mhurhangee/ep-ind-claims huggingface dataset:
A drive control apparatus (30, 120a, 120b) that receives power and a plurality of frequency-multiplexed control signals through an electric wire and drives and controls a device to be controlled (20, 130a, 130b), wherein a detection frequency is set in the device to be controlled (20, 130a, 130b), one of the plurality of control signals is a control signal corresponding to the device to be controlled (20, 130a, 130b) and a frequency of the control signal is close to the detection frequency, and the drive control apparatus (30, 120a, 120b) comprising: a driver that drives the device to be controlled (20, 130a, 130b) by using the power, a detection current generator that generates a rectangular-wave detection current whose frequency is the detection frequency, a magnetic field response element in which the detection current flows, an impedance of the magnetic field response element varying in response to a magnetic field generated around the electric wire, and a signal processor that detects the control signal corresponding to the device to be controlled (20, 130a, 130b) from an output from the magnetic field response element and controls the device to be controlled (20, 130a, 130b) based on the detected control signal, the signal processor comprising: a low-pass filter (44, 154) that extracts a low frequency component from the output from the magnetic field response element. a driver that drives the device to be controlled (20, 130a, 130b) by using the power, a detection current generator that generates a rectangular-wave detection current whose frequency is the detection frequency, a magnetic field response element in which the detection current flows, an impedance of the magnetic field response element varying in response to a magnetic field generated around the electric wire, and a signal processor that detects the control signal corresponding to the device to be controlled (20, 130a, 130b) from an output from the magnetic field response element and controls the device to be controlled (20, 130a, 130b) based on the detected control signal, the signal processor comprising: a low-pass filter (44, 154) that extracts a low frequency component from the output from the magnetic field response element.
A runway deicing fluid comprising: glycerol; a buffer; an antioxidant; and water, wherein the runway deicing fluid additionally comprises not more than about 35% by weight deicing salt. glycerol; a buffer; an antioxidant; and water, wherein the runway deicing fluid additionally comprises not more than about 35% by weight deicing salt.
A method for producing an L-amino acid, the method comprising: culturing a bacterium belonging to the family Enterobacteriaceae and having an L-amino acid-producing ability in a medium containing ethanol to generate and accumulate the L-amino acid in the medium or cells of the bacterium; and collecting the L-amino acid from the medium or the cells, wherein the bacterium has been modified so that the activity of aconitase is increased, and wherein the aconitase is an AcnB protein, and wherein the L-amino acid is L-lysine. culturing a bacterium belonging to the family Enterobacteriaceae and having an L-amino acid-producing ability in a medium containing ethanol to generate and accumulate the L-amino acid in the medium or cells of the bacterium; and collecting the L-amino acid from the medium or the cells, wherein the bacterium has been modified so that the activity of aconitase is increased, and wherein the aconitase is an AcnB protein, and wherein the L-amino acid is L-lysine.
Method for treating a black sheet, the surface of which is coated with a chromium-free conversion layer, for improving the adhesion of the conversion layer on the surface of the black sheet, characterised in that the black sheet coated with the conversion layer is subjected to a thermal treatment for a thermal treatment period (t) of 0.1 seconds to 30 seconds, in that the black sheet is passed through a furnace at a preset belt speed and thus heated to a temperature between 240°C and 320°C.
Apparatus for the production of enhanced panels, said apparatus comprising: - a pressing machine to press an enhancing covering sheet onto blank panels where an adhesive substance is present, to obtain enhanced panels; - a positioning station, upstream of the pressing station in a direction of feed, provided with at least one transport tray; - a conveyor to transport, in said direction of feed or transversely thereto, the transport trays on which groups of blank panels are positioned, at least from the positioning station through the subsequent pressing station, characterized in that said apparatus comprises a system controller and a detection assembly, and said apparatus comprises further, in the positioning station, an automated positioning device configured to align the blank panels with respect to predefined reference points present on, or associated with, the transport trays, and reposition said blank panels on a base plane defined by each transport tray, said automated positioning device being configured to orient and align said blank panels using the information received from said system controller arriving from said detecting assembly, wherein said reference points present on the transport trays are disposed in a matrix, defining a matrix of reference points, wherein each of the transport trays is equipped with positioning pins and/or with holes to receive said positioning pins and wherein said positioning pins and/or said holes define said reference points, wherein