mhurhangee/patent-ind-claim-en huggingface dataset:
A joint arrangement comprising: - a drive member rotatable about a rotation axis , the drive member comprising a drive member press fit surface and a drive member shape lock structure ; - an attachment portion having an attachment thread ; and - a driven member comprising a driven member press fit surface , a driven member shape lock structure and a through hole ; wherein the joint arrangement is configured such that the driven member can be rigidly connected to the drive member by means of a press fit between the drive member press fit surface and the driven member press fit surface by threadingly engaging the attachment thread with an attachment member passing through the through hole ; and wherein the joint arrangement is configured such that a shape lock is provided between the drive member shape lock structure and the driven member shape lock structure when the driven member is connected to the drive member ; characterised in that , the driven member further comprises a detachment thread ; and wherein the joint arrangement is configured such that the press fit can be released by threadingly engaging the detachment thread with a detachment member . - a drive member rotatable about a rotation axis , the drive member comprising a drive member press fit surface and a drive member shape lock structure ; - an attachment portion having an attachment thread ; and - a driven member comprising a driven member press fit surface , a driven member shape lock structure and a through hole ; wherein the joint arrangement is configured such that the driven member can be rigidly connected to the drive member by means of a press fit between the drive member press fit surface and the driven member press fit surface by threadingly engaging the attachment thread with an attachment member passing through the through hole ; and wherein the joint arrangement is configured such that a shape lock is provided between the drive member shape lock structure and the driven member shape lock structure when the driven member is connected to the drive member ; characterised in that , the driven member further comprises a detachment thread ; and wherein the joint arrangement is configured such that the press fit can be released by threadingly engaging the detachment thread with a detachment member .
A memory system comprising: a split-gate flash memory cell comprising a first bit line terminal and a first source line terminal ; a first bit line coupled to the first bit line terminal; a strap cell (1020, 1020-1, 1020-2) comprising a second bit line terminal and a second source line terminal ; a first pull down circuit contact ; a second pull down circuit contact ; a second bit line coupled to the second bit line terminal, the first pull down circuit contact, and the second pull down circuit contact, wherein the first pull down circuit contact is located on one end of the second bit line and the second pull down circuit contact is located on an opposite end of the second bit line; a source line coupled to the first source line terminal and the second source line terminal; and a first pull down circuit coupled to the first pull down circuit contact and a second pull down circuit coupled to the second pull down circuit contact that selectively couple the second bit line to ground (GND) when the split-gate flash memory cell is being read or erased and to a voltage source (VDD) when the split-gate flash memory cell is being programmed. a split-gate flash memory cell comprising a first bit line terminal and a first source line terminal ; a first bit line coupled to the first bit line terminal; a strap cell (1020, 1020-1, 1020-2) comprising a second bit line terminal and a second source line terminal ; a first pull down circuit contact ; a second pull down circuit contact ; a second bit line coupled to the second bit line terminal, the first pull down circuit contact, and the second pull down circuit contact, wherein the first pull down circuit contact is located on one end of the second bit line and the second pull down circuit contact is located on an opposite end of the second bit line; a source line coupled to the first source line terminal and the second source line terminal; and a first pull down circuit coupled to the first pull down circuit contact and a second pull down circuit coupled to the second pull down circuit contact that selectively couple the second bit line to ground (GND) when the split-gate flash memory cell is being read or erased and to a voltage source (VDD) when the split-gate flash memory cell is being programmed.
A zinc-air fuel cell of the fluidised bed type, comprising a main body and a pair of electrode plates , anode and cathode respectively, fixed to a pair of opposite first faces of the main body , in which the main body encloses a chamber suitable to be fed with an electrolyte and with zinc particles, said chamber having a bottom wall wherein the main body is provided with at least one feeding conduit for feeding the zinc particles to the cell , at least two inlet conduits for feeding the electrolyte to the cell , and at least one discharge conduit for discharging from the cell the electrolyte and zinc particles consumed during operation of the cell , wherein said at least two inlet conduits are arranged coaxially to each other on a pair of opposing second faces of said main body extending below said bottom wall , and wherein the main body further has a plurality of diffuser channels communicating with said at least two inlet conduits and flowing at said bottom wall to diffuse into said chamber the electrolyte fed to the cell through said at least two inlet conduits . in which the main body encloses a chamber suitable to be fed with an electrolyte and with zinc particles, said chamber having a bottom wall wherein the main body is provided with at least one feeding conduit for feeding the zinc particles to the cell , at least two inlet conduits for feeding the electrolyte to the cell , and at least one discharge conduit for discharging from the cell the electrolyte and zinc particles consumed during operation of the cell , wherein said at least two inlet conduits are arranged coaxially to each other on a pair of opposing second faces of said main body extending below said bottom wall , and wherein the main body further has a plurality of diffuser channels communicating with said at least two inlet conduits and flowing at said bottom wall to diffuse into said chamber the electrolyte fed to the cell through said at least two inlet conduits .
