mhurhangee/patent-ind-claim-en huggingface dataset:
A developer supply container detachably mountable to a developer receiving device in an inserting direction (A), the developer receiving device including a developer receiving portion provided with a receiving opening for receiving a developer and an engaged portion integrally displaceable with the developer receiving portion , said developer supply container comprising: a developer accommodating portion for accommodating the developer; a discharge portion including a discharge opening (3a4) for discharging the developer accommodated in said developer accommodating portion ; and an engaging portion (30; 130) supported by said discharge portion and provided with a recess (31; 131) which is rotatable with the engaged portion engaged with said recess (31; 131) with a mounting operation of said developer supply container , wherein said developer accommodating portion is rotatable around a rotational axis (P), characterized in that said engaging portion (30; 130) is rotatable around a further rotational axis extending in a direction of said developer supply container perpendicular to the inserting direction (A) so as to displace, with the mounting operation of said developer supply container in said insertion direction (A), the developer receiving portion of the developer receiving device in a displacing direction (U) to bring the receiving opening and said discharge opening (3a4) into fluid communication with each other. a developer accommodating portion for accommodating the developer; a discharge portion including a discharge opening (3a4) for discharging the developer accommodated in said developer accommodating portion ; and an engaging portion (30; 130) supported by said discharge portion and provided with a recess (31; 131) which is rotatable with the engaged portion engaged with said recess (31; 131) with a mounting operation of said developer supply container , wherein said developer accommodating portion is rotatable around a rotational axis (P), characterized in that said engaging portion (30; 130) is rotatable around a further rotational axis extending in a direction of said developer supply container perpendicular to the inserting direction (A) so as to displace, with the mounting operation of said developer supply container in said insertion direction (A), the developer receiving portion of the developer receiving device in a displacing direction (U) to bring the receiving opening and said discharge opening (3a4) into fluid communication with each other.
A sighting system comprising a base supporting a cradle , the cradle holding a sighting device having a line of sight , the cradle being adapted to make the sighting device pivot about at least one axis of rotation with respect to the base , a first tilt sensor rigidly attached to the base , the sighting system is characterized in that it comprises a second tilt sensor rigidly attached to the sighting device as well as means for connecting each tilt sensor to a central unit , the central unit is adapted to measure a difference between the measurements made by each tilt sensor, in such a way as to quantify a tilt angle between the base and the sighting device .
Wire mesh welding machine comprising a feed device for groups of parallel longitudinal wires , by means of which device the longitudinal wires of the wire mesh can be brought into guides arranged upstream of a welding press and then into a welding position respectively resting on a transverse wire in the welding press , which feed device has, on the inlet side with respect to a production and flow direction (C), a carriage which is provided with clamping elements (2.1) for the longitudinal wires and is cyclically movable forwards in the direction of the longitudinal wires when said wires are conveyed in the flow direction (C) of the wire mesh and backwards when the longitudinal wires are released, said welding machine also comprising a transport apparatus arranged on the outlet side, by means of which a wire mesh which is welded to transverse wires at the front end can be gripped and extracted from the welding press , characterised in that the wire mesh welding machine has, at a distance from and subsequent to the first carriage , a second carriage which is also movable and provided with clamping elements (3.1), it being possible for the relevant longitudinal wire group to be alternately received by means of the two carriages and also alternately moved in the flow direction (C) using the transport apparatus on the outlet side.
Method for manufacturing a component of a rotor blade, in which at least one pultrudate strip with two opposing support faces is coated on at least one of the support faces with a peel ply , the peel ply is peeled off from the at least one support face , and flow channels are left behind on the at least one support face after the peel ply has been peeled off and liquid resin is infused through the flow channels , characterised in that the peel ply is provided with elongate raised portions, the elongate raised portions of the peel ply form elongate flow channels into the at least one support face and the peel ply is laminated by means of a matrix material onto the support face and peels off when a part of the matrix material peels off and another part of the matrix material remains on the support face and forms the flow channels .