said automated positioning device comprises positioning components and one or more manipulator robots (40, 46) including, or carrying via a support, said positioning components, such that the blank panels disposed in the positioning station and inadvertently positioned misaligned with respect to the matrix of reference points associated with the transport tray are then correctly aligned according to a desired positioning and alignment pattern for the purposes of subsequent pressing. - a pressing machine to press an enhancing covering sheet onto blank panels where an adhesive substance is present, to obtain enhanced panels; - a positioning station, upstream of the pressing station in a direction of feed, provided with at least one transport tray; - a conveyor to transport, in said direction of feed or transversely thereto, the transport trays on which groups of blank panels are positioned, at least from the positioning station through the subsequent pressing station,
Process (1, 2) for producing methanol, wherein the process comprises the steps of: a) providing and compressing a make-up gas stream MG, wherein the make-up gas stream MG comprises at least one carbon oxide and hydrogen; b) reacting a synthesis gas stream SG in a synthesis stage (22, 22a, 22b, 22c) over a solid methanol synthesis catalyst, wherein raw methanol and a residual gas stream RG are obtained and wherein the raw methanol after cooling and condensation as liquid reaction product (21, 21a, 21b, 21c) and the residual gas stream RG are discharged from the synthesis stage (22, 22a, 22b, 22c); c) combining the residual gas stream RG with the make-up gas stream MG to obtain the synthesis gas stream SG, characterized in that the residual gas stream RG and the make-up gas stream MG are combined using a jet pump, wherein the compressed make-up gas stream MG is supplied to the jet pump as motive medium via its motive media connection at a pressure p 1 and the residual gas stream RG is supplied to the jet pump as suction medium via its suction port at a pressure p 3 and wherein the synthesis gas stream SG is discharged from the jet pump via its pressure port at a pressure p 2 and subsequently supplied to the synthesis stage (22, 22a) and wherein p 1 > p 2 > p 3. a) providing and compressing a make-up gas stream MG, wherein the make-up gas stream MG comprises at least one carbon oxide and hydrogen; b) reacting a synthesis gas stream SG in a synthesis stage (22, 22a, 22b, 22c) over a solid methanol synthesis catalyst, wherein raw methanol and a residual gas stream RG are obtained and wherein the raw methanol after cooling and condensation as liquid reaction product (21, 21a, 21b, 21c) and the residual gas stream RG are discharged from the synthesis stage (22, 22a, 22b, 22c); c) combining the residual gas stream RG with the make-up gas stream MG to obtain the synthesis gas stream SG,
A flexible display, comprising: a first sensor unit disposed in a first region and including different sensors (111-1, 113-1) that are operationally responsive to dissimilar types of stimulus to each other; a second sensor unit disposed in a second region adjacent to the first region and including different sensors (111-2, 113-2) that are operationally responsive to dissimilar types of stimulus to each other; and an angle-measuring unit arranged to measure a folding angle between the first region and the second region in response to sensing signals outputted from the first sensor unit and the second sensor unit, wherein the angle-measuring unit is arranged to determine a first angle between the first region and the second region in response to first sensing signals outputted from a first plurality of sensors which are respectively disposed in the first sensor unit and the second sensor unit, and to determine a second angle between the first region and the second region in response to second sensing signals outputted from a second plurality of sensor which are respectively disposed in the first sensor unit and the second sensor unit, and to output an average value of the first angle and the second angle as the folding angle. a first sensor unit disposed in a first region and including different sensors (111-1, 113-1) that are operationally responsive to dissimilar types of stimulus to each other; a second sensor unit disposed in a second region adjacent to the first region and including different sensors (111-2, 113-2) that are operationally responsive to dissimilar types of stimulus to each other; and an angle-measuring unit arranged to measure a folding angle between the first region and the second region in response to sensing signals outputted from the first sensor unit and the second sensor unit, wherein the angle-measuring unit is arranged to determine a first angle between the first region and the second region in response to first sensing signals outputted from a first plurality of sensors which are respectively disposed in the first sensor unit and the second sensor unit, and to determine a second angle between the first region and the second region in response to second sensing signals outputted from a second plurality of sensor which are respectively disposed in the first sensor unit and the second sensor unit, and to output an average value of the first angle and the second angle as the folding angle.
A vaccine comprising in combination an adjuvant, a live attenuated PRRS virus and an inactivated Lawsonia intracellularis antigen, wherein the inactivated Lawsonia intracellularis antigen comprises killed whole cell Lawsonia intracellularis bacteria.
