925, 925') of the pair of leg portions (920, 920'). a pair of leg portions (920, 920'), each leg portion comprising a first opening (925, 925') at a distal end and a second opening at a proximal end; and a connecting portion (922, 922') that connects the pair of leg portions (920, 920') at the distal ends, the connecting portion comprising a curved bearing surface (926, 926') between first and second side surfaces (936A, 936A', 936B, 936B'), characterised in that the first side surface (936A, 936A') and the second side surface (936B, 936B') have the same radius as the curved bearing surface (926, 926') within the first opening (925, 925') of the pair of leg portions (920, 920').
A channel synchronization method in a multicast single frequency network, the method comprising: a network device in the multicast single frequency network acquiring Multimedia Broadcast and Multicast Service, MBMS, service information, composing MBMS point-to-multipoint Control Channel, MCCH, messages from the MBMS service information, and adding the MCCH messages, time information of the MCCH messages and MCCH configuration information to an MBSFN MCCH Information message or an MBSFN MCH Information message, wherein the MBMS service information is carried in the MCCH messages; the network device transmitting the MBSFN MCCH Information message or the MBSFN MCH Information message to base stations in the multicast single frequency network via an interface; and the base stations in the multicast single frequency network transmitting the MCCH messages carried in the MBSFN MCCH Information message or the MBSFN MCH Information message to a user equipment over an MCCH according to the time information of the MCCH messages and the MCCH configuration information; wherein the MCCH configuration information comprises an MCCH scheduling repetition interval and/or information on an MCCH message modulation pattern. a network device in the multicast single frequency network acquiring Multimedia Broadcast and Multicast Service, MBMS, service information, composing MBMS point-to-multipoint Control Channel, MCCH, messages from the MBMS service information, and adding the MCCH messages, time information of the MCCH messages and MCCH configuration information to an MBSFN MCCH Information message or an MBSFN MCH Information message, wherein the MBMS service information is carried in the MCCH messages; the network device transmitting the MBSFN MCCH Information message or the MBSFN MCH Information message to base stations in the multicast single frequency network via an interface; and the base stations in the multicast single frequency network transmitting the MCCH messages carried in the MBSFN MCCH Information message or the MBSFN MCH Information message to a user equipment over an MCCH according to the time information of the MCCH messages and the MCCH configuration information; wherein the MCCH configuration information comprises an MCCH scheduling repetition interval and/or information on an MCCH message modulation pattern.
A device for removing a clot or embolus from a blood vessel, the device having a compacted configuration for delivery through a catheter lumen to the clot or embolus location, comprising: an expandable treatment member having a frusto-conical distal end with a distal tip and a proximal end; a delivery wire having a distal end coupled to the proximal end of the expandable treatment member; and a flow restrictor slideably carried along but not connected to the delivery wire at a location that is separate and proximal from the expandable treatment member, the flow restrictor having a body with a distal section and a proximal section, with the body defining an outer surface, the flow restrictor assuming an expanded configuration and an unexpanded configuration, wherein the outer surface of the distal section is covered by a biocompatible polymer coating, and the outer surface of the proximal section is uncovered in both the expanded and unexpanded configurations. an expandable treatment member having a frusto-conical distal end with a distal tip and a proximal end; a delivery wire having a distal end coupled to the proximal end of the expandable treatment member; and a flow restrictor slideably carried along but not connected to the delivery wire at a location that is separate and proximal from the expandable treatment member, the flow restrictor having a body with a distal section and a proximal section, with the body defining an outer surface, the flow restrictor assuming an expanded configuration and an unexpanded configuration, wherein the outer surface of the distal section is covered by a biocompatible polymer coating, and the outer surface of the proximal section is uncovered in both the expanded and unexpanded configurations.
An air-bleed/air-ingress arrangement for a gas turbine engine, the gas turbine engine comprising a bypass channel and an engine core, the engine core comprising a transition duct arranged in use to channel air towards one or more compressors (5, 6) and an air flow passage extending from the bypass channel through the core and towards the transition duct, the arrangement further comprising a first air-bleed port arranged in use to fluidly connect the transition duct and the airflow passage and configured to communicate air from the transition duct to the bypass channel and a second air-ingress port arranged in use to fluidly connect the transition duct and the airflow passage and configured to communicate air from the bypass channel to the transition duct, characterised in that the first air-bleed port and second air-ingress port are integrally formed in a single circumferentially extending body or a pair of circumferentially extending bodies arranged in use to abut one another, wherein the single circumferentially extending body or the pair of circumferentially extending bodies each comprise either a ring or a torus.
