mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for actuating at least one engine valve associated with an engine cylinder comprising a rocker arm (102, 202, 302, 1102, 1103) configured to reciprocate to actuate the at least one valve, and having a motion receiving end, characterized in that the rocker arm further comprises: a collapsing mechanism (118, 318, 1118) disposed at the motion receiving end of the rocker arm and configured to receive motion from a primary valve actuation motion source (104, 1104); an extending mechanism (116, 1116) configured to convey auxiliary valve actuation motion to the at least one engine valve; a first fluid passage (120, 712) in communication with the extending mechanism, wherein supply of fluid to the first fluid passage controls operation of the extending mechanism; and a second fluid passage (122, 714) in communication with the collapsing mechanism, wherein supply of fluid to the second fluid passage controls operation of the collapsing mechanism, wherein, in a first state, the collapsing mechanism is controlled via the second fluid passage to be in an extended state and the extending mechanism is controlled via the first fluid passage to be in a retracted state, and wherein, in a second state, the collapsing mechanism is controlled via the second fluid passage to be in the retracted state whereby the collapsing mechanism loses the motion from the primary valve actuation motion source, and the extending mechanism is controlled via the first fluid passage to be in the extended state. a collapsing mechanism (118, 318, 1118) disposed at the motion receiving end of the rocker arm and configured to receive motion from a primary valve actuation motion source (104, 1104); an extending mechanism (116, 1116) configured to convey auxiliary valve actuation motion to the at least one engine valve; a first fluid passage (120, 712) in communication with the extending mechanism, wherein supply of fluid to the first fluid passage controls operation of the extending mechanism; and a second fluid passage (122, 714) in communication with the collapsing mechanism, wherein supply of fluid to the second fluid passage controls operation of the collapsing mechanism, wherein, in a first state, the collapsing mechanism is controlled via the second fluid passage to be in an extended state and the extending mechanism is controlled via the first fluid passage to be in a retracted state, and wherein, in a second state, the collapsing mechanism is controlled via the second fluid passage to be in the retracted state whereby the collapsing mechanism loses the motion from the primary valve actuation motion source, and the extending mechanism is controlled via the first fluid passage to be in the extended state.
Visualisation assembly comprising a three-dimensional physical projection object and an electronic visualisation device, which comprises a camera for optically capturing the physical projection object, electronics with data processing software, by means of which the image data can be generated from the optical capturing of the physical projection object and a rendered VR model can be generated on the basis of the image data created and the stored model data, as well as a display apparatus for displaying the physical projection object superimposed with the rendered VR model, wherein the physical projection object forms a relief and comprises a surface, from which the relief extends outwards, and wherein the projection object can be handled in the manner of a picture to be mounted on a wall, wherein the relief forms a partial model, which is superimposed with the virtual complete VR model, which extends virtually through the surface. comprises a camera for optically capturing the physical projection object, electronics with data processing software, by means of which the image data can be generated from the optical capturing of the physical projection object and a rendered VR model can be generated on the basis of the image data created and the stored model data, as well as a display apparatus for displaying the physical projection object superimposed with the rendered VR model, wherein the physical projection object forms a relief and comprises a surface, from which the relief extends outwards, and wherein the projection object can be handled in the manner of a picture to be mounted on a wall, wherein the relief forms a partial model, which is superimposed with the virtual complete VR model, which extends virtually through the surface.
