mhurhangee/ep-ind-claims huggingface dataset:
A method of manipulating a feedback signal for a native feedback controller of an apparatus, the apparatus further comprising a remote controller retrofit to the native controller, the method comprising: sensing a controlled variable of a molding process of the apparatus at a sensor; generating a feedback signal by the sensor based upon the controlled variable; at the remote controller: receiving the feedback signal; generating a control signal based upon the feedback signal; combining the control signal and the feedback signal into a modified feedback signal; and transmitting the modified feedback signal to the native controller in lieu of the feedback signal; and at the native controller, controlling operation of the actuation unit of the apparatus based at least in part upon the modified feedback signal. sensing a controlled variable of a molding process of the apparatus at a sensor; generating a feedback signal by the sensor based upon the controlled variable; at the remote controller: receiving the feedback signal; generating a control signal based upon the feedback signal; combining the control signal and the feedback signal into a modified feedback signal; and transmitting the modified feedback signal to the native controller in lieu of the feedback signal; and receiving the feedback signal; generating a control signal based upon the feedback signal; combining the control signal and the feedback signal into a modified feedback signal; and transmitting the modified feedback signal to the native controller in lieu of the feedback signal; and at the native controller, controlling operation of the actuation unit of the apparatus based at least in part upon the modified feedback signal.
An active energy ray curable-type ink jet ink comprising: titanium black; a monomer A which is a non-aromatic heterocyclic compound having an ethylenically unsaturated double bond; a monomer B which is an alicyclic compound having an ethylenically unsaturated double bond; and an acidic dispersant. titanium black; a monomer A which is a non-aromatic heterocyclic compound having an ethylenically unsaturated double bond; a monomer B which is an alicyclic compound having an ethylenically unsaturated double bond; and an acidic dispersant.
Use of an agent comprising a lubricant filler and an adduct compound consisting of an adduct of toluene diisocyanate and trimethylolpropane for the treatment of the surface of an oil seal lip portion, wherein the agent is applied to the surface of vulcanized rubber forming a lip portion of the oil seal comprising the lip portion and a metal ring.
Tile or slab dry processing machine comprising at least one working head of tiles or slabs, transportation means of tiles beneath or at said at least one working head for processing said tiles or slabs by the latter, cooling means (4, 5, 6a, 6b) of said at least one working head and/or tools thereof, characterized by the fact that said cooling means comprise at least one air amplifier component comprising a fitting with at least one first suctioning mouth in communication with the environment outside or the inside of the machine, at least one second suctioning or conveying mouth in fluid communication with a source of pressurized or compressed air and at least one mouth for the outflow of the mixture of ambient air and pressurized air.
A radiation therapy system comprising: a rotatable gantry; a radiation source mounted on the gantry; a collimation assembly comprising a multi-leaf collimator mounted on the gantry, wherein the collimation assembly is configurable while the gantry is rotating to shape and direct radiation from the radiation source; an array of positron emission tomography sensors mounted on the gantry and configured to detect positron annihilation emission paths intersecting a volume of interest; and a controller in communication with the array of positron emission tomography sensors and configured to construct a map from the detected positron annihilation emission paths, and wherein the controller is in communication with the radiation source and the collimation assembly, and is configured to adjust leaf configurations of the multi-leaf collimator to shape and direct radiation from the radiation source to the volume of interest based on the map. a rotatable gantry; a radiation source mounted on the gantry; a collimation assembly comprising a multi-leaf collimator mounted on the gantry, wherein the collimation assembly is configurable while the gantry is rotating to shape and direct radiation from the radiation source; an array of positron emission tomography sensors mounted on the gantry and configured to detect positron annihilation emission paths intersecting a volume of interest; and a controller in communication with the array of positron emission tomography sensors and configured to construct a map from the detected positron annihilation emission paths, and wherein the controller is in communication with the radiation source and the collimation assembly, and is configured to adjust leaf configurations of the multi-leaf collimator to shape and direct radiation from the radiation source to the volume of interest based on the map.
