mhurhangee/ep-ind-claims huggingface dataset:
A circuit breaker, which includes a fixed part having a fixed contact, a movable part having a movable contact, a closing resistor unit connected to the fixed part and having a closing resistor unit contact, and a closing resistor movable part connected to the movable part and having a closing resistor movable contact, the circuit breaker comprising a support structure for slidably supporting the closing resistor unit in a direction parallel to a movement direction of the closing resistor movable part, characterised in that the support structure comprises an insulation block coupled to a circuit breaker case and a support guide coupled to the insulation block, wherein the closing resistor unit is slidably coupled to the support guide by fitting a guide rod into a guide groove, and in that a buffer gap is longitudinally formed between the guide groove and the guide rod.
A pellet formed of a polybutylene terephthalate resin composition comprising 0.01 to 5.0 parts by mass of a saturated fatty acid ester of polyglycerol represented by formula described below with respect to 100 parts by mass of a polybutylene terephthalate resin wherein R 1 s each may be the same or different and are C 19-30 saturated aliphatic acyl groups, and n is an integer from 1 to 10.
Belt ply for a pneumatic vehicle tyre, in particular for a commercial vehicle tyre, the belt ply having steel cords of the construction 1+N, where N=4 or N=5 with a single core filament and four or five ply filaments, the ply filaments all externally contacting the core filament and having the same diameter, the cord construction being an open cord construction and the ratio of the breaking energy of the core filament to the breaking energy of a ply filament corresponding to 1.1 to 1.5, characterized in that the core filament and the ply filaments have the same diameter.
A method, comprising: receiving, by a processor coupled to a memory, a data capture from an elevator sensor; executing, by the processor, a prognostic analysis of the data capture to identify operational issues and resolutions to the operational issues; automatically reporting the operational issues and resolutions to a user; receiving, by the processor, a verification of the resolutions, wherein the verification is received as an input from the user; and executing, by the processor, the resolutions upon verification to resolve the operational issues, wherein the prognostic analysis uses pattern recognition to determine operational issues. receiving, by a processor coupled to a memory, a data capture from an elevator sensor; executing, by the processor, a prognostic analysis of the data capture to identify operational issues and resolutions to the operational issues; automatically reporting the operational issues and resolutions to a user; receiving, by the processor, a verification of the resolutions, wherein the verification is received as an input from the user; and executing, by the processor, the resolutions upon verification to resolve the operational issues, wherein the prognostic analysis uses pattern recognition to determine operational issues.
A multiple variety planter comprising a frame; a plurality of planting units (16, 18, 116, 118) mounted to the frame, each planting unit (16, 18, 116, 118) having an opener for forming a furrow in the soil, a hopper (26, 126) for holding a quantity of seed, a seed meter and a delivery device to deliver seeds to the furrow, characterized in that the planting units (16, 18, 116, 118) are being arranged in twin-rows wherein each twin-row has a pair of first and second closely spaced planting units (16, 18, 116, 118) with each twin-row spaced from an adjacent twin-row a greater distance than the first and second planting units (16, 18, 116, 118) within a twin-row are spaced from one another; further comprising means for selectively driving either the first or the second seed meters in each twin-row; and means for switching between driving the first or the second seed meters in each twin-row, wherein each planting unit (16, 18) comprising links coupling the planting unit (16, 18, 116, 118) to a tool bar and means for lifting the planting units (16, 18, 116, 118) which are not in use within each twin-row during planting operations, wherein the means for lifting the planting units (16, 18, 116, 118) comprising a cam shaft mounted to the tool bar and positioned beneath the links coupling the row unit to the tool bar.
A pressure accumulation system for an internal combustion engine, which is applied to an internal combustion engine in which an exhaust shut-off valve is provided in an exhaust path, the exhaust shut-off valve being able to switch between a fully-closed position where the exhaust path is closed and a fully-opened position where the exhaust path is opened, the pressure accumulation system for the internal combustion engine including a pressure accumulation container in which a pressurized gas can be accumulated, the pressure accumulation container being able to introduce gas from the exhaust path on an upstream side of the exhaust shut-off valve and to supply the gas to the exhaust path on the upstream side of the exhaust shut-off valve, the pressurized gas being accumulated in the pressure accumulation container by increasing a pressure in the exhaust path on the upstream side of the exhaust shut-off valve, the pressure accumulation system for the internal combustion engine comprising; a pressure obtaining device for obtaining the pressure value (Pe) in the exhaust path on the upstream side of the exhaust shut-off valve or a pressure value in the pressure accumulation container; a pressure adjustment device (10; 13; 41) for being able to adjust the pressure value (Pe) in the exhaust path on the upstream side of the exhaust shut-off valve; and a control device for controlling an operation of the pressure adjustment device (10; 13; 41) based on the pressure value (Pe) obtained by the pressure obtaining device such that the pressure value (Pe) in the exhaust path on the upstream side of the exhaust shut-off valve is restricted to a prescribed exhaust pressure upper limit value (Pmax) or less when the gas is accumulated in the pressure accumulation container, wherein the control device first increases the pressure value (Pe) in the exhaust path on the upstream side of the exhaust shut-off valve to the exhaust pressure upper limit value (Pmax) when the gas is accumulated in the pressure accumulation container, and the control device controls the operation of the pressure adjustment device (10; 13; 41) such that the pressure value (Pe) in the exhaust path on the upstream side of the exhaust shut-off valve changes within a prescribed pressure range whose upper limit value is the exhaust pressure upper limit value (Pmax),the gas is accumulated in the pressure accumulation container until a pressure in the pressure accumulation container reaches a prescribed target pressure, and being characterised in that a value that is lower than the exhaust pressure upper limit value (Pmax) and is greater than or equal to the target pressure is set to a lower limit value of the prescribed pressure range.
