mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling an actuator of an actuator unit of a motor vehicle , wherein the actuator unit has at least one component which is activated by the actuator , the actuator and a drive motor for driving the actuator , wherein the drive motor is actuated in as a function of an operating state of the motor vehicle ; wherein in a first operating state the actuator is activated according to a first control routine with high dynamics of the drive motor , characterized in that in a second operating state the actuator is activated according to a second control routine with adapted dynamics of the drive motor ; wherein the method comprises at least the following steps: a) detecting desired activation of the actuator ; b) detecting a currently present operating state of the motor vehicle ; c) selecting the control routine which is provided for the operating state; d) actuating the drive motor with the selected first control routine or second control routine ; wherein the first operating state and the second operating state relate at least to generation of noise by the motor vehicle . a) detecting desired activation of the actuator ; b) detecting a currently present operating state of the motor vehicle ; c) selecting the control routine which is provided for the operating state; d) actuating the drive motor with the selected first control routine or second control routine ;
A mobile distributor apparatus for distributing thick matter, in particular for distributing uncured concrete, comprising: - a frame supported for movement over a surface by wheels or belts of the apparatus ; - a rotatable drum with a hose having an inlet and an outlet and being wound thereon in a plurality of side-by-side convolutions in at least one layer; and - a distributor arm connected to the outlet of the hose ; characterized in that the mobile distributor apparatus further comprises: - a steering mechanism associated with the wheels or belts; and - a hose-guide reciprocated parallel to the axis of rotation of the rotatable drum as said drum is rotated; wherein the inlet of the hose comprises means for releasably fastening to an outlet of a thick matter pump unit; wherein the rotatable drum is a) configured to unwind the hose as the mobile distributor apparatus moves forward, whereby the unwound hose is placed behind the mobile distributor apparatus and b) configured to rewind the hose as the mobile distributor apparatus moves backward. - a frame supported for movement over a surface by wheels or belts of the apparatus ; - a rotatable drum with a hose having an inlet and an outlet and being wound thereon in a plurality of side-by-side convolutions in at least one layer; and - a distributor arm connected to the outlet of the hose ; - a steering mechanism associated with the wheels or belts; and - a hose-guide reciprocated parallel to the axis of rotation of the rotatable drum as said drum is rotated;
A Fabry-Perot interference filter comprising: a substrate that has a first surface ; a first layer that has a first mirror portion disposed on the first surface ; a second layer that has a second mirror portion facing the first mirror portion via a gap (S) on a side opposite to the substrate with respect to the first mirror portion ; an intermediate layer that defines the gap (S) between the first layer and the second layer ; a fixed electrode that is provided in the first layer; a counter electrode that is provided in the second layer so as to face the fixed electrode ; and a first terminal that is formed from a surface of the second layer on a side opposite to the intermediate layer toward the first layer and is electrically connected to the fixed electrode , wherein the intermediate layer has a first inner surface formed to surround the first terminal , and wherein the first inner surface is curved such that an edge portion of the intermediate layer proximal to the substrate is at a first distance from the terminal in a direction parallel to the first surface and an edge portion of the intermediate layer distal from the substrate is at a second distance from the terminal in a direction parallel to the first surface , wherein the second distance is greater than the first distance. a substrate that has a first surface ; a first layer that has a first mirror portion disposed on the first surface ; a second layer that has a second mirror portion facing the first mirror portion via a gap (S) on a side opposite to the substrate with respect to the first mirror portion ; an intermediate layer that defines the gap (S) between the first layer and the second layer ; a fixed electrode that is provided in the first layer; a counter electrode that is provided in the second layer so as to face the fixed electrode ; and a first terminal that is formed from a surface of the second layer on a side opposite to the intermediate layer toward the first layer and is electrically connected to the fixed electrode , wherein the intermediate layer has a first inner surface formed to surround the first terminal , and wherein the first inner surface is curved such that an edge portion of the intermediate layer proximal to the substrate is at a first distance from the terminal in a direction parallel to the first surface and an edge portion of the intermediate layer distal from the substrate is at a second distance from the terminal in a direction parallel to the first surface , wherein the second distance is greater than the first distance.
