mhurhangee/patent-ind-claim-en huggingface dataset:
A well screen , comprising: - a filter portion for allowing a fluid to flow inwardly through the filter portion and into an annular space between the filter portion and a tubular base pipe of the screen ; - a flow restricting device for restricting flow of a first portion of the fluid through the flow restricting device between the annular space and an inner passage of the tubular base pipe , wherein the flow restricting device is remotely controlled and includes a downhole controller including a telemetry device for communicating with the surface or another remote location; and - a bypass device for selectively permitting relatively unrestricted inward flow of a second portion of the fluid through the bypass device between the annular space and an inner passage of the tubular base pipe , the bypass device including a material which swells in response to contact between the material and a fluid in a well, wherein the bypass device includes at least one passage , the flow through the passage being increasingly restricted when the material swells to restrict all or most flow from or into the well to no more than that allowed through the flow restricting device . - a filter portion for allowing a fluid to flow inwardly through the filter portion and into an annular space between the filter portion and a tubular base pipe of the screen ; - a flow restricting device for restricting flow of a first portion of the fluid through the flow restricting device between the annular space and an inner passage of the tubular base pipe , wherein the flow restricting device is remotely controlled and includes a downhole controller including a telemetry device for communicating with the surface or another remote location; and - a bypass device for selectively permitting relatively unrestricted inward flow of a second portion of the fluid through the bypass device between the annular space and an inner passage of the tubular base pipe , the bypass device including a material which swells in response to contact between the material and a fluid in a well, wherein the bypass device includes at least one passage , the flow through the passage being increasingly restricted when the material swells to restrict all or most flow from or into the well to no more than that allowed through the flow restricting device .
A process for coating a component of a gas turbine engine, comprising: applying a bond coat on a substrate of the component ; applying a thermal barrier coating material comprising yttria stabilized zirconia (YSZ) to the bond coat ; and selectively infiltrating a blocking material into the thermal barrier coating material , wherein the blocking material includes a filler material and a carrier , wherein the filling material is a calcium magnesium alumino silicate (CMAS) compound; removing the carrier of the blocking material; wherein removing the carrier of the blocking material is effectuated via a heat treat process during initial gas turbine engine initial operations, wherein removing the carrier of the blocking material is effectuated during the reaction of the materials to formation of high temperature rare-earth silicate phases. applying a bond coat on a substrate of the component ; applying a thermal barrier coating material comprising yttria stabilized zirconia (YSZ) to the bond coat ; and selectively infiltrating a blocking material into the thermal barrier coating material , wherein the blocking material includes a filler material and a carrier , wherein the filling material is a calcium magnesium alumino silicate (CMAS) compound; removing the carrier of the blocking material; wherein removing the carrier of the blocking material is effectuated via a heat treat process during initial gas turbine engine initial operations, wherein removing the carrier of the blocking material is effectuated during the reaction of the materials to formation of high temperature rare-earth silicate phases.
A method of implementing packet duplication by a network node comprising a control plane circuit , a user plane circuit , and at least one distribution unit circuit , said control plane circuit operatively connected to the at least one distribution unit circuit via a control plane interface and said control plane circuit operatively connected to the user plane circuit via a control unit interface, said network node operative to communicate with a wireless device , the method implemented by the user plane circuit and comprising: receiving a duplication signal from the control plane circuit via the control unit interface; and configuring the user plane circuit for packet duplication per data radio bearer responsive to the received duplication signal by configuring separate first and second bearer tunnels between the user plane circuit and the at least one distribution unit circuit responsive to the received duplication signal. receiving a duplication signal from the control plane circuit via the control unit interface; and configuring the user plane circuit for packet duplication per data radio bearer responsive to the received duplication signal by configuring separate first and second bearer tunnels between the user plane circuit and the at least one distribution unit circuit responsive to the received duplication signal.