An apparatus for measuring electrodermal activity, comprising: a first electrode configured to be in contact, in use, with a first portion of a stratum corneum of skin; a second electrode configured to be in contact, in use, with a second portion of the stratum corneum and in electric communication with the first electrode through the stratum corneum; a digital-to-analog converter having a compensation voltage;and a processing module electrically coupled to the first electrode and the second electrode and operable to (a) bias the first electrode at a first voltage V+ and the second electrode at a second voltage V-, (b) obtain a current Iskin flowing between the voltage-biased first and second electrodes, the current corresponding to the conductance of the stratum corneum, the apparatus being characterised in that the processing module is further operable to (c) subtract a compensation current Icomp from the current Iskin, (d) obtain a resulting current Iin = Iskin - Icomp and transform the resulting current Iin into an amplified output voltage Vout, (e) determine a conductance of the stratum corneum on the basis of the amplified output voltage Vout, and (f) adjust the compensation current Icomp by adjusting the compensation voltage of the DAC on the basis of the amplified output voltage Vout when the amplified output voltage Vout is exceeding a lower or upper threshold limit, to avoid saturation of the amplified output voltage Vout. a first electrode configured to be in contact, in use, with a first portion of a stratum corneum of skin; a second electrode configured to be in contact, in use, with a second portion of the stratum corneum and in electric communication with the first electrode through the stratum corneum; a digital-to-analog converter having a compensation voltage;and a processing module electrically coupled to the first electrode and the second electrode and operable to (a) bias the first electrode at a first voltage V+ and the second electrode at a second voltage V-, (b) obtain a current Iskin flowing between the voltage-biased first and second electrodes, the current corresponding to the conductance of the stratum corneum, the apparatus being characterised in that the processing module is further operable to (c)
Method for producing a bearing ring (2; 3) for an anti-friction bearing, the bearing ring (2; 3) having a raceway side (22; 32) with at least one raceway (23; 33) and a contact side (21; 31) for contact with a load-bearing structure, and the bearing ring (2; 3) defining a main axis of the anti-friction bearing, the bearing ring (2; 3) having at least one contour section (24; 34) on the contact side (21; 31), and the bearing ring (2; 3) being produced from a bearing ring blank (26; 36) by way of forming, characterized in that, before the forming, the bearing ring blank (26; 36) has a surface profile (28; 38) which is configured in the bearing ring blank (26; 36), the surface profile (28; 38) configuring, after the forming, the at least one contour section (24; 34) in the contact side (21; 31) of the bearing ring (2; 3).
Fusion protein comprising the lectin domain of a galectin fused with a molecule of interest, with a site for cleavage by protease inserted between the two, wherein the lectin domain is the CRD SAT domain of sequence SEQ ID NO: 1.
Filling machine for filling containers with a fluid filling material, wherein the fill level in the container to be filled can be determined by optical detection means, wherein the internal space of the container is at least partially illuminated by a light source, and wherein a camera or a light-guide connected to a camera is provided in the region of the filling element, and wherein at least a computer unit with image processing means is provided, by means of which the fill height in the container can be determined from the image information provided by the camera by running an image processing program, wherein the light source is provided in the region of the container mouth (2.2), characterised in that the filling machine comprises a plurality of filling elements, which are provided on a transport element driven such as to rotate in a circulatory manner, and that in each case at least one detection means is provided, in the form of a camera for each filling element, which is permanently assigned to the filling element and moves together with it in a circulatory manner.
