mhurhangee/ep-ind-claims huggingface dataset:
A method for integrating discrete components (4, 4') in a wafer, said receiving wafer, to form an integrated electronic device with discrete components, this wafer having cavities capable of receiving said components, a method wherein: a) a stack is made including a support, a double face thermosensitive adhesive layer, this adhesive layer having two faces, each of which is adhesive and thermosensitive, the wafer and the components (4, 4') positioned in said cavities so that their active face is in a same plane as a face, a so-called front face, of the receiving wafer, this front face being assembled with the layer of double face thermosensitive adhesive, b) a material for laterally coating the components is injected into the cavities, the hardening temperature of this material being less than the detachment temperature, above which said double face thermosensitive adhesive layer loses its adhesive properties, c) said material for laterally coating the components is hardened by heating to a temperature which does not suppress the adherence properties of said double face thermosensitive adhesive layer; d) then the support and the double face thermosensitive adhesive layer are removed, first by a 1 st rise in temperature, in order to exceed the temperature for detaching the double face thermosensitive adhesive layer and detach the support, then by a 2 nd rise in temperature, in order to eliminate points of residual attachment at the interfaces of the coating material and of the adhesive layer in order to separate the adhesive layer from the wafer. a) a stack is made including a support, a double face thermosensitive adhesive layer, this adhesive layer having two faces, each of which is adhesive and thermosensitive, the wafer and the components (4, 4') positioned in said cavities so that their active face is in a same plane as a face, a so-called front face, of the receiving wafer, this front face being assembled with the layer of double face thermosensitive adhesive, b) a material for laterally coating the components is injected into the cavities, the hardening temperature of this material being less than the detachment temperature, above which said double face thermosensitive adhesive layer loses its adhesive properties, c) said material for laterally coating the components is hardened by heating to a temperature which does not suppress the adherence properties of said double face thermosensitive adhesive layer; d) then the support and the double face thermosensitive adhesive layer are removed, first by a 1 st rise in temperature, in order to exceed the temperature for detaching the double face thermosensitive adhesive layer and detach the support, then by a 2 nd rise in temperature, in order to eliminate points of residual attachment at the interfaces of the coating material and of the adhesive layer in order to separate the adhesive layer from the wafer.
Method for manufacturing a container by stretch blow-molding from a preform made of plastic material in a forming unit, the forming unit comprising: - at least one mold defining an impression of the container to be formed and comprising at least one boxing insert for a handle, the or each insert being movable through a wall of the mold; an elongation rod that is movable heightwise within the mold along an extension axis (Xe) and intended to stretch the preform, - the method comprising, in succession, a pre-blow-molding step and a blow-molding step, - the method also comprising: - a step of stretching of the preform comprising, in succession, a phase of lowering, and a phase of rising of the elongation rod along the extension axis; - a step of boxing of a handle using the insert or inserts, the handle being formed by deforming at least one portion, called "deformed portion", of a wall of the container, characterized in that: - the phase of rising of the elongation rod is initiated before the blow-molding step; - the boxing step is initiated after the rising of the elongation rod beyond a predetermined height along the extension axis on which the handle is formed, the handle being formed on the extension axis of the elongation rod. - at least one mold defining an impression of the container to be formed and comprising at least one boxing insert for a handle, the or each insert being movable through a wall of the mold; an elongation rod that is movable heightwise within the mold along an extension axis (Xe) and intended to stretch the preform, - the method comprising, in succession, a pre-blow-molding step and a blow-molding step, - the method also comprising: - a step of stretching of the preform comprising, in succession, a phase of lowering, and a phase of rising of the elongation rod along the extension axis; - a step of boxing of a handle using the insert or inserts, the handle being formed by deforming at least one portion, called "deformed portion", of a wall of the container, characterized in that: - the phase of rising of the elongation rod is initiated before the blow-molding step; - the boxing step is initiated after the rising of the elongation rod beyond a predetermined height along the extension axis on which the handle is formed, the handle being formed on the extension axis of the elongation rod. - a step of stretching of the preform comprising, in succession, a phase of lowering, and a phase of rising of the elongation rod along the extension axis; - a step of boxing of a handle using the insert or inserts, the handle being formed by deforming at least one portion, called "deformed portion", of a wall of the container, characterized in that: - the phase of rising of the elongation rod is initiated before the blow-molding step; - the boxing step is initiated after the rising of the elongation rod beyond a predetermined height along the extension axis on which the handle is formed, the handle being formed on the extension axis of the elongation rod.
