mhurhangee/ep-ind-claims huggingface dataset:
A method of signing a metadata frame corresponding to an image frame of a sequence of image frames, wherein the metadata frame comprises metadata of one or more detected objects in the image frame, wherein the metadata of each detected object comprises coordinates defining a location in the image frame of the detected object, the method comprising: generating a digital signature based on at least a subset of the metadata in the metadata frame; and adding additional metadata to the metadata frame, the additional metadata comprising the digital signature and predefined coordinates which define that the additional metadata comprise the digital signature.
A method for greasing and assembling a track chain pin and bushing comprising the following steps in the mentioned order: 1.) inserting a pin into a first self centering gripper, 2.) inserting a bushing into a second self centering gripper opposite the first self centering gripper, 3.) applying grease to the pin, 4.) evenly spreading the grease on the surface of the pin which is to be inserted into the bushing, using a plate, 5.) inserting the pin into the bushing. 1.) inserting a pin into a first self centering gripper, 2.) inserting a bushing into a second self centering gripper opposite the first self centering gripper, 3.) applying grease to the pin, 4.) evenly spreading the grease on the surface of the pin which is to be inserted into the bushing, using a plate, 5.) inserting the pin into the bushing.
A method for local switch, comprising: detecting, by a Base Station Controller, BSC, whether adaptive multi-rate codec, AMR, speech versions used by two Mobile Stations, MSs, that need to perform local switch are the same and whether rate sets of the AMR speech versions of the two MSs that need to perform the local switch have an intersection; when the AMR speech versions are different, modifying, by the BSC, the AMR speech versions through a handover procedure or a mode modification procedure so that the AMR speech versions are the same, and when the rate sets of the AMR speech versions do not have the intersection, modifying the rate sets of the AMR speech versions through the handover procedure or the mode modification procedure so that the rate sets of the AMR speech versions have the intersection; and establishing, by the BSC, the local switch between the two MSs that have the same AMR speech version and the intersection of the rate sets. detecting, by a Base Station Controller, BSC, whether adaptive multi-rate codec, AMR, speech versions used by two Mobile Stations, MSs, that need to perform local switch are the same and whether rate sets of the AMR speech versions of the two MSs that need to perform the local switch have an intersection; when the AMR speech versions are different, modifying, by the BSC, the AMR speech versions through a handover procedure or a mode modification procedure so that the AMR speech versions are the same, and when the rate sets of the AMR speech versions do not have the intersection, modifying the rate sets of the AMR speech versions through the handover procedure or the mode modification procedure so that the rate sets of the AMR speech versions have the intersection; and establishing, by the BSC, the local switch between the two MSs that have the same AMR speech version and the intersection of the rate sets.
A contact structure body comprising: a separator configured to physically separate a liquid that has leaked from a sample holder from a measuring circuit, the separator comprising a liquid storage unit configured to store the liquid leaked from the sample holder; a contact probe configured to electrically connect an electrode of the sample holder to the measuring circuit, the contact probe comprising: a first portion of the contact probe disposed within the separator; a second portion of the contact probe disposed outside the separator and configured to be placed in physical contact with the electrode of the sample holder; and a third portion of the contact probe configured to be placed in physical contact with the measuring circuit, wherein the contact structure body comprises the measuring circuit. a separator configured to physically separate a liquid that has leaked from a sample holder from a measuring circuit, the separator comprising a liquid storage unit configured to store the liquid leaked from the sample holder; a contact probe configured to electrically connect an electrode of the sample holder to the measuring circuit, the contact probe comprising: a first portion of the contact probe disposed within the separator; a second portion of the contact probe disposed outside the separator and configured to be placed in physical contact with the electrode of the sample holder; and a third portion of the contact probe configured to be placed in physical contact with the measuring circuit, a first portion of the contact probe disposed within the separator; a second portion of the contact probe disposed outside the separator and configured to be placed in physical contact with the electrode of the sample holder; and a third portion of the contact probe configured to be placed in physical contact with the measuring circuit, wherein the contact structure body comprises the measuring circuit.
A turbine having a plurality of structural components (2, 4) with a gap between said structural components, wherein the gap is sealed by a plurality of sealing components, the sealing components comprising a plurality of primary sealing components and at least one sealing plate; the sealing plate having a sealing portion and two connector portions (104, 106) arranged on either side of said sealing portion, the sealing portion having a width which is greater than a width of each of the connector portions; the primary sealing components seal the majority of said gap with gaps being present between each pair of primary sealing components to allow for expansion or movement of said primary sealing components; and the sealing portion of the sealing plate seals a gap between a pair of primary sealing components; characterised in that a first of said connector portions has a first connector which is fixed to one of said structural components (2, 4) and a second of said connector portions has a second connector which is slidably engaged with one of said structural components (2, 4).
