mhurhangee/ep-ind-claims huggingface dataset:
A high or ultra-high performance liquid chromatography pump comprising: a pump head bounding a pump chamber (55; 155; 255); a plunger passage opening into the pump chamber (55; 155; 255); a plunger rod extending in an axial direction into said pump chamber (55; 155; 255) through the plunger passage, the plunger rod being reciprocally movable in said axial direction into said pump chamber (55; 155; 255) and back; a plunger seal sealing off the plunger passage around the rod against fluidic leakage from the pump chamber (55; 155; 255); an outlet channel (62; 162; 262) extending through the pump head from the pump chamber (55; 155; 255) to an outlet port; and an inlet channel (64; 164; 264) extending through the pump head from an inlet port to the pump chamber (55; 155; 255); characterized in that the pump head has a pump head block and a pressure sensor body, the pump head block and the pressure sensor body bounding portions of pump chamber (55; 155; 255) axially adjacent to each other; a tubular portion of the pump head block bounding a portion of the pump chamber (55; 155; 255) projects into the pressure sensor body; and the outlet channel (62; 162; 262) has at least one diversion conduit portion (69; 169; 269) at least partially bounded by the tubular portion of the pump head block, the diversion conduit portion (69; 169; 269) of the outlet channel (62; 162; 262) extending from said pump chamber (55; 155; 255) in said axial direction. a pump head bounding a pump chamber (55; 155; 255); a plunger passage opening into the pump chamber (55; 155; 255); a plunger rod extending in an axial direction into said pump chamber (55; 155; 255) through the plunger passage, the plunger rod being reciprocally movable in said axial direction into said pump chamber (55; 155; 255) and back; a plunger seal sealing off the plunger passage around the rod against fluidic leakage from the pump chamber (55; 155; 255); an outlet channel (62; 162; 262) extending through the pump head from the pump chamber (55; 155; 255) to an outlet port; and an inlet channel (64; 164; 264) extending through the pump head from an inlet port to the pump chamber (55; 155; 255); characterized in that the pump head has a pump head block and a pressure sensor body, the pump head block and the pressure sensor body bounding portions of pump chamber (55; 155; 255) axially adjacent to each other; a tubular portion of the pump head block bounding a portion of the pump chamber (55; 155; 255) projects into the pressure sensor body; and the outlet channel (62; 162; 262) has at least one diversion conduit portion (69; 169; 269) at least partially bounded by the tubular portion of the pump head block, the diversion conduit portion (69; 169; 269) of the outlet channel (62; 162; 262) extending from said pump chamber (55; 155; 255) in said axial direction.
A facility for delivering cryogenic liquid from a storage tank comprising: - a cryogenic device (6, 8) for delivering and/or treating cryogenic liquid from the storage tank to a container to be filled, and - an intermediate vessel, - means for supplying cryogenic liquid from the storage tank to the intermediate vessel, characterized in that it also comprises - means for supplying cryogenic liquid either from the storage tank or from the intermediate vessel and for cooling (V1, V2, 12) the cryogenic device (6, 8); - a connection for conducting fluid resulting from the vaporization of the cryogenic liquid and exiting from the cryogenic device (6, 8) toward the intermediate vessel, and - means for delivering cryogenic liquid to the container to be filled, via the cryogenic device (6, 8), from the intermediate vessel and/or the storage tank. - a cryogenic device (6, 8) for delivering and/or treating cryogenic liquid from the storage tank to a container to be filled, and - an intermediate vessel, - means for supplying cryogenic liquid from the storage tank to the intermediate vessel, characterized in that it also comprises - means for supplying cryogenic liquid either from the storage tank or from the intermediate vessel and for cooling (V1, V2, 12) the cryogenic device (6, 8); - a connection for conducting fluid resulting from the vaporization of the cryogenic liquid and exiting from the cryogenic device (6, 8) toward the intermediate vessel, and - means for delivering cryogenic liquid to the container to be filled, via the cryogenic device (6, 8), from the intermediate vessel and/or the storage tank.