A communication control apparatus, comprising: a control section configured to select at least one cell from among a plurality of cells based on information on a Doppler shift estimated based on an uplink reference signal, which the at least one cell received from a terminal, in each of the plurality of cells; and a transmission section configured to transmit a downlink transmission signal to the at least one cell selected, the downlink transmission signal being for controlling radio connection with the terminal. a control section configured to select at least one cell from among a plurality of cells based on information on a Doppler shift estimated based on an uplink reference signal, which the at least one cell received from a terminal, in each of the plurality of cells; and a transmission section configured to transmit a downlink transmission signal to the at least one cell selected, the downlink transmission signal being for controlling radio connection with the terminal.
A method, comprising: determining that there is no transmission scheduled during a transmission time period; reducing a power amplifier bias during the inactive time period; and restoring the power amplifier bias to nominal at the end of the inactive time period, wherein the reducing the power amplifier bias comprises reducing the power amplifier bias to a threshold of a transistor of the power amplifier. determining that there is no transmission scheduled during a transmission time period; reducing a power amplifier bias during the inactive time period; and restoring the power amplifier bias to nominal at the end of the inactive time period, wherein the reducing the power amplifier bias comprises reducing the power amplifier bias to a threshold of a transistor of the power amplifier.
A wireless connection control method, comprising: establishing, by a distributed unit with a centralized unit, a control plane connection between the distributed unit and the centralized unit; receiving, by the distributed unit, a radio resource control, RRC, connection request sent by a terminal; sending, by the distributed unit, a control plane message comprising the RRC connection request to the centralized unit through the control plane connection between the distributed unit and the centralized unit, wherein the control plane message comprising the RRC connection request further comprises a first terminal identifier of the terminal, an identifier of a cell accessed by the terminal, and a second terminal identifier of the terminal, the first terminal identifier identifies the terminal on an air interface, and the second terminal identifier is an identifier allocated by the distributed unit for the terminal on the control plane connection; receiving, by the distributed unit through the control plane connection, a control plane message that is sent by the centralized unit and that comprises a RRC connection establishment message; sending, by the distributed unit, the RRC connection establishment message to the terminal; receiving, by the distributed unit, a RRC connection establishment complete message sent by the terminal; and sending, by the distributed unit, the RRC connection establishment complete message to the centralized unit. establishing, by a distributed unit with a centralized unit, a control plane connection between the distributed unit and the centralized unit; receiving, by the distributed unit, a radio resource control, RRC, connection request sent by a terminal; sending, by the distributed unit, a control plane message comprising the RRC connection request to the centralized unit through the control plane connection between the distributed unit and the centralized unit, wherein the control plane message comprising the RRC connection request further comprises a first terminal identifier of the terminal, an identifier of a cell accessed by the terminal, and a second terminal identifier of the terminal, the first terminal identifier identifies the terminal on an air interface, and the second terminal identifier is an identifier allocated by the distributed unit for the terminal on the control plane connection; receiving, by the distributed unit through the control plane connection, a control plane message that is sent by the centralized unit and that comprises a RRC connection establishment message; sending, by the distributed unit, the RRC connection establishment message to the terminal; receiving, by the distributed unit, a RRC connection establishment complete message sent by the terminal; and sending, by the distributed unit, the RRC connection establishment complete message to the centralized unit.
