mhurhangee/ep-ind-claims huggingface dataset:
Tail lift for a vehicle, having a loading platform (12, 50) and a lifting mechanism for selectively lifting, lowering and pivoting the loading platform (12, 50) about a horizontal pivot axis, wherein the loading platform (12, 50) has a top wall forming a surface and having two opposite side peripheries running transversely with respect to the pivot axis, and at least part of the top wall forms a useful surface of the loading platform (12, 50), wherein arranged next to the side peripheries of the top wall of the loading platform (12, 50) is a respective lighting device (28, 51) for generating a peripheral strip which emits light at least upwards, that is to say directed away from the surface, wherein each lighting device (28, 51) has an illuminant carrier (31, 57) and at least one illuminant (29, 52), wherein the respective illuminant carrier (31, 57) has a carrier strip for the respective at least one illuminant (29, 52) of the lighting device (28, 51), characterized in that the respective illuminant carrier (31, 57) has a cap-like holder or a strip-like holder, wherein the respective carrier strip is releasably connectable to the respective strip-like holder or cap-like holder, and wherein the respective holder (32, 58) is at least partially formed from a light-permeable material.
An omnidirectional antenna intended to equip a dipping sonar, the antenna (14; 40, 50) comprising multiple elementary transmission rings that are formed around a longitudinal axis of the antenna (14; 40, 50) and multiple hydrophones that are distributed around the longitudinal axis, the antenna (14; 40, 50) being intended to be dipped in water, the hydrophones being separate from the elementary transmission rings, the hydrophones and the elementary transmission rings being fixed to one another in the antenna (14; 40; 50), wherein a first minimum cylindrical volume around the longitudinal axis occupied by the elementary transmission rings has a diameter D1, a second minimum cylindrical volume around the longitudinal axis occupied by the hydrophones has a diameter D2, wherein the diameter ratio of the two volumes is constant regardless of whether the antenna (14; 40, 50) is in operation or in a storage position, characterized in that the elementary transmission rings and the hydrophones are nested along the same height measured according to the longitudinal axis and in that the elementary transmission rings and the hydrophones operate at a working frequency of less than 8 kHz, in that the difference in absolute value between the two diameters D1 and D2 remains inferior than 30% of the smaller of the two diameters D1 or D2, and in that the projections from the phase centres of the hydrophones in a horizontal plane that is perpendicular to the longitudinal axis, or in a vertical plane containing the longitudinal axis, are spaced apart by a spacing of less than λ/3, λ being the wavelength at the working frequency, the hydrophones being distributed in rings formed around the longitudinal axis in the horizontal plane, the spacing, referred to as the horizontal spacing, between two hydrophones is the length of the chord between two neighbouring hydrophones over the diameter in question.
Data glove for generating a tactile feedback information on a finger when interacting this finger with an interaction element on an infrared touch screen, wherein the data glove comprises receiving elements for receiving the fingers of an operator and means for generating a tactile feedback information, wherein stimulators are attached to the finger receiving elements for generating a tactile feedback information, wherein means (1, 3) are provided for identifying the finger interacting with the infrared touch screen; wherein a signal generator is provided for exciting the stimulators of the interacting finger upon successful actuation of an interaction element on the infrared touchscreen; wherein infrared photodetectors are attached in a fingertip region of the receiving elements to identify infrared radiation emitted by the infrared touchscreen and; wherein a signal processing logic connected to the infrared photodetectors for comparing the photocurrents generated in the infrared photodetectors is present to identify the finger interacting with the infrared touch screen and the signal processing logic is configured to detect the infrared photodetector with a maximum photocurrent and assign this detected infrared photodetector to the interacting finger so that the interacting finger can be identified, wherein the interacting finger is closer to the screen surface of the infrared touchscreen than the other fingers of the operator, and wherein the signal processing logic is connected via an interface to the infrared touch screen.
Antibody which recognizes an antigenic determinant consisting of amino acid numbers 118-132 of SEQ ID NO: 1, and which reacts with native Cochlin-tomoprotein.
A monitoring system for an agricultural planting implement having at least one row unit, the row unit opening a trench and depositing seeds into the trench, the system is characterised by a seed firmer resiliently engaging the trench, the seed firmer disposed to firm the seeds into a lower portion of the trench; a reflectivity sensor mounted to said seed firmer, said reflectivity sensor disposed to measure a reflectivity value of said lower portion of the trench; an electrical conductivity sensor mounted to said seed firmer, said electrical conductivity sensor disposed to measure an electrical conductivity value of soil in said trench; an implement monitor in data communication with said reflectivity sensor and said electrical conductivity sensor; wherein said implement monitor is configured to correlate said measured electrical conductivity value with a soil carbon content value.