A compound of Formula I wherein m and p may be the same or different and are each an integer from 0-4; each R 1 and R 2 are the same or different and are each independently selected from one or more of halogen, C 1 -C 12 alkyl, C 1 -C 6 aliphatic, C 3 -C 6 cycloaliphatic, C 1 -C 12 alkoxy, and C 1 -C 12 alkyl ester; and R 3, R 4, R 5, and R 6 are the same or different and are each independently selected from one or more of hydrogen, and C 1 -C 2 aliphatic. wherein m and p may be the same or different and are each an integer from 0-4; each R 1 and R 2 are the same or different and are each independently selected from one or more of halogen, C 1 -C 12 alkyl, C 1 -C 6 aliphatic, C 3 -C 6 cycloaliphatic, C 1 -C 12 alkoxy, and C 1 -C 12 alkyl ester; and R 3, R 4, R 5, and R 6 are the same or different and are each independently selected from one or more of hydrogen, and C 1 -C 2 aliphatic.
A vehicle control apparatus, comprising: first target driving force calculation means (101, 201) configured to calculate a first target driving force based on an accelerator pedal opening; target speed ratio calculation means (105, 209) configured to calculate a target speed ratio of a continuously variable transmission based on the first target driving force; and atmospheric pressure detection means configured to detect atmospheric pressure of an environment in which the vehicle is running; characterized by first correction means (106, 202) configured to calculate a second target drive force by correcting the first target drive force in accordance with the atmospheric pressure; and target torque calculation means (107, 211) configured to calculate a target torque of a driving source based on the second target driving force, such that only the target torque, out of the target speed ratio and the target torque, is calculated in accordance with the atmospheric pressure. first target driving force calculation means (101, 201) configured to calculate a first target driving force based on an accelerator pedal opening; target speed ratio calculation means (105, 209) configured to calculate a target speed ratio of a continuously variable transmission based on the first target driving force; and atmospheric pressure detection means configured to detect atmospheric pressure of an environment in which the vehicle is running; characterized by first correction means (106, 202) configured to calculate a second target drive force by correcting the first target drive force in accordance with the atmospheric pressure; and target torque calculation means (107, 211) configured to calculate a target torque of a driving source based on the second target driving force, such that only the target torque, out of the target speed ratio and the target torque, is calculated in accordance with the atmospheric pressure.
A cigarette pack comprising: a box having a top face, a bottom face, and a plurality of longitudinal faces connecting the top face to the bottom face, the longitudinal faces including: a front face; the pack further comprising a straight rear face; the pack being characterised by: a first arched-edged bevel situated on one side of the front face, the first arched-edged bevel being attached to the front face by a first longitudinal curved fold line; and a second arched-edged bevel situated on the other side of the front face and being attached to the front face by a second longitudinal curved fold line; wherein the first and second longitudinal curved fold lines (106a, 106b) are curved away from the centre of the front face such that the front face is at least partially concavely bowed in a longitudinal direction; the plurality of longitudinal faces further including: a first plurality of side bevels arranged to connect the first arched-edged bevel to the straight rear face; and a second plurality of side bevels arranged to connect the second arched-edged bevel to the straight rear face. a box having a top face, a bottom face, and a plurality of longitudinal faces connecting the top face to the bottom face, the longitudinal faces including: a front face; the pack further comprising a straight rear face; the pack being characterised by: a first arched-edged bevel situated on one side of the front face, the first arched-edged bevel being attached to the front face by a first longitudinal curved fold line; and a second arched-edged bevel situated on the other side of the front face and being attached to the front face by a second longitudinal curved fold line; a front face; the pack further comprising a straight rear face; the pack being characterised by: a first arched-edged bevel situated on one side of the front face, the first arched-edged bevel being attached to the front face by a first longitudinal curved fold line; and a second arched-edged bevel situated on the other side of the front face and being attached to the front face by a second longitudinal curved fold line; a first arched-edged bevel situated on one side of the front face, the first arched-edged bevel being attached to the front face by a first longitudinal curved fold line; and a second arched-edged bevel situated on the other side of the front face and being attached to the front face by a second longitudinal curved fold line; wherein the first and second longitudinal curved fold lines (106a, 106b) are curved away from the centre of the front face such that the front face is at least partially concavely bowed in a longitudinal direction; the plurality of longitudinal faces further including: a first plurality of side bevels arranged to connect the first arched-edged bevel to the straight rear face; and a second plurality of side bevels arranged to connect the second arched-edged bevel to the straight rear face. a first plurality of side bevels arranged to connect the first arched-edged bevel to the straight rear face; and a second plurality of side bevels arranged to connect the second arched-edged bevel to the straight rear face.
