mhurhangee/ep-ind-claims huggingface dataset:
A device for detecting a target analyte in a fluid sample, the device comprising: a reaction chamber, wherein the reaction chamber comprises internal surfaces, an immobilized binding agent and a probe agent, the probe agent comprising a binding partner and a vehicle, wherein the binding partner is bound to the vehicle, wherein the target analyte in the fluid sample can react with the binding agent or the binding partner, wherein the vehicle comprises a plurality of copies of an activating agent; a detection chamber, wherein the detection chamber comprises a detecting agent, wherein the activating agent can activate the detecting agent; and a fluid passageway between the reaction chamber and the detection chamber, wherein the device is adapted to move the reacted fluid sample from the reaction chamber to the detection chamber through the fluid passageway via capillary action, and wherein the presence of the target analyte in the fluid sample at a concentration results in a change in the amount of probe agent bound to the immobilized binding agent and in the amount of unbound probe agent that moves with the reacted fluid sample to the detection chamber, wherein the change is detectable in the detection chamber and dependent on at least a threshold of the concentration. a reaction chamber, wherein the reaction chamber comprises internal surfaces, an immobilized binding agent and a probe agent, the probe agent comprising a binding partner and a vehicle, wherein the binding partner is bound to the vehicle, wherein the target analyte in the fluid sample can react with the binding agent or the binding partner, wherein the vehicle comprises a plurality of copies of an activating agent; a detection chamber, wherein the detection chamber comprises a detecting agent, wherein the activating agent can activate the detecting agent; and a fluid passageway between the reaction chamber and the detection chamber, wherein the device is adapted to move the reacted fluid sample from the reaction chamber to the detection chamber through the fluid passageway via capillary action, and wherein the presence of the target analyte in the fluid sample at a concentration results in a change in the amount of probe agent bound to the immobilized binding agent and in the amount of unbound probe agent that moves with the reacted fluid sample to the detection chamber, wherein the change is detectable in the detection chamber and dependent on at least a threshold of the concentration.
Method for controlling a machine for distributing agricultural material, preferably a field spray and/or fertilizer spreader, on a first agricultural area, having a job computer and/or terminal arranged on the agricultural machine and/or a traction vehicle assigned thereto and a program which is stored on the job computer and/or the terminal and has the purpose of controlling the agricultural machine and an electronic location-determining system and position data which is stored in the memory of the job computer and/or terminal and relates to the boundary of the area to be worked and at least one rule which is stored in the memory of the job computer and/or terminal and relates to the setting of setting parameters of the agricultural machine, preferably boundary spreader devices of a fertilizer spreader and/or edge nozzles of a field spray, preferably for processing edge regions of an agricultural area, wherein a signal is generated by the program which is stored in the job computer and/or the terminal if, at a distance which is equal to or less than a previously defined value from the distributor machine in any direction, there is a second area, which area is preferably outside the boundaries of the agricultural area which is to be worked and/or marks an area which has already been worked or not yet worked, and this signal is used to set setting parameters of the agricultural machine, preferably a boundary spreader device of a fertilizer spreader and/or nozzles of a field spray preferably for working edge regions of an agricultural area and/or metering elements of a sowing machine and/or lane markers of a sowing machine, corresponding to the stored rule, wherein the rule for setting setting parameters is configured in such a way that an exclusion zone is defined which is arranged on at least one side of the agricultural machine, with the result that when a signal is present which preferably signals a field boundary and/or adjoining area and/or worked and/or unworked area, the exclusion zone for material which is to be distributed, preferably crop protection agent and/or fertilizer and/or seeds, remains free characterized in that the exclusion zone is positioned in front of the distributor elements of the agricultural machine in the direction of travel, with the result that before the field boundary of an agricultural area is reached, a region at the edge of the agricultural area in the direction of travel, referred to as a headland, is excluded from the distribution of the agricultural material.
A distribution module for use in telecommunications and data processing technology and comprising a housing, wherein electrical input contacts and electrical output contacts are arranged in the housing, which contacts are embodied as wire connecting contacts, wherein in each case an input contact is electrically connected to an output contact, wherein functional elements are arranged in the housing, which functional elements are electrically connected to the output contacts, wherein the input contacts and the output contacts are electrically and mechanically connected by way of interface contacts (8, 28), wherein the input contacts are arranged in a base module and the output contacts are arranged in at least two part modules, wherein the part modules can be released from or connected to the base module independently from each other.