A shape measuring apparatus comprising: a first light source configured to emit visible light; a second light source configured to emit measurement light used in a measurement, wherein the measurement light is invisible light; an optical system configured to emit the visible light and the measurement light at the same position on a work piece , wherein the optical system is further configured to sweep the visible light and the measurement light in a straight line form; an image capturer configured to capture an image of the measurement light reflected by the work piece ; and a controller configured to control the emission of the visible light onto the work piece with the first light source when determining a measurement position, and further configured, when the measurement position has been decided, to set the first light source to a deactivated state, such that it stops emitting the visible light, and next to control the emission of the measurement light onto the work piece with the second light source when making the measurement. a first light source configured to emit visible light; a second light source configured to emit measurement light used in a measurement, wherein the measurement light is invisible light; an optical system configured to emit the visible light and the measurement light at the same position on a work piece , wherein the optical system is further configured to sweep the visible light and the measurement light in a straight line form; an image capturer configured to capture an image of the measurement light reflected by the work piece ; and a controller configured to control the emission of the visible light onto the work piece with the first light source when determining a measurement position, and further configured, when the measurement position has been decided, to set the first light source to a deactivated state, such that it stops emitting the visible light, and next to control the emission of the measurement light onto the work piece with the second light source when making the measurement.
Method of producing induction components , having the following method steps: - a winding operation is carried out for a multiplicity of coils arranged one beside the other and having parallel coil axes; - the coils are embedded at mutual intervals in a block made of pressed substrate; - the interior of the coils in the block is filled with the substrate, which is present in the form of powder material; - the substrate powder is pressed; - the two ends of the coil winding of all the coils are exposed; characterized by the steps: - the exposed ends of the coil windings are provided with connection contacts ; - the block is then divided up to form the individual induction components each containing at least one coil . - a winding operation is carried out for a multiplicity of coils arranged one beside the other and having parallel coil axes; - the coils are embedded at mutual intervals in a block made of pressed substrate; - the interior of the coils in the block is filled with the substrate, which is present in the form of powder material; - the substrate powder is pressed; - the two ends of the coil winding of all the coils are exposed; - the exposed ends of the coil windings are provided with connection contacts ; - the block is then divided up to form the individual induction components each containing at least one coil .
A catadioptric optical system comprising: a solid body of optical material, said solid body comprising an annular entry surface ; an annular first intermediary surface located opposite to said entry surface ; a second intermediary surface being substantially continuous with the inner ring of said annular entry surface ; and an exit surface located opposite to said second intermediary surface ; wherein the system comprises a primary reflective surface and a secondary reflective surface ; wherein said primary reflective surface and said secondary reflective surface being arranged so that a light ray entering the system through said entry surface is folded at least two times before exiting through said exit surface ; and wherein said exit surface is connected to said first intermediary surface by an inner wall extending towards said second intermediary surface , thereby defining a void inside said solid body ; characterized in that both said second intermediary surface and said exit surface are annular surfaces a solid body of optical material, said solid body comprising an annular entry surface ; an annular first intermediary surface located opposite to said entry surface ; a second intermediary surface being substantially continuous with the inner ring of said annular entry surface ; and an exit surface located opposite to said second intermediary surface ; wherein the system comprises a primary reflective surface and a secondary reflective surface ; wherein said primary reflective surface and said secondary reflective surface being arranged so that a light ray entering the system through said entry surface is folded at least two times before exiting through said exit surface ; and wherein said exit surface is connected to said first intermediary surface by an inner wall extending towards said second intermediary surface , thereby defining a void inside said solid body ; characterized in that both said second intermediary surface and said exit surface are annular surfaces a primary reflective surface and a secondary reflective surface ; wherein said primary reflective surface and said secondary reflective surface being arranged so that a light ray entering the system through said entry surface is folded at least two times before exiting through said exit surface ; and wherein said exit surface is connected to said first intermediary surface by an inner wall extending towards said second intermediary surface , thereby defining a void inside said solid body ; characterized in that both said second intermediary surface and said exit surface are annular surfaces
A locking mechanism adapted for a device for closing/opening an opening frame relative to a frame , in particular of the type causing, upon closing, a pivoting of the opening frame about a pivot axis followed by a translational movement of the opening frame orthogonal to the pivot axis, from an opening plane to a closing plane, the locking mechanism including a locking assembly , comprising a blocking element arranged to cooperate with a part of the opening frame , and an actuator arranged to actuate the locking assembly in a locking position in which the opening frame is locked against the frame by the blocking element in the closing plane, the actuator including an energy accumulator , an actuation rocker secured to the locking assembly , and a connector , the connector being arranged to connect the energy accumulator to a movable rack of the closing/opening device, the movable rack being actuatable in translation under the action of the displacement of the opening frame from the opening plane to the closing plane, the actuator being configured, on the one hand to store energy in the energy accumulator under the action of the translational displacement of the movable rack when the opening frame is moved from the opening plane to the closing plane along a first portion, and on the other hand to use at least partly the energy stored in the energy accumulator , when the opening frame is moved from the opening plane to the closing plane along a second portion, to actuate in rotation the actuation rocker in order to bring the locking assembly into the locking position, the locking mechanism further including an unlocking assembly comprising a trigger rocker pivotally mounted on a rocker support , characterized in that the locking mechanism further includes a control circuit arranged to pivotally actuate the trigger rocker on the rocker support .