A fluid dispenser unit comprising: • a pump comprising a pump body and at least a first piston that slides in leaktight manner in said pump body between a non-dispensing position and a dispensing position; and • a spray head that is mounted on said pump and that is movable manually between a rest position, in which said first piston is in a non-dispensing position, and an actuated position, in which said first piston is moved towards its dispensing position, said spray head including a body that defines an expulsion channel and that is provided with a dispenser orifice, said spray head including a rigid insert that is disposed upstream from said spray profile, said spray head including, upstream from said dispenser orifice, a spray profile that is adapted to spray the fluid while it is being dispensed, said spray profile being made between a front end wall of said spray head and said rigid insert, such that an end surface of said rigid insert forms the end of said spray profile at least in part, the dispensing orifice being located prefereably in the center of said spray profile, the unit being characterized in that said rigid insert is secured to said first piston, said first piston being stationary relative to said spray head, and in that said unit further comprises a closure member that is disposed in said expulsion channel of the spray head directly upstream from the dispenser orifice, said closure member being movable between a closed position, in which it co-operates with said dispenser orifice in order to close it, and a non-closing position, in which it is moved away from said dispenser orifice, said closure member being urged towards its closed position in the rest position of said spray head. • a pump comprising a pump body and at least a first piston that slides in leaktight manner in said pump body between a non-dispensing position and a dispensing position; and • a spray head that is mounted on said pump and that is movable manually between a rest position, in which said first piston is in a non-dispensing position, and an actuated position, in which said first piston is moved towards its dispensing position, said spray head including a body that defines an expulsion channel and that is provided with a dispenser orifice, said spray head including a rigid insert that is disposed upstream from said spray profile, said spray head including, upstream from said dispenser orifice, a spray profile that is adapted to spray the fluid while it is being dispensed, said spray profile being made between a front end wall of said spray head and said rigid insert, such that an end surface of said rigid insert forms the end of said spray profile at least in part, the dispensing orifice being located prefereably in the center of said spray profile,
Support for filtration membrane formed with a set of first projections and a set of second projections extending in opposite directions, where at least some of the first dimple shaped projections and/or second dimple shaped projections are shaped with top surface areas (25, 35) forming contact face towards the filtration membrane, wherein said top surface areas (25, 35) are flat top surface areas; wherein dimple shaped projections are projections formed with flanks at the full circumference of the top surface areas and characterised in that the only flat areas extending in the direction parallel to the extension of the filtration membrane are the top surface areas (25, 35) and wherein the first and second projections are arranged in a matrix pattern with a distance X1 between centres of the projections (20, 30) in adjacent rows and a distance X2 between their centres in adjacent columns, where their top surface areas (25, 35) have a circumference C and where C/X1 is in the range of 1,03-2,27.
A reclaimed resin composition, comprising: recovered acrylonitrile butadiene styrene copolymer resin; additional acrylonitrile butadiene styrene copolymer resin; and a phosphorus-based flame retardant, wherein an amount of butadiene relative to a total mass of the reclaimed resin composition is from 10% by mass to 18% by mass. recovered acrylonitrile butadiene styrene copolymer resin; additional acrylonitrile butadiene styrene copolymer resin; and a phosphorus-based flame retardant, wherein an amount of butadiene relative to a total mass of the reclaimed resin composition is from 10% by mass to 18% by mass.
A loader wagon comprising: a load carrying box comprising a front wall, a bottom, side walls and a rear wall that can be opened for discharging, said walls and bottom bounding a load space for receiving and holding harvested stalk material; and a loading system for gathering stalk material and transporting gathered stalk material into the load carrying box, the loading system having a pick-up conveyor for picking-up stalk material from a field, a feeding rotor downstream of at least an upstream portion of the pick-up conveyor for feeding stalk material from the pick-up conveyor, through an infeed passage in the bottom of the load carrying box, into the load carrying box in a forward portion of the load space near a bottom end of the front wall; wherein at least a lower end portion of the front wall is movable between a forward position and a rearward position; wherein the lower end of the front wall in the rearward position is rearward of at least a forward portion of the infeed passage; and wherein a shield is connected to a lower end of the front wall along an edge of the shield for moving rearward and forward with the lower end of the front wall; characterized in that the shield projects forwardly from the lower end of the front wall and closes off the portion of the infeed passage forward of the lower end of the front wall. a load carrying box comprising a front wall, a bottom, side walls and a rear wall that can be opened for discharging, said walls and bottom bounding a load space for receiving and holding harvested stalk material; and a loading system for gathering stalk material and transporting gathered stalk material into the load carrying box, the loading system having a pick-up conveyor for picking-up stalk material from a field, a feeding rotor downstream of at least an upstream portion of the pick-up conveyor for feeding stalk material from the pick-up conveyor, through an infeed passage in the bottom of the load carrying box, into the load carrying box in a forward portion of the load space near a bottom end of the front wall; wherein at least a lower end portion of the front wall is movable between a forward position and a rearward position; wherein the lower end of the front wall in the rearward position is rearward of at least a forward portion of the infeed passage; and wherein a shield is connected to a lower end of the front wall along an edge of the shield for moving rearward and forward with the lower end of the front wall; characterized in that the shield projects forwardly from the lower end of the front wall and closes off the portion of the infeed passage forward of the lower end of the front wall.