Water-absorbing polymer particles obtainable by a process for continuously producing water-absorbing polymer particles by polymerizing a monomer solution comprising a) at least one ethylenically unsaturated monomer which bears acid groups and may have been at least partly neutralized, b) optionally one or more crosslinkers, c) at least one initiator, d) optionally one or more ethylenically unsaturated monomers copolymerizable with the monomers mentioned under a) and e) optionally one or more water-soluble polymers, the monomer solution being suspended in a hydrophobic organic solvent during the polymerization, and thermally surface postcrosslinking the resultant polymer particles by means of an organic surface postcrosslinker, wherein the amount of crosslinker b) is selected such that the polymer particles before the surface postcrosslinking have a centrifuge retention capacity of at least 41 g/g and the thermal surface postcrosslinking is conducted at 100 to 190°C, and the water-absorbing particles having a centrifuge retention capacity of at least 41 g/g, an absorption under a pressure of 21.0 g/cm 2 of at least 30 g/g, an absorption under a pressure of 49.2 g/cm 2 of at least 14 g/g, and less than 20% by weight of extractables, in each case measured as described in the methods part of the description. a) at least one ethylenically unsaturated monomer which bears acid groups and may have been at least partly neutralized, b) optionally one or more crosslinkers, c) at least one initiator, d) optionally one or more ethylenically unsaturated monomers copolymerizable with the monomers mentioned under a) and e) optionally one or more water-soluble polymers,
A blower, comprising: a first tower having a first inner wall and a first outer wall which are configured to form a first inner air flow path on an upper portion of the blower; a second tower having a second inner wall and a second outer wall which are configured to form a second inner air flow path on the upper portion of the blower, wherein the second inner wall is facing the first inner wall and is spaced apart laterally from the first inner wall to form a blowing space therebetween; a first discharge port formed in the first inner wall and configured to discharge a frontward airflow to the blowing space; a second discharge port formed in the second inner wall to discharge a frontward airflow to the blowing space; a fan provided in a lower portion of the blower below the first and second towers and configured to blow air toward the first and second inner air flow paths; a first guide board provided movably inside the first tower to protrude to the blowing space; a second guide board provided movably inside the second tower to protrude to the blowing space, and wherein the first and second guide boards are configured to block a front of the blowing space to change a direction of an air discharged from the first and second discharge ports to upward. a first tower having a first inner wall and a first outer wall which are configured to form a first inner air flow path on an upper portion of the blower; a second tower having a second inner wall and a second outer wall which are configured to form a second inner air flow path on the upper portion of the blower, wherein the second inner wall is facing the first inner wall and is spaced apart laterally from the first inner wall to form a blowing space therebetween; a first discharge port formed in the first inner wall and configured to discharge a frontward airflow to the blowing space; a second discharge port formed in the second inner wall to discharge a frontward airflow to the blowing space; a fan provided in a lower portion of the blower below the first and second towers and configured to blow air toward the first and second inner air flow paths; a first guide board provided movably inside the first tower to protrude to the blowing space; a second guide board provided movably inside the second tower to protrude to the blowing space, and wherein the first and second guide boards are configured to block a front of the blowing space to change a direction of an air discharged from the first and second discharge ports to upward.
A phased array antenna for use in an earth terminal of a Low Earth Orbit satellite communication system, the phased array antenna comprising: a set of antenna elements, each antenna element (806,808) being a quadrifilar helical antenna; the antenna elements (806, 808) being located on a plane and spaced from each other by a distance of from 0.4λ to 0.45λ, where λ is a wavelength corresponding to an operating frequency of the phased array antenna; each antenna element (806, 808) comprising a set of four filaments including a first filament, a second filament, a third filament and a fourth filament which wind in helical fashion about an element centerline and each filament (702, 704, 706, 708) having a helical pitch angle α of between 62° and 84°. a set of antenna elements, each antenna element (806,808) being a quadrifilar helical antenna; the antenna elements (806, 808) being located on a plane and spaced from each other by a distance of from 0.4λ to 0.45λ, where λ is a wavelength corresponding to an operating frequency of the phased array antenna; each antenna element (806, 808) comprising a set of four filaments including a first filament, a second filament, a third filament and a fourth filament which wind in helical fashion about an element centerline and each filament (702, 704, 706, 708) having a helical pitch angle α of between 62° and 84°.
A method for operating a beverage preparation device designed for preparing beverages by means of portion units, in particular capsules, a, in particular multidimensional, first color signal for identifying a type of portion unit being generated by a portion unit by means of an optical color sensor, in particular an RGB sensor, a program for operating the beverage preparation device being selected and carried out by a control after the completed identification of the portion unit type based on the color signal, in particular based on digital color information generated based on the color signal, said program being specific to the portion unit type, said first color signal being captured during a movement of the portion unit relative to the color sensor, characterized in that in addition to the first color signal, at least a second, preferably multidimensional, color signal is generated by the portion unit either 1 simultaneously or, alternatively, consecutively during the relative movement on the basis of a second surface area of the portion unit which is, at least partially, different from the first surface area of the portion unit based on the first color signal, and that the first and at least the second color signal flow into the generation of an, in particular only, overall color characterizing the portion unit type, in particular by average determination of digital color information generated on the basis of color signals, the portion-specific program being assigned to said overall color.