An electric power generation controller for use in an aircraft, the electric power generation controller being a controller of an electric power generating apparatus including a manual transmission configured to change speed of rotational power of an aircraft engine , transmit the rotational power to an electric power generator , and switch a gear stage by a friction clutch pressed by an actuator , the electric power generation controller comprising a manual transmission control section configured to control the manual transmission , wherein the manual transmission control section includes a shift command section configured to output a shift signal which switches the gear stage of the manual transmission and a clutch control section configured to, when switching the gear stage of the manual transmission, control clutch pressure of the actuator such that the friction clutch becomes a half-engaged state, characterized in that the clutch control section is configured to, when switching the gear stage of the manual transmission , control the clutch pressure of the actuator such that the friction clutch is maintained in the half-engaged state in a predetermined period of time. the electric power generation controller being a controller of an electric power generating apparatus including a manual transmission configured to change speed of rotational power of an aircraft engine , transmit the rotational power to an electric power generator , and switch a gear stage by a friction clutch pressed by an actuator , the electric power generation controller comprising a manual transmission control section configured to control the manual transmission , wherein the manual transmission control section includes a shift command section configured to output a shift signal which switches the gear stage of the manual transmission and a clutch control section configured to, when switching the gear stage of the manual transmission, control clutch pressure of the actuator such that the friction clutch becomes a half-engaged state, a shift command section configured to output a shift signal which switches the gear stage of the manual transmission and a clutch control section configured to, when switching the gear stage of the manual transmission, control clutch pressure of the actuator such that the friction clutch becomes a half-engaged state, characterized in that the clutch control section is configured to, when switching the gear stage of the manual transmission , control the clutch pressure of the actuator such that the friction clutch is maintained in the half-engaged state in a predetermined period of time.
A method of bonding a component part to a polymeric substrate, the method comprising: applying a solvent containing a tackifier to a surface of at least one of a polymeric substrate and a component part, the one of the polymeric substrate and the component part to which the solvent is applied being made from a blend of styrenic block copolymer and second polymer comprising a polyolefin, the tackifier comprising a hydrogenated rosin, an ester of hydrogenated rosin, terpene phenolic, C5 or C9 hydrocarbon resin; contacting the polymeric substrate to the component part to form a bond therebetween; and exposing the bonded polymeric substrate and component part to radiation. applying a solvent containing a tackifier to a surface of at least one of a polymeric substrate and a component part, the one of the polymeric substrate and the component part to which the solvent is applied being made from a blend of styrenic block copolymer and second polymer comprising a polyolefin, the tackifier comprising a hydrogenated rosin, an ester of hydrogenated rosin, terpene phenolic, C5 or C9 hydrocarbon resin; contacting the polymeric substrate to the component part to form a bond therebetween; and exposing the bonded polymeric substrate and component part to radiation.
A method of operation of a secure programming system comprising: receiving a job control package having a security kernel , an authentication list , and a target payload ; loading a programmable device into a programmer ; authenticating the programmable device by matching a serial number of the programmable device with an entry of the authentication list ; installing the security kernel in the programmable device ; rebooting the programmable device in the programmer to generate a validation code of the security kernel by activating the security kernel ; cryptographically authenticating the validation code of the security kernel of the programmable device using security keys in the programmer ; and provisioning the programmable device with the target payload based on a successful validation of the security kernel . receiving a job control package having a security kernel , an authentication list , and a target payload ; loading a programmable device into a programmer ; authenticating the programmable device by matching a serial number of the programmable device with an entry of the authentication list ; installing the security kernel in the programmable device ; rebooting the programmable device in the programmer to generate a validation code of the security kernel by activating the security kernel ; cryptographically authenticating the validation code of the security kernel of the programmable device using security keys in the programmer ; and provisioning the programmable device with the target payload based on a successful validation of the security kernel .