An immunogenic, pharmaceutical composition comprising: (a) an immunogenic fragment of an HSV-2 polypeptide which is an immunogenic fragment of at least 100 amino acids of UL19 polypeptide comprising residues 451-1054 of SEQ ID NO:4, and lacking at least 75% of amino acids 1-450 of SEQ ID NO:4 and lacking at least 75% of amino acids of 1055-1374 of SEQ ID NO:4; or an immunogenic variant thereof that retains at least 85% amino acid identity over at least 100 contiguous amino acids; (b) a monoacid lipid A (MALA) adjuvant; and (c) a pharmaceutically acceptable carrier. (a) an immunogenic fragment of an HSV-2 polypeptide which is an immunogenic fragment of at least 100 amino acids of UL19 polypeptide comprising residues 451-1054 of SEQ ID NO:4, and lacking at least 75% of amino acids 1-450 of SEQ ID NO:4 and lacking at least 75% of amino acids of 1055-1374 of SEQ ID NO:4; or an immunogenic variant thereof that retains at least 85% amino acid identity over at least 100 contiguous amino acids; (b) a monoacid lipid A (MALA) adjuvant; and (c) a pharmaceutically acceptable carrier.
The compound represented by formula A or a pharmaceutically acceptable salt thereof: wherein: ring B is ring A is a thiophene ring; or ring B is ring A is a benzene ring; R 1 is a substituent on ring A; R 2 is a substituent on ring B; R 3 and R 4 are substituents on six-membered ring; R 1 and R 2 are each independently hydrogen, halogen, nitro, cyano, C 1-6 alkyl, C 1-6 alkoxy, halogenated C 1-6 alkyl, halogenated C 1-6 alkoxy, C 3-6 cycloalkyl, C 1-6 alkaneamino; R 3 and R 4 are each independently C 1-6 alkyl; Y is CH; Z is (CH 2 ) n , n is 1; R 5 is C 1-6 alkyl. ring B is ring A is a thiophene ring; or ring B is ring A is a benzene ring; R 1 is a substituent on ring A; R 2 is a substituent on ring B; R 3 and R 4 are substituents on six-membered ring; R 1 and R 2 are each independently hydrogen, halogen, nitro, cyano, C 1-6 alkyl, C 1-6 alkoxy, halogenated C 1-6 alkyl, halogenated C 1-6 alkoxy, C 3-6 cycloalkyl, C 1-6 alkaneamino; R 3 and R 4 are each independently C 1-6 alkyl; Y is CH; Z is (CH 2 ) n , n is 1; R 5 is C 1-6 alkyl.
Electronic control device for a refrigerant compressor, which comprises at least • a drive unit and • a compression mechanism that is in operative connection with the drive unit and that has at least one piston that moves back-and-forth in a cylinder of a cylinder block of the refrigerant compressor in an operating state of the refrigerant compressor for compression of refrigerant as intended and is driven via a crankshaft of the drive unit wherein the electronic control device of the refrigerant compressor is configured at least • to detect at least one physical process parameter, preferably the rotary speed (n) of the crankshaft or the power consumption of the refrigerant compressor, • to detect a shutoff signal directed to the refrigerant compressor, which shutoff signal ends an operating phase of the refrigerant compressor, in which operating phase the refrigerant compressor is operated as intended with a positive operating torque, and • to control a torque applied by the drive unit to the crankshaft in order to set its rotary speed (n), characterized in that the electronic control device is further configured to apply a braking torque to the crankshaft immediately after detection of the shutoff signal, where the braking torque is directed opposite to the positive torque that existed during the operating phase and the magnitude of said braking torque is a function of the detected physical process parameter, preferably the rotary speed (n) of the crankshaft or the power consumption of the refrigerant compressor. • a drive unit and • a compression mechanism that is in operative connection with the drive unit and that has at least one piston that moves back-and-forth in a cylinder of a cylinder block of the refrigerant compressor in an operating state of the refrigerant compressor for compression of refrigerant as intended and is driven via a crankshaft of the drive unit • to detect at least one physical process parameter, preferably the rotary speed (n) of the crankshaft or the power consumption of the refrigerant compressor, • to detect a shutoff signal directed to the refrigerant compressor, which shutoff signal ends an operating phase of the refrigerant compressor, in which operating phase the refrigerant compressor is operated as intended with a positive operating torque, and • to control a torque applied by the drive unit to the crankshaft in order to set its rotary speed (n),