Method for making soles for footwear including the steps of: - crushing exhausted tennis balls, reducing them into fragments or granules of pre-established dimensions; - selecting those among said fragments which have a predetermined size; - making a rubber compound ; - adding said fragments of said exhausted tennis balls into said compound; - mixing said compound comprising said fragments of tennis balls inside it; said method being characterized in that it further comprises the steps of: - using the compound forming at least one shoe sole in at least one mould; - extracting said at least one shoe sole from said at least one mould, wherein said step of adding said fragments of said tennis balls into said compound comprises adding a percentage of fragments between 3% and 25%. - crushing exhausted tennis balls, reducing them into fragments or granules of pre-established dimensions; - selecting those among said fragments which have a predetermined size; - making a rubber compound ; - adding said fragments of said exhausted tennis balls into said compound; - mixing said compound comprising said fragments of tennis balls inside it; - using the compound forming at least one shoe sole in at least one mould; - extracting said at least one shoe sole from said at least one mould,
A battery pack comprising: one or more cells , each cell comprising an electrode assembly comprising a positive electrode, a negative electrode and a separator and a pouch-type battery case to receive the electrode assembly, wherein the cell is received and stacked by a module case , the module case has a fire retarding material or fire extinguishing agent inside or outside, and the fire retarding material or fire extinguishing agent is automatically discharged from the module case when swelling of the cell occurs, characterized in that the battery pack further comprises a horizon detection sensor to detect distortion of the walls of the module case caused by swelling of the cell , and when the horizon detection sensor determines that the walls of the module case are distorted, the fire retarding material or fire extinguishing agent is sprayed toward the cell. one or more cells , each cell comprising an electrode assembly comprising a positive electrode, a negative electrode and a separator and a pouch-type battery case to receive the electrode assembly, wherein the cell is received and stacked by a module case , the module case has a fire retarding material or fire extinguishing agent inside or outside, and the fire retarding material or fire extinguishing agent is automatically discharged from the module case when swelling of the cell occurs, characterized in that the battery pack further comprises a horizon detection sensor to detect distortion of the walls of the module case caused by swelling of the cell , and when the horizon detection sensor determines that the walls of the module case are distorted, the fire retarding material or fire extinguishing agent is sprayed toward the cell.
Method for producing a cheese spiral, characterized in that it comprises the following steps: - providing a cheese paste, - extruding the cheese paste, so as to form a cheese string , and - winding the cheese string upon itself, so as to form the cheese spiral, the method comprising an additional step of passage through a presser by the cheese string , during which the cheese string , which is elongated in a longitudinal direction (X), is driven in this longitudinal direction (X) and crushed in a transverse direction (Y) substantially perpendicular to the longitudinal direction (X), the winding comprising the following substeps : - gripping of an initial end of the cheese string by a gripping member output of the presser , then - rotation of the gripping member about an axis of rotation substantially perpendicular to the longitudinal direction (X) and transverse direction (Y). - providing a cheese paste, - extruding the cheese paste, so as to form a cheese string , and - winding the cheese string upon itself, so as to form the cheese spiral, the method comprising an additional step of passage through a presser by the cheese string , during which the cheese string , which is elongated in a longitudinal direction (X), is driven in this longitudinal direction (X) and crushed in a transverse direction (Y) substantially perpendicular to the longitudinal direction (X), the winding comprising the following substeps : - gripping of an initial end of the cheese string by a gripping member output of the presser , then - rotation of the gripping member about an axis of rotation substantially perpendicular to the longitudinal direction (X) and transverse direction (Y). - gripping of an initial end of the cheese string by a gripping member output of the presser , then - rotation of the gripping member about an axis of rotation substantially perpendicular to the longitudinal direction (X) and transverse direction (Y).