An aircraft comprising an internal combustion engine and a wing comprising a hollow structural member comprising any of a wing leading edge box , a wing centre box , and a wing trailing edge box , wherein the aircraft comprises an electrical network comprising: at least one alternating current electrical generator configured to be driven by the internal combustion engine ; an electrical motor configured to drive an aircraft propulsor ; at least one conductor configured to electrically couple the electrical motor and the electrical generator , the conductor comprising at least two conducting elements (80a-c) carrying a separate electrical phase, and each current carrying element (80a-c) being arranged concentrically; wherein the electrical conductor is formed of the hollow structural member of the aircraft wing . at least one alternating current electrical generator configured to be driven by the internal combustion engine ; an electrical motor configured to drive an aircraft propulsor ; at least one conductor configured to electrically couple the electrical motor and the electrical generator , the conductor comprising at least two conducting elements (80a-c) carrying a separate electrical phase, and each current carrying element (80a-c) being arranged concentrically; wherein the electrical conductor is formed of the hollow structural member of the aircraft wing .
Multi-sensor measuring device for fuel gauging system, characterized in that it comprises: - an insert designed to be inserted along an axis at the base of a capacitive probe , comprising two metallic tubes that are coaxial along this axis, so as to adopt a predetermined axial position relative to said probe; - an annular support , made of insulating material, on which is mounted a plurality of sensors , comprising at least one micro-electromechanical sensor; - holding means for holding said annular support at a predetermined distance from said insert along said axis, said holding means comprising first holding means mounted on said insert and second holding means mounted on the first by means of rapid attachment means , the support being captive between the first and second holding means when said rapid attachment means are locked, the first and second holding means comprising first and second cylindrical parts respectively, and in that a first and a second annular channel are created face-to-face, respectively in the lower surface of the first cylindrical part and in the upper surface of the second cylindrical part, the support consisting of an annular film whose upper part is freely engaged in the first channel and whose lower part is freely engaged in the second channel . - an insert designed to be inserted along an axis at the base of a capacitive probe , comprising two metallic tubes that are coaxial along this axis, so as to adopt a predetermined axial position relative to said probe; - an annular support , made of insulating material, on which is mounted a plurality of sensors , comprising at least one micro-electromechanical sensor; - holding means for holding said annular support at a predetermined distance from said insert along said axis, said holding means comprising first holding means mounted on said insert and second holding means mounted on the first by means of rapid attachment means , the support being captive between the first and second holding means when said rapid attachment means are locked, the first and second holding means comprising first and second cylindrical parts respectively, and in that a first and a second annular channel are created face-to-face, respectively in the lower surface of the first cylindrical part and in the upper surface of the second cylindrical part, the support consisting of an annular film whose upper part is freely engaged in the first channel and whose lower part is freely engaged in the second channel .
A system, comprising: a first fluidic channel having an inlet and an outlet ; a second fluidic channel having an outlet ; a fluid-permeable medium positioned between the first fluidic channel and the second fluidic channel such that the fluid-permeable medium forms at least a portion of a wall of the first fluidic channel and at least a portion of a wall of the second fluidic channel ; and a pressure regulator comprising an elastic diaphragm positioned between the first fluidic channel and the second fluidic channel such that the elastic diaphragm forms at least a portion of a wall of the first fluidic channel and at least a portion of a wall of the second fluidic channel . a first fluidic channel having an inlet and an outlet ; a second fluidic channel having an outlet ; a fluid-permeable medium positioned between the first fluidic channel and the second fluidic channel such that the fluid-permeable medium forms at least a portion of a wall of the first fluidic channel and at least a portion of a wall of the second fluidic channel ; and a pressure regulator comprising an elastic diaphragm positioned between the first fluidic channel and the second fluidic channel such that the elastic diaphragm forms at least a portion of a wall of the first fluidic channel and at least a portion of a wall of the second fluidic channel .
Device for dispensing a sterile aqueous liquid, by doses spaced out over time, from a closed upstream space accommodating a liquid to an open downstream space via a capillary channel opening to ambient air, through an interface membrane, said device comprises an interface membrane produced to be partially hydrophilic and partially hydrophobic, in such a way that in operation, during each operation for dispensing a dose of liquid, the flows of air and of liquid circulate alternately in the capillary channel and a back flow of non-expelled remaining liquid takes place, characterized in that said interface membrane is constituted by a filtration material the mass of which comprises biocidal metal cations, and in that said device comprises a porous insert , permeable both to liquid and to air, which is arranged upstream of the membrane on the path of the fluids and which is made of a material containing negatively charged sites capable of attracting biocidal metal cations originating from said membrane.