A method for determining second-order nonlinear optical coefficients of a non-centrosymmetrical material, comprising the steps of providing a specimen (1;35) made at least in part of said material, causing a first optical signal (s i1) and a second optical signal (s i2) having a first pulsation and a second pulsation and a first polarization state and a second polarization state, respectively, to impinge upon said specimen in such a way that said specimen generates a sum optical signal (Su 3) having a third pulsation and a third polarization state, said third pulsation being equal to the sum of said first and second pulsations, said third polarization state being a function of said first and second polarization states, said step of causing a first optical signal (s i1) and a second optical signal (s i2) to impinge upon said specimen (1;35) comprising causing impingement of said first and second optical signals with linear polarizations in such a way that said sum optical signal (s u3) is linearly polarized, said first and second polarization states being defined, respectively, by a first polarization angle ( φ 1) and a second polarization angle ( φ 2); said method further comprising the step of determining a plurality of measurements of power associated to said sum optical signal, and the step of determining said second-order nonlinear optical coefficients on the basis of said plurality of measurements of power; wherein that said step of determining a plurality of measurements of power comprises the step of performing measurements of power of said sum optical signal as said first and second polarization states vary, and wherein said step of performing measurements of power of said sum optical signal as said first and second polarization states vary comprises the step of varying said first and second polarization angles by means of polarizing means (25a,25b) controllable to vary said first and second polarization angles in such a way that they assume a plurality of pairs of respective values, said values being comprised in a range with a width of at least 180°.
A method for minimizing accident consequences with a first, braking vehicle and a second vehicle approaching the first, wherein, in a first phase, if at least a first condition is present, the braking of the first vehicle is at least partially released to prevent a collision or at least to limit the severity thereof, wherein, in a second phase, if a second condition is present, the braking of the first vehicle is at least partially reactivated, characterized in that the first, braking vehicle is a parked vehicle with an active parking brake, wherein the parking brake is at least partially released in the first phase and reactivated in the second phase.
A method for sintering materials, said method comprising: depositing a material on a substrate, wherein the material comprises a nanomaterial, and exposing the material on said substrate to a plurality of light pulses from a flash lamp or array of flash lamps, in order to sinter the material such that the conductivity of the material is increased after the exposing step, characterized in that the material is subjected to multiple pulses of increasing intensity. depositing a material on a substrate, wherein the material comprises a nanomaterial, and exposing the material on said substrate to a plurality of light pulses from a flash lamp or array of flash lamps, in order to sinter the material such that the conductivity of the material is increased after the exposing step, characterized in that the material is subjected to multiple pulses of increasing intensity.
An aquafarming system comprising: a cage for enclosing a harvest; and, at least one float (20, 22) secured to a top surface of the cage to provide buoyancy to the cage, each one of the at least one float (20, 22) further comprising: a hydrodynamic top portion having slanted faces (55, 57) to allow for improved displacement on a water surface; and a first and second end (45, 47) having a bow shape for reducing resistance of the at least one float (20, 22) when traveling on the water surface; characterised in that each one of the at least one float (20, 22) further comprises: at least two legs (25, 27) secured to the top surface of the cage, the at least two legs (25, 27) defining at least one flow channel allowing water to travel between the top surface of the cage and the at least one float (20, 22). a cage for enclosing a harvest; and, at least one float (20, 22) secured to a top surface of the cage to provide buoyancy to the cage, each one of the at least one float (20, 22) further comprising: a hydrodynamic top portion having slanted faces (55, 57) to allow for improved displacement on a water surface; and a first and second end (45, 47) having a bow shape for reducing resistance of the at least one float (20, 22) when traveling on the water surface; characterised in that each one of the at least one float (20, 22) further comprises: at least two legs (25, 27) secured to the top surface of the cage, the at least two legs (25, 27) defining at least one flow channel allowing water to travel between the top surface of the cage and the at least one float (20, 22). a hydrodynamic top portion having slanted faces (55, 57) to allow for improved displacement on a water surface; and a first and second end (45, 47) having a bow shape for reducing resistance of the at least one float (20, 22) when traveling on the water surface; characterised in that each one of the at least one float (20, 22) further comprises: at least two legs (25, 27) secured to the top surface of the cage, the at least two legs (25, 27) defining at least one flow channel allowing water to travel between the top surface of the cage and the at least one float (20, 22).