Temporary solidarisation system of at least one accessory on at least one child care device,comprising at least one protruding male element (12, 71), cooperating with one female element, complementary to the said male element (12, 71), characterized in that: - the said male element (12, 71) is adapted to be carried by the said child care device and has a section chosen so that it prevents axial rotation of the said female element with respect to the said male element (12, 71); - the said female element is adapted to be carried by the said accessory and has a sleeve free to move along the axis of the said male element (12, 71), between a rest position in which the said system is locked, and a release position separating the said female element from the said male element (12, 71), only the said female element comprising mobile means for solidarisation and / or desolidarisation of the said male (12, 71) and female elements. - the said male element (12, 71) is adapted to be carried by the said child care device and has a section chosen so that it prevents axial rotation of the said female element with respect to the said male element (12, 71); - the said female element is adapted to be carried by the said accessory and has a sleeve free to move along the axis of the said male element (12, 71), between a rest position in which the said system is locked, and a release position separating the said female element from the said male element (12, 71),
A tire comprising: a tread portion; a tread edge (Te); a shoulder circumferential groove provided in the tread portion and extending in a tire circumferential direction; and a first land region demarcated between the shoulder circumferential groove and the tread edge (Te), wherein the first land region is provided with a plurality of first sipes extending in the tire circumferential direction, a plurality of axial sipes, a plurality of first axial grooves extending inward in a tire axial direction from the tread edge (Te), and a plurality of second sipes, the sipes having a width of less than 1.5 mm and the grooves having a groove width of 1.5 mm or more, the first sipes are not connected with the first axial grooves, each of the axial sipes has an inner end in the tire axial direction connected with the shoulder circumferential groove, each of the axial sipes has an outer end in the tire axial direction connected with one of the first sipes, and each of the second sipes is connected with an inner end in the tire axial direction of a respective one of the first axial grooves, characterized in that the second sipes extend in the tire circumferential direction. a tread portion; a tread edge (Te); a shoulder circumferential groove provided in the tread portion and extending in a tire circumferential direction; and a first land region demarcated between the shoulder circumferential groove and the tread edge (Te), wherein the first land region is provided with a plurality of first sipes extending in the tire circumferential direction, a plurality of axial sipes, a plurality of first axial grooves extending inward in a tire axial direction from the tread edge (Te), and a plurality of second sipes, the sipes having a width of less than 1.5 mm and the grooves having a groove width of 1.5 mm or more, the first sipes are not connected with the first axial grooves, each of the axial sipes has an inner end in the tire axial direction connected with the shoulder circumferential groove, each of the axial sipes has an outer end in the tire axial direction connected with one of the first sipes, and each of the second sipes is connected with an inner end in the tire axial direction of a respective one of the first axial grooves, characterized in that the second sipes extend in the tire circumferential direction.
A video encoder with an input to obtain a video from a video source wherein pixel colors are encoded in a standardized device independent linear color encoding, the video encoder comprising an opto-electronic conversion unit arranged to convert the luminances of the pixel colors into lumas (Y') with a predetermined code allocation function, characterized in that the video encoder comprises a chromaticity determination unit, which is arranged to encode chromaticities (u",v") of pixel colors according to a mathematical chromaticity definition which yields for pixel colors with a particular hue and a luma a maximum encodable saturation (S_bL), wherein a maximum encodable saturation (S_bL) represents the highest possible saturation for any pixel color having a particular hue, wherein saturation is calculated according to a distance of the color in a chromaticity (u",v") plane for the particular luma from a pre-specified white point (u" w,v" w) according to the equation S = sqrt((u" - u" w) 2 + (v" - v" w) 2), which chromaticity definition yields for pixel colors with a particular hue and a luma below a predetermined threshold (E') a maximum encodable saturation which is lower than a maximum encodable saturation (S_bH) for that particular hue for a pixel having a luma above the predetermined threshold luma (E'), and which yields for pixel colors with the particular hue and a luma equal to or above the predetermined threshold luma (E') a constant maximum encodable saturation (S_bH), and wherein the maximum codeable saturation (S_bL) for colors with a particular hue and a luma below the threshold luma (E') decreases as a monotonic function of the luma (Y') of the pixel color.
A process for releasably encapsulating a biological entity comprising: a) combining a solution of a surfactant in a non-polar solvent with a ceramic precursor material and the biological entity to form an emulsion comprising a polar phase dispersed in a non-polar phase, said polar phase comprising the biological entity, said precursor material comprising primary particles; and b) aggregating the primary particles in the emulsion to form ceramic particles comprising the biological entity from the polar phase. a) combining a solution of a surfactant in a non-polar solvent with a ceramic precursor material and the biological entity to form an emulsion comprising a polar phase dispersed in a non-polar phase, said polar phase comprising the biological entity, said precursor material comprising primary particles; and b) aggregating the primary particles in the emulsion to form ceramic particles comprising the biological entity from the polar phase.