A display device comprising: a substrate ; a pixel circuit unit disposed on the substrate and having a first hole ; a light blocking layer disposed on the pixel circuit unit and having a second hole , the second hole being located so as to correspond to the first hole ; a light emitting layer disposed on the pixel circuit unit to correspond to a light emission area defined by the light blocking layer ; and a sealing unit on the light blocking layer , wherein the substrate comprises: a first layer having a depression corresponding to the first hole ; and a second layer disposed between the first layer and the pixel circuit unit and having a third hole between the depression and the second hole , the sealing unit comprises: a cover portion disposed on the light blocking layer ; and an extension portion extending from the cover portion to be inserted into the first hole , the second hole , the third hole and the depression , wherein the depression has a width larger than a width of the third hole . a substrate ; a pixel circuit unit disposed on the substrate and having a first hole ; a light blocking layer disposed on the pixel circuit unit and having a second hole , the second hole being located so as to correspond to the first hole ; a light emitting layer disposed on the pixel circuit unit to correspond to a light emission area defined by the light blocking layer ; and a sealing unit on the light blocking layer , wherein the substrate comprises: a first layer having a depression corresponding to the first hole ; and a second layer disposed between the first layer and the pixel circuit unit and having a third hole between the depression and the second hole , a first layer having a depression corresponding to the first hole ; and a second layer disposed between the first layer and the pixel circuit unit and having a third hole between the depression and the second hole , the sealing unit comprises: a cover portion disposed on the light blocking layer ; and an extension portion extending from the cover portion to be inserted into the first hole , the second hole , the third hole and the depression , wherein a cover portion disposed on the light blocking layer ; and an extension portion extending from the cover portion to be inserted into the first hole , the second hole , the third hole and the depression , wherein the depression has a width larger than a width of the third hole .
A removable lid to close the opening of a container, in particular to reclose metal cans used for beverage after opening, which features a lid base complete with a pour opening , a cap to cover the pour opening , as well as connecting body , to connect the lid base to the container ; the lid base has a first fastening element located near the pour opening while the cap has a second fastening element working in combination with the first fastening element , and the cap is removably fastened to the pour opening of the lid base in a removable and replaceable manner by means of the second fastening element , wherein the connecting body comprises a first clamping member with a join piece on a first end and a connector on the second end , and to a second clamping member with a join piece on a first end and a connector on the second end , wherein the connector of the first clamping member is connected to the connector of the second clamping member in a separable manner, and wherein the lid base comprises a locking piece rotatably coupled with the join piece of the first clamping member and the join piece of the second clamping member , the first end of the clamping member and the first end of the second clamping member being interconnected through the locking piece of the lid base , the side of each clamping member (31/32) facing the container being a side support (31e/32e) wherein one or more hook extensions are installed on each side support, and wherein the lid base carries a seal for closing on the connecting body and/or container .
Method for operating an internal combustion engine having an injection system which has a high pressure accumulator , wherein an instantaneous high pressure (p I ) in the high pressure accumulator is monitored in a time-dependent manner by means of a high pressure sensor , wherein it is checked whether a first predetermined high pressure threshold value (p L1 ) is exceeded by the instantaneous high pressure (p I ) for a predetermined threshold duration (Δt L ) in an uninterrupted manner, and wherein it is checked whether the first predetermined high pressure threshold value (p L1 ) is exceeded by the instantaneous high pressure (p I ) for the first time with a predetermined, first threshold frequency (H L1 ), wherein a first alert level (A1) is set if either a) the first predetermined high pressure threshold value (p L1 ) is exceeded by the instantaneous high pressure (p I ) for the predetermined threshold duration (Δt L ) in an uninterrupted manner, or b) the first predetermined high pressure threshold value (p L1 ) is exceeded by the instantaneous high pressure (p I ) for the first time with the predetermined, first threshold frequency (H L1 ), characterized in that a frequency value (H A ) which indicates an instantaneous frequency of the exceeding of the first high pressure threshold value (p L1 ) by the instantaneous high pressure (p I ) is incremented if the instantaneous high pressure (p I ) reaches or exceeds the first high pressure threshold value (p L1 ) from below a second high pressure threshold value (p L2 ), wherein the second high pressure threshold value (p L2 ) is smaller than the first high pressure threshold value (p L1 ), and wherein the frequency value (H A ) is compared with the predetermined first threshold frequency (H L1 ). a) the first predetermined high pressure threshold value (p L1 ) is exceeded by the instantaneous high pressure (p I ) for the predetermined threshold duration (Δt L ) in an uninterrupted manner, or b) the first predetermined high pressure threshold value (p L1 ) is exceeded by the instantaneous high pressure (p I ) for the first time with the predetermined, first threshold frequency (H L1 ),
