mhurhangee/ep-ind-claims huggingface dataset:
Valve apparatus for influencing a flow of medium between a supply port, to which a pressure supply source can be connected, and a pressure port, to which a hydraulic load can be connected, comprising a valve device having a valve slide which is guided in a valve housing such that it can be displaced longitudinally between end positions, the pressure adjusted by the valve slide at the pressure port being restricted by means of a control device once the valve slide has performed a pre-defined displacement in the direction of one of its end positions, a control line leading into the valve housing, said control line forming part of an LS signal line, a tank port or another return port which is substantially at ambient pressure, characterised in that a fluid coming from the supply port once the valve slide has performed the pre-defined displacement discharges via the control line.
A mooring member, comprising a fibre rope configured for extending between a vessel floating in a body of water and an anchoring device, comprising a plurality of functional elements (4 1-n), wherein a first functional element (4 1) is wound onto at least a portion of the fibre rope, a second functional element (4 2) is wound onto the first functional element (4 1), and so on, until the outermost functional element (4 5) is wound onto the second-to-outermost functional element (4 4); all said functional elements being wound in a helical configuration; said functional elements being extruded elongated elements and comprising: i) buoyancy means and/or sonar detection means, said buoyancy means and/or sonar detection means comprises a filler material comprising a plurality of hollow micro-spheres, and/or ii) damage protection means comprising a filler material that improves the functional element's cut resistance and abrasion resistance, and/or iii) filler materials comprising lubricating agents, and/or iv) amorphous or hydrophobic fillers in order to reduce seawater absorption, and/or v) anti-fouling means comprising filler materials comprising anti-fouling agents in order to prevent algae, mussels and barnacles growth, vi) stiffness control means comprising filler material which exhibits swelling properties when in contact with water, and/or vii) optical detection means comprising filler materials of different colours incorporated in different functional elements, thus making one functional element optically discernible from another functional element. i) buoyancy means and/or sonar detection means, said buoyancy means and/or sonar detection means comprises a filler material comprising a plurality of hollow micro-spheres, and/or ii) damage protection means comprising a filler material that improves the functional element's cut resistance and abrasion resistance, and/or iii) filler materials comprising lubricating agents, and/or iv) amorphous or hydrophobic fillers in order to reduce seawater absorption, and/or v) anti-fouling means comprising filler materials comprising anti-fouling agents in order to prevent algae, mussels and barnacles growth, vi) stiffness control means comprising filler material which exhibits swelling properties when in contact with water, and/or vii) optical detection means comprising filler materials of different colours incorporated in different functional elements, thus making one functional element optically discernible from another functional element.
An oxygen and ozone induced deterioration analysis method, comprising irradiating a polymer material with X-rays, and measuring X-ray absorption while varying the energy of the X-rays, to analyze deterioration of the polymer, wherein the polymer material is a rubber material containing at least one diene rubber, or a composite material combining the rubber material and at least one resin, the intensity of X-rays has a number of photons of 10 7 photons/s or more, the X-rays are monochromatic, the deterioration analysis method comprises: calculating normalization constants α and β using Equation 1 below based on X-ray absorption spectra obtained by scanning over a range of X-ray energies at the carbon K-shell absorption edge within the range of 260 to 400 eV; performing waveform separation of the X-ray absorption spectra at the carbon K-shell absorption edge corrected with the normalization constants α and β to obtain peak areas or peak intensities attributed to π* transition at around 285 eV; and determining a degree of deterioration using Equation 2 below with the obtained peak areas or peak intensities: total area of X − ray absorption spectrum over measurement range of sample before deterioration × α = 1, and total area of X − ray absorption spectrum over measurement range of sample after deterioration × β = 1; 1 − peak area or peak intensity of π * after deterioration × β / peak area or peak intensity of π * before deterioration × α × 100 = degree % of deterioration. irradiating a polymer material with X-rays, and measuring X-ray absorption while varying the energy of the X-rays, to analyze deterioration of the polymer, wherein the polymer material is a rubber material containing at least one diene rubber, or a composite material combining the rubber material and at least one resin, the intensity of X-rays has a number of photons of 10 7 photons/s or more, the X-rays are monochromatic, the deterioration analysis method comprises: calculating normalization constants α and β using Equation 1 below based on X-ray absorption spectra obtained by scanning over a range of X-ray energies at the carbon K-shell absorption edge within the range of 260 to 400 eV; performing waveform separation of the X-ray absorption spectra at the carbon K-shell absorption edge corrected with the normalization constants α and β to obtain peak areas or peak intensities attributed to π* transition at around 285 eV; and determining a degree of deterioration using Equation 2 below with the obtained peak areas or peak intensities: total area of X − ray absorption spectrum over measurement range of sample before deterioration × α = 1, and total area of X − ray absorption spectrum over measurement range of sample after deterioration × β = 1; 1 − peak area or peak intensity of π * after deterioration × β / peak area or peak intensity of π * before deterioration × α × 100 = degree % of deterioration.