Method for operating a laundry treatment appliance , comprising a casing within which a drum rotated by a motor is arranged, an opening provided in the casing for loading the laundry into said drum and a door adapted to open or to close said opening, whereby said appliance performs least one laundry treatment cycle, said treatment cycle comprising the steps of: a) determining the amount of laundry load in said drum ; b) if the determined amount of laundry is outside a laundry load threshold range, issuing a warning to the user, characterized by waiting for a prescribed waiting time before starting said cycle, whereby during said waiting time the laundry treatment appliance switches to an operating mode in which the user to is allowed to change the amount of laundry load in the drum . a) determining the amount of laundry load in said drum ; b) if the determined amount of laundry is outside a laundry load threshold range, issuing a warning to the user,
An implantable stimulator device , comprising: a plurality of groups (Group1, Group2, Group3) each comprising a plurality of electrodes (E 1 -E 24 ); a plurality of current sources ; a switch matrix for coupling each of the current sources to any of a plurality of switch matrix outputs; and a group selection matrix controllable by at least one group control signal for coupling the plurality of switch matrix outputs to a selected group (Group1, Group2, Group3) of the plurality of electrodes (E 1 -E 24 ). a plurality of groups (Group1, Group2, Group3) each comprising a plurality of electrodes (E 1 -E 24 ); a plurality of current sources ; a switch matrix for coupling each of the current sources to any of a plurality of switch matrix outputs; and a group selection matrix controllable by at least one group control signal for coupling the plurality of switch matrix outputs to a selected group (Group1, Group2, Group3) of the plurality of electrodes (E 1 -E 24 ).
A signal processing device for filtering and performing high frequency reconstruction of an audio signal, the signal processing device comprising: an analysis filter bank that receives real valued time domain input audio samples and generates complex valued subband samples; a unit that generates modified complex valued subband samples by modifying gains of the complex valued subband samples according to current spectral envelope adjuster settings; and a synthesis filter bank that receives the modified complex valued subband samples and generates time domain output audio samples, wherein the analysis filter bank comprises analysis filters (h k (n)) that are complex exponential modulated versions of a prototype filter (p 0 (n)) according to: h k n = p 0 n exp i π M k + 1 2 n − D 2 − A , 0 ≤ n < N , 0 ≤ k < M where A is an arbitrary phase shift constant, the analysis filter bank has M channels, the prototype filter (p 0 (n)) has a length N , and the analysis filter bank and synthesis filter bank have a system delay of D samples with D being smaller than N. an analysis filter bank that receives real valued time domain input audio samples and generates complex valued subband samples; a unit that generates modified complex valued subband samples by modifying gains of the complex valued subband samples according to current spectral envelope adjuster settings; and a synthesis filter bank that receives the modified complex valued subband samples and generates time domain output audio samples, wherein the analysis filter bank comprises analysis filters (h k (n)) that are complex exponential modulated versions of a prototype filter (p 0 (n)) according to: h k n = p 0 n exp i π M k + 1 2 n − D 2 − A , 0 ≤ n < N , 0 ≤ k < M where A is an arbitrary phase shift constant, the analysis filter bank has M channels, the prototype filter (p 0 (n)) has a length N , and the analysis filter bank and synthesis filter bank have a system delay of D samples with D being smaller than N.