An apparatus comprising: a first tool comprising: a first frame comprising: a first set of plates of magnetically permeable material that are parallel with each other and face each other; and a material , disposed between plates of the first set, that prevents electrical conduction between plates; a first set of induction coils that are disposed within slots in the first frame and that generate a first electromagnetic field; a first susceptor that extends from the first set of plates of the first frame, the first susceptor is made of a ferromagnetic material that generates heat in response to the first electromagnetic field, the ferromagnetic material having a Curie point and being configured to heat asymptotically towards the Curie point without exceeding the Curie point in the presence of the first electromagnetic field; and a mold that extends from the first susceptor and receives heat via conductive heat transfer from the first susceptor, each plate of the first set is thinner than a skin depth at which the first electromagnetic field would generate an electrical induction current, characterized in that the apparatus further comprises a cooling system configured to apply a fluid to the mold to cool the mold, wherein the mold comprises multiple inner cavities and the cooling system is in fluid communication with the inner cavities, and wherein the cooling system comprises tubes inserted into the inner cavities. a first frame comprising: a first set of plates of magnetically permeable material that are parallel with each other and face each other; and a material , disposed between plates of the first set, that prevents electrical conduction between plates; a first set of plates of magnetically permeable material that are parallel with each other and face each other; and a material , disposed between plates of the first set, that prevents electrical conduction between plates; a first set of induction coils that are disposed within slots in the first frame and that generate a first electromagnetic field; a first susceptor that extends from the first set of plates of the first frame, the first susceptor is made of a ferromagnetic material that generates heat in response to the first electromagnetic field, the ferromagnetic material having a Curie point and being configured to heat asymptotically towards the Curie point without exceeding the Curie point in the presence of the first electromagnetic field; and a mold that extends from the first susceptor and receives heat via conductive heat transfer from the first susceptor, each plate of the first set is thinner than a skin depth at which the first electromagnetic field would generate an electrical induction current, characterized in that the apparatus further comprises a cooling system configured to apply a fluid to the mold to cool the mold, wherein the mold comprises multiple inner cavities and the cooling system is in fluid communication with the inner cavities, and wherein the cooling system comprises tubes inserted into the inner cavities.
A method for forming a circuit of a programmable logic device capable of changing an arithmetic operation function by changing a combination of a plurality of circuit blocks in accordance with configuration information, the method comprising: a synthesis-parameter setting step of sequentially setting synthesis parameters that are different in condition regarding the combination of the plurality of circuit blocks; a logic synthesis step of, each time one of the synthesis parameters is set in the synthesis-parameter setting step, performing logic synthesis under the one of the synthesis parameters to generate a plurality of net lists (N 1 - N 3 ) corresponding to a plurality of arithmetic operation circuits (L1 - L3) from the same arithmetic operation circuit description information described in a hardware description language; a configuration information generating step of generating the configuration information from the plurality of net lists (N 1 - N 3 ); and a forming step of writing the configuration information into the programmable logic device to form, in the programmable logic device , the plurality of arithmetic operation circuits (L1 - L3), characterized in that the plurality of arithmetic operation circuits (L1 - L3) that corresponds to the plurality of net lists (N 1 - N 3 ), shares the arithmetic operation function, differs in the combination of the plurality of circuit blocks, differs in connection states of the plurality of circuit blocks, and outputs arithmetic operation results to a verification circuit to verify the arithmetic operation results. a synthesis-parameter setting step of sequentially setting synthesis parameters that are different in condition regarding the combination of the plurality of circuit blocks; a logic synthesis step of, each time one of the synthesis parameters is set in the synthesis-parameter setting step, performing logic synthesis under the one of the synthesis parameters to generate a plurality of net lists (N 1 - N 3 ) corresponding to a plurality of arithmetic operation circuits (L1 - L3) from the same arithmetic operation circuit description information described in a hardware description language; a configuration information generating step of generating the configuration information from the plurality of net lists (N 1 - N 3 ); and a forming step of writing the configuration information into the programmable logic device to form, in the programmable logic device , the plurality of arithmetic operation circuits (L1 - L3), characterized in that the plurality of arithmetic operation circuits (L1 - L3) that corresponds to the plurality of net lists (N 1 - N 3 ), shares the arithmetic operation function, differs in the combination of the plurality of circuit blocks, differs in connection states of the plurality of circuit blocks, and outputs arithmetic operation results to a verification circuit to verify the arithmetic operation results.