mhurhangee/ep-ind-claims huggingface dataset:
A calibration method based on a dead reckoning technology performed by a portable electronic device, the method comprising: • determining, according to the dead reckoning technology, coordinates of a current position of the portable electronic device, a track parameter value at the current position, and a motion direction at the current position, wherein the track parameter value comprises any one of a curvature change rate, a curvature radius change rate, a curvature, or a curvature radius, wherein the portable electronic device moves on a preset target path, and at least two calibration points are set on the preset target path, wherein when the preset target path is smooth, each calibration point of the at least two calibration points on the preset target path is a point on the preset target path at which the track parameter value is greater than a first threshold; or when the preset target path is non-smooth, each calibration point of the at least two calibration points on the preset target path is a turning point on the preset target path (S401, S402); • if the motion direction is from a first calibration point to a second calibration point, obtaining coordinates of the second calibration point; and when it is detected that the track parameter value at the current position is greater than a second threshold, correcting the coordinates of the current position to the coordinates of the second calibration point (S 403). • determining, according to the dead reckoning technology, coordinates of a current position of the portable electronic device, a track parameter value at the current position, and a motion direction at the current position, wherein the track parameter value comprises any one of a curvature change rate, a curvature radius change rate, a curvature, or a curvature radius, wherein the portable electronic device moves on a preset target path, and at least two calibration points are set on the preset target path, wherein when the preset target path is smooth, each calibration point of the at least two calibration points on the preset target path is a point on the preset target path at which the track parameter value is greater than a first threshold; or when the preset target path is non-smooth, each calibration point of the at least two calibration points on the preset target path is a turning point on the preset target path (S401, S402); • if the motion direction is from a first calibration point to a second calibration point, obtaining coordinates of the second calibration point; and when it is detected that the track parameter value at the current position is greater than a second threshold, correcting the coordinates of the current position to the coordinates of the second calibration point (S 403).
A digital subscriber line, DSL, central office apparatus operable in an initialization mode to initialize DSL operation and a showtime operation mode to transmit data, characterized by: a controller (110a, 110b) configured to set a power-saving state of the showtime operation mode; and a transmitter (112a, 112b) configured to transmit a synchronization signal in the power-saving state of the showtime operation mode, and to transmit a message referring to at least one DSL operation parameter in the power-saving state of the showtime mode. a controller (110a, 110b) configured to set a power-saving state of the showtime operation mode; and a transmitter (112a, 112b) configured to transmit a synchronization signal in the power-saving state of the showtime operation mode, and to transmit a message referring to at least one DSL operation parameter in the power-saving state of the showtime mode.
An image processing apparatus comprising: an image sensor for imaging an object; a distance information acquisition unit for acquiring distance information on a distance up to an object imaged by the image sensor; a pixel value information acquisition unit for acquiring pixel value information of an image corresponding to the object; an object identification unit for identifying the object to be tracked, and a tracking unit for tracking the object identified by the object identification unit, based on the acquired distance information and the acquired pixel value information, characterized in that the object identification unit identifies the object to be tracked based on the acquired distance information; and the tracking unit continues the tracking only when the pixel value information of the object in a location that is a predicted position of the object is identical to the pixel value information of the object in the last location. an image sensor for imaging an object; a distance information acquisition unit for acquiring distance information on a distance up to an object imaged by the image sensor; a pixel value information acquisition unit for acquiring pixel value information of an image corresponding to the object; an object identification unit for identifying the object to be tracked, and a tracking unit for tracking the object identified by the object identification unit, based on the acquired distance information and the acquired pixel value information,