A filtration apparatus to remove non-liquid contaminant from liquid carrier, the filtration apparatus comprising: an electrode having a first surface, wherein the electrode is to generate an electric field towards liquid carrier containing non-liquid contaminant; a reservoir having a wall defined at least partially by the first surface, the reservoir to house a volume of liquid carrier; and a plurality of plates, each plate having an accumulation surface, wherein a portion of each plate is within the reservoir, so as to be submerged in the volume of liquid carrier; an inlet (202, 202a, 202b) to receive the liquid carrier containing non-liquid contaminant into the reservoir; and an outlet (204, 204a, 204b) to allow filtered liquid carrier to flow out of the reservoir, wherein the outlet (204, 204a, 204b) comprises an overflow outlet (204, 204b) at an edge of the wall of the reservoir; wherein an electric field formed between the first surface and the accumulation surface of each plate of the plurality of plates is to act on the liquid carrier, to thereby cause non-liquid contaminant to adhere to an accumulation surface of a plate of the plurality of plates. an electrode having a first surface, wherein the electrode is to generate an electric field towards liquid carrier containing non-liquid contaminant; a reservoir having a wall defined at least partially by the first surface, the reservoir to house a volume of liquid carrier; and a plurality of plates, each plate having an accumulation surface, wherein a portion of each plate is within the reservoir, so as to be submerged in the volume of liquid carrier; an inlet (202, 202a, 202b) to receive the liquid carrier containing non-liquid contaminant into the reservoir; and an outlet (204, 204a, 204b) to allow filtered liquid carrier to flow out of the reservoir, wherein the outlet (204, 204a, 204b) comprises an overflow outlet (204, 204b) at an edge of the wall of the reservoir; wherein an electric field formed between the first surface and the accumulation surface of each plate of the plurality of plates is to act on the liquid carrier, to thereby cause non-liquid contaminant to adhere to an accumulation surface of a plate of the plurality of plates.
Molding tool (100, 100a, 100b) for reshaping a sheet of material into at least one three-dimensional article, wherein the molding tool (100, 100a, 100b) is adapted to occupy optionally an open and a closed state, wherein the molding tool (100, 100a, 100b) comprises: a first tool part and a second tool part that works together with the first tool part, wherein in the closed state of the molding tool (100, 100a, 100b), the two tool parts (120, 140) are moved toward one another, and wherein in the open state of the molding tool (100, 100a, 100b), the two tool parts (120, 140) are moved away from one another; a first mold half arranged in the first tool part and a second mold half arranged in the second tool part, wherein the two mold halves (130, 134) are adapted for reshaping the sheet of material arranged between the two tool parts (120, 140) into at least one three-dimensional article when the two tool parts (120, 140) are moved toward one another; and a cutting device comprising at least one cutting element and at least one actuating device coupled to the at least one cutting element, wherein the at least one actuating device is adapted to extend the at least one cutting element in the direction of the sheet of material, arranged between the two tool parts (120, 140), in order to cut the sheet of material, characterized in that the molding tool (100, 100a, 100b) is adapted such that the molding tool (100, 100a, 100b) is in the open state or in a partially open state during this process. a first tool part and a second tool part that works together with the first tool part, wherein in the closed state of the molding tool (100, 100a, 100b), the two tool parts (120, 140) are moved toward one another, and wherein in the open state of the molding tool (100, 100a, 100b), the two tool parts (120, 140) are moved away from one another; a first mold half arranged in the first tool part and a second mold half arranged in the second tool part, wherein the two mold halves (130, 134) are adapted for reshaping the sheet of material arranged between the two tool parts (120, 140) into at least one three-dimensional article when the two tool parts (120, 140) are moved toward one another; and a cutting device comprising at least one cutting element and at least one actuating device coupled to the at least one cutting element, wherein the at least one actuating device is adapted to extend the at least one cutting element in the direction of the sheet of material, arranged between the two tool parts (120, 140), in order to cut the sheet of material, characterized in that the molding tool (100, 100a, 100b) is adapted such that the molding tool (100, 100a, 100b) is in the open state or in a partially open state during this process.
An image processing apparatus (720, 820, 1120) comprising: discrimination means for discriminating an object of an input print job; and color conversion processing means for performing color conversion processing to the object based on a result of said discrimination means and information which designates color conversion processing set for each print job, wherein the color conversion processing is a color space compression, characterized in that when the object is a transparent object, said color conversion processing means executes the color conversion processing on a rendering color space after colors of the transparent object have been converted onto the rendering color space, and when the object is a gradation object, said color conversion processing means executes the color conversion processing on a device color space of a printer on which the print job is to be printed, and when the object is the gradation object, the object is divided into a plurality of objects, the color conversion processing is applied to end points of each of the divided objects, and intermediate pixels are formed on the device color space. discrimination means for discriminating an object of an input print job; and color conversion processing means for performing color conversion processing to the object based on a result of said discrimination means and information which designates color conversion processing set for each print job, wherein the color conversion processing is a color space compression, characterized in that when the object is a transparent object, said color conversion processing means executes the color conversion processing on a rendering color space after colors of the transparent object have been converted onto the rendering color space, and when the object is a gradation object, said color conversion processing means executes the color conversion processing on a device color space of a printer on which the print job is to be printed, and when the object is the gradation object, the object is divided into a plurality of objects, the color conversion processing is applied to end points of each of the divided objects, and intermediate pixels are formed on the device color space.