An antenna structure, comprising: a branching radiator comprising a plurality of first radiation modes; and a ring-shaped radiator surrounding the branching radiator, and comprising a plurality of second radiation modes; a grounding point connected to the ring-shaped radiator; a feeding point connected to the branching radiator; and an antenna gap, which is provided between the branching radiator and the ring-shaped radiator, the ring-shaped radiator and the branching radiator being coupled through the antenna gap to form coupled radiation modes, a coupling among the first radiation modes, the second radiation modes and the coupled radiation modes broadening a radiation bandwidth of the antenna structure; wherein the branching radiator is connected to the feeding point, and the branching radiator comprises a first radiation branch located at one side of the feeding point and a second radiation branch located at the other side of the feeding point, resonance frequencies generated by the first radiation branch and the second radiation branch being different; wherein lengths of the first radiation branch and the second radiation branch are different. a branching radiator comprising a plurality of first radiation modes; and a ring-shaped radiator surrounding the branching radiator, and comprising a plurality of second radiation modes; a grounding point connected to the ring-shaped radiator; a feeding point connected to the branching radiator; and an antenna gap, which is provided between the branching radiator and the ring-shaped radiator, the ring-shaped radiator and the branching radiator being coupled through the antenna gap to form coupled radiation modes, a coupling among the first radiation modes, the second radiation modes and the coupled radiation modes broadening a radiation bandwidth of the antenna structure; wherein the branching radiator is connected to the feeding point, and the branching radiator comprises a first radiation branch located at one side of the feeding point and a second radiation branch located at the other side of the feeding point, resonance frequencies generated by the first radiation branch and the second radiation branch being different; wherein lengths of the first radiation branch and the second radiation branch are different.
A torsional damping assembly comprising: an outer drive element configured as a generally annular ring defining an aperture therethrough, the outer drive element having a top portion including a top surface and a bottom surface, and a generally annular wall extending from the top portion, the outer drive element including a plurality of teeth disposed on the bottom surface of the top portion; an inner drive element configured as a generally annular ring defining an aperture therethrough, the inner drive element having a bottom portion including a top surface and a bottom surface, the inner drive element including a plurality of projections extending from the top surface of the inner drive element, wherein the inner drive element is connected to the outer drive element and the bottom surface of the top portion is facing the top surface of the bottom portion; and a damping member, characterized in that the damping member is disposed on the top surface of the inner drive element and that the top portion of the outer drive element includes a plurality of mounting bores formed therethrough and the bottom portion of the inner drive element includes a plurality of corresponding elongated apertures, the elongated apertures having a width greater than the width of the mounting bores, wherein the inner drive element is connected to the outer drive element by mounting elements passing through the elongated apertures and the mounting bores. an outer drive element configured as a generally annular ring defining an aperture therethrough, the outer drive element having a top portion including a top surface and a bottom surface, and a generally annular wall extending from the top portion, the outer drive element including a plurality of teeth disposed on the bottom surface of the top portion; an inner drive element configured as a generally annular ring defining an aperture therethrough, the inner drive element having a bottom portion including a top surface and a bottom surface, the inner drive element including a plurality of projections extending from the top surface of the inner drive element, wherein the inner drive element is connected to the outer drive element and the bottom surface of the top portion is facing the top surface of the bottom portion; and a damping member, characterized in that the damping member is disposed on the top surface of the inner drive element and that the top portion of the outer drive element includes a plurality of mounting bores formed therethrough and the bottom portion of the inner drive element includes a plurality of corresponding elongated apertures, the elongated apertures having a width greater than the width of the mounting bores, wherein the inner drive element is connected to the outer drive element by mounting elements passing through the elongated apertures and the mounting bores.