A process for providing a composition comprising fermented seaweeds and fermented plant material; fermented algae and fermented plant material; or fermented seaweed, fermented algae and fermented plant material, the process comprises: a) providing an inoculum consist essentially of lactic acid-producing bacteria; b) providing a first material to be fermented, where said first material comprises seaweeds and/or algae; c) optionally, providing a source of enzyme, such as phosphatases e.g. phytase; d) combining the materials of steps a), (b) and optionally c), thereby providing a first combinatorial material, wherein the inoculum is provided with a concentration of lactic acid bacteria in the inoculum sufficient to outgrowth any bacteria, yeast or moulds present in the product of step (b); e) fermenting the first combinatorial material of step d) using the inoculum of step a) at a temperature in the range 15-45°C and for a period in the range 2-40 days; thereby providing a first fermented composition; f) combining the first fermented composition of step e) with a second material to be fermented, wherein said second material comprises at least one proteinaceous plant material having a protein content of at least 20% by weight dry matter, thereby providing a second combinatorial material; g) fermenting the second combinatorial material of step f), using the first fermented composition of step e) as a inoculum, for a period of at least 5 days, such as 5-12 days, such as 5-10 days, such as 5-7 days or such as 8-10 days; thereby providing a second fermented composition; and h) optionally, drying the second fermented composition. a) providing an inoculum consist essentially of lactic acid-producing bacteria; b) providing a first material to be fermented, where said first material comprises seaweeds and/or algae; c) optionally, providing a source of enzyme, such as phosphatases e.g. phytase; d) combining the materials of steps a), (b) and optionally c), thereby providing a first combinatorial material, wherein the inoculum is provided with a concentration of lactic acid bacteria in the inoculum sufficient to outgrowth any bacteria, yeast or moulds present in the product of step (b); e) fermenting the first combinatorial material of step d) using the inoculum of step a) at a temperature in the range 15-45°C and for a period in the range 2-40 days; thereby providing a first fermented composition; f) combining the first fermented composition of step e) with a second material to be fermented, wherein said second material comprises at least one proteinaceous plant material having a protein content of at least 20% by weight dry matter, thereby providing a second combinatorial material; g) fermenting the second combinatorial material of step f), using the first fermented composition of step e) as a inoculum, for a period of at least 5 days, such as 5-12 days, such as 5-10 days, such as 5-7 days or such as 8-10 days; thereby providing a second fermented composition; and h) optionally, drying the second fermented composition.
A method of making an antistatic article having an acrylic substrate, a conductive layer, and at least one of an outer layer and a series of layers, the method comprising: cleaning a surface of the acrylic substrate; sputtering the conductive layer onto the surface to a thickness ranging from 1 nanometer to 8 nanometers while supplying oxygen at a rate less than 175 SCCM; and sputtering the at least one of the outer layer and the series of layers atop the conductive layer, whererin the antistatic article exhibits a surface resistivity of less than 10 12 ohms/square. cleaning a surface of the acrylic substrate; sputtering the conductive layer onto the surface to a thickness ranging from 1 nanometer to 8 nanometers while supplying oxygen at a rate less than 175 SCCM; and sputtering the at least one of the outer layer and the series of layers atop the conductive layer, whererin the antistatic article exhibits a surface resistivity of less than 10 12 ohms/square.
Drawer having a drawer insert, in particular for accommodating cutlery, having a deep-drawn plastic body with a plurality of shell-shaped receptacles (11, 12, 13), wherein flat supports (14, 15) are integrally formed on the plastic body adjacent to the receptacles (11, 12, 13) on an outer circumference, which supports (14, 15) are of strip-shaped design and extend substantially horizontally in an assembled position, and decorative strips (21, 22, 23) are arranged on the supports, wherein the supports (14, 15) are formed circumferentially on the plastic body around the shell-shaped receptacles and the decorative strips (21, 22, 23) are arranged in a frame-like manner on the supports (14, 15), and characterized in that the decorative strips (21, 22, 23) are connected to one another to form a frame or grid.
A self-propelled forage harvester with an intake device on which a front attachment is disposed, with a chopping device comprising a chopping drum with chopping knives which is driven in rotation and a counter cutter for the comminution of harvested material, as well as a drum floor the distance of which relative to the chopping drum can be varied and which is disposed between the counter cutter and a discharge channel, as well as with a driver assistance system for controlling at least the chopping device, wherein the driver assistance system comprises a memory for the storage of data and a computing device for processing the data stored in the memory, characterized in that the chopping device together with the driver assistance system forms an automated chopping drum unit, in which the computing device is configured to determine anticipatorily, by means of a device for detecting the frontal area, at least one property of a harvested material to be picked up in order to continuously autonomously determine and adapt the distance between the chopping drum and the drum floor as a function of the at least one property of the harvested material, wherein the adaptation of the distance is carried out as a function of at least one operational parameter of the forage harvester, wherein an operational parameter is the type of front attachment, wherein a control device of the forage harvester controls the front attachment so that specific information regarding the type of the respective connected front attachment is available, wherein, depending on the type of front attachment which is present, information regarding the respective front attachment is transmitted to the automated chopping drum unit so that a conclusion regarding the type of harvested material is drawn by the automated chopping drum unit, so that this information is drawn upon in order to set a predeterminable starting distance.