A fly-by-wire flight control system characterized in that it comprises: a module which is configured for detecting a failure of a flight control surface in response to a frequency sweep of the flight control surface, wherein the frequency sweep includes the generation an input signal to the flight control surface to cause a acceleration response and a detectable rate response of the flight control surface that should be detectable if the flight control surface is operable, and performs at least one action in response to said detected failure. a module which is configured for detecting a failure of a flight control surface in response to a frequency sweep of the flight control surface, wherein the frequency sweep includes the generation an input signal to the flight control surface to cause a acceleration response and a detectable rate response of the flight control surface that should be detectable if the flight control surface is operable, and performs at least one action in response to said detected failure.
A six-direction indicator provided in an XYZ rectangular coordinate system, comprising: an inclined crank mechanism comprising a shaft that extends in an X-axis direction and a rotation member rotatable around an inclined axis inclined with respect to said shaft and coupled to said shaft; a driving source configured for rotating said shaft around the X-axis; and a guide member having a zigzag circumferential edge (41, 42) provided around the X-axis of said inclined crank mechanism and bent alternately in a mountain-like shape and a valley-like shape at intervals of 60° around the X-axis, said rotation member comprising a guide pin (24A-D) provided around the inclined axis of said rotation member and in contact with said circumferential edge (41, 42), said guide pin (24A-D) being configured for moving around on said circumferential edge (41, 42) by rotation of said shaft and indicating one of positive and negative directions on U, V, and W axes crossing one another at intervals of 60° around the X axis. an inclined crank mechanism comprising a shaft that extends in an X-axis direction and a rotation member rotatable around an inclined axis inclined with respect to said shaft and coupled to said shaft; a driving source configured for rotating said shaft around the X-axis; and a guide member having a zigzag circumferential edge (41, 42) provided around the X-axis of said inclined crank mechanism and bent alternately in a mountain-like shape and a valley-like shape at intervals of 60° around the X-axis,
Dashboard unit for a motorcycle comprising a dashboard and a support element for the dashboard, which element being securable on a front part of the vehicle so to be fixed to the motorcycle, characterised in that a movable support for the dashboard is placed between the fixed support element for the dashboard and the dashboard, said movable support for the dashboard being secured on the dashboard, a unit being provided for adjustment of the inclination of this movable support for the dashboard, which unit is interposed between said dashboard and the fixed support element for the dashboard, characterised by said adjustment unit comprising a cam unit which cooperates with the movable support for the dashboard, in order to vary the inclination of the dashboard.