A distillation column comprising: a vertical dividing wall splitting a top portion of the column into first and second halves, wherein the first half comprises a pre-fractionation side; a feedline coupled to the first half and configured to provide feed to the first half; a pre-fractionation absorption section located in the pre-fractionation side and configured to separate non-condensable components from the feed; a distillation unit located in the second half and configured to separate heavier liquid components; a vent condenser being configured to receive overhead product from the pre-fractionation side, to remove non-condensables as overhead vapor product and to reflux a liquid stream condensed in the vent condenser to the pre-fractionation side; a total condenser coupled to the second half and configured to receive overhead product from the second half; a bottoms pump and a bottoms feedline coupled to the distillation column, wherein the bottoms pump is configured to receive bottom product from the distillation column and to pump the bottom product as reflux via the bottoms feedline to the pre- fractionation side; a reboiler coupled to the distillation column and configured to receive bottom product from the distillation column; and a bottoms removal line configured to remove bottom product from the distillation column. a vertical dividing wall splitting a top portion of the column into first and second halves, wherein the first half comprises a pre-fractionation side; a feedline coupled to the first half and configured to provide feed to the first half; a pre-fractionation absorption section located in the pre-fractionation side and configured to separate non-condensable components from the feed; a distillation unit located in the second half and configured to separate heavier liquid components; a vent condenser being configured to receive overhead product from the pre-fractionation side, to remove non-condensables as overhead vapor product and to reflux a liquid stream condensed in the vent condenser to the pre-fractionation side; a total condenser coupled to the second half and configured to receive overhead product from the second half; a bottoms pump and a bottoms feedline coupled to the distillation column, wherein the bottoms pump is configured to receive bottom product from the distillation column and to pump the bottom product as reflux via the bottoms feedline to the pre- fractionation side; a reboiler coupled to the distillation column and configured to receive bottom product from the distillation column; and a bottoms removal line configured to remove bottom product from the distillation column.
An optical element stack assembly comprising: first and second sub-assemblies each of which includes a substrate and a sub-structure fixed to the respective substrate, wherein each of the sub-structures includes a respective first edge feature and a respective second edge feature that project away from the substrate of that sub-structure, each second edge feature being disposed laterally closer to an outer periphery of the respective sub-structure than the first edge feature of the same sub-structure, wherein the first edge feature of the first sub-structure is in direct contact with the first edge feature of the second sub-structure, wherein the second edge feature of the first sub-structure and the second edge feature of the second sub-structure are attached to one another by adhesive , and wherein at least one of the first or second sub-structures includes an optical element on a same side of the sub-structure as the first and second edge features of that sub-structure, the optical element stack assembly further comprising a spacer laterally surrounding, and molded to, the first and second sub-assemblies. first and second sub-assemblies each of which includes a substrate and a sub-structure fixed to the respective substrate, wherein each of the sub-structures includes a respective first edge feature and a respective second edge feature that project away from the substrate of that sub-structure, each second edge feature being disposed laterally closer to an outer periphery of the respective sub-structure than the first edge feature of the same sub-structure, wherein the first edge feature of the first sub-structure is in direct contact with the first edge feature of the second sub-structure, wherein the second edge feature of the first sub-structure and the second edge feature of the second sub-structure are attached to one another by adhesive , and wherein at least one of the first or second sub-structures includes an optical element on a same side of the sub-structure as the first and second edge features of that sub-structure, the optical element stack assembly further comprising a spacer laterally surrounding, and molded to, the first and second sub-assemblies.
