mhurhangee/ep-ind-claims huggingface dataset:
An electronic device of a first base station, which is adapted to maintain a first communication channel with a user equipment, the electronic device comprising circuitry, configured to: send, to the user equipment, measurement configuration information for measuring a signal of a second base station; receive, from the user equipment, a measuring result of the second base station based on the measurement configuration information; send, to the second base station, a request regarding the user equipment to establish communication with the second base station while the first communication channel being maintained; receive, from the second base station, acknowledge information comprising configuration information for the user equipment to establish communication with the second base station; based on the acknowledge information send, to the user equipment Radio Resource Control RRC, configuration information comprising the acknowledge information, to establish a second communication channel with the second base station while the first communication channel being maintained; wherein the frequency bands used for communication between the first base station and the user equipment are different from the frequency bands used for the communication between the user equipment and the second base station. send, to the user equipment, measurement configuration information for measuring a signal of a second base station; receive, from the user equipment, a measuring result of the second base station based on the measurement configuration information; send, to the second base station, a request regarding the user equipment to establish communication with the second base station while the first communication channel being maintained; receive, from the second base station, acknowledge information comprising configuration information for the user equipment to establish communication with the second base station; based on the acknowledge information send, to the user equipment Radio Resource Control RRC, configuration information comprising the acknowledge information, to establish a second communication channel with the second base station while the first communication channel being maintained; wherein the frequency bands used for communication between the first base station and the user equipment are different from the frequency bands used for the communication between the user equipment and the second base station.
Stimulation electrode arrangement adapted for use in a device for electrostimulation of the eye, the device having a spectacles-like frame with a nosepiece, an arrangement, connected to the nosepiece, for holding the frame on the head of the patient, and at least one electrode holder (24, 25), arranged on the nosepiece in adjustable fashion, for a wire-shaped stimulation electrode (26, 27), wherein the stimulation electrode arrangement comprises an electrode carrier and the stimulation electrode (26, 27), wherein the stimulation electrode arrangement is adapted to be attached to the electrode holder (24, 25) in detachable fashion and characterized in that the stimulation electrode (26, 27) is arranged on the electrode carrier in non-detachable fashion, and wherein the electrode carrier and the stimulation electrode (26, 27) are combined in non-detachable fashion to form the stimulation electrode arrangement adapted to be attached to the electrode holder (24, 25) in a replaceable fashion.
A process for controlling anti -foam injection in an aromatics extraction unit, comprising: measuring the pressure of the section between a lean solvent injection point and a feed point; measuring the pressure of the section between an overhead and the lean solvent point; determining the pressure difference of the section between the lean solvent injection point and the feed point and the section between the overhead and the lean solvent point; measuring the pressure of the section between lean solvent injection point and the feed point; measuring the pressure of the section between the feed point and the bottom of the column; determining the pressure difference of the section between the lean solvent injection point and the feed point and the section between the feed point and the bottom of the column; measuring the pressure of the section between the lean solvent injection point and the feed point; measuring the pressure of the section between the lean solvent injection point and a top tray of the column; determining the pressure difference of the section between the lean solvent injection point and the feed point and the section between the lean solvent injection point and the top tray of the column; and adjusting the flow rate of the anti-foam injection; wherein the antifoam comprises poly dimethyl siloxanes; and wherein the solvent is tetrahydrothiphene-1, 1-dioxide, or sulfolane. measuring the pressure of the section between a lean solvent injection point and a feed point; measuring the pressure of the section between an overhead and the lean solvent point; determining the pressure difference of the section between the lean solvent injection point and the feed point and the section between the overhead and the lean solvent point; measuring the pressure of the section between lean solvent injection point and the feed point; measuring the pressure of the section between the feed point and the bottom of the column; determining the pressure difference of the section between the lean solvent injection point and the feed point and the section between the feed point and the bottom of the column; measuring the pressure of the section between the lean solvent injection point and the feed point; measuring the pressure of the section between the lean solvent injection point and a top tray of the column; determining the pressure difference of the section between the lean solvent injection point and the feed point and the section between the lean solvent injection point and the top tray of the column; and adjusting the flow rate of the anti-foam injection; wherein the antifoam comprises poly dimethyl siloxanes; and wherein the solvent is tetrahydrothiphene-1, 1-dioxide, or sulfolane.
