mhurhangee/patent-ind-claim-en huggingface dataset:
Container for the temporary storage of waste and/or recyclable materials comprising: - a circumferential side wall , which laterally delimits a container interior space , - an opening , which is arranged at a first end of the side wall, - a bottom element , which is arranged at a second end of the side wall, and - at least two wheels , wherein the bottom element is movable in the direction of the opening, and in the region of the container interior space , in which the bottom element is movable, the cross-sectional shape of the container interior space orientated parallel to the bottom element corresponds to the bottom element, characterized in that at least one of the wheels is designed and/or mounted in a noise-damping manner, wherein the cross-sectional area and/or the cross-sectional shape of the container interior space is constant in the area of the container interior space in which the bottom element is movable. - a circumferential side wall , which laterally delimits a container interior space , - an opening , which is arranged at a first end of the side wall, - a bottom element , which is arranged at a second end of the side wall, and - at least two wheels , wherein the bottom element is movable in the direction of the opening, and in the region of the container interior space , in which the bottom element is movable, the cross-sectional shape of the container interior space orientated parallel to the bottom element corresponds to the bottom element, characterized in that at least one of the wheels is designed and/or mounted in a noise-damping manner, wherein the cross-sectional area and/or the cross-sectional shape of the container interior space is constant in the area of the container interior space in which the bottom element is movable.
A method of assembling a pipe-in-pipe pipeline by adding a succession of inner and outer pipe sections to a trailing end of the partially-completed pipeline , the method comprising: welding a leading end of a first inner pipe section to a trailing end of an inner pipe of the partially-completed pipeline ; advancing a leading end of a second inner pipe section to a trailing end of the first inner pipe section ; advancing an outer pipe section downstream from the second inner pipe section along and around the first inner pipe section and into abutment with a trailing end of an outer pipe of the partially-completed pipeline ; and welding a leading end of the outer pipe section to the trailing end of the outer pipe . welding a leading end of a first inner pipe section to a trailing end of an inner pipe of the partially-completed pipeline ; advancing a leading end of a second inner pipe section to a trailing end of the first inner pipe section ; advancing an outer pipe section downstream from the second inner pipe section along and around the first inner pipe section and into abutment with a trailing end of an outer pipe of the partially-completed pipeline ; and welding a leading end of the outer pipe section to the trailing end of the outer pipe .
A method for user-plane, U-plane, fast transition to an access point, AP, of a secondary radio access technology, RAT, performed by a user equipment, UE, in a wireless communication system, the method comprising: performing data transmission through a primary radio access technology, RAT, system; acquiring a radio resource control, RRC, connection reconfiguration message including information on a UE-specific threshold and information on a satisfaction duration from the primary RAT system; and when a condition based on the threshold and a measurement result of a secondary RAT system is satisfied during the satisfaction duration, performing data transmission through the secondary RAT system. performing data transmission through a primary radio access technology, RAT, system; acquiring a radio resource control, RRC, connection reconfiguration message including information on a UE-specific threshold and information on a satisfaction duration from the primary RAT system; and when a condition based on the threshold and a measurement result of a secondary RAT system is satisfied during the satisfaction duration, performing data transmission through the secondary RAT system.
A carburetor base of an engine provided with an axial through hole and a pulsation hole channel , the carburetor base being provided with an anti-blocking component ; wherein the anti-blocking component is mounted in the axial through hole and is provided with an air inlet channel , and the air inlet channel communicates with the pulsation hole channel ; wherein the anti-blocking component is a tubular article, and is tightly matched with the axial through hole ; wherein the anti-blocking component is provided with an annular recess on an outer wall thereof, and the annular recess communicates with the pulsation hole channel ; wherein the annular recess is provided with a single through hole ; and wherein a position of the through hole can be adjusted during manufacturing of the carburetor base so that, in use it is located above the air inlet channel , to avoid the pulsation hole channel being blocked by fuel oil.
