mhurhangee/patent-ind-claim-en huggingface dataset:
A sheet-metal turbine housing of a turbocharger, comprising: a scroll part which is formed from sheet metal and which forms an exhaust gas passage of a spiral shape; and an exhaust-gas inlet duct part disposed at an inlet end portion of the scroll part formed into a tubular shape, for introducing exhaust gas into an exhaust gas passage formed into a tubular shape of the scroll part , wherein the scroll part and the exhaust-gas inlet duct part are provided as separate members, wherein the exhaust-gas inlet duct part is engaged with the inlet end portion of the scroll part formed into a tubular shape, wherein the sheet-metal turbine housing further comprises a seal unit disposed in an engagement section at which the inlet end portion of the scroll part and the exhaust-gas inlet duct part engage with each other and configured to seal an annular gap formed at the engagement section, and wherein the inlet end portion of the scroll part and the exhaust-gas inlet duct part are movable relative to each other while preventing leakage of exhaust gas, characterized in that wherein the seal unit is a seal member disposed along the annular gap and configured to be capable of spreading at a high-pressure side of the engagement portion, and wherein the seal member is formed from a metal material into a V shape, a U shape, or a C shape in a cross sectional view, and is disposed so that an opening end is oriented opposite from an inlet of the scroll part . a scroll part which is formed from sheet metal and which forms an exhaust gas passage of a spiral shape; and an exhaust-gas inlet duct part disposed at an inlet end portion of the scroll part formed into a tubular shape, for introducing exhaust gas into an exhaust gas passage formed into a tubular shape of the scroll part , wherein the scroll part and the exhaust-gas inlet duct part are provided as separate members, wherein the exhaust-gas inlet duct part is engaged with the inlet end portion of the scroll part formed into a tubular shape, wherein the sheet-metal turbine housing further comprises a seal unit disposed in an engagement section at which the inlet end portion of the scroll part and the exhaust-gas inlet duct part engage with each other and configured to seal an annular gap formed at the engagement section, and wherein the inlet end portion of the scroll part and the exhaust-gas inlet duct part are movable relative to each other while preventing leakage of exhaust gas, characterized in that wherein the seal unit is a seal member disposed along the annular gap and configured to be capable of spreading at a high-pressure side of the engagement portion, and wherein the seal member is formed from a metal material into a V shape, a U shape, or a C shape in a cross sectional view, and is disposed so that an opening end is oriented opposite from an inlet of the scroll part .
An injection device comprising: a. a housing having a longitudinal axis; b. an axially-depressible dose button; c. a dose indicator comprising an odometer positioned within the housing and arranged about said longitudinal axis; d. a dose selector operatively connectable in series to the dose indicator , the dose selector and the dose indicator being capable of cooperating with one another to set a dose to be ejected from the injection device ; and e. a spring capable of storing energy necessary for ejecting the dose from the injection device ; wherein the spring is locked at one end to the dose indicator such that a charging force can be transferred in series from the dose selector to the spring via the dose indicator , when the dose selector is operatively connected to the dose indicator , to increase the energy stored by the spring; wherein the odometer comprises a units wheel operatively connected to the dose selector so that rotation of the dose selector also rotates the units wheel , and a tens wheel selectively engageable with the units wheel so that rotation of the units wheel also rotates the tens wheel ; wherein the spring is coupled to the units wheel . a. a housing having a longitudinal axis; b. an axially-depressible dose button; c. a dose indicator comprising an odometer positioned within the housing and arranged about said longitudinal axis; d. a dose selector operatively connectable in series to the dose indicator , the dose selector and the dose indicator being capable of cooperating with one another to set a dose to be ejected from the injection device ; and e. a spring capable of storing energy necessary for ejecting the dose from the injection device ;
An inkjet ink, comprising: (A) a terpene phenol resin having a hydroxyl value of 10 to 80 mgKOH/g; and (B) a carbonate ester whose boiling point is less than 150 °C. (A) a terpene phenol resin having a hydroxyl value of 10 to 80 mgKOH/g; and (B) a carbonate ester whose boiling point is less than 150 °C.
A method for wireless communication, comprising: communicating on an uplink physical layer channel using a first waveform for one or more symbols in a transmission time interval, TTI, ; selecting a second waveform based at least in part on one or more waveform switching parameters and dynamically switching to the second waveform during the TTI ; and communicating on the uplink physical layer channel using the second waveform for one or more symbols in the TTI . communicating on an uplink physical layer channel using a first waveform for one or more symbols in a transmission time interval, TTI, ; selecting a second waveform based at least in part on one or more waveform switching parameters and dynamically switching to the second waveform during the TTI ; and communicating on the uplink physical layer channel using the second waveform for one or more symbols in the TTI .