A planetary gear winch comprising: a motor, a planetary gear drive, a clutch and a drum mounted on a frame, wherein the clutch is capable of engaging and disengaging the drum from the motor; the planetary gear drive having a first, a second and a third planetary gear set, each gear set having a sun gear, a plurality of planet gears each mounted to a planet carrier by a planet pin, the plurality of planet gears orbiting around and engaging with the sun gear, and a ring gear surrounding and engaging with the planet gears; characterised in that the clutch has one or more cavities located on an exterior surface of the ring gear of the third gear set, a cavity located on the frame adjacent to the ring gear of the third gear set, a clutch actuator, a clutch actuator finger on the planet carrier of the second gear set and a pin moveable between an engaged position and a disengaged position, wherein the clutch actuator finger is capable of moving the pin between the disengaged position and the engaged position. a motor, a planetary gear drive, a clutch and a drum mounted on a frame, wherein the clutch is capable of engaging and disengaging the drum from the motor; the planetary gear drive having a first, a second and a third planetary gear set, each gear set having a sun gear, a plurality of planet gears each mounted to a planet carrier by a planet pin, the plurality of planet gears orbiting around and engaging with the sun gear, and a ring gear surrounding and engaging with the planet gears; characterised in that the clutch has one or more cavities located on an exterior surface of the ring gear of the third gear set, a cavity located on the frame adjacent to the ring gear of the third gear set, a clutch actuator, a clutch actuator finger on the planet carrier of the second gear set and a pin moveable between an engaged position and a disengaged position, wherein the clutch actuator finger is capable of moving the pin between the disengaged position and the engaged position.
Heating body comprising an electrical flat heating element, wherein a tubular hollow body is provided which is formed by an outer shell and which is provided with an air flow generator for an air flow that is directed parallel to the longitudinal axis of the tubular hollow body, and the tubular hollow body has, at least on one of the two end sides thereof, at least one outflow opening for the air flow, characterized in that the electrical flat heating element is a flat heating element which generates heat predominantly in the form of infrared radiation, and the electrical flat heating element is arranged on the inner side of the tubular hollow body for a heat emission that takes place mainly perpendicular to the surface of the hollow body towards the exterior and interior of the tubular hollow body, wherein the electrical flat heating element, on the side thereof that is directed towards the interior of the tubular hollow body, is provided with an aluminium lamination which forms an inner shell of the tubular hollow body.
A detonator assembly which includes a holder which comprises a spool, a flexible elongate element which is coiled on the spool, an energy storage device on the spool, a communication device which is mounted to the spool, a secondary inductive coil which is mounted to the spool wherein the spool is movable relative to a magnetic field thereby to induce current into the coil which current is used to charge the energy storage device wherein initially the energy in the energy storage device is inadequate for firing the detonator and wherein movement of the coil through the magnetic field transfers adequate energy into the energy storage device to enable the detonator assembly to become operative and to fire the detonator.
A method for meat processing, comprising: performing a first cut in association with a rinsing process performed on an animal, wherein performing the first cut includes severing at least one jugular vein of the animal; subsequent to performing the first cut, performing a second cut that includes one of: making an incision in a vena cava of the animal that provides an exit location for treatment solution introduced into a circulatory system of the animal; and severing the vena cava of the animal such that the severed vena cava provides an exit location for treatment solution introduced into the circulatory system of the animal. performing a first cut in association with a rinsing process performed on an animal, wherein performing the first cut includes severing at least one jugular vein of the animal; subsequent to performing the first cut, performing a second cut that includes one of: making an incision in a vena cava of the animal that provides an exit location for treatment solution introduced into a circulatory system of the animal; and severing the vena cava of the animal such that the severed vena cava provides an exit location for treatment solution introduced into the circulatory system of the animal. making an incision in a vena cava of the animal that provides an exit location for treatment solution introduced into a circulatory system of the animal; and severing the vena cava of the animal such that the severed vena cava provides an exit location for treatment solution introduced into the circulatory system of the animal.
A connecting element for a damping system for mounting a cab, in particular of an agricultural vehicle, having a mounting element with a fitting region for receiving a first damping means which can be connected to the cab in order to damp a movement of the cab with respect to a vehicle frame, and a support element on the vehicle side, on which the mounting element is disposed when in the fitted condition, wherein the mounting element has a first fastening region and a second fastening region which are connected to the support element when in the fitted condition, characterized in that the first fastening region and the second fastening region are disposed and constructed in a manner such that they face in opposite directions, in particular in the vertical direction, so that the first fastening region, the second fastening region and/or the fitting region of the mounting element are disposed offset with respect to each other substantially in the horizontal direction, wherein the first fastening region is disposed below the second fastening region in the vertical direction.