Battery charger for a motor vehicle, comprising a primary electrical power converter and a secondary electrical power converter that are connected by a transformer (25, 26, 27, 60), the primary power converter and the secondary power converter being configured to transfer the maximum instantaneous power delivered by a power supply network or a battery to the battery or the power supply network, respectively, characterized in that the charger comprises: • at least one primary compensation electrical power converter comprising a high-frequency switching stage whose output is connected to the transformer, • a filter capacitor connected between two input terminals of the high-frequency switching stage of the primary compensation converter, • at least one secondary compensation electrical power converter connected to the primary compensation converter via a transformer (25, 26, 27, 60), and • a switchable storage capacitor connected between the two input terminals of the high-frequency switching stage of the primary compensation converter, • the secondary compensation electrical power converter and the high-frequency switching stage of the primary compensation converter being configured to charge or discharge the storage capacitor according to an instantaneous power setpoint. • at least one primary compensation electrical power converter comprising a high-frequency switching stage whose output is connected to the transformer, • a filter capacitor connected between two input terminals of the high-frequency switching stage of the primary compensation converter, • at least one secondary compensation electrical power converter connected to the primary compensation converter via a transformer (25, 26, 27, 60), and • a switchable storage capacitor connected between the two input terminals of the high-frequency switching stage of the primary compensation converter, • the secondary compensation electrical power converter and the high-frequency switching stage of the primary compensation converter being configured to charge or discharge the storage capacitor according to an instantaneous power setpoint.
A cordless magnetic drill, comprising: a control unit; a motor connected with said control unit; a gearbox connected with said motor for regulating the output speed of said motor; an electromagnetic chuck connected with said control unit; and a portable cordless power source connected with said control unit for supplying power to said motor and to said electromagnetic chuck; wherein said control unit is arranged to control the operation of said motor, said power source and said electromagnetic chuck, and to establish or cut off the connection between said power source (4;6) and said motor, and wherein, when said power source is nearly exhausted, said control unit is arranged to cut off the connection between said power source and said motor and/or warn. a control unit; a motor connected with said control unit; a gearbox connected with said motor for regulating the output speed of said motor; an electromagnetic chuck connected with said control unit; and a portable cordless power source connected with said control unit for supplying power to said motor and to said electromagnetic chuck; wherein said control unit is arranged to control the operation of said motor, said power source and said electromagnetic chuck, and to establish or cut off the connection between said power source (4;6) and said motor, and wherein, when said power source is nearly exhausted, said control unit is arranged to cut off the connection between said power source and said motor and/or warn.
A computer-implemented method of recording a configuration record for components of an asset, wherein each component may be associated with a plurality of attributes and a plurality of aspects, wherein the aspects may be coupled to the attributes, said computer-implemented method comprising: accessing a database storing component data, including the plurality of attributes, the plurality of aspects, a survey library and a survey configuration; displaying a first attribute associated with a first component of the asset; inputting, via a user interface device, a first aspect that is associated with the first component; selecting a link hotspot coupled to the first attribute; displaying a second attribute that is linked to the link hotspot and associated with a second component (12 2) of the asset; inputting, via the user interface device, a second aspect that is associated with the second attribute; and storing the first and second aspects in the database, wherein the method further comprises: performing a numerical analysis to calculate a match score between survey configuration imagery and the first attribute of the first component in the survey library; comparing the match score to a predetermined threshold; if the match score is below the threshold, directing a user to obtain additional survey data relating to the first component; updating the database using the additional data. accessing a database storing component data, including the plurality of attributes, the plurality of aspects, a survey library and a survey configuration; displaying a first attribute associated with a first component of the asset; inputting, via a user interface device, a first aspect that is associated with the first component; selecting a link hotspot coupled to the first attribute; displaying a second attribute that is linked to the link hotspot and associated with a second component (12 2) of the asset; inputting, via the user interface device, a second aspect that is associated with the second attribute; and storing the first and second aspects in the database, performing a numerical analysis to calculate a match score between survey configuration imagery and the first attribute of the first component in the survey library; comparing the match score to a predetermined threshold; if the match score is below the threshold, directing a user to obtain additional survey data relating to the first component; updating the database using the additional data.