A stitched multi-axial reinforcement for the manufacture of fiber reinforced composites by one of resin transfer molding process and vacuum infusion molding process, the stitched multi-axial reinforcement comprising at least a first reinforcing layer of continuous unidirectional rovings having a first axial direction, a second reinforcing layer of continuous unidirectional rovings having a second axial direction and a first set of mono- or bonded multifilaments; the first axial direction and the second axial direction leaving an angle therebetween; the mono- or bonded multifilaments of the first set being arranged between the first and the second reinforcing layers , the first and the second reinforcing layers and the mono- or bonded multifilaments of the first set being bonded to one another by means of stitching , characterized in a second set of mono- or bonded multifilaments arranged between the first and the second reinforcing layers in a direction transverse to the mono- or bonded multifilaments of the first set of mono- or bonded multifilaments and one of the sets of mono- or bonded multifilaments has a diameter other than that of the other set of mono- or bonded multifilaments.
Mobile operating machine, comprising a motor vehicle provided with at least one internal combustion motor which cooperates with a movement unit to move said motor vehicle , at least one articulated arm able to deliver concrete and at least one pumping unit configured to pump the concrete to said articulated arm , said mobile operating machine comprising a plurality of hydraulic pumps , wherein at least one of either the articulated arm or the pumping unit is connected to a respective hydraulic pump configured to pump a working fluid and determine the drive of said articulated arm and/or said pumping unit , further comprising one single electromechanical machine connected to an electric accumulator , to said respective hydraulic pump and to said internal combustion motor , wherein said electromechanical machine assumes at least a first operating condition in which it converts the mechanical energy of said internal combustion motor into electric energy to be accumulated in said electric accumulator , such that said electromechanical machine functions as an electric power generator, and a second operating condition in which it converts the electric energy of said electric accumulator into mechanical energy to drive the hydraulic pump , such that said electromechanical machine functions as an electric motor, said hydraulic pumps being selectively connected to said electromechanical machine by means of a mechanical coupler .
A method for merging two or more liquids, the method comprising: introducing a first liquid into a flow channel of a microfluidic device as a stream at least partially in contact with an immiscible phase liquid; introducing a microdroplet comprising a second liquid into the flow channel; merging the microdroplet into the stream, thereby combining the first and second liquids; and inducing the stream comprising the combined first and second liquids to break into individual microdroplets comprising the combined first and second liquids; characterized in that the first liquid is introduced into the flow channel under a jetting condition. introducing a first liquid into a flow channel of a microfluidic device as a stream at least partially in contact with an immiscible phase liquid; introducing a microdroplet comprising a second liquid into the flow channel; merging the microdroplet into the stream, thereby combining the first and second liquids; and inducing the stream comprising the combined first and second liquids to break into individual microdroplets comprising the combined first and second liquids; characterized in that the first liquid is introduced into the flow channel under a jetting condition.
Method for producing a composite body comprising a polysaccharide aerogel, especially a cellulose aerogel, and at least one plastic material, in which said plastic material and said polysaccharide aerogel are bonded together by both adhesive and frictional connection, wherein said method comprises the following steps: i) providing a polysaccharide aerogel, especially cellulose aerogel, in a molded body, ii) infiltrating said polysaccharide aerogel with a polymerization liquid of said plastic material, and iii) curing said polymerization liquid to obtain the composite body. i) providing a polysaccharide aerogel, especially cellulose aerogel, in a molded body, ii) infiltrating said polysaccharide aerogel with a polymerization liquid of said plastic material, and iii) curing said polymerization liquid to obtain the composite body.