A system comprising: a radar-sensor associated with an agricultural vehicle, wherein the radar-sensor is configured to acquire radar-data representative of swath in an agricultural field in the vicinity of the agricultural vehicle; and a controller configured to determine swath-property-data based on the radar-data, wherein the swath-property-data comprises: swath-area-data that is representative of a cross-sectional area of the swath; and foreign-object-indicator-data; wherein the controller is configured to set the foreign-object-indicator-data as representative of a foreign object being detected if the power of a reflected radar signal, as represented by the radar-data, is greater than a power-threshold-level; wherein the controller is configured to determine vehicle-control-instructions for the agricultural vehicle, based on the swath-property-data and the foreign-object-indicator-data, wherein the vehicle-control-instructions comprise vehicle-pick-up-instructions for automatically controlling a pick-up / header of the agricultural machine such that it does not pick up the swath in the vicinity of a detected foreign object. a radar-sensor associated with an agricultural vehicle, wherein the radar-sensor is configured to acquire radar-data representative of swath in an agricultural field in the vicinity of the agricultural vehicle; and a controller configured to determine swath-property-data based on the radar-data, wherein the swath-property-data comprises: swath-area-data that is representative of a cross-sectional area of the swath; and foreign-object-indicator-data; wherein the controller is configured to set the foreign-object-indicator-data as representative of a foreign object being detected if the power of a reflected radar signal, as represented by the radar-data, is greater than a power-threshold-level; wherein the controller is configured to determine vehicle-control-instructions for the agricultural vehicle, based on the swath-property-data and the foreign-object-indicator-data, wherein the vehicle-control-instructions comprise vehicle-pick-up-instructions for automatically controlling a pick-up / header of the agricultural machine such that it does not pick up the swath in the vicinity of a detected foreign object.
A device comprising: a semiconductor structure comprising: - a III-nitride light emitting layer disposed between an n-type region and a p-type region; and - a plurality of layer pairs disposed within one of the n-type region and the p-type region, each layer pair comprising: - an InGaN layer; and - a pit-filling layer in direct contact with the InGaN layer, wherein the pit filling layer is one of GaN, AlGaN, AlInGaN, and AlInN; characterized in that each InGaN layer has a thickness between 100 and 500 nm, and wherein each pit-filling layer has a thickness between 10 and 50 nm. a semiconductor structure comprising: - a III-nitride light emitting layer disposed between an n-type region and a p-type region; and - a plurality of layer pairs disposed within one of the n-type region and the p-type region, each layer pair comprising: - an InGaN layer; and - a pit-filling layer in direct contact with the InGaN layer, wherein the pit filling layer is one of GaN, AlGaN, AlInGaN, and AlInN; characterized in that each InGaN layer has a thickness between 100 and 500 nm, and wherein each pit-filling layer has a thickness between 10 and 50 nm. - a III-nitride light emitting layer disposed between an n-type region and a p-type region; and - a plurality of layer pairs disposed within one of the n-type region and the p-type region, each layer pair comprising: - an InGaN layer; and - a pit-filling layer in direct contact with the InGaN layer, wherein the pit filling layer is one of GaN, AlGaN, AlInGaN, and AlInN; characterized in that each InGaN layer has a thickness between 100 and 500 nm, and wherein each pit-filling layer has a thickness between 10 and 50 nm. - an InGaN layer; and - a pit-filling layer in direct contact with the InGaN layer, wherein the pit filling layer is one of GaN, AlGaN, AlInGaN, and AlInN; characterized in that each InGaN layer has a thickness between 100 and 500 nm, and wherein each pit-filling layer has a thickness between 10 and 50 nm.
An hourglass gear-shaped grinding-wheel dressing method of dressing an hourglass gear-shaped grinding wheel with a disk dresser formed in a circular disk shape, by synchronously rotating the gear-shaped grinding wheel and the disk dresser in mesh with each other, the gear-shaped grinding wheel being configured to grind a helical gear by coming into line contact with the helical gear in such a way as to connect contours of normal planes of teeth of the helical gear, the normal planes being perpendicular to a helical direction of the teeth, characterized in that the hourglass gear-shaped grinding-wheel dressing method comprises: matching an edge profile of the disk dresser with a profile of the normal plane of each of the teeth of the helical gear after grinding; moving the gear-shaped grinding wheel and the disk dresser relative to each other in directions of three perpendicular axes (x,y,z) in accordance with a hourglass shape and a helix angle of the gear-shaped grinding wheel; turning the disk dresser about a dresser turn axis to a predetermined turn angle in accordance with the helix angle of the gear-shaped grinding wheel and positioning the disk dresser at the predetermined turn angle, the dresser turn axis perpendicularly crossing a dresser rotation axis of the disk dresser; and turning the disk dresser about a gear rotation axis of the helical gear. matching an edge profile of the disk dresser with a profile of the normal plane of each of the teeth of the helical gear after grinding; moving the gear-shaped grinding wheel and the disk dresser relative to each other in directions of three perpendicular axes (x,y,z) in accordance with a hourglass shape and a helix angle of the gear-shaped grinding wheel; turning the disk dresser about a dresser turn axis to a predetermined turn angle in accordance with the helix angle of the gear-shaped grinding wheel and positioning the disk dresser at the predetermined turn angle, the dresser turn axis perpendicularly crossing a dresser rotation axis of the disk dresser; and turning the disk dresser about a gear rotation axis of the helical gear.