Bumper assembly, having a cross beam, which is coupled to a motor vehicle via crash boxes, wherein the cross beam has a rear wall as well as connection regions, in which the crash boxes are coupled to the cross beam, wherein the cross beam is designed as a closed hollow profile in cross section, characterised in that the end faces of the crash boxes directly abut the rear wall and are circumferentially coupled by a welded seam and that a slot oriented in the longitudinal direction of the motor vehicle is formed in an upper wall, a lower wall and/or a central web of the cross beam in the connection region of a crash box, such that the stress on an external welded seam in the transverse direction of the motor vehicle between the crash box and cross beam is relieved in a crash scenario.
Transport container having a base and having a side wall which protrudes from the base to an upper side and which completely surrounds a receiving space and which has a plurality of wall sections (18, 20), wherein between two wall sections (18, 20) in each case there is arranged a gap at which the height of the side wall is at least reduced, wherein the wall sections (18, 20) are arranged in such a manner that the transport container and an additional structurally identical transport container with upper sides which face each other can be assembled in such a manner that at least a portion of the wall sections (18, 20) of the transport container engage in the receiving space and/or the gaps of the additional transport container, wherein at least a portion of the wall sections (18, 20) of the additional transport container engage in the receiving space and/or the gaps of the transport container, wherein the side wall has four wall sections (18, 20) which each have two wall portions (22a, 22b, 26a, 26b) which extend from a corner of the receiving space transversely relative to each other, and wherein each wall portion (22a, 22b, 26a, 26b) extends parallel with a wall portion (22a, 22b, 26a, 26b) of an adjacent wall section (18, 20) and extends in a manner laterally offset thereto by at least the thickness thereof, wherein starting from a rectangular outline two mutually diametrically opposed wall sections are offset away from each other and the other two wall sections are offset towards each other, wherein mutually diametrically opposed wall portions (22a, 22b, 26a, 26b) have the same length, characterised in that the base and the side wall are integrally produced from a particle foam, in that the side wall at each gap is reduced in terms of the height thereof by at least half and in that the side wall at each gap has a transverse wall which connects the two mutually adjacent wall portions (22a, 22b, 26a, 26b).
A method for producing a connection between an electrical conductor and a current-carrying element, in which a one-piece cable lug made of metal is used, which has a transition element in the form of a web, which consists of two flat parts (15, 16) connected to each other by means of a ramp, which on one end has a three-dimensional contact part for the connection to the end of the electrical conductor and on its other end has a contact end for the connection of the current-carrying element, wherein the cable lug is used with the contact part designed as a pot-like container having a base, which contact part is closed at its base, wherein the method comprises the following steps: - the end of the conductor is first stripped and inserted into the container of the cable lug, wherein its end face is guided to the base of the container, - the cable lug is then connected to the stripped conductor end by crimping the wall of the container and - finally the end face of the conductor is welded to the base of the container by friction stir welding. - the end of the conductor is first stripped and inserted into the container of the cable lug, wherein its end face is guided to the base of the container, - the cable lug is then connected to the stripped conductor end by crimping the wall of the container and - finally the end face of the conductor is welded to the base of the container by friction stir welding.
A fiber-reinforced polypropylene resin composition comprising 100 parts by weight of a propylene-ethylene random copolymer and 10 to 200 parts by weight of a fiber, the propylene-ethylene random copolymer having properties (A-i) and (A-ii): (A-i): a peak melting temperature (Tm) of 110 to 150°C determined by DSC, and (A-ii): a melt flow rate (230°C, 2.16 kg load) of 0.5 to 200 g/10 min; and the fiber comprising: (C-i): at least one of a glass fiber having a length of 2 to 20 mm and a carbon fiber having a length of 1 to 20 mm. (A-i): a peak melting temperature (Tm) of 110 to 150°C determined by DSC, and (A-ii): a melt flow rate (230°C, 2.16 kg load) of 0.5 to 200 g/10 min; and the fiber comprising: (C-i): at least one of a glass fiber having a length of 2 to 20 mm and a carbon fiber having a length of 1 to 20 mm.
