mhurhangee/ep-ind-claims huggingface dataset:
A sensor device comprising: - a single strap including at least one sensor for measuring a physiological parameter at a volar side of a wrist of a human or animal body; and - a signal processing unit for processing a measurement output obtained from said at least one sensor; wherein said strap is adapted to provide manually adjustable fastening to said signal processing unit at both ends of said strap at which it is fixed to the signal processing unit, characterised in that one end of said strap comprises a segmented portion with a predetermined segmented pattern for removing or adding strap pieces, and the other end of said strap comprises a series of holes to be adjustably fixed onto a knob portion mounted at the signal processing unit. - a single strap including at least one sensor for measuring a physiological parameter at a volar side of a wrist of a human or animal body; and - a signal processing unit for processing a measurement output obtained from said at least one sensor; wherein said strap is adapted to provide manually adjustable fastening to said signal processing unit at both ends of said strap at which it is fixed to the signal processing unit, characterised in that one end of said strap comprises a segmented portion with a predetermined segmented pattern for removing or adding strap pieces, and the other end of said strap comprises a series of holes to be adjustably fixed onto a knob portion mounted at the signal processing unit. wherein said strap is adapted to provide manually adjustable fastening to said signal processing unit at both ends of said strap at which it is fixed to the signal processing unit, characterised in that one end of said strap comprises a segmented portion with a predetermined segmented pattern for removing or adding strap pieces, and the other end of said strap comprises a series of holes to be adjustably fixed onto a knob portion mounted at the signal processing unit.
A power generation system for generating power by supplying a steam turbine with steam having a pressure not less than an atmospheric pressure, the power generation system further comprising a vacuum flasher connected to a vacuum stage of the steam turbine; and a heater, wherein the heater is configured to heat water with a heat medium supplied from a low-temperature heat source of not more than 150°C so as to generate the warm water of not more than 100°C to be supplied to the vacuum flasher, wherein steam is introduced to the vacuum stage of the steam turbine, the steam having been generated by supplying warm water of not more than 100°C to the vacuum flasher and by flashing the warm water by the vacuum flasher, wherein the power generation system further comprises a PH boiler configured to generate high-pressure steam having a pressure not less than an atmospheric pressure by utilizing an exhaust gas generated in a suspension preheater in a cement calcination plant, and an AQC boiler configured to generate high-pressure steam having a pressure not less than an atmospheric pressure by utilizing an exhaust gas generated in an air quenching cooler in the cement calcination plant; wherein the steam turbine further comprises a high-pressure stage to which the high-pressure steam generated by the PH boiler and the high-pressure steam generated by the AQC boiler are supplied; and wherein the heater includes a PH heat exchanger configured to use, as a heating-side fluid, an exhaust gas whose heat has been recovered by the PH boiler so as to generate the warm water of not more than 100°C to be supplied to the vacuum flasher, and an AQC heat exchanger configured to use, as a heating-side fluid, an exhaust gas whose heat has been recovered by the AQC boiler so as to generate the warm water of not more than 100°C to be supplied to the vacuum flasher.
A developer container comprising: - a container body that includes an internal space and a pair of sidewalls (43Fr and 43Rr), the internal space housing a developer, the pair of sidewalls (43Fr and 43Rr) being opposed across the internal space; - a rotating member that includes both end portions in an axial direction of the rotating member, both the end portions being rotatably supported by the pair of sidewalls (43Fr and 43Rr); and - a position regulating portion located in the container body so as to cover a part of the rotating member, wherein the rotating member includes: - a large-diameter portion formed to have an outer diameter rotatable around a shaft inside the position regulating portion; and - a small-diameter portion (66 or 67) formed to have an outer diameter smaller than the large-diameter portion, characterized in that - the position regulating portion includes a cut-out portion that prohibits passing of the large-diameter portion and permits passing of the small-diameter portion (66 or 67), and - the small-diameter portion (66 or 67) is arranged displaceably in the axial direction from an inside of the position regulating portion, and the large-diameter portion is arranged inside the position regulating portion, wherein the rotating member is movably located between an attachment/detachment position and a support position, the attachment/detachment position being a position where the small-diameter portion (66 or 67) having passed through the cut-out portion is arranged inside the position regulating portion in a state where at least one of both the end portions in the axial direction is separated from the sidewall, the support position being a position where the small-diameter portion (66 or 67) is displaced in the axial direction from the inside of the position regulating portion to arrange the large-diameter portion inside the position regulating portion by warping the rotating member to cause the pair of sidewalls (43Fr and 43Rr) to support both the end portions in the axial direction. - a container body that includes an internal space and a pair of sidewalls (43Fr and 43Rr), the internal space housing a developer, the pair of sidewalls (43Fr and 