Apparatus, comprising information generating means adapted to generate a report information based on a dropping of a packet of a first received service data flow occurring in processing the first received service data flow, wherein the first received service data flow is allocated to a service chain and received from a precedent entity in the service chain; and flow generating means adapted to generate an outbound service data flow including the report information to be sent to a subsequent entity in the service chain.
A heat pump device comprising: a compressor having a compression mechanism that compresses a refrigerant; a motor that operates the compression mechanism provided in the compressor; a three-phase inverter and an inverter control unit that controls the inverter, wherein the inverter control unit includes a phase switching unit that switches a phase θ1 and a phase θ2 different from the phase θ1 substantially by 180 degrees and outputs the phase, synchronously with a reference signal having a predetermined frequency, an addition unit that changes a value n, which is an integer equal to or larger than 0, for every predetermined time, and outputs a phase θ3 obtained by adding a phase θplus, which is n times a size of 60 degrees, to the phase output from the phase switching unit, a voltage generation unit that generates a voltage command value based on the phase θ3 output by the addition unit and outputs the voltage command value, and a drive-signal generation unit that, based on an output from the voltage generation unit, generates drive signals corresponding to respective switching elements (18a to 18f) of the inverter, outputs respective generated drive signals to the corresponding switching elements (18a to 18f) of the inverter, and generates a high-frequency AC voltage in the inverter. a compressor having a compression mechanism that compresses a refrigerant; a motor that operates the compression mechanism provided in the compressor; a three-phase inverter and an inverter control unit that controls the inverter, wherein the inverter control unit includes a phase switching unit that switches a phase θ1 and a phase θ2 different from the phase θ1 substantially by 180 degrees and outputs the phase, synchronously with a reference signal having a predetermined frequency, an addition unit that changes a value n, which is an integer equal to or larger than 0, for every predetermined time, and outputs a phase θ3 obtained by adding a phase θplus, which is n times a size of 60 degrees, to the phase output from the phase switching unit, a voltage generation unit that generates a voltage command value based on the phase θ3 output by the addition unit and outputs the voltage command value, and a drive-signal generation unit that, based on an output from the voltage generation unit, generates drive signals corresponding to respective switching elements (18a to 18f) of the inverter, outputs respective generated drive signals to the corresponding switching elements (18a to 18f) of the inverter, and generates a high-frequency AC voltage in the inverter.
A process for the moulding and curing of fibrous material embedded in a matrix of a thermocurable resin comprising locating an insert within a mould cavity comprising a top, a base and cavity side walls (4, 5, 6, 7), the insert comprising sectional walls that can move independently of each other to increase and decrease the dimensions of the insert, providing a layer of fibrous material embedded in a matrix of thermocurable resin between the insert and the cavity side walls (4, 5, 6, 7), placing the top onto the cavity and increasing the dimensions of the insert to compress the layer of fibrous material between the sectional walls of the insert and the cavity side walls (4, 5, 6, 7) and heating to cure the thermocurable resin while compressed between the cavity side walls (4, 5, 6, 7) and the insert; the process is characterised in that the fibrous material embedded in a matrix of a thermocurable resin is a moulding compound comprising a Quasi-isotropic material composed of randomly oriented segments of unidirectional fibre tape that are impregnated with resin.
Polycationic polymer, comprising a cationic repeating unit C, comprising a positively-charged protonated guanidine group, and a negatively-charged counterion, balancing the positive charge of this guanidine group, wherein the dispersity (M w /M n) of the polymer is 1,5 or higher determined according to the method mentioned in the specification, wherein the polycationic polymer comprises one or more than one further repeating unit, formed from a comonomer comprising a polymerizable group, wherein said at least one comonomer is a crosslinkable monomer, wherein the crosslinkable monomer is selected from benzophenone methacrylate (BPMA), benzophenone acrylate, a bifunctional acrylate or methacrylate, a trifunctional acrylate or methacrylate and a glycidyl acrylate or methacrylate.