A processor-implemented method for providing a wallpaper viewfinder on an electronic device, the method comprising: receiving image data from a camera of the electronic device; displaying a viewfinder for the camera on a display of the electronic device based on the image data; identifying a subject in the image data; and overlaying one or more interface element representations on a portion of the displayed viewfinder which does not contain the identified subject, the interface element representations depicting interface elements associated with a graphical user interface of the electronic device, wherein overlaying comprises: determining whether a current arrangement of the interface element representations would interfere with the identified subject if the interface element representations were overlaid on the viewfinder; and when the current arrangement of the interface element representations would interfere with the identified subject, manipulating the current arrangement of the interface element representations to provide a new arrangement of the interface element representations which does not interfere with the identified subject; and displaying the interface element representations on the viewfinder in accordance with the new arrangement of the interface element representations. receiving image data from a camera of the electronic device; displaying a viewfinder for the camera on a display of the electronic device based on the image data; identifying a subject in the image data; and overlaying one or more interface element representations on a portion of the displayed viewfinder which does not contain the identified subject, the interface element representations depicting interface elements associated with a graphical user interface of the electronic device, wherein overlaying comprises: determining whether a current arrangement of the interface element representations would interfere with the identified subject if the interface element representations were overlaid on the viewfinder; and when the current arrangement of the interface element representations would interfere with the identified subject, manipulating the current arrangement of the interface element representations to provide a new arrangement of the interface element representations which does not interfere with the identified subject; and displaying the interface element representations on the viewfinder in accordance with the new arrangement of the interface element representations. determining whether a current arrangement of the interface element representations would interfere with the identified subject if the interface element representations were overlaid on the viewfinder; and when the current arrangement of the interface element representations would interfere with the identified subject, manipulating the current arrangement of the interface element representations to provide a new arrangement of the interface element representations which does not interfere with the identified subject; and displaying the interface element representations on the viewfinder in accordance with the new arrangement of the interface element representations.
Straightening machine for straightening a elongate semi-finished product, comprising straightening roller elements, a roller path line forming a conveyor path, a housing device which mounts the straightening roller elements to be opposite the conveyor path and which comprises a drive-side housing half and an operator-side housing half displaceable relative to the drive-side housing half, a change device for changing the straightening roller elements and a change path along which the straightening roller elements are movable for the purpose of changing, in which the straightening roller elements on the one hand are movable by means of the operator-side housing half along a first sub-section, which extends in a horizontal displacement plane, of the change path and on the other hand by means of the change device along a further sub-section, which extends in a horizontal change plane, of the change path, characterised in that the horizontal change plane is arranged in the region of the three-dimensional vertical projection of the control-side housing half.
A method for deleting an EPSPS gene sequence from an EPSPS gene locus in the genome of a plant cell, the method comprising: (a) providing a plant cell comprising an EPSPS gene sequence; and (b) expressing first and second zinc finger nuclease pairs (ZFNs) in the cell, wherein the first ZFN that binds to a target site as shown in any of SEQ ID NOs 141 to 151 cleaves at a first cleavage site in the EPSPS gene locus and the second ZFN cleaves at a second cleavage site in the EPSPS gene locus, wherein the EPSPS gene sequence is located between the first cleavage site and the second cleavage site, wherein cleavage of the first and second cleavage sites results in deletion of the EPSPS gene sequence. (a) providing a plant cell comprising an EPSPS gene sequence; and (b) expressing first and second zinc finger nuclease pairs (ZFNs) in the cell, wherein the first ZFN that binds to a target site as shown in any of SEQ ID NOs 141 to 151 cleaves at a first cleavage site in the EPSPS gene locus and the second ZFN cleaves at a second cleavage site in the EPSPS gene locus, wherein the EPSPS gene sequence is located between the first cleavage site and the second cleavage site, wherein cleavage of the first and second cleavage sites results in deletion of the EPSPS gene sequence.
A method of preparing a target nucleic acid, comprising contacting a target nucleic acid with a capture probe and an immobilized probe, the capture probe comprising a first segment that binds to the target nucleic acid and a second segment that binds to the immobilized probe, wherein the target nucleic acid binds to the first segment of the capture probe, and the second segment of the capture probe binds to the immobilized probe, thereby forming a capture hybrid capturing the target nucleic acid; and performing a PCR amplification with real time detection of the captured target nucleic acid without a step of dissociating the capture hybrid before initiating thermocycling in the PCR amplification; wherein the PCR amplification is performed in the same vessel as the contacting step.