Motor vehicle having an on-board electrical system (1, 1') which comprises a low-voltage network operating at a first voltage and having a first electrical energy storage device, and a high-voltage network operating at a second voltage higher than the first voltage and having a second electrical energy storage device, the high-voltage network and the low-voltage network being connected by means of a DC converter, characterised in that the second energy storage device is divided into a first partial energy storage device that has a voltage corresponding to the voltage of the first energy storage device and is connected in parallel with the first energy storage device, and a second partial energy storage device that is connected in series with the first partial energy storage device, a consumer load (10, 10a, 10b) connected to the high-voltage network being a consumer load that provides a comfort function or an electric turbocharger.
An ophthalmic lens, comprising: an anterior face and a posterior face, the faces disposed about an optical axis, the anterior face having an anterior refractive profile and the posterior face having a posterior refractive profile; and at least one diffractive profile imposed on the anterior refractive profile or the posterior refractive profile, characterized in that the at least one diffractive profile consists of an inner echelette (930, 931) and a single peripheral adjacent echelette (930, 931), wherein the inner echelette (930, 931) extends from the optical axis to the adjacent peripheral echelette (930, 931). an anterior face and a posterior face, the faces disposed about an optical axis, the anterior face having an anterior refractive profile and the posterior face having a posterior refractive profile; and at least one diffractive profile imposed on the anterior refractive profile or the posterior refractive profile, characterized in that the at least one diffractive profile consists of an inner echelette (930, 931) and a single peripheral adjacent echelette (930, 931), wherein the inner echelette (930, 931) extends from the optical axis to the adjacent peripheral echelette (930, 931).
A single-molecule guide RNA comprising at least a spacer sequence that is an RNA sequence corresponding to any of SEQ ID NOs: 16178, 16295, 9521, 16177, 9373, 9257, 16201, 16094, 9210, 9232, 16187, 9194, 16084, 16133, 16253, 16278, 9364, 16141, 9359, 16315, 9294, 16271, 16164, 16311, 9203, 9258, 16224, 16163, 16159, 9327, 9264, 16274, 9237, 9282, 16161, 16091, 16260, 16293, 16294, 16450, 16100, 16138, 9387, 9249, 16131, 9214, 37549, 16123, 16126, 9271, 16176, 9260, 16128, 9388, 16096, 16259, 9212, 9516, 9224, 9369, 9206, 9333, 9293, 16252, 9211, 16275, 9234, 16129, 16254, 9174, 9363, 9251, 16144, 9372, 16263, 16290, 16143, 16273, or 16245.
An implantable web for hernia repair comprising: a plurality of laid yarns and a plurality of threading yarns, characterised by the plurality of laid yarns including an axial yarn, a spiral yarn and a plurality of radial yarns, the axial yarn extending along a portion of a central longitudinal or transverse axis of the web, each radial yarn extending in a radial direction from the axial yarn towards an outer peripheral edge of the web, and the spiral yarn forming a loop around the axial yarn and extending between and crisscrossing over the plurality of radial yarns, and at least a first and a second threading yarn, wherein the first and second threading yarns are interwoven to each other to form locking stitches, the locking stitches positioned around at least two of the axial yarn, the radial yarns, or the spiral yarn to hold the axial yarn, the radial yarns, and spiral yarn in a position relative to each other to maintain the structure of the web. a plurality of laid yarns and a plurality of threading yarns, characterised by the plurality of laid yarns including an axial yarn, a spiral yarn and a plurality of radial yarns, the axial yarn extending along a portion of a central longitudinal or transverse axis of the web, each radial yarn extending in a radial direction from the axial yarn towards an outer peripheral edge of the web, and the spiral yarn forming a loop around the axial yarn and extending between and crisscrossing over the plurality of radial yarns, and at least a first and a second threading yarn, wherein the first and second threading yarns are interwoven to each other to form locking stitches, the locking stitches positioned around at least two of the axial yarn, the radial yarns, or the spiral yarn to hold the axial yarn, the radial yarns, and spiral yarn in a position relative to each other to maintain the structure of the web.
A prosthetic acetabular cup comprising a dome-shaped expandable shell having an annular rim portion and an apex portion and a concave inner cavity extending therebetween for receiving a bearing liner; the shell further comprising an apex aperture (10, 21); characterised in that the aperture is centrally disposed in the apex portion relative to a shell axis of rotation and in that a plurality of radially spaced slots extend from proximal the rim portion to the apex aperture to define a plurality of shell segments expandable outwardly relative to the shell axis about a hinge portion connecting the segments together when an expanding force is applied at the aperture.