A device (200; 300; 400) for cleaning a protective film (210; 310; 410) to be attached to an outer surface of a laminate of electrodes during a lamination process of heating and pressing the laminate of electrodes and a separator to produce an electrode assembly for a battery cell, comprising: a feed roll (221; 321; 421) configured to supply the protective film (210; 310; 410); at least one guide roll (225, 227; 325, 327; 425, 427) configured to guide a progress of the protective film (210; 310; 410) supplied from the feed roll (221; 321; 421); a cleaning roll (240; 340; 440) located between the feed roll (221; 321; 421) and a winding roll (260; 360; 460) and configured to remove foreign substances remaining on the protective film (210; 310; 410) supplied from the feed roll (221; 321; 421); and the winding roll (260; 360; 460) configured to wind the protective film (210; 310; 410) from which foreign substances have been removed by the cleaning roll (240; 340; 440), characterized in that the device is provided with means for forming a nano thin film on an outer surface of the cleaning roll (240; 340; 440) to adsorb and remove the foreign substances remaining on the protective film (210; 310; 410) and in that the device comprises a sensor (251, 253; 351, 353; 451, 453) positioned between the cleaning roll (140; 240; 340; 440) and the winding roll (260; 360; 460) with respect to a movement direction of the protective film (210; 310; 410) said sensor being configured to check whether or not the foreign substances on the protective film (210; 310; 410) have been removed. a feed roll (221; 321; 421) configured to supply the protective film (210; 310; 410); at least one guide roll (225, 227; 325, 327; 425, 427) configured to guide a progress of the protective film (210; 310; 410) supplied from the feed roll (221; 321; 421); a cleaning roll (240; 340; 440) located between the feed roll (221; 321; 421) and a winding roll (260; 360; 460) and configured to remove foreign substances remaining on the protective film (210; 310; 410) supplied from the feed roll (221; 321; 421); and the winding roll (260; 360; 460) configured to wind the protective film (210; 310; 410) from which foreign substances have been removed by the cleaning roll (240; 340; 440), characterized in that the device is provided with means for forming a nano thin film on an outer surface of the cleaning roll (240; 340; 440) to adsorb and remove the foreign substances remaining on the protective film (210; 310; 410) and in that the device comprises a sensor (251, 253; 351, 353; 451, 453) positioned between the cleaning roll (140; 240; 340; 440) and the winding roll (260; 360; 460) with respect to a movement direction of the protective film (210; 310; 410) said sensor being configured to check whether or not the foreign substances on the protective film (210; 310; 410) have been removed.
Blow moulded container comprising an inner container and an outer container with facing surfaces, characterised in that at least part of at least one of the facing surfaces has a surface roughness higher than about 0.1 Ra and/or wherein the difference in roughness of said facing surfaces is at least over a part more than about 0.1 Ra, wherein the inner container and/or outer container having said surface roughness on at least part of a surface comprises particles enclosed in the wall, between the plastic forming chains of the plastic wall of the container.
A method of identifying a maize plant or plant part thereof comprising a vip3 coding sequence and having an improvement in Vip3-induced reduction in male fertility, comprising: detecting, in nucleic acid of said maize plant or plant part, a marker associated with increased male fertility, wherein said marker is flanked by and includes marker 7 (SEQ ID NO:561) and marker 8 (SEQ ID NO:566) and further an A polymorphism at marker 7 and a G polymorphism at marker 8., thereby the identified maize plant has increased male fertility compared to a Vip3-expressing maize plant without the QTL.
A passive module for a holding structure adjacent or part of a movable wing, the passive module comprising: a support structure; and a radio transmission regulating structure, the radio transmission regulating structure being supported by the support structure and having a radio transmission regulating characteristics; wherein the radio transmission regulating structure exhibits a slot, the slot providing a passage in the radio transmission regulating structure between a first surface of the passive module intended to face an outdoor environment and a second surface of the passive module intended to face the indoor environment, and wherein the slot is resizable by means of a slidable hatch cover or door, wherein the hatch cover or door is slidably arranged at the radio transmission regulating structure so as to resize the slot. a support structure; and a radio transmission regulating structure, the radio transmission regulating structure being supported by the support structure and having a radio transmission regulating characteristics; wherein the radio transmission regulating structure exhibits a slot, the slot providing a passage in the radio transmission regulating structure between a first surface of the passive module intended to face an outdoor environment and a second surface of the passive module intended to face the indoor environment, and wherein the slot is resizable by means of a slidable hatch cover or door, wherein the hatch cover or door is slidably arranged at the radio transmission regulating structure so as to resize the slot.