A method for purifying phenol, comprising a step of passing impurities comprising phenol, acetone and hydrocarbon, which are prepared using cumene as a raw material, via a plurality of distillation columns one by one and performing azeotropic distillation, wherein the distillation column comprises: a crude acetone column for receiving the impurities comprising phenol, acetone and hydrocarbon and for separating and purifying acetone; a crude phenol column for receiving the impurities comprising phenol and hydrocarbon, which are discharged from a bottom part of the crude acetone column, for discharging and moving phenol and light hydrocarbon via a top part, and for discharging heavy impurities including heavy hydrocarbon and a small amount of phenol via a bottom part; a hydrocarbon removal column for receiving the impurities comprising phenol and light hydrocarbon and performing azeotropic distillation, for discharging impurities comprising phenol and a small amount of light hydrocarbon via a bottom part, and for discharging impurities comprising light hydrocarbon and a small amount of phenol via a top part; and a phenol finishing column for receiving the phenol and for productization, wherein a weight ratio of phenol and water at the uppermost top of the HRC in which the azeotropic distillation is performed is from 60:40 to 65:35, so that separation of the hydrocarbon can be optimized. a crude acetone column for receiving the impurities comprising phenol, acetone and hydrocarbon and for separating and purifying acetone; a crude phenol column for receiving the impurities comprising phenol and hydrocarbon, which are discharged from a bottom part of the crude acetone column, for discharging and moving phenol and light hydrocarbon via a top part, and for discharging heavy impurities including heavy hydrocarbon and a small amount of phenol via a bottom part; a hydrocarbon removal column for receiving the impurities comprising phenol and light hydrocarbon and performing azeotropic distillation, for discharging impurities comprising phenol and a small amount of light hydrocarbon via a bottom part, and for discharging impurities comprising light hydrocarbon and a small amount of phenol via a top part; and a phenol finishing column for receiving the phenol and for productization, wherein a weight ratio of phenol and water at the uppermost top of the HRC in which the azeotropic distillation is performed is from 60:40 to 65:35, so that separation of the hydrocarbon can be optimized.
A first user device configured to allow gesture-based management of an active communication between said first user device and a remote user device, said first user device comprising: a display for displaying a first user interface for one or more communication applications; a communication module configured to initiate communication between said first user device and said remote user device in response to selection of one of said communication applications; an application control module configured to provide a second user interface on said touch screen display during active communication between said first user device and said remote user device, said second user interface providing one or more functions related to said active communication, said application control module being configured to receive user input and control one or more conditions of at least one of said functions based on said user input; and a status indicator, separate from the display, configured to communicate with said application control module and provide a visual indication of said one or more conditions of said at least one of said functions independent of the condition of the display; wherein said status indicator is configured to provide said visual indication and said application control module is configured to control said one or more conditions of said at least one of said functions independent of illumination of said display. a display for displaying a first user interface for one or more communication applications; a communication module configured to initiate communication between said first user device and said remote user device in response to selection of one of said communication applications; an application control module configured to provide a second user interface on said touch screen display during active communication between said first user device and said remote user device, said second user interface providing one or more functions related to said active communication, said application control module being configured to receive user input and control one or more conditions of at least one of said functions based on said user input; and a status indicator, separate from the display, configured to communicate with said application control module and provide a visual indication of said one or more conditions of said at least one of said functions independent of the condition of the display;
A polygon mirror (5, 5y) configured to rotate around a rotational axis, comprising a plurality of sides, wherein each of two or more sides of the plurality of sides includes: a first reflection surface formed in a plane inclined to a plane perpendicular to the rotational axis; and a second reflection surface formed in a plane inclined to a plane perpendicular to the rotational axis, after light which entered into the polygon mirror (5, 5y) in a direction perpendicular to the rotational axis and toward the center of the polygon mirror is reflected by the first reflection surface, the light is reflected by the second reflection surface, and at least one of a direction in which the first reflection surface is inclined with respect to a plane perpendicular to the rotational axis and a distance in the direction of the rotational axis between the first reflection surface and the second reflection surface is different among the plurality of the sides, characterized in that the two or more sides include two adjacent sides where the direction in which the first reflection surface is inclined with respect to a plane perpendicular to the rotational axis is opposite, and between one of the two adjacent sides and the other, the distance in the direction of the rotational axis between the first reflection surface and the second reflection surface is equal. a first reflection surface formed in a plane inclined to a plane perpendicular to the rotational axis; and a second reflection surface formed in a plane inclined to a plane perpendicular to the rotational axis, after light which entered into the polygon mirror (5, 5y) in a direction perpendicular to the rotational axis and toward the center of the polygon mirror is reflected by the first reflection surface, the light is reflected by the second reflection surface, and at least one of a direction in which the first reflection surface is inclined with respect to a plane perpendicular to the rotational axis and a distance in the direction of the rotational axis between the first reflection surface and the second reflection surface is different among the plurality of the sides, characterized in that the two or more sides include two adjacent sides where the direction in which the first reflection surface is inclined with respect to a plane perpendicular to the rotational axis is opposite, and between one of the two adjacent sides and the other, the distance in the direction of the rotational axis between the first reflection surface and the second reflection surface is equal.