43Rr) being opposed across the internal space; - a rotating member that includes both end portions in an axial direction of the rotating member, both the end portions being rotatably supported by the pair of sidewalls (43Fr and 43Rr); and - a position regulating portion located in the container body so as to cover a part of the rotating member, - a large-diameter portion formed to have an outer diameter rotatable around a shaft inside the position regulating portion; and - a small-diameter portion (66 or 67) formed to have an outer diameter smaller than the large-diameter portion, - the position regulating portion includes a cut-out portion that prohibits passing of the large-diameter portion and permits passing of the small-diameter portion (66 or 67), and - the small-diameter portion (66 or 67) is arranged displaceably in the axial direction from an inside of the position regulating portion, and the large-diameter portion is arranged inside the position regulating portion,
An iron-modified acoustic material, comprising an iron-modified molecular sieve, a binder, a dispersant and an auxiliary agent; wherein the content of the iron-modified molecular sieve is not less than 70%, the content of iron is 0.004-1.7%, the dry basis content of the dispersant is not more than 1%, and the dry basis content of the auxiliary agent is not more than 15%, based on 100% of the total weight of the iron-modified acoustic material; wherein the iron-modified molecular sieve contains silica, alumina and iron elements in the framework thereof; the auxiliary agent comprises one or more of diatomite, silica fume, bentonite and smectite. wherein the iron-modified molecular sieve contains silica, alumina and iron elements in the framework thereof; the auxiliary agent comprises one or more of diatomite, silica fume, bentonite and smectite.
A method of determining a probabilistic metric for random hardware failure for an electronic system which comprises parts and safety mechanisms, the safety mechanisms including first layer safety mechanisms and second layer safety mechanisms, wherein a first layer safety mechanism provides at least partial coverage of failure of a part and a second layer safety mechanism provides at least partial coverage of failure of a first layer safety mechanism, the method being characterized by comprising: calculating a first set of probabilities associated with the first layer safety mechanisms; calculating a second set of probabilities associated with direct violation faults in the parts; calculating a third set of probabilities associated with indirect violation faults in the parts, wherein calculating the third set of probabilities comprises, for each part: determining whether the part is linked to another part; determining a contribution to the probabilistic metric for random hardware failure due to indirect violation faults for the part and the other part; and obtaining the value of probabilistic metric for random hardware failure in dependence on the first, second and third sets of probabilities. calculating a first set of probabilities associated with the first layer safety mechanisms; calculating a second set of probabilities associated with direct violation faults in the parts; calculating a third set of probabilities associated with indirect violation faults in the parts, wherein calculating the third set of probabilities comprises, for each part: determining whether the part is linked to another part; determining a contribution to the probabilistic metric for random hardware failure due to indirect violation faults for the part and the other part; and obtaining the value of probabilistic metric for random hardware failure in dependence on the first, second and third sets of probabilities.
Component of a ball screw mechanism, forming a helical raceway about a reference axis for guiding balls, the helical raceway of the component having a raceway base, a first flank and a second flank facing each other on either side of the raceway base, the helical raceway of the component comprising at least one middle section of one or more successive turns forming a helix of constant pitch equal to P, a first recirculation section at a first axial end of the middle section, and a second recirculation section at a second axial end of the middle section, a first imaginary theoretical flank being defined by an imaginary geometric extension of the first flank of the helical raceway of the component, at constant pitch P, from the middle section beyond the first axial end and/or the second axial end, characterized in that: - at the first recirculation section, the first flank of the helical raceway of the component is turned axially toward the middle section, and has an axial offset D11 with respect to the first imaginary theoretical flank, the first flank of the helical raceway of the component being further away from the middle section than the first imaginary theoretical flank; and/or - at the second recirculation section, the first flank of the helical raceway of the component is turned axially away from the middle section, and has an axial offset D21 with respect to the first imaginary theoretical flank, the first flank of the helical raceway of the component being closer to the middle section than the first imaginary theoretical flank. - at the first recirculation section, the first flank of the helical raceway of the component is turned axially toward the middle section, and has an axial offset D11 with respect to the first imaginary theoretical flank, the first flank of the helical raceway of the component being further away from the middle section than the first imaginary theoretical flank; and/or - at the second recirculation section, the first flank of the helical raceway of the component is turned axially away from the middle section, and has an axial offset D21 with respect to the first imaginary theoretical flank, the first flank of the helical raceway of the component being closer to the middle section than the first imaginary theoretical flank.