A drawer arrangement, comprising: - a drawer sidewall having a locking device, the locking device of the drawer sidewall including a locking lever pre-stressed by at least one spring, - a wall element configured to be transversely connected to the drawer sidewall, wherein the wall element, in a connected condition with the drawer sidewall, has a fastening surface facing towards the drawer sidewall and a bearing surface facing away from the fastening surface, - at least one furniture fitting separate from the wall element for connecting the wall element to the drawer sidewall, wherein the at least one furniture fitting is configured to be releasably locked to the locking lever of the locking device of the drawer sidewall, - wherein the at least one furniture fitting, in the connected condition of the wall element with the drawer sidewall, bears at least partially against the bearing surface of the wall element, so that the wall element is held on the drawer sidewall by the locking of the furniture fitting with the locking device of the drawer sidewall, characterized in that the furniture fitting includes at least one laterally projecting wing (28a, 28b) which, in the connected condition of the wall element with the drawer sidewall, bears against the bearing surface of the wall element, wherein the bearing surface of the wall element and the wing (28a, 28b) of the furniture fitting extend flush to one another, so that there is no disturbing abutting edge formed between the bearing surface and the furniture fitting. - a drawer sidewall having a locking device, the locking device of the drawer sidewall including a locking lever pre-stressed by at least one spring, - a wall element configured to be transversely connected to the drawer sidewall, wherein the wall element, in a connected condition with the drawer sidewall, has a fastening surface facing towards the drawer sidewall and a bearing surface facing away from the fastening surface, - at least one furniture fitting separate from the wall element for connecting the wall element to the drawer sidewall, wherein the at least one furniture fitting is configured to be releasably locked to the locking lever of the locking device of the drawer sidewall, - wherein the at least one furniture fitting, in the connected condition of the wall element with the drawer sidewall, bears at least partially against the bearing surface of the wall element, so that the wall element is held on the drawer sidewall by the locking of the furniture fitting with the locking device of the drawer sidewall,
Chain joint for link chains, having a basic body in the form of an oval chain link, comprising two straight longitudinal limbs (3, 4) parallel with and joined to each other at their respective ends via a link curvature (5, 6), said longitudinal limb having a constant profile cross-section along its extension, wherein one longitudinal limb is interrupted for the formation of a receiving opening for hooking oval chain links into an inner opening of the basic body, said inner opening being limited at its ends by a first and a second longitudinal limb portion (4A, 4B), wherein a threaded hole extending in its longitudinal direction is provided in this longitudinal limb, said threaded hole extending into the first and second longitudinal limb portions (4A, 4B), and having a screw plug which can be screwed into the threaded hole for closing the receiving opening and which, in the screwed-in state, is in engagement with the threaded hole in the first and second longitudinal limb portion (4A, 4B), wherein the threaded hole on the second longitudinal limb portion, on which portion the screw plug is inserted into said threaded hole, is provided continuously from the receiving opening up to the region of the link curvature, and wherein the size of the outer circumference and the link width of the basic body are specified, characterised in that, with identical member width, the profile cross-section of the basic body is smaller in the region of its link curvatures (5, 6) than in the region of its longitudinal limbs (3, 4), wherein the larger profile cross-section, on its side directed towards the inner opening of the basic body, forms a flat delimiting surface for the inner opening, said delimiting surface extending at right angles to the clamping plane of the basic body, and characterised in that the threaded hole in the first longitudinal limb portion, starting from the receiving opening, is designed only as a blind hole over a specified longitudinal region.
Method for diagnosing and cleaning a gas-permeable object that is designed for cleaning exhaust gas in a motor vehicle, such as a filter or a catalytic converter through which a gas is able to flow, particularly a particulate filter or catalytic converter used in an exhaust gas tract of a motor vehicle, wherein compressed air is directed at the object through an opening in an apparatus in order to clean the object, wherein at least one form of a quality of the object is measured by means of radiation and/or by a medium transported through the opening, characterized in that the apparatus is moved to various positions of the object by a multi-axial drive unit for testing and/or cleaning individual subregions, wherein the compressed air is applied with a pressure that is changed in pulses through a nozzle of the apparatus arranged in the opening, and wherein the opening is designed as a measuring bell that protrudes beyond the nozzle by at least 1 mm and has a peripheral seal at one end thereof.
Method for producing an inner and an outer ring-shaped formed part from a blank, comprising the steps: - cup extrusion of the blank to form a cup having a drawn-out cup base and an adjoining stepless cup wall, - forming of the cup wall in such a way that the formed cup wall comprises an inner ring-shaped section and an adjoining outer ring-shaped section which is partly offset in an axial direction, and - separation of the outer ring-shaped section from the inner ring-shaped section and separation of the inner ring-shaped section from the drawn-out cup base, the detached outer ring-shaped section constituting the outer ring-shaped formed part and the detached inner ring-shaped section constituting the inner ring-shaped formed part. - cup extrusion of the blank to form a cup having a drawn-out cup base and an adjoining stepless cup wall, - forming of the cup wall in such a way that the formed cup wall comprises an inner ring-shaped section and an adjoining outer ring-shaped section which is partly offset in an axial direction, and - separation of the outer ring-shaped section from the inner ring-shaped section and separation of the inner ring-shaped section from the drawn-out cup base, the detached outer ring-shaped section constituting the outer ring-shaped formed part and the detached inner ring-shaped section constituting the inner ring-shaped formed part.
Magnetic tunnel junction comprising a synthetic antiferromagnetic free layer, characterised in that said synthetic antiferromagnetic free layer comprises a magnetic core and a magnetic shell, the magnetic core comprising a first magnetic layer having an aspect ratio comprised between 0.5 and 2, the magnetic shell surrounding the magnetic core and at least a part of the thickness (Z core) of the magnetic core, the magnetization (m s) of the magnetic shell being antiferromagnetically coupled with the magnetization (m c) of the magnetic core.