Electric motor , having: - a motor housing , - a motor shaft which is rotatably mounted in the motor housing , - a heat source in the form of an electronic circuit which is in a co-rotating manner mounted on the motor shaft , - a first cooling fin arrangement which is arranged on the motor shaft in a co-rotating manner and adjacent to the heat source , and - a second cooling fin arrangement which is arranged on the motor housing such that it points inward, - wherein cooling fins of the first cooling fin arrangement and cooling fins of the second cooling fin arrangement engage for the purpose of dissipating heat from the heat source out of the motor housing , characterized by - a shielding part which, in a co-rotating manner with the motor shaft , is arranged on the heat source for thermally shielding the heat source from electrical windings of the electric motor . - a motor housing , - a motor shaft which is rotatably mounted in the motor housing , - a heat source in the form of an electronic circuit which is in a co-rotating manner mounted on the motor shaft , - a first cooling fin arrangement which is arranged on the motor shaft in a co-rotating manner and adjacent to the heat source , and - a second cooling fin arrangement which is arranged on the motor housing such that it points inward, - wherein cooling fins of the first cooling fin arrangement and cooling fins of the second cooling fin arrangement engage for the purpose of dissipating heat from the heat source out of the motor housing , characterized by - wherein cooling fins of the first cooling fin arrangement and cooling fins of the second cooling fin arrangement engage for the purpose of dissipating heat from the heat source out of the motor housing , - a shielding part which, in a co-rotating manner with the motor shaft , is arranged on the heat source for thermally shielding the heat source from electrical windings of the electric motor .
An aerosol composition for washing automobiles, two-wheeled vehicles, bicycles, construction equipment, farm equipment, aircraft, railroad cars, ships, and/or various other types of car/vehicle/transportation means that is characterized in that it employs N 2 , compressed air, CO 2 , argon, or a mixture of two or more thereof as gas propellant; and employs (Z)-1-chloro-3,3,3-trifluoropropene as detergent component with the proviso that when the composition employs N 2 as gas propellant, then the composition does not contain hydrofluoroether-type (HFE-type) nonflammable fluorinated-type solvent in such an amount that a mass ratio of (Z)-1-chloro-3,3,3-trifluoropropene to HFE-type nonflammable fluorinated-type solvent ranges from 30/70 to 99/1 and with the proviso that when the composition employs CO 2 or compressed air as gas propellant, then the composition does not contain C 4 F 9 OCH 3 in such an amount that a mass ratio of (Z)-1-chloro-3,3,3-trifluoropropene to C 4 F 9 OCH 3 is 70/30.
A distance measuring system comprising: a light source unit that is configured to emit infrared light toward a target object; a light receiving unit that is configured to receive the infrared light from the target object; an arithmetic processing unit that is configured to obtain information regarding a distance to the target object on a basis of data from the light receiving unit; and an optical member arranged on a light receiving surface side of the light receiving unit , wherein the optical member includes a bandpass filter , the bandpass filter comprises: a first filter that is transparent to light in a predetermined wavelength range of infrared light; and a second filter that is non-transparent to visible light and transparent to infrared light, the first filter and the second filter are stacked and formed on one side of a base material , and the bandpass filter has a concave-shaped light incident surface. a light source unit that is configured to emit infrared light toward a target object; a light receiving unit that is configured to receive the infrared light from the target object; an arithmetic processing unit that is configured to obtain information regarding a distance to the target object on a basis of data from the light receiving unit; and an optical member arranged on a light receiving surface side of the light receiving unit , wherein the optical member includes a bandpass filter , the bandpass filter comprises: a first filter that is transparent to light in a predetermined wavelength range of infrared light; and a second filter that is non-transparent to visible light and transparent to infrared light, a first filter that is transparent to light in a predetermined wavelength range of infrared light; and a second filter that is non-transparent to visible light and transparent to infrared light, the first filter and the second filter are stacked and formed on one side of a base material , and the bandpass filter has a concave-shaped light incident surface.
Power tool , in particular angle grinder , having a drive motor which is accommodated in a housing and drives a rotor shaft , having a tool spindle which comprises a tool holder and is connected to the rotor shaft by an angular gear which is accommodated in a gear head , having a bearing plate which comprises a spindle passage , in which the tool spindle is rotatably received, wherein the bearing plate comprises a receiving flange on which a protective cover can be rotatably mounted, the removal of which from the receiving flange is at least made more difficult by a securing device , wherein the securing device comprises at least one securing pin received in the receiving flange , characterized in that the at least one securing pin is inserted into a pin receptacle formed on the receiving flange after the protective cover has been mounted on the receiving flange and projects into an axial groove of the receiving flange , whereby a corresponding axial projection of the protective cover on the receiving flange is blocked and disassembly of the protective cover is thereby prevented .