mhurhangee/ep-ind-claims huggingface dataset:
A distribution unit configured to distribute carbonaceous particulate material, in particular powdered rubber or equivalent material to be applied on the peripheral surfaces of a tire, comprising nozzle spreading means for spreading said particulate material and pneumatic supply means (1,3,5,7) for feeding said particulate material to said spreading means, at least said spreading means being mounted directly on a group for dispensing extruded rubber, said pneumatic supply means (1,3,5,7) comprise in turn a pneumatic supply hopper containing said particulate material, a Venturi tube coupled to pump means, said tube being disposed below said hopper and connected to said spreading means characterized in that said unit comprises a suction group for sucking residues of said particulate material falling from said spreading means, said suction group comprising a suction element disposed under the spreading means.
A bodily fluid sample collection device for the collection of naturally expressed bodily fluids, the device comprising: a cap comprising: an outer wall having an engagement member, an interior chamber for holding a fluid, wherein: the chamber comprises inner walls defining an interior space and an aperture, the aperture is configured for sealing by a removable blocking member, and the blocking member includes a first coupling member for engaging a corresponding second coupling member in a tube, thereby causing removal of the blocking member and opening of the aperture when the cap is coupled to the tube; and the tube, comprising: a containment wall defining a reservoir for bodily fluid sample collection, an engagement member complementary to the engagement member of the cap, and the second coupling member. a cap comprising: an outer wall having an engagement member, an interior chamber for holding a fluid, wherein: the chamber comprises inner walls defining an interior space and an aperture, the aperture is configured for sealing by a removable blocking member, and the blocking member includes a first coupling member for engaging a corresponding second coupling member in a tube, thereby causing removal of the blocking member and opening of the aperture when the cap is coupled to the tube; and an outer wall having an engagement member, an interior chamber for holding a fluid, wherein: the chamber comprises inner walls defining an interior space and an aperture, the aperture is configured for sealing by a removable blocking member, and the blocking member includes a first coupling member for engaging a corresponding second coupling member in a tube, thereby causing removal of the blocking member and opening of the aperture when the cap is coupled to the tube; and the chamber comprises inner walls defining an interior space and an aperture, the aperture is configured for sealing by a removable blocking member, and the blocking member includes a first coupling member for engaging a corresponding second coupling member in a tube, thereby causing removal of the blocking member and opening of the aperture when the cap is coupled to the tube; and the tube, comprising: a containment wall defining a reservoir for bodily fluid sample collection, an engagement member complementary to the engagement member of the cap, and the second coupling member. a containment wall defining a reservoir for bodily fluid sample collection, an engagement member complementary to the engagement member of the cap, and the second coupling member.
An intra-mammary teat sealant comprising, in combination: a. a gel base comprising a glyceride; and b. a non-toxic metal salt dispersed in the gel base. a. a gel base comprising a glyceride; and b. a non-toxic metal salt dispersed in the gel base.
Sensor switch comprising at least one sensor electrode and at least one photosensor, both being connected to an evaluation circuit, wherein the evaluation circuit is configured to - generate a capacitive sensor signal indicative of an electrically conductive object in the proximity of the sensor switch, - generate an optical sensor signal indicative of an object impermeable to light in the proximity of the sensor switch, - generate a correlated output signal from the capacitive sensor signal and the optical sensor signal indicating that an electrically conductive object impermeable to light is in the proximity of the sensor switch characterized in that the evaluation circuit is configured to store a dynamic threshold value based on the capacitive sensor signal when the optical sensor signal exceeds a predetermined threshold value and the evaluation circuit is configured to generate the correlated output signal when the capacitive sensor signal exceeds the stored dynamic threshold value or in that the evaluation circuit is configured to store a dynamic threshold value based on the optical sensor signal when the capacitive sensor signal exceeds a predetermined threshold value, and the evaluation circuit is configured to generate the correlated output signal when the optical sensor signal exceeds the stored dynamic threshold value. - generate a capacitive sensor signal indicative of an electrically conductive object in the proximity of the sensor switch, - generate an optical sensor signal indicative of an object impermeable to light in the proximity of the sensor switch, - generate a correlated output signal from the capacitive sensor signal and the optical sensor signal indicating that an electrically conductive object impermeable to light is in the proximity of the sensor switch the evaluation circuit is configured to store a dynamic threshold value based on the capacitive sensor signal when the optical sensor signal exceeds a predetermined threshold value and the evaluation circuit is configured to generate the correlated output signal when the capacitive sensor signal exceeds the stored dynamic threshold value or in that the evaluation circuit is configured to store a dynamic threshold value based on the optical sensor signal when the capacitive sensor signal exceeds a predetermined threshold value, and the evaluation circuit is configured to generate the correlated output signal when the optical sensor signal exceeds the stored dynamic threshold value.