A method for generating a classification-based dissemination control environment, the method being implemented by a system including one or more physical processors and storage media storing machine-readable instructions, the method comprising: receiving a search query for data objects within a map , the data objects associated with a classification level in a hierarchy of classification levels; generating a plurality of result sets of the search query based on different classification levels of the plurality of classification levels such that each result set includes only data objects accessible with the respective classification level; storing the plurality of result sets of the search query; generating a plurality of dissemination views, each dissemination view of the plurality of dissemination views corresponding to a map based on a corresponding result set of the stored plurality of result sets, wherein each dissemination view includes only data objects accessible with the classification level associated with the respective result set, and wherein each dissemination view is associated with one or more of the different classification levels; receiving a request for at least two dissemination views of the plurality of dissemination views; and providing the at least two dissemination views for a collaborative presentation that involves a first user and a second user by providing a first dissemination view of the at least two dissemination views for presentation to the first user, and providing a second dissemination view of the at least two dissemination views for presentation to the second user. receiving a search query for data objects within a map , the data objects associated with a classification level in a hierarchy of classification levels; generating a plurality of result sets of the search query based on different classification levels of the plurality of classification levels such that each result set includes only data objects accessible with the respective classification level; storing the plurality of result sets of the search query; generating a plurality of dissemination views, each dissemination view of the plurality of dissemination views corresponding to a map based on a corresponding result set of the stored plurality of result sets, wherein each dissemination view includes only data objects accessible with the classification level associated with the respective result set, and wherein each dissemination view is associated with one or more of the different classification levels; receiving a request for at least two dissemination views of the plurality of dissemination views; and providing the at least two dissemination views for a collaborative presentation that involves a first user and a second user by providing a first dissemination view of the at least two dissemination views for presentation to the first user, and providing a second dissemination view of the at least two dissemination views for presentation to the second user.
Container closure having a chamber for storing a second medium to be stored separately from a first medium stored in a container before use, the container closure having a first closure part and a second closure part , the first closure part having a cap section , the first closure part being connectable to the container in the region of this cap section , a closure part of the closure parts , specifically the second closure part , having a circumferential jacket section , the chamber being formed by the jacket section , the chamber having an outlet opening for dispensing the second medium, the second closure part being movable relative to the first closure part from a closed position into an outlet position in order to dispense the second medium into the container , a sealing section closing the outlet opening in a sealing manner in the closed position, a closable filling opening for filling the chamber opening into the chamber in the closed position of the closure parts being formed in a cap section of the second closure part that can be connected to the first closure part , the other closure part of the closure parts , specifically the first closure part , having the sealing section and a plurality of passage openings opening into the container , the second closure part closing the passage openings in the closed position, the other closure part of the closure parts having a receiving region for the chamber , the receiving region having another jacket section enclosing the chamber circumferentially, the sealing section being connected to the other jacket section , the sealing section being connected to the other jacket section by means of webs , the passage openings being formed by clearances between the webs , characterized in that the webs contact the sealing section tangentially.
A method performed by at least one first apparatus, the method comprising: - obtaining an image of at least a part of a surface of a consignment unit; - deriving a representation of the at least a part of the surface from the image, the representation comprising a set of values respectively representing a corresponding set of height levels of corresponding sections of the at least a part of the surface; - generating a string of characters based on the representation of the at least a part of the surface, the string of characters comprising at least a first portion representative of the set of height levels of the corresponding sections of the at least a part of the surface and a second portion generated based on a function of the representation and/or of the first portion of the string of characters; and - associating information representing the string of characters with shipping information of the consignment unit. - obtaining an image of at least a part of a surface of a consignment unit; - deriving a representation of the at least a part of the surface from the image, the representation comprising a set of values respectively representing a corresponding set of height levels of corresponding sections of the at least a part of the surface; - generating a string of characters based on the representation of the at least a part of the surface, the string of characters comprising at least a first portion representative of the set of height levels of the corresponding sections of the at least a part of the surface and a second portion generated based on a function of the representation and/or of the first portion of the string of characters; and - associating information representing the string of characters with shipping information of the consignment unit.
A glass comprising, in weight percent: 50 to 72 percent SiO 2 ; greater than 15 to 25 percent Al 2 O 3 ; 0 to 10 percent B 2 O 3 ; less than 2.5 percent MgO; 10 to 25 percent total M 2 O; and greater than 0 to 25 percent total RO; wherein, M is an alkali metal selected from Na, Li, Rb, and Cs and wherein the glass comprises 9 to 17 weight percent Na 2 O, and wherein, R is an alkaline earth metal selected from Mg, Ca, Ba, and Sr, wherein the glass comprises no K 2 O. 50 to 72 percent SiO 2 ; greater than 15 to 25 percent Al 2 O 3 ; 0 to 10 percent B 2 O 3 ; less than 2.5 percent MgO; 10 to 25 percent total M 2 O; and greater than 0 to 25 percent total RO;
A method for affixing rubber strip (G1) on a drum side surface of a drum supported rotatably around a drum shaft center by winding and affixing a tape-like unvulcanized rubber strip (G1) around the drum shaft center ; wherein the rubber strip (G1) is supplied to the drum side surface in a conveyance direction at a right angle to a reference line (N) extending over the drum side surface from the drum shaft center radially outward through the use of an applicator , the supplied rubber strip (G1) is pressed against and affixed to the drum side surface through the use of an affixing roller , wherein the pressing by the affixing roller is on a width centerline (Gj) of the in conveyance direction supplied rubber strip (G1) and, the affixing roller is rotatably supported around the roller shaft center parallel to the reference line (N), and the roller shaft center is disposed at a distance L downstream from the reference line (N) in the drum rotation direction.