A seat cover with a recessed seam structure comprising: a recessed seam (A) formed by pulling part of a cover toward a side of a cushion material , wherein the cushion material is suitable to be provided with a depressed portion that extends along the recessed seam (A) wherein the recessed seam includes an opening-and-closing fastener configured to couple the cover and the cushion material, the opening-and-closing fastener including: a first fastener half fixed to a back face of the cover; and a second fastener half fixed to the cushion material, characterized in that the second fastener half includes: a base portion formed of an elongated flat plate, wherein a bottom surface of the base portion is fixed to a bottom surface of a depressed portion of the cushion material by an adhesive agent or a double-faced adhesive tape, and wherein an incised portion is formed on the base portion; and a tape-shaped base material integrated at a center portion of the base portion, wherein the tape-shaped base material is attached to the base portion for being fixed to the cushion material. a recessed seam (A) formed by pulling part of a cover toward a side of a cushion material , wherein the cushion material is suitable to be provided with a depressed portion that extends along the recessed seam (A) wherein the recessed seam includes an opening-and-closing fastener configured to couple the cover and the cushion material, the opening-and-closing fastener including: a first fastener half fixed to a back face of the cover; and a second fastener half fixed to the cushion material, a first fastener half fixed to a back face of the cover; and a second fastener half fixed to the cushion material, characterized in that the second fastener half includes: a base portion formed of an elongated flat plate, wherein a bottom surface of the base portion is fixed to a bottom surface of a depressed portion of the cushion material by an adhesive agent or a double-faced adhesive tape, and wherein an incised portion is formed on the base portion; and a tape-shaped base material integrated at a center portion of the base portion, a base portion formed of an elongated flat plate, wherein a bottom surface of the base portion is fixed to a bottom surface of a depressed portion of the cushion material by an adhesive agent or a double-faced adhesive tape, and wherein an incised portion is formed on the base portion; and a tape-shaped base material integrated at a center portion of the base portion, wherein the tape-shaped base material is attached to the base portion for being fixed to the cushion material.
A continuous process for purifying a chain-extended aliphatic polyester constructed from aliphatic dicarboxylic acids and aliphatic diols in a degassing apparatus, wherein the crude polyester is degassed with an average residence time of 3 to 30 minutes and at a pressure of 0.01 to 5 mbar in the presence of 1% to 7% by weight, based on the total weight of the crude polyester, of an entraining agent.
Actuating cylinder for a rail brake, in particular a magnetic rail brake, comprising a cylinder housing , a piston guided in the cylinder housing and a piston rod connected to the piston , wherein the piston rod is formed hollow and has an interior space , wherein a traction means is arranged in the interior space of the piston rod such that it is movably guided in an axial direction of the piston rod , wherein the traction means , at a first end arranged in the interior space , has a holding section which is configured to prevent the traction means from sliding out of the piston rod , wherein the traction means , at a second end protruding from the interior space , has a connection section suitable for connection to a rail brake, and wherein the connection section can be moved, in particular deflected, relative to the holding section , characterized in that the traction means comprises a flexible traction cable , wherein the holding section is arranged at an upper end of the traction cable and the connection section is arranged at a lower end of the traction cable , or in that the traction means comprises a rigid and/or inflexible rod , wherein the traction means has a universal joint or a ball joint, via which the connection section is connected to the rod in a deflectable manner relative to the rod .