A polyester polyol represented by Formula having a molecular weight distribution of less than 1.2 as determined by the method given in the description: where, in Formula, R 1 and R 2 represent, identically or differently a divalent hydrocarbon group, n represents an integer, R 3 to R 7 represent, identically or differently a hydrogen atom, a monovalent hydrocarbon group, or a group represented by Formula: where, in Formula, m and s represent, identically or differently an integer of 1 or greater; and 2m occurrences of R 8 represent, identically or differently a hydrogen atom, an alkyl group or an alkoxy group, and at least two of the groups represented by R 3 to R 7 are represented by Formula; wherein the polyester polyol is obtainable by a method, in which a compound represented by Formula is used as an initiator in the presence of 1 to 20 ppm of a tin compound, the method comprising subjecting a cyclic ester to ring-opening polymerization with the initiator: where, in Formula, R 1 and R 2 represent, identically or differently a divalent hydrocarbon group, n is an integer, and R 13 to R 17 represent, identically or differently a hydrogen atom or a monovalent hydrocarbon group. where, in Formula, R 1 and R 2 represent, identically or differently a divalent hydrocarbon group, n represents an integer, R 3 to R 7 represent, identically or differently a hydrogen atom, a monovalent hydrocarbon group, or a group represented by Formula: where, in Formula, m and s represent, identically or differently an integer of 1 or greater; and 2m occurrences of R 8 represent, identically or differently a hydrogen atom, an alkyl group or an alkoxy group, and at least two of the groups represented by R 3 to R 7 are represented by Formula; wherein the polyester polyol is obtainable by a method, in which a compound represented by Formula is used as an initiator in the presence of 1 to 20 ppm of a tin compound, the method comprising subjecting a cyclic ester to ring-opening polymerization with the initiator: where, in Formula, R 1 and R 2 represent, identically or differently a divalent hydrocarbon group, n is an integer, and R 13 to R 17 represent, identically or differently a hydrogen atom or a monovalent hydrocarbon group.
A seat unit comprising: two primary seats arranged facing in opposing directions, wherein each seat comprises a seat back, and a seat pan, and is configured to convert between a seat position and a bed position; and a partition positioned between the two primary seats, wherein the partition comprises two secondary seats arranged facing in opposing directions, wherein each secondary seat is also arranged facing one of the two primary seats, characterized in that the partition comprises two footwells arranged in opposing directions so that an opening in each footwell is accessible by a passenger seated in the primary seat that faces the opening in the footwell called the mating primary seat, each footwell comprising a stationary lower surface and vertically oriented sides (24, 26), each footwell being further enclosed by an upper surface and a rear surface, the stationary lower surface of each footwell forming a lower surface of the enclosed portion of the footwell and extending beyond the enclosed portion into the space of a passenger seated in the mating primary seat, so that the stationary lower surface may be used as a secondary seat for another passenger to visit or work with a passenger seated in the mating primary seat. two primary seats arranged facing in opposing directions, wherein each seat comprises a seat back, and a seat pan, and is configured to convert between a seat position and a bed position; and a partition positioned between the two primary seats, wherein the partition comprises two secondary seats arranged facing in opposing directions, wherein each secondary seat is also arranged facing one of the two primary seats, characterized in that the partition comprises two footwells arranged in opposing directions so that an opening in each footwell is accessible by a passenger seated in the primary seat that faces the opening in the footwell called the mating primary seat, each footwell comprising a stationary lower surface and vertically oriented sides (24, 26), each footwell being further enclosed by an upper surface and a rear surface, the stationary lower surface of each footwell forming a lower surface of the enclosed portion of the footwell and extending beyond the enclosed portion into the space of a passenger seated in the mating primary seat, so that the stationary lower surface may be used as a secondary seat for another passenger to visit or work with a passenger seated in the mating primary seat.
A recombinant adenovirus comprising a bidirectional mouse CMV (mCMV) promoter operably linked to a first transgene in one direction and to a second transgene in the opposite direction.
A sheet metal cladding panel, in particular for covering roofs and walls of buildings, comprising: - an elongated sheet metal member forming a web of the panel, - upwards folded flanges (3, 4) along the two elongated edges of said web of the panel, - a first of said upwards folded flanges being folded outwards and downwards along its upper edge to form a first lap, said upper edge thus taking the shape of a first ridge, - a second of said upwards folded flanges is folded inwards and downwards along its upper edge to form a half lap, wherein said first flange is provided with a mounting rail extending as a rim alongside and on the outside of said first flange approximately in the same plane as the web of the panel, and wherein said web, said first flange, said lap and said mounting rail are formed integrally in one piece as the plate forming the web is folded along a first line to form an inner wall of the first flange, folded along said ridge to form a top side of said lap, folded along a longitudinal edge of said lap to form a bottom side of said lap, folded along and below said ridge to form an outer side of said first flange and folded outwards along a bottom line of said first flange to form said mounting rail, characterized in that: said outer side of said first flange and said bottom side of said lap are provided with pre-cuts at regular intervals along the panel. - an elongated sheet metal member forming a web of the panel, - upwards folded flanges (3, 4) along the two elongated edges of said web of the panel, - a first of said upwards folded flanges being folded outwards and downwards along its upper edge to form a first lap, said upper edge thus taking the shape of a first ridge, - a second of said upwards folded flanges is folded inwards and downwards along its upper edge to form a half lap, said outer side of said first flange and said bottom side of said lap are provided with pre-cuts at regular intervals along the panel.