A positional tracking system for tracking a user, the system comprising: a plurality of tracking units to be worn by a user; a tracking unit identification unit operable to identify the plurality of tracking units; and a position identification unit operable to identify a position of a user in dependence upon the location of the plurality of tracking units, wherein each of the plurality of tracking units is operable to transmit a signal that is used to locate that tracking unit; wherein the transmitted signal comprises information identifying the transmitting tracking unit and its position and/or orientation, characterised by the plurality of tracking units being grouped into two or more groups, and configured to communicate with and detect outputs of other tracking units in that group. a plurality of tracking units to be worn by a user; a tracking unit identification unit operable to identify the plurality of tracking units; and a position identification unit operable to identify a position of a user in dependence upon the location of the plurality of tracking units, wherein each of the plurality of tracking units is operable to transmit a signal that is used to locate that tracking unit; wherein the transmitted signal comprises information identifying the transmitting tracking unit and its position and/or orientation, characterised by the plurality of tracking units being grouped into two or more groups, and configured to communicate with and detect outputs of other tracking units in that group.
A packaging material (1, 2, 3) for lithium ion cell comprising a laminate including a first adhesive layer, an undercoat treated layer, an aluminum foil layer, a corrosion inhibition treatment layer, an adhesive resin layer or a second adhesive layer, and a sealant layer successively stacked on one surface of a base material layer, wherein the adhesive resin layer comprises a modified polyolefin resin and the second adhesive layer comprises polyurethane, wherein the undercoat treated layer contains components, and, wherein component is a crosslinking resin formed of a resin having two or more nitrogen-containing functional groups and a resin having a reactive functional group capable of reaction with the nitrogen-containing functional groups, component is a rare earth element oxide and component is phosphoric acid or a phosphate, wherein a total amount of the components and is 200 to 12000 parts by mass per 100 parts by mass of the component.
A device comprising a first electrode provided at or in a source electrolyte, and at least one ion conductive channel, wherein said first electrolyte is arranged at a first portion of the ion conductive channel, and a second electrode provided in a target electrolyte, wherein said target electrolyte is arranged at a second portion of the ion conductive channel, and wherein said first and second electrodes provides an electrical control of an ion flow through the ion conductive channel c haracterized in that the device further comprises at least one controlled delivery electrode arranged adjacent to or in the second portion of the ion conductive channel, wherein said first and second electrodes further are arranged to provide an electrical control of an ion flow through the controlled delivery electrode to the target electrolyte, and wherein said controlled delivery electrode is adapted to deliver ions from said ion conductive channel to said target electrolyte, and wherein said controlled delivery electrode comprises an electronically and ionically conductive material, arranged between said target electrolyte and an electrical contact, wherein said controlled delivery electrode is arranged in ionic contact with, and between, said ion conductive channel and the target electrolyte, wherein said electrical contact provides for an electrical control potential (V CDE) over the controlled delivery electrode to control an ion flow between the controlled delivery electrode and the target electrolyte, when a difference in potential is applied between the controlled delivery electrode and the second electrode, such that an internal state of the electronically and ionically conductive material is altered, and wherein a potential (V s) is applied over said first electrode and said second electrode.
A hair applicator comprising: an applying part made of a porous material; and a comb having a plurality of comb elements provided with the applying part, to thereby apply a hair dye from a container through the applying part to the hair while combing the hair with the comb, wherein the comb elements hold the applying part on the front side thereof, and the comb elements are projected forward from the applying part, and beams for preventing the applying part from falling forward are formed in the comb so as to connect opposing comb elements, characterized in that the porous material has a porosity of 80% or higher and a hardness under IS07619A of less than A70,the coating amount by the applying part is 0.090 g/m or greater. the comb elements hold the applying part on the front side thereof, and the comb elements are projected forward from the applying part, and beams for preventing the applying part from falling forward are formed in the comb so as to connect opposing comb elements, characterized in that the porous material has a porosity of 80% or higher and a hardness under IS07619A of less than A70,the coating amount by the applying part is 0.090 g/m or greater.