An assembly for rotational equipment, the assembly comprising: a rotor disk structure including a rotor disk and a seal land circumscribing the rotor disk ; a stator structure circumscribing the seal land ; a seal assembly configured for sealing a gap between the stator structure and the seal land , wherein the seal assembly includes a non-contact seal ; a bladed rotor assembly including a second rotor disk structure ; a linkage extending axially between and connected to the rotor disk structure and the second rotor disk structure ; a nozzle configured to direct cooling air onto the second rotor disk structure , wherein the nozzle comprises a tangential onboard injection nozzle; and a guide circumscribing the linkage and configured to form a duct with the linkage , wherein the duct flows at least some of the cooling air directed out from the nozzle axially along the linkage , and wherein the guide is configured with the stator structure , and includes an aperture which receives cooling air from the duct , and wherein the aperture is configured to direct the received cooling air into a cavity between the guide and the stator structure for cooling the stator structure . a rotor disk structure including a rotor disk and a seal land circumscribing the rotor disk ; a stator structure circumscribing the seal land ; a seal assembly configured for sealing a gap between the stator structure and the seal land , wherein the seal assembly includes a non-contact seal ; a bladed rotor assembly including a second rotor disk structure ; a linkage extending axially between and connected to the rotor disk structure and the second rotor disk structure ; a nozzle configured to direct cooling air onto the second rotor disk structure , wherein the nozzle comprises a tangential onboard injection nozzle; and a guide circumscribing the linkage and configured to form a duct with the linkage , wherein the duct flows at least some of the cooling air directed out from the nozzle axially along the linkage , and wherein the guide is configured with the stator structure , and includes an aperture which receives cooling air from the duct , and wherein the aperture is configured to direct the received cooling air into a cavity between the guide and the stator structure for cooling the stator structure .
A water heater for an aircraft beverage brewing apparatus, comprising: a three way electrical conduit for conducting electrical power in three separate phases; a housing coupled to the three way electrical conduit , the housing including a body, a first removable end piece , and a second removable end piece ; a fluid inlet port at the first removable end piece and a fluid outlet port at the second removable end piece ; a hollow cylindrical core disposed in the housing between the first and second removable end pieces , characterized in that the hollow cylindrical core includes a heating element wound around the core from a first end to a second end; and by first, second, and third resettable temperature sensors disposed on the second removable end piece , each of the first, second, and third resettable temperature sensors connected to a separate phase of power from the three way electrical conduit . a three way electrical conduit for conducting electrical power in three separate phases; a housing coupled to the three way electrical conduit , the housing including a body, a first removable end piece , and a second removable end piece ; a fluid inlet port at the first removable end piece and a fluid outlet port at the second removable end piece ; a hollow cylindrical core disposed in the housing between the first and second removable end pieces , characterized in that the hollow cylindrical core includes a heating element wound around the core from a first end to a second end; and by first, second, and third resettable temperature sensors disposed on the second removable end piece , each of the first, second, and third resettable temperature sensors connected to a separate phase of power from the three way electrical conduit .
A carrier (105; 205: 305) for holding at least one container, the carrier comprising: a plurality of panels extending at least partially around an interior space of the carrier, the plurality of panels comprises a front panel , a back panel , at least one side panel , a first bottom panel , a second bottom panel , and at least one central panel ; and at least one divider flap (150a, 160a, 150b, 160b; 250a, 250b) extending from the at least one central panel to at least one of the front panel and the back panel , the first bottom panel includes at least one male locking feature and the second bottom panel includes at least one female locking feature for receiving the at least one male locking feature, characterized in that the at least one male locking feature engages the at least one divider flap (150a, 160a, 150b, 160b; 250a, 250b) to lock the at least one divider flap in a generally perpendicular position relative to the central panel . a plurality of panels extending at least partially around an interior space of the carrier, the plurality of panels comprises a front panel , a back panel , at least one side panel , a first bottom panel , a second bottom panel , and at least one central panel ; and at least one divider flap (150a, 160a, 150b, 160b; 250a, 250b) extending from the at least one central panel to at least one of the front panel and the back panel , the first bottom panel includes at least one male locking feature and the second bottom panel includes at least one female locking feature for receiving the at least one male locking feature, characterized in that the at least one male locking feature engages the at least one divider flap (150a, 160a, 150b, 160b; 250a, 250b) to lock the at least one divider flap in a generally perpendicular position relative to the central panel .