A gas turbine engine component comprising: an engine component body; and at least one hole formed within the engine component body and extending between a hole inlet and a hole outlet , wherein the hole has a first portion having a first surface roughness (R1) and a second portion having a second surface roughness (R2) that is less than the first surface roughness (R1), and wherein the first portion is upstream of the second portion , characterised in that : wherein the first surface roughness is within a first range of 4 mils to 20 mils (0.1 mm to 0.5 mm) and the second surface roughness is within a range of 0.5 mils to 10 mils (0.0127 mm to 0.254 mm), wherein any of various combinations of the first and second surface roughnesses (R1, R2) can be utilized within the first and second ranges as long as the first surface roughness (R1) is greater than the second surface roughness (R2). an engine component body; and at least one hole formed within the engine component body and extending between a hole inlet and a hole outlet , wherein the hole has a first portion having a first surface roughness (R1) and a second portion having a second surface roughness (R2) that is less than the first surface roughness (R1), and wherein the first portion is upstream of the second portion , characterised in that : wherein the first surface roughness is within a first range of 4 mils to 20 mils (0.1 mm to 0.5 mm) and the second surface roughness is within a range of 0.5 mils to 10 mils (0.0127 mm to 0.254 mm), wherein any of various combinations of the first and second surface roughnesses (R1, R2) can be utilized within the first and second ranges as long as the first surface roughness (R1) is greater than the second surface roughness (R2).
A fluid pump apparatus for an artificial lift system , the fluid pump apparatus: having a barrel having an interior and a lower end , said barrel having a first wide inner diameter section and a second wide inner diameter section and a reduced inner diameter section between said first wide inner diameter section and said second wide inner diameter section , said barrel having an opening at the top thereof and an opening at a lower end thereof , a standing valve positioned at said lower end of said barrel , said standing valve movable between an open position and a closed position, a plunger reciprocatingly mounted within said barrel , said plunger having a wide diameter section and a narrow diameter section positioned above said wide diameter section , said plunger having a first aperture at an upper portion of said plunger and a second aperture extending through a wall of said plunger so as to open to a channel extending longitudinally through said plunger , said plunger having a central chamber , said central chamber having a first shoulder located below said first aperture and above said second aperture , the fluid pump apparatus characterized in that ; a traveling valve is positioned in an interior of said plunger so as to control fluid flow through said plunger , said traveling valve having a head portion and a body extending downwardly from said head portion , said body slidably movable within an interior of said plunger , said body having a fluid-passing channel therein that opens to an exterior of said body , said first shoulder defining a seat for said traveling valve. having a barrel having an interior and a lower end , said barrel having a first wide inner diameter section and a second wide inner diameter section and a reduced inner diameter section between said first wide inner diameter section and said second wide inner diameter section , said barrel having an opening at the top thereof and an opening at a lower end thereof , a standing valve positioned at said lower end of said barrel , said standing valve movable between an open position and a closed position, a plunger reciprocatingly mounted within said barrel , said plunger having a wide diameter section and a narrow diameter section positioned above said wide diameter section , said plunger having a first aperture at an upper portion of said plunger and a second aperture extending through a wall of said plunger so as to open to a channel extending longitudinally through said plunger , said plunger having a central chamber , said central chamber having a first shoulder located below said first aperture and above said second aperture , the fluid pump apparatus characterized in that ; a traveling valve is positioned in an interior of said plunger so as to control fluid flow through said plunger , said traveling valve having a head portion and a body extending downwardly from said head portion , said body slidably movable within an interior of said plunger , said body having a fluid-passing channel therein that opens to an exterior of said body , said first shoulder defining a seat for said traveling valve.