A drug delivery device comprising a delivery unit and a drive unit, the delivery unit comprising a drug container and a pumping system having a pump engine with a stator and a pump rotor configured to effect an axial piston stroke as a function of the rotation about an axis of rotation of the pump rotor relative to the stator for pumping liquid out of the drug container, the drive unit comprising a housing, an electronic control system, a pump drive including a motor, a motor output transmission shaft driven in rotation by the motor, a rotor position sensing system, and a coupling slidably coupled to the motor output transmission shaft driven in rotation by the motor output transmission shaft, the coupling having a pump side interface engaged with a drive coupling interface of the pump rotor configured for transmitting torque from the motor to the pump rotor and for effecting an axial displacement following an axial displacement of the pump rotor, wherein the electronic control system comprises a motor drive circuit connected to the motor of the pump drive and at least one rotary position sensor of the rotor position sensing system for controlling the motor and thereby the pumping of a drug from the drug container with the pumping system, the motor drive circuit including a main controller controlling signals for operation of the motor, characterised in that the motor drive circuit further includes a supervision controller separate from the main controller and also connected to said at least one rotary position sensor of the rotor position sensing system, the supervision controller connected to an interlock circuit configured to transmit electrical power from a power source to the motor, the supervision controller configured to actuate the interlock circuit to interrupt power to the motor if the rotor position measurement signal received from the at least one rotary position sensor does not match a set-point value within a predefined tolerance threshold.
A system for washing a plurality of fluid samples respectively located within a plurality of cuvettes, comprising: a rotor configured to rotate the plurality of cuvettes about an axis, the rotor including a plurality of sections, each section including a plurality of apertures and angled from an outer diameter of the rotor to an inner diameter or the rotor, wherein the plurality of apertures within each section are configured to hold an individual cuvette and form an arc from an end of the respective section located at the outer diameter of the rotor to an opposite end of the section located at the inner diameter of the rotor; a traveler mechanism located beneath the rotor, the traveler mechanism including a plurality of magnets (40, 41) positioned in an arc that corresponds to the arc of the plurality of apertures that are located on the rotor and configured to move the plurality of magnets (40,41) parallel to the axis of rotation of the rotor to position the plurality of magnets (40,41) so that each cuvette of a single section of the plurality of sections is located adjacent to at least one magnet of the plurality of magnets (40,41); and a wash system located above the rotor, the wash system configured to at least one of inject fluid into or aspirate fluid from the cuvettes of the single section, while the plurality of magnets (40,41) suspend magnetic particles located within each of the cuvettes of the single section. a rotor configured to rotate the plurality of cuvettes about an axis, the rotor including a plurality of sections, each section including a plurality of apertures and angled from an outer diameter of the rotor to an inner diameter or the rotor, wherein the plurality of apertures within each section are configured to hold an individual cuvette and form an arc from an end of the respective section located at the outer diameter of the rotor to an opposite end of the section located at the inner diameter of the rotor; a traveler mechanism located beneath the rotor, the traveler mechanism including a plurality of magnets (40, 41) positioned in an arc that corresponds to the arc of the plurality of apertures that are located on the rotor and configured to move the plurality of magnets (40,41) parallel to the axis of rotation of the rotor to position the plurality of magnets (40,41) so that each cuvette of a single section of the plurality of sections is located adjacent to at least one magnet of the plurality of magnets (40,41); and a wash system located above the rotor, the wash system configured to at least one of inject fluid into or aspirate fluid from the cuvettes of the single section, while the plurality of magnets (40,41) suspend magnetic particles located within each of the cuvettes of the single section.
A blender capable of blending contents inside a container (30, 40), comprising: an elevator assembly with a lower clamping jaw, an upper clamping jaw for securing said container (30, 40), and motorized dual lead screws, a spindle assembly with a blending tool, wherein said spindle assembly has a movable container cover on a vertical shaft above said blending tool, and wherein said elevator assembly pulls said lower clamping jaw upward using its motorized dual lead screws to the point where said lower clamping jaw and said upper clamping jaw come together to firmly secure the container (30, 40) and clamp said container cover of said spindle assembly against the top of the container (30, 40) to prevent food or beverage from spilling out during the blending wherein said elevator assembly is capable of - securing the container (30, 40) using said clamping jaws (92, 94), - clamping said container cover, and - raising and/or lowering said container (30, 40) while said blending tool is blending any contents inside said container (30, 40). an elevator assembly with a lower clamping jaw, an upper clamping jaw for securing said container (30, 40), and motorized dual lead screws, a spindle assembly with a blending tool, wherein said spindle assembly has a movable container cover on a vertical shaft above said blending tool, and wherein said elevator assembly pulls said lower clamping jaw upward using its motorized dual lead screws to the point where said lower clamping jaw and said upper clamping jaw come together to firmly secure the container (30, 40) and clamp said container cover of said spindle assembly against the top of the container (30, 40) to prevent food or beverage from spilling out during the blending wherein said elevator assembly is capable of - securing the container (30, 40) using said clamping jaws (92, 94), - clamping said container cover, and - raising and/or lowering said container (30, 40) while said blending tool is blending any contents inside said container (30, 40). - securing the container (30, 40) using said clamping jaws (92, 94), - clamping said container cover, and - raising and/or lowering said container (30, 40) while said blending tool is blending any contents inside said container (30, 40).