A device for automatically trimming an injection moulding gate of a moulded product being obtained by injection moulding in a mould, as a result of injecting melted injection material through an opening in said mould, comprising: a casing for attaching to the mould; a blade for trimming the gate, arranged to move substantially perpendicularly to the direction of melted material injection of said opening; a feeding slider comprising a runner inlet forming a channel in said feeding slider; characterised by a movable locking bar for locking and unlocking the feeding slider; wherein the blade is movable from an injection position (a) away from the opening to a cutting position (b), cutting the gate, and closing the opening; wherein the feeding slider is movable from an injection position, arranged against the mould opening such that the runner inlet establishes a fluid-tight channel into the mould, to a cutting position, arranged to hold the blade against the mould opening to maintain holding pressure by the blade; wherein the locking bar is movable from the injection position, held as a wedge between the casing and the feeding slider to lock the feeding slider in position arranged against the mould opening such that the runner inlet establishes a fluid-tight channel into the mould, to the cutting position, unlocking the feeding slider to move away from the opening and holding feeding slider to hold the blade against the mould opening to maintain holding pressure by the blade. a casing for attaching to the mould; a blade for trimming the gate, arranged to move substantially perpendicularly to the direction of melted material injection of said opening; a feeding slider comprising a runner inlet forming a channel in said feeding slider; characterised by a movable locking bar for locking and unlocking the feeding slider; wherein the blade is movable from an injection position (a) away from the opening to a cutting position (b), cutting the gate, and closing the opening; wherein the feeding slider is movable from an injection position, arranged against the mould opening such that the runner inlet establishes a fluid-tight channel into the mould, to a cutting position, arranged to hold the blade against the mould opening to maintain holding pressure by the blade; wherein the locking bar is movable from the injection position, held as a wedge between the casing and the feeding slider to lock the feeding slider in position arranged against the mould opening such that the runner inlet establishes a fluid-tight channel into the mould, to the cutting position, unlocking the feeding slider to move away from the opening and holding feeding slider to hold the blade against the mould opening to maintain holding pressure by the blade.
A sensor for detecting objects within a protective field, having sensor components for detecting objects and having an evaluation unit for evaluating measured values of the sensor components, the measured values of the sensor components being present in at least one measurement coordinate system, in that the protective field can be preset in a user coordinate system, characterised in that the protective field is converted from the user coordinate system into the at least one measurement coordinate system in the evaluation unit or in an input unit, in that the protective field is converted from the user coordinate system into the at least one measurement coordinate system in the evaluation unit or in an input unit, and in that a comparison of measured values of the sensor components with protective field data of the protective field in the at least one measurement coordinate system is carried out in the evaluation unit for the detection of objects within the protective field.
A stereoscopic endoscope pupil configuration (108, 200) for embedding in a stereoscopic endoscope, said stereoscopic endoscope comprising an optical relay system, said optical relay system having a proximal end and a distal end and being a single axis optical system, a cross section of said optical relay system having a first closed two-dimensional shape, said stereoscopic endoscope pupil configuration comprising at least two pupils (202, 204), optically coupled with said proximal end of said optical relay system, each of said at least two pupils having a shape which covers a different unique portion of said first closed two-dimensional shape; characterised in that: said shape of a first one of said at least two pupils and said shape of a second one of said at least two pupils together form a second closed two-dimensional shape which is convex; wherein said second closed two-dimensional shape is formed when said first one of said at least two pupils and said second one of at least two pupils are positioned adjacent to each other and said second closed two-dimensional shape covers said first closed two-dimensional shape when said first one of said at least two pupils and said second one of said at least two pupils are positioned adjacent to each other. said shape of a first one of said at least two pupils and said shape of a second one of said at least two pupils together form a second closed two-dimensional shape which is convex; wherein said second closed two-dimensional shape is formed when said first one of said at least two pupils and said second one of at least two pupils are positioned adjacent to each other and said second closed two-dimensional shape covers said first closed two-dimensional shape when said first one of said at least two pupils and said second one of said at least two pupils are positioned adjacent to each other.