A gypsum material in powder form, comprising dry gypsum and a granulated hydrophobing additive for rendering gypsum material hydrophobic comprising a particulate carrier on which is deposited an organosilicon component, a binder polymer and an emulsifier for the organosilicon component characterised in that the organosilicon component comprises a condensation compound obta1ned by the hydrolysis-condensation of any combination of compounds of the formula Si(OY') 4, YSi(OY') 3 or Y2Si(OY') 2 in which Y represents an alkyl, substituted alkyl, aryl or substituted aryl group having 1 to 20 carbon atoms and each Y' represents an alkyl group having 1 to 6 carbon atoms and is free of organopolysiloxane having Si bonded hydrogen, and the carrier particle is of a nature different from silica or lime in an amount sufficient to give from 0.01 to 2% by weight of the organosilicon component based on the weight of dry gypsum.
Disposable medical garment with a longitudinal or wearing direction and a transverse or circumferential direction, comprising a smock-shaped or hose-shaped main part with an upper end, a lower end and, starting from the upper end and arranged in the longitudinal or wearing direction, an upper trunk area, a waist/hip area and a leg area, and with an inner face directed towards the body when the garment is being worn, and an outer face directed away from the body when the garment is being worn, wherein the main part comprises a flat web material and has a folded area extending over the entire circumferential direction, wherein the flat web material has subsections (18a, 18b, 18c) in the folded area, which subsections (18a, 18b, 18c) are folded onto themselves in a zigzag shape at at least two fold edges (22, 24) extending transversely with respect to the longitudinal direction, and an uppermost subsection of the folded area extends as far as an uppermost fold edge, and the uppermost fold edge points in the direction of the lower end, such that an in particular v-shaped or u-shaped pocket-shaped opening of the outer face of the folded area likewise points in the direction of the lower end, and wherein the folded area is fixed releasably by the manufacturer in such a way that the folded area can be unfolded by application of a tensile force K along the longitudinal or wearing direction, characterized in that the main part, with the folded area still fixed, has a length L1 of 80 - 170 cm, and the folded area is arranged in the upper trunk area and/or in the waist/hip area, wherein an imaginary line parallel to the transverse direction halves the waist/hip area in the longitudinal direction into an upper first waist/hip sub-area and into a lower second waist/hip sub-area, and the folded area is arranged in the upper trunk area and/or in the upper first waist/hip sub-area.
Knitted fabric consisting of at least one stitch-forming base knitting thread and at least one plush thread forming plush loops plated onto the base knitting thread, wherein the at least one base knitting thread consists of a plurality of profile fibres spun together, which have a structured surface with elevations and/or depressions in order to form channels for transporting moisture between the plurality of profile fibres and the at least one plush thread consists of a plurality of fibres with substantially round cross-sections, characterized in that a sandwich plush is formed with the plush threads, wherein the plush loops formed by the at least one plush thread extend through the knitted fabric so that the plush thread protrudes on both sides of the knitted fabric and the plush thread substantially forms the inner side and the outer side of the knitted fabric.
A robotic surgical system having a processor, a tool holder, at least one tool drive motor coupled to the tool holder, and at least one robotic surgical tool coupleable to the tool holder, the tool comprising: a probe having a proximal end and a distal end; a surgical end effector disposed adjacent the distal end of the probe; an interface disposed adjacent the proximal end of the probe, the interface releasably coupleable with the tool holder, wherein at least one joint is disposed between the interface and end effector, the end effector being movable about said at least one joint in at least one degree of freedom, each joint defining a joint axis geometry; and circuitry mounted on the probe, the circuitry for transmitting a tool-type signal via the interface to the processor, the tool-type signal identifying to the processor a tool-type of the tool and a joint axis geometry for each of said at least one joint; wherein the processor is programmed to effect movement of the end effector by transmitting drive signals to the at least one tool drive motor, the processor reconfiguring programming for different joint axis geometries based on the tool-type signal received via the interface. a probe having a proximal end and a distal end; a surgical end effector disposed adjacent the distal end of the probe; an interface disposed adjacent the proximal end of the probe, the interface releasably coupleable with the tool holder, wherein at least one joint is disposed between the interface and end effector, the end effector being movable about said at least one joint in at least one degree of freedom, each joint defining a joint axis geometry; and circuitry mounted on the probe, the circuitry for transmitting a tool-type signal via the interface to the processor, the tool-type signal identifying to the processor a tool-type of the tool and a joint axis geometry for each of said at least one joint; wherein the processor is programmed to effect movement of the end effector by transmitting drive signals to the at least one tool drive motor, the processor reconfiguring programming for different joint axis geometries based on the tool-type signal received via the interface.