An apparatus for a session management function, SMF, in a wireless communication system, the apparatus comprising: a transceiver; and at least one processor, coupled with the transceiver, and configured to: control the transceiver to receive (step 2), from an access and mobility function, AMF, an N11 message including a list of bearers to be switched; determine (step 3) whether a source user plane function, UPF, can continue to serve a user equipment, UE, based on the N11 message; select (step 3) a target UPF based on a UPF selection criteria, in case that the source UPF cannot continue to serve the UE; allocate (step 3) tunnel information associated with an uplink, UL, and tunnel information associated with a downlink, DL; control the transceiver to transmit (step 3), to the target UPF, an N4 session establishment request message including the tunnel information associated with the UL and the tunnel information associated with the DL; and control the transceiver to transmit (step 7), to the AMF, a N11 Ack message based on the N11 message, the N11 Ack message including the tunnel information associated with the UL. a transceiver; and at least one processor, coupled with the transceiver, and configured to: control the transceiver to receive (step 2), from an access and mobility function, AMF, an N11 message including a list of bearers to be switched; determine (step 3) whether a source user plane function, UPF, can continue to serve a user equipment, UE, based on the N11 message; select (step 3) a target UPF based on a UPF selection criteria, in case that the source UPF cannot continue to serve the UE; allocate (step 3) tunnel information associated with an uplink, UL, and tunnel information associated with a downlink, DL; control the transceiver to transmit (step 3), to the target UPF, an N4 session establishment request message including the tunnel information associated with the UL and the tunnel information associated with the DL; and control the transceiver to transmit (step 7), to the AMF, a N11 Ack message based on the N11 message, the N11 Ack message including the tunnel information associated with the UL. control the transceiver to receive (step 2), from an access and mobility function, AMF, an N11 message including a list of bearers to be switched; determine (step 3) whether a source user plane function, UPF, can continue to serve a user equipment, UE, based on the N11 message; select (step 3) a target UPF based on a UPF selection criteria, in case that the source UPF cannot continue to serve the UE; allocate (step 3) tunnel information associated with an uplink, UL, and tunnel information associated with a downlink, DL; control the transceiver to transmit (step 3), to the target UPF, an N4 session establishment request message including the tunnel information associated with the UL and the tunnel information associated with the DL; and control the transceiver to transmit (step 7), to the AMF, a N11 Ack message based on the N11 message, the N11 Ack message including the tunnel information associated with the UL.
A compound multi-port vacuum pump comprising first, second and third pumping sections , said third pumping section comprising a Holweck drag mechanism and comprising a plurality of stages , a first pump inlet through which fluid can enter the pump and pass through each of the pumping sections towards a pump outlet, a second pump inlet through which fluid can enter the pump and pass through only the second and third pumping sections towards the outlet, an optional third pump inlet through which fluid can enter the pump and pass through only the third pumping section towards the outlet, and a fourth inlet , characterised in that said forth inlet is located between the stages , of the third pumping section , through which fluid can enter the pump and pass through only part of the third pumping section towards the outlet.
Wipes dispenser comprising a housing and a packaging unit , wherein the packaging unit is arranged in the housing , wherein the packaging unit comprises a roll of wipes which can be separated from the roll and a fluid-tight bag , in which the roll is arranged, wherein the bag has a removal opening for removing the wipes , wherein the removal opening is delimited by a dimensionally stable coupling ring made of a hard and tough material, wherein the coupling ring is connected to an annular feeder which comprises a feeder opening and wherein the housing and the feeder are configured in two pieces and are connected to each other so as to be able to be released without being destroyed, wherein the feeder opening can be closed by means of a closure lid , wherein the feeder is configured in a substantially pot-like manner, having a base which has the feeder opening and having a first edge which is arranged at the side of the base facing away from the packaging unit and which surrounds the base at an outer circumferential side, wherein the base and the first edge delimit an inner space of the feeder , wherein the first edge is enclosed by a second edge of the housing at the outer circumferential side and wherein the first edge and/or the second edge can be contacted in a sealing manner by the closure lid , wherein the closure lid comprises a single flexible elastomer material and is configured in a self-closing manner.
An LDO circuit to improve dynamic load transient performance, comprising: - a differential error amplifier , having inputs and an output, wherein a first input is a reference voltage (Vref), a second input is a feedback voltage from a middle node of a voltage divider (R1, R2) and the output of the differential amplifier is coupled to a main pass device , wherein the main pass device is connected to the output of the LDO circuit via a main pad (P1), - a separate pad (P3), said separate pad (P3) being connected to an output voltage via bond (Rbond) and substrate routing resistances (Rsub) wherein the voltage divider (R1, R2) is connected between ground and said separate pad (P3), characterized by: - an additional small pass device , wherein the main pass device and the additional small pass device share gate connection and power connection, - a loop for transient response including a stabilizing circuit, said loop including a capacitor (Cmiller) coupled from an output of the differential error amplifier to the drain of the additional small pass device and a resistive device , wherein a first terminal of the resistive device is connected to the drain of the additional small pass device , wherein the second terminal of the resistive device is connected to the separate pad (P3), so that in the loop for fast transient response the bond (Rbond) and substrate routings resistances (Rsub) add up to the resistance of the resistive device thus enabling the LDO circuit to supply currents in a range of more than 200mA. - a differential error amplifier , having inputs and an output, wherein a first input is a reference voltage (Vref), a second input is a feedback voltage from a middle node of a voltage divider (R1, R2) and the output of the differential amplifier is coupled to a main pass device , wherein the main pass device is connected to the output of the LDO circuit via a main pad (P1), - a separate pad (P3), said separate pad (P3) being connected to an output voltage via bond (Rbond) and substrate routing resistances (Rsub) wherein the voltage divider (R1, R2) is connected between ground and said separate pad (P3), - an additional small pass device , wherein the main pass device and the additional small pass device share gate connection and power connection, - a loop for transient response including a stabilizing circuit, said loop including a capacitor (Cmiller) coupled from an output of the differential error amplifier to the drain of the additional small pass device and a resistive device , wherein a first terminal of the resistive device is connected to the drain of the additional small pass device , wherein the second terminal of the resistive device is connected to the separate pad (P3), so that in the loop for fast transient response the bond (Rbond) and substrate routings resistances (Rsub) add up to the resistance of the resistive device thus enabling the LDO circuit to supply currents in a range of more than 200mA.