A user equipment, UE , for communication comprising: means for identifying a first modulation and coding scheme, MCS, table from a plurality of sets of MCS tables to use for communication with an apparatus , wherein the plurality of sets of MCS tables comprises the first MCS table and a second MCS table; means for receiving, from a gNB, a TRP, a base station, another UE, or an access terminal, a plurality of sets of minimum and maximum MCS values, wherein the plurality of sets of minimum and maximum MCS values comprises a first set of minimum and maximum MCS values to use with the first MCS table and a second set of minimum and maximum values to use with the second MCS table; means for identifying the first set of minimum and maximum MCS values from the plurality of sets of minimum and maximum MCS values based on the identifying the first MCS table, wherein the first set of minimum and maximum values comprises a first minimum MCS value to use with the first MCS table and a first maximum MCS value to use with the first MCS table; and means for communicating via a sidelink channel with the apparatus , wherein the communication via the sidelink channel uses the first MCS table and the first set of minimum and maximum values. means for identifying a first modulation and coding scheme, MCS, table from a plurality of sets of MCS tables to use for communication with an apparatus , wherein the plurality of sets of MCS tables comprises the first MCS table and a second MCS table; means for receiving, from a gNB, a TRP, a base station, another UE, or an access terminal, a plurality of sets of minimum and maximum MCS values, wherein the plurality of sets of minimum and maximum MCS values comprises a first set of minimum and maximum MCS values to use with the first MCS table and a second set of minimum and maximum values to use with the second MCS table; means for identifying the first set of minimum and maximum MCS values from the plurality of sets of minimum and maximum MCS values based on the identifying the first MCS table, wherein the first set of minimum and maximum values comprises a first minimum MCS value to use with the first MCS table and a first maximum MCS value to use with the first MCS table; and means for communicating via a sidelink channel with the apparatus , wherein the communication via the sidelink channel uses the first MCS table and the first set of minimum and maximum values.
A gas filling apparatus comprising; a filling mechanism for transporting a gas from a gas supply source via a gas transporting pipe while measuring flow rate of the gas; a filling hose connected to the gas transporting pipe, the filling hose having a filling nozzle at an end; a nozzle hook on which the filling nozzle is hung; a guide mechanism for guiding the filling nozzle from the nozzle hook to a predetermined position when the filling nozzle is detached from the nozzle hook ; characterized by a case for accommodating the filling nozzle hung on the nozzle hook , wherein a door of the case includes a pressing member for pressing the filling nozzle in a direction to be properly hung on the nozzle hook when the door is closed. a filling mechanism for transporting a gas from a gas supply source via a gas transporting pipe while measuring flow rate of the gas; a filling hose connected to the gas transporting pipe, the filling hose having a filling nozzle at an end; a nozzle hook on which the filling nozzle is hung; a guide mechanism for guiding the filling nozzle from the nozzle hook to a predetermined position when the filling nozzle is detached from the nozzle hook ; characterized by a case for accommodating the filling nozzle hung on the nozzle hook , wherein a door of the case includes a pressing member for pressing the filling nozzle in a direction to be properly hung on the nozzle hook when the door is closed.
A computer-implemented method comprising: obtaining, based on an input image, a plurality of first activation maps of a plurality of labelled filters of a layer of a first convolutional neural network, wherein the first convolutional neural network is configured to identify one or more objects in the input image; selecting at least one first activation map each having an activation score above a threshold activation score or having the highest activation score; obtaining, based on the input image, a second activation map of a filter of a layer of a second convolutional neural network, wherein the second convolutional neural network is configured to identify one or more objects in the input image, and wherein the layer of the second convolutional neural network corresponds to the layer of the first convolutional neural network; calculating a similarity measure between the first activation map and the second activation map for each of a plurality of pairs each comprising the second activation map and one of the at least one selected first activation maps; and labelling the filter of the second convolutional neural network with a label of the labelled filter corresponding to the first activation map belonging to the pair with the highest similarity measure. obtaining, based on an input image, a plurality of first activation maps of a plurality of labelled filters of a layer of a first convolutional neural network, wherein the first convolutional neural network is configured to identify one or more objects in the input image; selecting at least one first activation map each having an activation score above a threshold activation score or having the highest activation score; obtaining, based on the input image, a second activation map of a filter of a layer of a second convolutional neural network, wherein the second convolutional neural network is configured to identify one or more objects in the input image, and wherein the layer of the second convolutional neural network corresponds to the layer of the first convolutional neural network; calculating a similarity measure between the first activation map and the second activation map for each of a plurality of pairs each comprising the second activation map and one of the at least one selected first activation maps; and labelling the filter of the second convolutional neural network with a label of the labelled filter corresponding to the first activation map belonging to the pair with the highest similarity measure.