A wireless charging apparatus, wherein the apparatus comprises a transceiver end, the transceiver end comprises a resonant network and a power conversion circuit, and the apparatus further comprises a controller; and the controller is configured to obtain a relative position between a transmit end and a receive end based on a self-inductance of a transmitting coil and at least one parameter, wherein the at least one parameter comprises one or two of a coupling coefficient between the transmitting coil and a receiving coil and a coil mutual inductance between the transmitting coil and the receiving coil; wherein the relative position comprises a horizontal relative position and a vertical relative position; and the controller is specifically configured to obtain the vertical relative position based on the self-inductance of the transmitting coil, and obtain the horizontal relative position based on the at least one parameter; wherein the controller is further configured to: obtain an alternating current impedance of the transmitting coil based on the horizontal relative position and the vertical relative position; obtain a power loss at the transmit end based on the alternating current impedance of the transmitting coil and a current of the transmitting coil in a charging process; and determine, based on the power loss at the transmit end, that a foreign object exists between the transmit end and the receive end. the controller is configured to obtain a relative position between a transmit end and a receive end based on a self-inductance of a transmitting coil and at least one parameter, wherein the at least one parameter comprises one or two of a coupling coefficient between the transmitting coil and a receiving coil and a coil mutual inductance between the transmitting coil and the receiving coil; wherein the relative position comprises a horizontal relative position and a vertical relative position; and the controller is specifically configured to obtain the vertical relative position based on the self-inductance of the transmitting coil, and obtain the horizontal relative position based on the at least one parameter; wherein the controller is further configured to: obtain an alternating current impedance of the transmitting coil based on the horizontal relative position and the vertical relative position; obtain a power loss at the transmit end based on the alternating current impedance of the transmitting coil and a current of the transmitting coil in a charging process; and determine, based on the power loss at the transmit end, that a foreign object exists between the transmit end and the receive end. obtain an alternating current impedance of the transmitting coil based on the horizontal relative position and the vertical relative position; obtain a power loss at the transmit end based on the alternating current impedance of the transmitting coil and a current of the transmitting coil in a charging process; and determine, based on the power loss at the transmit end, that a foreign object exists between the transmit end and the receive end.
A device for separating a flowable system of materials into an accepted material and a reject, said device having a main circuit for feeding the system of materials to a consumer and having a secondary circuit, wherein the main circuit includes a working vessel, a first filter or first separation unit selected from a group comprising pressure classifiers, planar classifiers, cleaners, screens, conical centrifuges, thickeners such as wire presses or screw presses, the subsequent consumer for the system of materials, and a return (31,33) for the unused system of materials to the working vessel, characterized in that the reject of the first filter or first separation unit is returned into the working vessel and the secondary circuit includes a point of extraction from the working vessel, a second filter or second separation unit selected from a group comprising pressure classifiers, planar classifiers, cleaners, screens, conical centrifuges, thickeners such as wire presses or screw presses, and includes a return for the accepted material from the second filter or second separation unit into the working vessel, and the reject from the second filter or second separation unit is discarded.
Format part for deflecting containers, comprising a toggle lever which comprises a toggle joint and two ankle joints, wherein the format part comprises a railing fastened to the toggle joint of the toggle lever, wherein the ankle joints are displaceable in one plane, which is parallel to the running direction of the railing, and wherein the railing is displaceable parallel to said plane by the displacement of the ankle joints, wherein the format part is adaptable for different container formats by the displacement of the railing, wherein the format part comprises a plurality of toggle levers and a plurality of railings, wherein a plane in that the railing is displaceable is parallel to the plane in which the containers are transportable in the format part nad that is horizontal, characterised in that two opposing adjustment mechanisms (5a, 5b), namely traction means, are fastened to the ankle joints of the toggle lever, wherein the adjustment mechanisms (5a, 5b) of ankle joints of a plurality of toggle levers are simultaneously adjustable, and the adjustment mechanisms (5a, 5b) of all the toggle levers comprised by the format part are connected such to each other that they are adjustable by a single adjustment process. wherein the format part comprises a plurality of toggle levers and a plurality of railings, wherein a plane in that the railing is displaceable is parallel to the plane in which the containers are transportable in the format part nad that is horizontal, characterised in that two opposing adjustment mechanisms (5a, 5b), namely traction means, are fastened to the ankle joints of the toggle lever, wherein the adjustment mechanisms (5a, 5b) of ankle joints of a plurality of toggle levers are simultaneously adjustable, and the adjustment mechanisms (5a, 5b) of all the toggle levers comprised by the format part are connected such to each other that they are adjustable by a single adjustment process.