A paper sheet handling machine comprising: multiple types of paper sheet handling units, each of which includes a conveying mechanism for conveying a paper sheet and configured to perform a different handling process on the paper sheet; and a controller configured to control the multiple types of the paper sheet handling units, wherein each of the multiple types of the paper sheet handling units includes a circuit substrate that is made common to the multiple types of the paper sheet handling units, and a connecting portion that connects conveying paths of the conveying mechanisms, the connecting portions are provided in common positions among the multiple types of the paper sheet handling units, and the controller is configured to detect types of the paper sheet handling units and relative positions of the paper sheet handling units in a conveying pathway of the paper sheet, with respect to the multiple types of the paper sheet handling units that are connected via the connecting portions, and control each of the multiple types of the paper sheet handling units based on the type and the relative position, characterised in that the controller is configured to identify the relative positions of the paper sheet handling units only by a signal sent from a single signal line in a semiconductor device included in the circuit substrate. multiple types of paper sheet handling units, each of which includes a conveying mechanism for conveying a paper sheet and configured to perform a different handling process on the paper sheet; and a controller configured to control the multiple types of the paper sheet handling units, wherein each of the multiple types of the paper sheet handling units includes a circuit substrate that is made common to the multiple types of the paper sheet handling units, and a connecting portion that connects conveying paths of the conveying mechanisms, the connecting portions are provided in common positions among the multiple types of the paper sheet handling units, and the controller is configured to detect types of the paper sheet handling units and relative positions of the paper sheet handling units in a conveying pathway of the paper sheet, with respect to the multiple types of the paper sheet handling units that are connected via the connecting portions, and control each of the multiple types of the paper sheet handling units based on the type and the relative position, characterised in that the controller is configured to identify the relative positions of the paper sheet handling units only by a signal sent from a single signal line in a semiconductor device included in the circuit substrate.
A liquid spray agent for agricultural use, comprising a polyvinyl alcohol-based resin having a saponification degree of from 30 mol% to 50 mol% and an average degree of polymerization of from 100 to 2,000.
A catalyst composition comprising: a. a zeolite material having a small-pore framework having a maximum ring size of 8, wherein the zeolite has a CHA framework type, wherein the zeolite is SSZ-13, and a silica to alumina mole ratio of 15 to 20; b. 1.5 to 5 weight percent of an exchanged non-aluminum transition metal which is copper, based on the total weight of the zeolite; and c. 1.35 to 13.5 weight percent of cerium, based on the total weight of the zeolite, wherein said cerium is present in a form selected from exchanged cerium ions, monomeric ceria, oligomeric ceria, and combinations thereof, provided that said oligomeric ceria has a particle size of less than 5 μm. a. a zeolite material having a small-pore framework having a maximum ring size of 8, wherein the zeolite has a CHA framework type, wherein the zeolite is SSZ-13, and a silica to alumina mole ratio of 15 to 20; b. 1.5 to 5 weight percent of an exchanged non-aluminum transition metal which is copper, based on the total weight of the zeolite; and c. 1.35 to 13.5 weight percent of cerium, based on the total weight of the zeolite, wherein said cerium is present in a form selected from exchanged cerium ions, monomeric ceria, oligomeric ceria, and combinations thereof, provided that said oligomeric ceria has a particle size of less than 5 μm.