A lubricant composition comprising: (a) an oil of lubricating viscosity; (b) at least one metal-containing detergent in an amount to provide at least 2 mg KOH/g TBN to the lubricant; (c) a dispersant comprising an oleophilic portion comprising at least 40 carbon atoms and an acid-bearing portion, wherein the dispersant has a TAN:TBN ratio of at least 0.8, wherein said dispersant is present in an amount of at least 0.1 percent by weight and wherein said dispersant provides at least 0.025 mg KOH/g TAN to the lubricant composition; wherein the TBN and the TAN are measured by ASTM D 974; and wherein the lubricant has a sulfated ash value of up to 1.1 percent, wherein the sulfated ash value is measured by ASTM D-874. (a) an oil of lubricating viscosity; (b) at least one metal-containing detergent in an amount to provide at least 2 mg KOH/g TBN to the lubricant; (c) a dispersant comprising an oleophilic portion comprising at least 40 carbon atoms and an acid-bearing portion, wherein the dispersant has a TAN:TBN ratio of at least 0.8, wherein said dispersant is present in an amount of at least 0.1 percent by weight and wherein said dispersant provides at least 0.025 mg KOH/g TAN to the lubricant composition;
A spin-entangled photon emission device comprising - a Fabry-Pérot resonator comprising a first and second mirror facing each other; - a diamond membrane located in a space between the first and second mirror, the diamond membrane comprising a photon-source capable of emitting a photon that is entangled with a spin state of the photon source, the diamond membrane having a first and second surface facing each other, the first surface abutting to the first mirror; characterized in that the Fabry-Pérot resonator comprises a solid state optical waveguide integrated on a substrate, the optical waveguide having a first end facet, the first surface of the diamond membrane being bonded to the first end facet, the first mirror being formed by a reflector on the second surface of the diamond membrane and the second mirror being formed by a reflector on a second end facet of the optical waveguide or inside the optical waveguide. - a Fabry-Pérot resonator comprising a first and second mirror facing each other; - a diamond membrane located in a space between the first and second mirror, the diamond membrane comprising a photon-source capable of emitting a photon that is entangled with a spin state of the photon source, the diamond membrane having a first and second surface facing each other, the first surface abutting to the first mirror; characterized in that the Fabry-Pérot resonator comprises a solid state optical waveguide integrated on a substrate, the optical waveguide having a first end facet, the first surface of the diamond membrane being bonded to the first end facet, the first mirror being formed by a reflector on the second surface of the diamond membrane and the second mirror being formed by a reflector on a second end facet of the optical waveguide or inside the optical waveguide.
A top for a plasma storage container comprising: a top body defining the structure of the top and configured to seal an opening of the plasma storage container; a first opening extending through the top body; a septum located at least partially within the first opening, the septum including an aperture therethrough and configured to allow a blunt cannula to pass through the aperture to access the interior of the plasma storage container; a vent opening extending through the top body; and a hydrophobic membrane located on an underside of the top body and covering the vent opening, the hydrophobic membrane configured to allow air to vent through the vent opening during filling of the plasma storage container. a top body defining the structure of the top and configured to seal an opening of the plasma storage container; a first opening extending through the top body; a septum located at least partially within the first opening, the septum including an aperture therethrough and configured to allow a blunt cannula to pass through the aperture to access the interior of the plasma storage container; a vent opening extending through the top body; and a hydrophobic membrane located on an underside of the top body and covering the vent opening, the hydrophobic membrane configured to allow air to vent through the vent opening during filling of the plasma storage container.