Method for the fine and ultrafine crushing of lumpy solid materials, in particular minerals and solid fossil raw materials, the material being crushed by means of a sequence of a mechanical crushing process and an aerodynamic crushing process in a single crushing device, in the mechanical crushing, a material fed as a gas-solid mixture being fed axially to the center of two counter-rotating rotors in a manner known per se and in this process being divided into partial streams by providing the rotors on their rotor surfaces facing one another with annularly arranged crushing elements , between which channels are formed which are closed in the circumferential direction and in which the material is accelerated in the direction of the periphery of the rotors and is mechanically crushed by contact with the crushing elements , and additional aerodynamic crushing taking place in channel-free regions between the rotors and/or in a region around the circumference of the rotors , in which the partial streams from the channels are allowed to collide and in this process are swirled while the material is further crushed, characterized in that baffle plates are arranged in the outermost region between the periphery of the rotors and the inner wall of the housing, which plates are connected to the inner wall of the housing and which intensify the aerodynamic crushing, and in that the crushed material is discharged from the crushing device after the aerodynamic crushing. in the mechanical crushing, a material fed as a gas-solid mixture being fed axially to the center of two counter-rotating rotors in a manner known per se and in this process being divided into partial streams by providing the rotors on their rotor surfaces facing one another with annularly arranged crushing elements , between which channels are formed which are closed in the circumferential direction and in which the material is accelerated in the direction of the periphery of the rotors and is mechanically crushed by contact with the crushing elements , and additional aerodynamic crushing taking place in channel-free regions between the rotors and/or in a region around the circumference of the rotors , in which the partial streams from the channels are allowed to collide and in this process are swirled while the material is further crushed, characterized in that baffle plates are arranged in the outermost region between the periphery of the rotors and the inner wall of the housing, which plates are connected to the inner wall of the housing and which intensify the aerodynamic crushing, and in that the crushed material is discharged from the crushing device after the aerodynamic crushing.
Vehicle comprising a device for storing and for supplying fluid fuel, comprising a reservoir of liquefied fuel gas in equilibrium with a gas phase, in particular hydrogen, a circuit for filling the reservoir , at least one circuit for tapping fluid from the reservoir, at least one circuit for regulating the pressure in the reservoir , the filling , tapping and pressure regulating circuits comprising a set of valves arranged in a housing separate from the reservoir , the housing being removably connected to the reservoir via a demountable mechanical coupling system , the tapping circuit , the pressure regulating circuit and the filling circuit comprising a set of demountable fluidic connectors located at the junction between the reservoir and the housing and configured to allow separation between portions of circuits located in the reservoir and in the housing during the demounting of the housing with respect to the reservoir .
An adhesive composition comprising a block copolymer composed of a polymer block A which includes a (meth)acrylate ester unit having a linear or branched side chain of 1 to 8 carbon atoms and has a number average molecular weight of 2,000 to 10,000, a polymer block B which includes at least one of an aromatic vinyl compound unit and a (meth)acrylate ester unit having a cyclic structure, and a polymer block C which includes a (meth)acrylate ester unit having a linear or branched side chain of 1 to 8 carbon atoms, wherein a mass ratio (B/C) between the polymer block B and the polymer block C is within a range from 5.0/95.0 to 30.0/70.0, a mass ratio (A/(B+C)) between the polymer block A and a total of the polymer block B and the polymer block C is within a range from 0.1/99.9 to 5.0/95.0, and an acid value of the block copolymer is at least 8 mgKOH/g. a mass ratio (B/C) between the polymer block B and the polymer block C is within a range from 5.0/95.0 to 30.0/70.0, a mass ratio (A/(B+C)) between the polymer block A and a total of the polymer block B and the polymer block C is within a range from 0.1/99.9 to 5.0/95.0, and an acid value of the block copolymer is at least 8 mgKOH/g.