An RNA complex for use as a medicament, wherein the RNA comprises a sense strand and an antisense strand, and is capable of reducing expression of a gene in a cell, wherein the RNA complex is an siRNA construct having a core double-stranded region having from 15 to 24 base pairs, and wherein: one or more of positions 7 and 8 of the antisense strand are occupied by the same or different hydroxymethyl substituted nucleomonomer, wherein the positions of the antisense strand are numbered beginning with position 1 at the 5' end of the antisense strand, and wherein the or each hydroxymethyl substituted nucleomonomer is a monomer D wherein base is a purine or pyrimidine base.
A ground level illumination system comprising: a body (17,104) having a defined ground level; a light source (12,20,98) positioned in the body (17,104) below said ground level; a lower optics block for transmitting light from the light source to an upper surface of the lower optics block; and a top optics block for transmitting light from a lower surface of the top optics block to the exterior; characterized in that: the upper surface of the lower optics block is in optical contact with the lower surface of the top optics block, the interface between the upper surface and the lower surface being shaped to refract the light from the source (12,20,98) into a beam that rises at a first angle relative to the ground level; and the top optics block comprises a window (4,122) above the ground level, through which the light emerges to the exterior, the window (4,122) being shaped to refract the light into a beam that descends at a second angle relative to the ground level. a body (17,104) having a defined ground level; a light source (12,20,98) positioned in the body (17,104) below said ground level; a lower optics block for transmitting light from the light source to an upper surface of the lower optics block; and a top optics block for transmitting light from a lower surface of the top optics block to the exterior; the upper surface of the lower optics block is in optical contact with the lower surface of the top optics block, the interface between the upper surface and the lower surface being shaped to refract the light from the source (12,20,98) into a beam that rises at a first angle relative to the ground level; and the top optics block comprises a window (4,122) above the ground level, through which the light emerges to the exterior, the window (4,122) being shaped to refract the light into a beam that descends at a second angle relative to the ground level.
A brake disc arrangement comprising a first and a second splined portion, wherein the first splined portion is connected to one out of a brake disc and a hub to which the brake disc is to be connected, the first splined portion comprising teeth adapted to mesh with grooves in the second splined portion, the second splined portion being connected to the other of said brake disc and hub, the first splined portion extending annularly about an axially extending central axis, characterized in that at least one, preferably a plurality, of the teeth of the first splined portion is split into at least two tooth portions (31, 32) being resiliently movable towards and away from each other in a circumferential direction of the first splined portion, the first splined portion further comprising a tensioning means adapted to releasably adjust the circumferential distance between the two tooth portions (31, 32), wherein the tensioning means is arranged in contact with each of the two tooth portions (31, 32).
Container for motor vehicles for receiving and transporting goods, in particular pallets, having a cuboidal outer body which can be closed by at least one cover, is formed from side walls extending over the container depth, has a container floor connecting the side walls and has a container upper part connecting the side walls, wherein stop means are allocated to the outer body, characterised in that an edge portion protruding towards the container interior is provided along the longitudinal edge of the side wall at the container upper side, which edge portion becomes a cross-piece at the container upper side, the edge portion width of which corresponds to the entry depth, and in that the stop means are allocated to the cross-piece.