Frame with canvas for an artist, comprising a closed framework (2, 12) without a tension-adjustment key on which a canvas to be painted is tensioned, said frame with canvas having a finished appearance that is stable over time and making it possible to easily obtain and to maintain a required tension of said fabric to be painted, the framework (2, 12) comprising at least one attachment rail (3, 13) and the canvas to be painted consisting of a flexible sheet comprising extensible canvas and an attachment means fixed to the periphery of said canvas, able to cooperate with the rail (3, 13) to enable said flexible sheet to be fixed to said framework (2, 12), characterised in that the attachment means is a staple in the form of a hook comprising an internal arm by means of which it is fixed to the canvas of the flexible sheet and an external arm in the form of a rim at the rounded end curved in the direction of said canvas.
An automated method, comprising: providing a dry ingredient to be reconstituted into a liquid bioprocess solution; and controlling, by a processing circuit, an automated system comprising at least one mixing chamber having a lower port and an upper port for fluid to enter the at least one mixing chamber, an array of tubing for fluid flow within the system, and a plurality of valves provided within the tubing and controlled by the processing circuit, to automatically prepare the bioprocess solution from the dry ingredient; wherein controlling the automated system comprises controlling, by the processing circuit, the automated system to perform a series of sequential mixing steps, the series of sequential mixing steps causing the preparation of the liquid bioprocess solution and comprising: opening a first valve associated with the lower port to provide fluid to the at least one mixing chamber through the lower port, and after a predetermined amount of elapsed time, closing the first valve and opening a second valve associated with the upper port to provide fluid to the at least one mixing chamber through the upper port. providing a dry ingredient to be reconstituted into a liquid bioprocess solution; and controlling, by a processing circuit, an automated system comprising at least one mixing chamber having a lower port and an upper port for fluid to enter the at least one mixing chamber, an array of tubing for fluid flow within the system, and a plurality of valves provided within the tubing and controlled by the processing circuit, to automatically prepare the bioprocess solution from the dry ingredient; wherein controlling the automated system comprises controlling, by the processing circuit, the automated system to perform a series of sequential mixing steps, the series of sequential mixing steps causing the preparation of the liquid bioprocess solution and comprising: opening a first valve associated with the lower port to provide fluid to the at least one mixing chamber through the lower port, and after a predetermined amount of elapsed time, closing the first valve and opening a second valve associated with the upper port to provide fluid to the at least one mixing chamber through the upper port. opening a first valve associated with the lower port to provide fluid to the at least one mixing chamber through the lower port, and after a predetermined amount of elapsed time, closing the first valve and opening a second valve associated with the upper port to provide fluid to the at least one mixing chamber through the upper port.
A garment hanger comprising:- a body including, a suspension portion for suspending the hanger from a rail, a garment support portion for supporting a garment thereon, a connecting portion connecting said suspension and garment support portions and including a first connection portion connected to said suspension portion, a second connection portion connected to said garment support portion and a hinge connected therebetween allowing said suspension portion to fold towards said garment support portion; and a size marker for attachment to said connecting portion, wherein said size marker is movable selectively allowing the hanger to be changed from a transportation condition in which said hinge can move to a display condition in which said suspension portion and said garment support portion are substantially fixed relative to one another characterised in that in said transportation condition said size marker is not engaged with said second connection portion and in said display condition said size marker is engaged with both said first and second connection portions. a body including, a suspension portion for suspending the hanger from a rail, a garment support portion for supporting a garment thereon, a connecting portion connecting said suspension and garment support portions and including a first connection portion connected to said suspension portion, a second connection portion connected to said garment support portion and a hinge connected therebetween allowing said suspension portion to fold towards said garment support portion; and a suspension portion for suspending the hanger from a rail, a garment support portion for supporting a garment thereon, a connecting portion connecting said suspension and garment support portions and including a first connection portion connected to said suspension portion, a second connection portion connected to said garment support portion and a hinge connected therebetween allowing said suspension portion to fold towards said garment support portion; and a size marker for attachment to said connecting portion, wherein said size marker is movable selectively allowing the hanger to be changed from a transportation condition in which said hinge can move to a display condition in which said suspension portion and said garment support portion are substantially fixed relative to one another characterised in that in said transportation condition said size marker is not engaged with said second connection portion and in said display condition said size marker is engaged with both said first and second connection portions.