Electronic device comprising a power supply module connected to a converter system, wherein said power supply module comprises a plurality of elements for producing electricity from renewable energy connected in series and said elements for producing electricity from renewable energy are assembled in groups, characterised in that the converter system comprises a plurality of regulator circuits, each regulator circuit being connected to a group of elements for producing electricity from renewable energy so that each group of elements for producing electricity from renewable energy can be controlled separately.
A material comprising a transparent substrate coated with a stack acting on infrared radiation comprising: - at least one functional layer and - at least one upper protective layer deposited above at least a part of the functional layer, characterized in that the upper protective layer is a hydrogenated carbon layer, (i) within which layer the carbon atoms form carbon-carbon and carbon-hydrogen bonds and are essentially in an sp 2 hybridization state and (ii) which comprises at least 10% of hydrogen atoms with respect to the total number of carbon and hydrogen atoms. - at least one functional layer and - at least one upper protective layer deposited above at least a part of the functional layer, characterized in that the upper protective layer is a hydrogenated carbon layer, (i) within which layer the carbon atoms form carbon-carbon and carbon-hydrogen bonds and are essentially in an sp 2 hybridization state and (ii) which comprises at least 10% of hydrogen atoms with respect to the total number of carbon and hydrogen atoms.
Method for correcting an initial temperature value (T out) measured by a main temperature sensor (C out) located in a gas line in which a gas flows, characterized in that the method comprises the following steps: - measuring an upstream temperature value (T in) using an upstream temperature sensor (C in) located upstream of said main temperature sensor (C out) along the gas line, - calculating a corrected value (T s) of the initial temperature value (T out) as a function of the initial temperature value (T out) and of the upstream temperature value (T in). - measuring an upstream temperature value (T in) using an upstream temperature sensor (C in) located upstream of said main temperature sensor (C out) along the gas line, - calculating a corrected value (T s) of the initial temperature value (T out) as a function of the initial temperature value (T out) and of the upstream temperature value (T in).
An infusion catheter system, comprising: an elongate catheter shaft having a proximal end region, a distal end region, a distal opening, and a lumen extending between the proximal end region and distal opening, wherein the distal end region includes a coiled portion having a preformed coiled configuration including a plurality of helically wound rings; a plurality of apertures formed through a sidewall of the coiled portion and in fluid communication with the lumen of the catheter shaft; and a guidewire configured to be slidably disposed within the lumen of the catheter shaft, the guidewire including a proximal end region having a first outer diameter, a distal end region having a second outer diameter, the second outer diameter greater than the first outer diameter, and an intermediate region disposed between the proximal end region and the distal end region; wherein the intermediate region has a first flexibility greater than a second flexibility of the proximal end region, and wherein the coiled portion has a third flexibility less than the first flexibility and greater than the second flexibility. an elongate catheter shaft having a proximal end region, a distal end region, a distal opening, and a lumen extending between the proximal end region and distal opening, wherein the distal end region includes a coiled portion having a preformed coiled configuration including a plurality of helically wound rings; a plurality of apertures formed through a sidewall of the coiled portion and in fluid communication with the lumen of the catheter shaft; and a guidewire configured to be slidably disposed within the lumen of the catheter shaft, the guidewire including a proximal end region having a first outer diameter, a distal end region having a second outer diameter, the second outer diameter greater than the first outer diameter, and an intermediate region disposed between the proximal end region and the distal end region; wherein the intermediate region has a first flexibility greater than a second flexibility of the proximal end region, and wherein the coiled portion has a third flexibility less than the first flexibility and greater than the second flexibility.
A method for the in vitro diagnosis specific to colon cancer in a biological sample taken from a patient which comprises a step of detecting at least one expression product of at least one nucleic acid sequence selected from the sequences identified in SEQ ID NOs: 1, 3, 4, 5, 7, 8, 9, 10, 11, 12, 13, 17, 19, 22, 24, 25, 27 and 97 or from the sequences which have at least 99% of identity with one of the sequences identified in SEQ ID NOs: 1, 3, 4, 5, 7, 8, 9, 10, 11, 12, 13, 17, 19, 22, 24, 25, 27 and 97.
A method of forming carbon nanotubes comprising subjecting an electrolyzed coal char to elevated temperatures in a controlled environment, said temperature and said environment effective to form carbon nanotubes from said char, wherein said char is dispersed in an organic liquid carrier, combined with a carrier gas, and directed on to a substrate at a temperature of 800°C or higher.