Tray filling apparatus for leaflets comprising: a tray transport platform the tray transport platform supporting at least one tray sleeve and a corresponding tray, wherein the tray is adapted to slide into the tray sleeve as the tray is filled with a predetermined number of leaflets, the tray being sufficiently secured inside of its corresponding tray sleeve so that the tray can be removed from the tray transport platform for further processing when the tray has been filled with the predetermined number of leaflets, a robotic arm having a robotic gripper, wherein the robot gripper is adapted to be selectively placed inside of a stacking tray capture a batch of leaflets, the batch of leaflets having fewer leaflets than the predetermined number of leaflets, the robotic arm is adapted to place the batch of leaflets into the tray, and return the robot gripper to the stacking tray to capture another batch of leaflets, a sleeve holder that is adapted to be selectively placed in and removed from the tray to control entry of the leaflets into the tray sleeve, and a leaflet stuffer that is adapted to be selectively placed in the tray to push the batch of leaflets inside of the sleeve. a tray transport platform the tray transport platform supporting at least one tray sleeve and a corresponding tray, wherein the tray is adapted to slide into the tray sleeve as the tray is filled with a predetermined number of leaflets, the tray being sufficiently secured inside of its corresponding tray sleeve so that the tray can be removed from the tray transport platform for further processing when the tray has been filled with the predetermined number of leaflets, a robotic arm having a robotic gripper, wherein the robot gripper is adapted to be selectively placed inside of a stacking tray capture a batch of leaflets, the batch of leaflets having fewer leaflets than the predetermined number of leaflets, the robotic arm is adapted to place the batch of leaflets into the tray, and return the robot gripper to the stacking tray to capture another batch of leaflets, a sleeve holder that is adapted to be selectively placed in and removed from the tray to control entry of the leaflets into the tray sleeve, and a leaflet stuffer that is adapted to be selectively placed in the tray to push the batch of leaflets inside of the sleeve.
Panel of the type which comprises at least a substrate and a top layer provided on this substrate, wherein said top layer comprises a printed motif on the substrate and a transparent or translucent synthetic material layer, which is provided above said printed motif, characterized in that said transparent or translucent synthetic material layer comprises vinyl, has a thickness of at least 0,2 millimeter, but less than 1 millimeter, and is free from wear-resistant particles or comprises less than 10 grams per square meter of such particles, wherein said vinyl is PVC or polyvinyl dichloride (PVdC) and said transparent or translucent material layer contains maximum 35 parts by weight of plasticizer per 100 parts by weight of said vinyl, and in that a primer is provided between the printed motif and the vinyl-containing synthetic material layer, wherein said panel comprises a relief on the surface thereof, wherein the recesses of said relief extend into the vinyl-containing synthetic material layer only so deep that they do not penetrate in said printed motif.
An electronic sensor device of a driver assistance system, comprising a sensor device housing being attachable to a windscreen of a vehicle, characterized in that the sensor device housing comprises a high thermal emissivity of more than 0,7 to dissipate power generated by electronic components of said electronic sensor device to the environment, wherein the sensor device housing comprises a first housing part facing the windscreen of the vehicle, and a second housing part facing the interior of a vehicle passenger room of the vehicle, wherein the outside surface of the first housing part of said sensor device housing facing the windscreen of the vehicle is provided with a thermal radiation reflecting coating to prevent power insertion into the sensor device housing by sunlight radiation penetrating through said windscreen from the environment, wherein the outside surface of the second housing part of said sensor device housing facing the interior of the vehicle passenger room is provided with a thermal radiation emitting coating with high emissivity to radiate power from said sensor device housing, wherein the inside surface of the sensor device housing is provided with a thermal radiation absorbing coating to receive heat radiated from the electronic components of said electronic sensor device within said sensor device housing, and wherein pins are puncturing through the coating on the inside surface of the second housing part for providing an electrical connection between the printed circuit board and the sensor device housing.
A guide information display device of a crane, the guide information display device comprising a camera, a laser scanner, a data processing section, and a data display section, wherein the camera captures a part of a work area of the crane from above a suspended load being suspended from the crane, the laser scanner acquires point cloud data of objects on the work area being captured by the camera from above the suspended load, the data processing section excludes point cloud data present between the load and a distal end of a boom of the crane from the point cloud data of the objects on the work area acquired by the laser scanner, estimates a top surface of the suspended load, a ground surface of the work area, and a top surface of a ground object in the work area based on the other point cloud data, generates a guide frame image surrounding the top surface of the suspended load and a guide frame image surrounding the top surface of the ground object, superimposes the guide frame images generated by the data processing section on an image captured by the camera to generate guide information, and displays the guide information on the data display section. wherein the camera captures a part of a work area of the crane from above a suspended load being suspended from the crane, the laser scanner acquires point cloud data of objects on the work area being captured by the camera from above the suspended load, the data processing section excludes point cloud data present between the load and a distal end of a boom of the crane from the point cloud data of the objects on the work area acquired by the laser scanner, estimates a top surface of the suspended load, a ground surface of the work area, and a top surface of a ground object in the work area based on the other point cloud data, generates a guide frame image surrounding the top surface of the suspended load and a guide frame image surrounding the top surface of the ground object, superimposes the guide frame images generated by the data processing section on an image captured by the camera to generate guide information, and displays the guide information on the data display section.