Method of dispensing a beverage, wherein the beverage is mixed with a gas from a pressurised gas container in which the gas is stored under pressure, the beverage being transported out of a storage container by means of a pump, characterised in that the gas is reduced in pressure to a pressure of less than 0.5 bar, preferably less than 100 mbar, above ambient pressure and is supplied on the suction side of the pump to the suctioned beverage.
Air spring arrangement having an integrated control valve assembly for the admission of compressed air into a spring pressure chamber formed between an outer tube, a rolling tube and an air spring bellows which connects said components, wherein the control valve assembly consists of an individual aeration valve and an individual deaeration valve, which are actuable by likewise integrated, mechanical actuating means in accordance with the air spring stroke position in order to aerate or deaerate the spring pressure chamber, characterised in that the aeration valve is arranged opposite the deaeration valve, with actuating tappets (8a; 9a) on the part of the outer tube or of the rolling tube facing each other, wherein the mechanical actuating means which act on the actuating tappets while lying there-between comprise a switching rocker arm, which engages at the one end with at least one guide track of an actuating element attached to the rolling tube or outer tube, in order to then act at the other end on the actuating tappets (8a, 8b) in order to switch the control valve assembly.
A feed injector tip of a feed injector assembly for use with a gasification system, said feed injector tip comprising: an inlet; a tip end; a flow passage extending longitudinally through said feed injector tip from said inlet to said tip end, said flow passage defined by an outer wall and an inner wall, wherein said flow passage comprises a flow change feature adjacent to said inlet, said flow change feature configured to accelerate a fluid through said flow passage; an annular cooling channel substantially circumscribing said flow passage and extending from said inlet to said tip end and wherein said cooling channel is defined by at least one cooling channel wall extending from said inlet to said tip end; and said feed injector tip being characterised in that: a buffer region extends from said cooling channel wall to said outer wall of said flow passage such that said buffer region separates said annular cooling channel from said flow passage, said buffer region is substantially solid and extends between the inlet end and the tip end of said cooling channel, said buffer region having a first width at said inlet, said buffer region having a second width at said tip end, said first width is wider than said second width. an inlet; a tip end; a flow passage extending longitudinally through said feed injector tip from said inlet to said tip end, said flow passage defined by an outer wall and an inner wall, wherein said flow passage comprises a flow change feature adjacent to said inlet, said flow change feature configured to accelerate a fluid through said flow passage; an annular cooling channel substantially circumscribing said flow passage and extending from said inlet to said tip end and wherein said cooling channel is defined by at least one cooling channel wall extending from said inlet to said tip end; and said feed injector tip being characterised in that: a buffer region extends from said cooling channel wall to said outer wall of said flow passage such that said buffer region separates said annular cooling channel from said flow passage, said buffer region is substantially solid and extends between the inlet end and the tip end of said cooling channel, said buffer region having a first width at said inlet, said buffer region having a second width at said tip end, said first width is wider than said second width. a buffer region extends from said cooling channel wall to said outer wall of said flow passage such that said buffer region separates said annular cooling channel from said flow passage, said buffer region is substantially solid and extends between the inlet end and the tip end of said cooling channel, said buffer region having a first width at said inlet, said buffer region having a second width at said tip end, said first width is wider than said second width.
Suspension fork for a bicycle comprising a pair of stanchion tubes (2, 3) and a pair of slider tubes (4, 5) interacting therewith and a wheel receiving space in-between, and a damping system, characterized in that the damping system comprises at least one shut-off valve for locking the rebound stage and at least one shut-off valve for locking the compression stage and a joint adjusting element wherein the locking of the rebound stage and the locking of the compression stage is adjustable by means of the joint adjusting element.