A sampling circuit configured to operate in at least a sample state and a hold state comprising: an input terminal (1115; 1215) receiving a time variable input signal; a semiconductor switch (1110; 1210) configured to operate in at least a non-conductive mode and a conductive mode as directed by an amount of charge applied to a control terminal, the semiconductor switch being coupled between the input terminal and an output terminal, the semiconductor switch body being accessible at a body bias terminal (1109; 1209); a body bias capacitor (1162, 1262) coupled between the body bias terminal and the input terminal that maintains, in sample and hold states, respectively, a predetermined and substantially constant body bias voltage difference between these terminals; a refresh circuit (1160, 1260) adapted to regulate the voltage of the body bias capacitor in a refresh cycle of at least two phases, wherein a first phase imparts a bias voltage to a refresh capacitor (1165, 1265) and a second phase effectuates charge sharing between said refresh capacitor and said bias capacitor (1162, 1262); a charge generator coupled to the control terminal; and a control circuit (1125; 1225) coupled to the charge generator configured to selectively direct the charge generator to deliver a predetermined amount of charge to the control terminal such that the impedance of the semiconductor switch during a sample state is maintained substantially constant. an input terminal (1115; 1215) receiving a time variable input signal; a semiconductor switch (1110; 1210) configured to operate in at least a non-conductive mode and a conductive mode as directed by an amount of charge applied to a control terminal, the semiconductor switch being coupled between the input terminal and an output terminal, the semiconductor switch body being accessible at a body bias terminal (1109; 1209); a body bias capacitor (1162, 1262) coupled between the body bias terminal and the input terminal that maintains, in sample and hold states, respectively, a predetermined and substantially constant body bias voltage difference between these terminals; a refresh circuit (1160, 1260) adapted to regulate the voltage of the body bias capacitor in a refresh cycle of at least two phases, wherein a first phase imparts a bias voltage to a refresh capacitor (1165, 1265) and a second phase effectuates charge sharing between said refresh capacitor and said bias capacitor (1162, 1262); a charge generator coupled to the control terminal; and a control circuit (1125; 1225) coupled to the charge generator configured to selectively direct the charge generator to deliver a predetermined amount of charge to the control terminal such that the impedance of the semiconductor switch during a sample state is maintained substantially constant.
Elevator system having a guide device and at least one elevator car, which can be moved along the guide device by means of a linear drive, the guide device comprises at least one elevator car, which can be moved along the guide device by means of a linear drive, wherein the guide device has a guide rail, on which the at least one elevator car can be guided, and a stationary part of the linear drive, the guide device comprises guide means, which extend at least to some extent along the guide device and are designed such that an elevator car can be moved along them by means of an alternative drive, which is different from the linear drive, characterized in that a first elevator car is provided, which can be moved only by means of a linear drive, and in that a second elevator car is provided, which can be moved by means of the alternative drive. in that a first elevator car is provided, which can be moved only by means of a linear drive, and in that a second elevator car is provided, which can be moved by means of the alternative drive.
A method of flushing an exhaust gas cleaning system of an internal combustion engine that comprises a catalytic converter having at least one catalyst bed, wherein in an active operating phase of the exhaust gas cleaning system an exhaust gas from the internal combustion engine is fed to the exhaust gas cleaning system and in a passive operating phase of the exhaust gas cleaning system no exhaust gas is fed to the exhaust gas cleaning system, wherein a temperature of the at least one catalyst bed is ascertained and the flushing operation is effected in dependence on the ascertained temperature, wherein the exhaust gas cleaning system in the passive operating phase of the exhaust gas cleaning system is flushed by a flushing device directly connected to an exhaust gas line, characterised in that the exhaust gas cleaning system is flushed before a start-up of the internal combustion engine and in a passive operating phase of the exhaust gas cleaning system the method checks whether a failed start preceded a starting command for starting the internal combustion engine or whether the internal combustion engine was previously shut down.