A particulate bouillon composition comprising: (a) 2-16 wt.% of Allium selected from onion, shallot, garlic, leek and combinations thereof; (b) 1.5-25 wt.% of vegetables selected from carrot, tomato, red bell pepper, parsnip and combinations thereof; (c) 1-10 wt.% of herbs selected from parsley, fenugreek, rosemary, bay leaves and combinations thereof; (d) 0-15 wt.% of herbal roots selected from celeriac, lovage root, root parsley and combinations thereof; (e) 0.4-4.2 wt.% of spices selected turmeric, pepper, nutmeg, clove, celery seed and combinations thereof; (f) 15-50 wt.% of thickener; (g) 12-55 wt.% of filler; (h) 0.1-10wt.% of flavouring; wherein the composition contains less than 0.5 wt.% sodium; wherein components (a) to (e) constitute 10-50 wt.% of the composition; wherein components (f) to (g) constitute 35-75 wt.% of the composition; wherein components (a) to (h) constitute 70-100 wt.% of the composition. (a) 2-16 wt.% of Allium selected from onion, shallot, garlic, leek and combinations thereof; (b) 1.5-25 wt.% of vegetables selected from carrot, tomato, red bell pepper, parsnip and combinations thereof; (c) 1-10 wt.% of herbs selected from parsley, fenugreek, rosemary, bay leaves and combinations thereof; (d) 0-15 wt.% of herbal roots selected from celeriac, lovage root, root parsley and combinations thereof; (e) 0.4-4.2 wt.% of spices selected turmeric, pepper, nutmeg, clove, celery seed and combinations thereof; (f) 15-50 wt.% of thickener; (g) 12-55 wt.% of filler; (h) 0.1-10wt.% of flavouring; wherein the composition contains less than 0.5 wt.% sodium; wherein components (a) to (e) constitute 10-50 wt.% of the composition; wherein components (f) to (g) constitute 35-75 wt.% of the composition; wherein components (a) to (h) constitute 70-100 wt.% of the composition.
A robotic lawnmower system comprising a robotic lawnmower, said robotic lawnmower comprising two front wheels and a chassis, wherein said robotic lawnmower is characterized in that the two front wheels are arranged on a beam axle which is pivotably arranged to the chassis, wherein the beam axle is pivotably attached to the chassis through a pivot point which is an axle protruding from the chassis and extending through an opening in the beam axle, wherein the hole or opening is elongated to allow vertical movement of the pivot axle, and wherein sensors are arranged to determine whether the robotic lawnmower is being lifted or not by determining in which portion of the hole or opening the pivot axle is.
A method for dynamically configuring Discontinuous Reception parameters, characterized by comprising: judging whether current DRX parameters need to be adjusted within an observation cycle, that is, whether a current terminal meets a requirement of Guaranteed Bit Rate, GBR, or not, and when the DRX parameters of the terminal need to be adjusted, adjusting the DRX parameters of the terminal until the terminal satisfies the requirement of the GBR after the adjustment of the DRX parameters; wherein the step of judging whether the current terminal meets the requirement of the GBR or not comprises: if an actual scheduling interval of the terminal is currently greater than a target scheduling interval, not satisfying the requirement of the GBR. judging whether current DRX parameters need to be adjusted within an observation cycle, that is, whether a current terminal meets a requirement of Guaranteed Bit Rate, GBR, or not, and when the DRX parameters of the terminal need to be adjusted, adjusting the DRX parameters of the terminal until the terminal satisfies the requirement of the GBR after the adjustment of the DRX parameters; wherein the step of judging whether the current terminal meets the requirement of the GBR or not comprises: if an actual scheduling interval of the terminal is currently greater than a target scheduling interval, not satisfying the requirement of the GBR.
A system for cleaning an object comprising a surface, said system comprising: an acoustic device configured to deliver acoustic waves to said object; a cleaning medium dispenser comprising a nozzle, wherein said nozzle is configured to deliver droplets of a liquid cleaning fluid to said surface; a rinsing medium dispenser configured to deliver a liquid rinsing fluid to said surface; and a vacuum source configured to deliver a vacuum airflow within a vacuum chamber proximate said surface, wherein the acoustic device is configured such that said acoustic waves dislodge debris from said surface, and atomize said cleaning fluid and said rinsing fluid and said debris collected by said cleaning fluid and said rinsing fluid. an acoustic device configured to deliver acoustic waves to said object; a cleaning medium dispenser comprising a nozzle, wherein said nozzle is configured to deliver droplets of a liquid cleaning fluid to said surface; a rinsing medium dispenser configured to deliver a liquid rinsing fluid to said surface; and a vacuum source configured to deliver a vacuum airflow within a vacuum chamber proximate said surface, wherein the acoustic device is configured such that said acoustic waves dislodge debris from said surface, and atomize said cleaning fluid and said rinsing fluid and said debris collected by said cleaning fluid and said rinsing fluid.