A printer cartridge, comprising: a memory device; and a transform wrapper stored on the memory device, characterized in that the transform wrapper is to dynamically build a transform map for a printer based on metadata stored on the memory device, the transform map comprising at least one channel map including a mapping for one of a plurality of colors, wherein the metadata is to indicate at least a type of transform map, wherein the metadata includes a property, a tag, a condition, and a recipe, the property is to describe primitive data stored on the memory device of the printer cartridge, the tag is to provide an identification of the printer cartridge, the condition is to restrict when the transform map is available for use, the recipe includes instructions to build a channel map based on at least one of a neutral axis, a set of seed nodes and a delta table included in the primitive data, the neutral axis relates to a line extending from an origin of a three-dimensional color table to a node of the color table farthest from the origin, the set of seed nodes correspond to nodes of a compressed color table, and the delta table is to indicate a difference between an interpolated color table node and a corresponding actual color table. a memory device; and a transform wrapper stored on the memory device, characterized in that the transform wrapper is to dynamically build a transform map for a printer based on metadata stored on the memory device, the transform map comprising at least one channel map including a mapping for one of a plurality of colors, wherein the metadata is to indicate at least a type of transform map, wherein the metadata includes a property, a tag, a condition, and a recipe, the property is to describe primitive data stored on the memory device of the printer cartridge, the tag is to provide an identification of the printer cartridge, the condition is to restrict when the transform map is available for use, the recipe includes instructions to build a channel map based on at least one of a neutral axis, a set of seed nodes and a delta table included in the primitive data, the neutral axis relates to a line extending from an origin of a three-dimensional color table to a node of the color table farthest from the origin, the set of seed nodes correspond to nodes of a compressed color table, and the delta table is to indicate a difference between an interpolated color table node and a corresponding actual color table.
A reconstituted surfactant composition comprising: a) from 1.2 to 1.8% by weight of a polypeptide analog of the native surfactant protein SP-C consisting of the sequence represented by the formula IPSSPVHLKRLKLLLLLLLLILLLILGALLLGL (SEQ. ID NO:1); b) from 0.1 to 0.5% by weight of a polypeptide analog of the native surfactant protein SP-B consisting of the sequence represented by the formula CWLCRALIKRIQALIPKGGRLLPQLVCRLVLRCS (SEQ. ID NO:2); c) a monounsaturated and a saturated phospholipid in a weight ratio ranging from 45: 55 to 55:45 wherein said monounsaturated phospholipid is selected from the group consisting of palmitoyloleoylphosphatidylcholine (POPC) and palmitoyloleoylphosphatidylglycerol (POPG) and wherein said saturated phospholipid is selected from the group consisting of dipalmitoylphosphatidylcholine (DPPC) and dipalmitoylphosphatidylglycerol (DPPG); all the amounts being calculated relative to the total weight of the reconstituted surfactant. a) from 1.2 to 1.8% by weight of a polypeptide analog of the native surfactant protein SP-C consisting of the sequence represented by the formula IPSSPVHLKRLKLLLLLLLLILLLILGALLLGL (SEQ. ID NO:1); b) from 0.1 to 0.5% by weight of a polypeptide analog of the native surfactant protein SP-B consisting of the sequence represented by the formula CWLCRALIKRIQALIPKGGRLLPQLVCRLVLRCS (SEQ. ID NO:2); c) a monounsaturated and a saturated phospholipid in a weight ratio ranging from 45: 55 to 55:45 wherein said monounsaturated phospholipid is selected from the group consisting of palmitoyloleoylphosphatidylcholine (POPC) and palmitoyloleoylphosphatidylglycerol (POPG) and wherein said saturated phospholipid is selected from the group consisting of dipalmitoylphosphatidylcholine (DPPC) and dipalmitoylphosphatidylglycerol (DPPG);