A method for wireless communications, comprising: receiving a spatial division multiple access, SDMA, transmission signal at a receiver having more receive antennas than a number of spatial streams aimed for the receiver in said SDMA transmission signal, the signal being generated by a transmitter and comprising a plurality of spatial streams intended for a plurality of receivers, the number of spatial streams aimed for the receiver in said SDMA transmission signal being a subset of said plurality of spatial streams and performing, based on one or more training fields of the signal received by each of the antennas, interference suppression to eliminate interference caused by one or more of the spatial streams intended for other receivers of said plurality of receivers, wherein the training fields are utilized to estimate channels of the spatial streams intended for the other receivers, wherein the one or more training fields are long training fields, LTF, of IEEE 802 MIMO transmissions, wherein the number of LTFs is included in the SDMA transmission signal and said number indicates to the other receivers of the plurality of receivers the fact that the receiver is performing said interference suppression. receiving a spatial division multiple access, SDMA, transmission signal at a receiver having more receive antennas than a number of spatial streams aimed for the receiver in said SDMA transmission signal, the signal being generated by a transmitter and comprising a plurality of spatial streams intended for a plurality of receivers, the number of spatial streams aimed for the receiver in said SDMA transmission signal being a subset of said plurality of spatial streams and performing, based on one or more training fields of the signal received by each of the antennas, interference suppression to eliminate interference caused by one or more of the spatial streams intended for other receivers of said plurality of receivers, wherein the training fields are utilized to estimate channels of the spatial streams intended for the other receivers, wherein the one or more training fields are long training fields, LTF, of IEEE 802 MIMO transmissions, wherein the number of LTFs is included in the SDMA transmission signal and said number indicates to the other receivers of the plurality of receivers the fact that the receiver is performing said interference suppression.
An aircraft seat assembly comprising: multiple seats formed by a bench having a width, the multiple seats together having a total seating area; an armrest separating a first seat of the multiple seats from a second seat of the multiple seats; a sliding mechanism coupled to the armrest, wherein the sliding mechanism enables sliding movement of the armrest to change a portion of the total seating area that is associated with at least one seat of the multiple seats without changing the width of the bench; and a controller that controls the sliding movement of the armrest responsive to a control command. multiple seats formed by a bench having a width, the multiple seats together having a total seating area; an armrest separating a first seat of the multiple seats from a second seat of the multiple seats; a sliding mechanism coupled to the armrest, wherein the sliding mechanism enables sliding movement of the armrest to change a portion of the total seating area that is associated with at least one seat of the multiple seats without changing the width of the bench; and a controller that controls the sliding movement of the armrest responsive to a control command.
Light-emitting device (12, 14, 112) for an automotive vehicle headlamp lighting module, said device including a light source placed along a main emission axis, said light source comprising: - a carrier comprising first and second opposite faces, said first face forming a first joining surface that is substantially orthogonal to the main emission axis; - an optoelectronic chip that is fastened to the second face of the carrier; - connecting pins that are fastened to the first face of the carrier and that stick out with respect to the first joining surface, said pins being electrically connected to the optoelectronic chip; said light-emitting device (12, 14, 112) furthermore including a heat exchanger able to cool the light source, said heat exchanger comprising a second joining surface that is connected to the first joining surface of the light source, - the first and second joining surfaces being joined to each other by means of a layer of adhesive material; said light-emitting device (12, 14, 112) being characterized in that: - each of the connecting pins includes a portion extending radially in the layer of adhesive material; and - said connecting pins do not pass through the second joining surface. - a carrier comprising first and second opposite faces, said first face forming a first joining surface that is substantially orthogonal to the main emission axis; - an optoelectronic chip that is fastened to the second face of the carrier; - connecting pins that are fastened to the first face of the carrier and that stick out with respect to the first joining surface, said pins being electrically connected to the optoelectronic chip; - the first and second joining surfaces being joined to each other by means of a layer of adhesive material; - each of the connecting pins includes a portion extending radially in the layer of adhesive material; and - said connecting pins do not pass through the second joining surface.
An article of footwear comprising: an upper; a sole, the sole including a first direction and a second direction, the second direction being orthogonal to the first direction, the sole being configured to expand in both the first direction and the second direction when tensioned in the first direction, the sole having a first stretch resistance in the first direction; a strobel (1800, 2400, 2600, 2800, 3000, 3200), the strobel (1800, 2400, 2600, 2800, 3000, 3200) being attached to the sole, the strobel (1800, 2400, 2600, 2800, 3000, 3200) having a second stretch resistance in the first direction, the second stretch resistance being greater than the first stretch resistance. an upper; a sole, the sole including a first direction and a second direction, the second direction being orthogonal to the first direction, the sole being configured to expand in both the first direction and the second direction when tensioned in the first direction, the sole having a first stretch resistance in the first direction; a strobel (1800, 2400, 2600, 2800, 3000, 3200), the strobel (1800, 2400, 2600, 2800, 3000, 3200) being attached to the sole, the strobel (1800, 2400, 2600, 2800, 3000, 3200) having a second stretch resistance in the first direction, the second stretch resistance being greater than the first stretch resistance.