A dunnage apparatus , comprising: a converting station that converts a line of high-density supply material into low-density dunnage and ejects the dunnage at an exit into an exit trajectory along a path; and characterized in that a deflector is mounted repositionably downstream of the exit at a first angle with respect to the exit , the deflector being repositionable between: a first position at a first distance from the exit and at the first angle, in which the deflector is interposed into the path of the exit trajectory to deflect the ejected dunnage traveling along the exit trajectory into a first deflected trajectory, and a second position at a second distance from the exit and at the first angle, in which the deflector is interposed into the path farther from the exit than in the first position to deflect the ejected dunnage traveling along the exit trajectory to a second deflected trajectory, wherein the deflector is retained in each of the first position or the second position during the ejection of the dunnage . a converting station that converts a line of high-density supply material into low-density dunnage and ejects the dunnage at an exit into an exit trajectory along a path; and characterized in that a deflector is mounted repositionably downstream of the exit at a first angle with respect to the exit , the deflector being repositionable between: a first position at a first distance from the exit and at the first angle, in which the deflector is interposed into the path of the exit trajectory to deflect the ejected dunnage traveling along the exit trajectory into a first deflected trajectory, and a second position at a second distance from the exit and at the first angle, in which the deflector is interposed into the path farther from the exit than in the first position to deflect the ejected dunnage traveling along the exit trajectory to a second deflected trajectory, wherein the deflector is retained in each of the first position or the second position during the ejection of the dunnage . a first position at a first distance from the exit and at the first angle, in which the deflector is interposed into the path of the exit trajectory to deflect the ejected dunnage traveling along the exit trajectory into a first deflected trajectory, and a second position at a second distance from the exit and at the first angle, in which the deflector is interposed into the path farther from the exit than in the first position to deflect the ejected dunnage traveling along the exit trajectory to a second deflected trajectory, wherein the deflector is retained in each of the first position or the second position during the ejection of the dunnage .
An apparatus for orienting magnetic flakes in a fluid carrier printed on a substrate in a printing process, the apparatus comprising: a rotatable roller for positioning with an outer surface proximate to the substrate, the rotatable roller comprising a cylindrical body comprising a cavity characterised by a magnet rotatably positioned within the cavity for creating a magnetic field of a pre-determined configuration emanating from the outer surface of the rotatable roller into the substrate; and a means for spinning the magnet within the cavity during the printing process for orienting the magnetic flakes in a pattern. a rotatable roller for positioning with an outer surface proximate to the substrate, the rotatable roller comprising a cylindrical body comprising a cavity characterised by a magnet rotatably positioned within the cavity for creating a magnetic field of a pre-determined configuration emanating from the outer surface of the rotatable roller into the substrate; and a means for spinning the magnet within the cavity during the printing process for orienting the magnetic flakes in a pattern.
A data transmission method, comprising: receiving (S103), by a user equipment, UE, a scrambled control channel sent by an access network device; descrambling (S104), by the UE, the scrambled control channel by using a first identifier, to obtain control information and cyclic redundancy code, CRC; after the UE completes a check on the CRC, receiving , by the UE according to the control information, data sent by the access network device; and sending (S108), by the UE, acknowledgement feedback information to the access network device, wherein a resource for sending the acknowledgement feedback information is a physical uplink control channel resource allocated in downlink scheduling; and a feedback timing of the acknowledgement feedback information is indicated by the downlink scheduling, wherein the first identifier is a higher layer identifier of the UE, characterised in that the higher layer identifier of the UE is either a system architecture evolution-temporary mobile subscriber identity, S-TMSI, or a mobility management entity-temporary mobile subscriber identity, M-TMSI. receiving (S103), by a user equipment, UE, a scrambled control channel sent by an access network device; descrambling (S104), by the UE, the scrambled control channel by using a first identifier, to obtain control information and cyclic redundancy code, CRC; after the UE completes a check on the CRC, receiving , by the UE according to the control information, data sent by the access network device; and sending (S108), by the UE, acknowledgement feedback information to the access network device, wherein a resource for sending the acknowledgement feedback information is a physical uplink control channel resource allocated in downlink scheduling; and a feedback timing of the acknowledgement feedback information is indicated by the downlink scheduling, wherein the first identifier is a higher layer identifier of the UE, characterised in that the higher layer identifier of the UE is either a system architecture evolution-temporary mobile subscriber identity, S-TMSI, or a mobility management entity-temporary mobile subscriber identity, M-TMSI.