A mixer providing a powerful pumping capacity for mixing a solution or slurry and a gas, whereby the mixer comprises a circular plate attached symmetrically to the lower end of a shaft, upright inner mixer blades attached radially above and below to the outer edge of the plate and outer blades attached to the circular plate by means of an arm, characterised in that the inner and outer blades (4,6) are attached symmetrically in height in relation to the plane formed by the circular plate.
A Jak3 inhibitor selected from the group consisting of: decernotinib; tofacitinib; JAK3 Inhibitor IV (ZM-39923); NSC114792; PF-956980; an antisense RNA or antisense DNA that is specific for a nucleic acid encoding a JAK3 polypeptide; and a siRNA that specifically targets the Jak3 gene for use in the treatment of a hair-loss disorder selected from the group consisting of alopecia areata and androgenetic alopecia.
Method for manufacturing a vehicle part, comprising the following steps: - application of a layer of paint on a first side of a transparent part, and - partial irradiation of the layer of paint with laser radiation so as to engrave the layer of paint, characterized in that the layer of paint comprises a layer of opaque lacquer. - application of a layer of paint on a first side of a transparent part, and - partial irradiation of the layer of paint with laser radiation so as to engrave the layer of paint,
Installation for automatically hanging parts on specifically shaped supports of the claw or pin type, characterized in that it comprises: - supports with a specific shape such as claws or pins and with a non-repeatable geometry from one support to another - at least one polyarticulated system, intended to carry out the actual operations of hanging parts to the supports, and comprising means for gripping at least one part, - a first vision system, attached to the polyarticulated system and intended to locate the parts in position and orientation to enable said polyarticulated system to capture with a determined orientation at least one part to be hung, - means for positioning a support close to the polyarticulated system, - a second vision system, in the form of a three-dimensional image reconstruction system, attached to the polyarticulated system and intended to locate the support, to enable said polyarticulated system to hang said part on said support. - supports with a specific shape such as claws or pins and with a non-repeatable geometry from one support to another - at least one polyarticulated system, intended to carry out the actual operations of hanging parts to the supports, and comprising means for gripping at least one part, - a first vision system, attached to the polyarticulated system and intended to locate the parts in position and orientation to enable said polyarticulated system to capture with a determined orientation at least one part to be hung, - means for positioning a support close to the polyarticulated system, - a second vision system, in the form of a three-dimensional image reconstruction system, attached to the polyarticulated system and intended to locate the support, to enable said polyarticulated system to hang said part on said support.
A combination of a pan and depilatory wax, wherein the pan comprises a container and a handle and the wax is filled in the container, wherein said container and handle are made of aluminium, such that the pan is suitable for heating the depilatory wax contained in the container both on an electric, gas or glass ceramic stove, as well as in a microwave oven.
Process for esterifying, etherifying or silylating polysaccharide or derivatives thereof by means of an esterifying reagent, etherifying reagent or silylating reagent in the presence of an ionic liquid, in which (a) the process is carried out under heterogeneous reaction conditions, and (b) the amount of ionic liquid is 2% to 25% by weight, based on the polysaccharide or derivatives thereof, ionic liquids being understood as meaning salts which are liquid at temperatures below 100°C. (a) the process is carried out under heterogeneous reaction conditions, and (b) the amount of ionic liquid is 2% to 25% by weight, based on the polysaccharide or derivatives thereof,
Circuit arrangement for ascertaining switching times for a DC-DC voltage converter, comprising: - an actuating unit, designed to actuate circuit breakers in a full bridge, which are arranged on a high-volt side of the DC-DC voltage converter, - at least one first comparison unit, designed to compare a first voltage U LV dropping across a circuit breaker arranged on a low-volt side of the DC-DC voltage converter with a first predetermined reference voltage U ref, - a first measuring unit, designed to start a first time measurement when a pair of the circuit breakers in the full bridge is switched on by means of the actuating unit and to terminate the first time measurement when the first voltage U LV exceeds the first reference voltage U ref: U LV > U ref, wherein the first measuring unit is additionally designed to output an ascertained first measurement period of the first time measurement to the actuating unit, and wherein the actuating unit is designed to actuate the circuit breakers in accordance with the ascertained first measurement period. - an actuating unit, designed to actuate circuit breakers in a full bridge, which are arranged on a high-volt side of the DC-DC voltage converter, - at least one first comparison unit, designed to compare a first voltage U LV dropping across a circuit breaker arranged on a low-volt side of the DC-DC voltage converter with a first predetermined reference voltage U ref, - a first measuring unit, designed to start a first time measurement when a pair of the circuit breakers in the full bridge is switched on by means of the actuating unit and to terminate the first time measurement when the first voltage U LV exceeds the first reference voltage U ref: U LV > U ref, wherein the first measuring unit is additionally designed to output an ascertained first measurement period of the first time measurement to the actuating unit, and wherein the actuating unit is designed to actuate the circuit breakers in accordance with the ascertained first measurement period.