Screw (2, 20, 48, 50, 52, 54, 120, 200, 200') comprising a series of screw parts (28, 328, 328'), each screw part comprising at least one screw blade (32, 34, 332, 334), wherein successive screw parts are coupled to each other by means of a coupling (30, 38, 40, 330, 394), characterized in that the screw blades of successive screw parts substantially connect to each other such that the series of screw parts forms a spiral-shaped screw having a substantially continuous screw blade, and wherein a first screw part and a second adjacent screw part in the series comprise respectively a first aligning means and a second aligning means for aligning the respective screw parts around the rotation axis of the screw, wherein preferably the coupling comprises the aligning means, the coupling comprising a shaft (16, 116, 202, 202') on which the screw parts are provided, wherein the shaft (16, 116, 202, 202') is a flexible shaft (16, 116, 202, 202'), and wherein the successive screw parts are coupled movably to each other by means of the coupling.
A method for producing a carbon nanotube comprising the steps of: preparing an amorphous carbon rod by burning a mixture consisting of carbon black and coal-tar pitch, preparing an anode, which contains amorphous carbon as a main component, by filling a metal catalyst in a hole formed in the amorphous carbon rod, producing soot containing a carbon nanotube by arc-discharge using the anode, and purifying the produced soot. preparing an amorphous carbon rod by burning a mixture consisting of carbon black and coal-tar pitch, preparing an anode, which contains amorphous carbon as a main component, by filling a metal catalyst in a hole formed in the amorphous carbon rod, producing soot containing a carbon nanotube by arc-discharge using the anode, and purifying the produced soot.
A single-flux-quantum, SFQ, logic gate circuit, comprising: a first input node connected to a first Josephson junction; a second input node connected to a second Josephson junction; an output node coupled with the first and the second input nodes; a biasing means (230, 251, 450) for biasing the SFQ logic gate circuit; and being characterised by further comprising at least one cross-coupled transformer (240, 340, 440) connecting the first Josephson junction and the second Josephson junction. a first input node connected to a first Josephson junction; a second input node connected to a second Josephson junction; an output node coupled with the first and the second input nodes; a biasing means (230, 251, 450) for biasing the SFQ logic gate circuit; and being characterised by further comprising at least one cross-coupled transformer (240, 340, 440) connecting the first Josephson junction and the second Josephson junction.
Device for loading bending tools (110, 210, 310, 410) into a press, comprising: - at least one first lower guide oriented according to a first direction; - at least one second lower guide arranged so that it is parallel to said first lower guide; - first lower means for translating at least said second lower guide in a second direction which is orthogonal to said first direction; - a first upper guide oriented according to said first direction; - a second upper guide arranged so that it is parallel to said first upper guide; - first upper means for translating at least said second lower guide in said second direction which is orthogonal to said first direction; and wherein said lower guides (100, 200) and upper guides (300, 400) are configured in such a way that one or more tools or dies (110, 210, 210', 310, 410) can be slidably assembled thereon, the device being characterized in that it further comprises: - second lower means for translating said first lower guide and said second lower guide in a third direction which is orthogonal to said first direction and to said second direction, and - second upper means for translating said first upper guide and said second upper guide in said third direction which is orthogonal to said first direction. - at least one first lower guide oriented according to a first direction; - at least one second lower guide arranged so that it is parallel to said first lower guide; - first lower means for translating at least said second lower guide in a second direction which is orthogonal to said first direction; - a first upper guide oriented according to said first direction; - a second upper guide arranged so that it is parallel to said first upper guide; - first upper means for translating at least said second lower guide in said second direction which is orthogonal to said first direction; - second lower means for translating said first lower guide and said second lower guide in a third direction which is orthogonal to said first direction and to said second direction, and - second upper means for translating said first upper guide and said second upper guide in said third direction which is orthogonal to said first direction.