A method for producing a nanocarbon film comprising carbon nanotubes, graphene or fullerene using a hybrid substrate, comprising the steps of: implanting ions into a surface of a single crystal silicon carbide substrate to form an ion-implanted region, bonding the ion-implanted surface of the silicon carbide substrate to a surface of a base substrate, separating the silicon carbide substrate at the ion-implanted region, thereby leaving a hybrid substrate having a single crystal silicon carbide-containing thin film transferred onto the base substrate, and then heating the hybrid substrate so that silicon atoms sublime from the single crystal silicon carbide-containing thin film, yielding the nanocarbon film. implanting ions into a surface of a single crystal silicon carbide substrate to form an ion-implanted region, bonding the ion-implanted surface of the silicon carbide substrate to a surface of a base substrate, separating the silicon carbide substrate at the ion-implanted region, thereby leaving a hybrid substrate having a single crystal silicon carbide-containing thin film transferred onto the base substrate, and then heating the hybrid substrate so that silicon atoms sublime from the single crystal silicon carbide-containing thin film, yielding the nanocarbon film.
A method of manufacturing a thin film transistor, comprising the steps of: - forming a protection film pattern made of a metal material on an organic semiconductor layer formed on a substrate, said metal material including one or more of gold (Au), platinum (Pt), palladium (Pd), silver (Ag), tungsten, tantalum (Ta), molybdenum (Mo), aluminum (Al), chromium (Cr), titanium (Ti), copper (Cu), nickel (Ni), tin (Sn), manganese (Mn), ruthenium (Rh), rubidium (Rb), and their compounds, - forming an organic semiconductor pattern by patterning the organic semiconductor layer by etching using the protection film pattern as a mask, - removing the protection film pattern, - forming an electrode material film on the substrate so as to cover the organic semiconductor pattern, wherein the protection film pattern is removed prior to the step of forming the electrode material film, - forming a resist pattern on the electrode material film; and - forming a source electrode and a drain electrode by patterning the electrode material film by wet etching using the resist pattern as a mask. - forming a protection film pattern made of a metal material on an organic semiconductor layer formed on a substrate, said metal material including one or more of gold (Au), platinum (Pt), palladium (Pd), silver (Ag), tungsten, tantalum (Ta), molybdenum (Mo), aluminum (Al), chromium (Cr), titanium (Ti), copper (Cu), nickel (Ni), tin (Sn), manganese (Mn), ruthenium (Rh), rubidium (Rb), and their compounds, - forming an organic semiconductor pattern by patterning the organic semiconductor layer by etching using the protection film pattern as a mask, - removing the protection film pattern, - forming an electrode material film on the substrate so as to cover the organic semiconductor pattern, wherein the protection film pattern is removed prior to the step of forming the electrode material film, - forming a resist pattern on the electrode material film; and - forming a source electrode and a drain electrode by patterning the electrode material film by wet etching using the resist pattern as a mask.
A method for transmitting a signal, comprising: determining, by a terminal device, first indication information, wherein the first indication information is used for indicating channel access priority information and an association relationship between a first uplink transmission opportunity used for uplink transmission and a first downlink transmission opportunity used for downlink transmission, wherein the channel access priority is higher than a preset priority threshold, wherein the terminal device performs the uplink transmission through a second channel access type, the second channel access type is channel detection based on a contention window, and a size of the contention window is determined according to the channel access priority; and sending, by the terminal device, the first indication information to a network device in a time unit corresponding to the first uplink transmission opportunity. determining, by a terminal device, first indication information, wherein the first indication information is used for indicating channel access priority information and an association relationship between a first uplink transmission opportunity used for uplink transmission and a first downlink transmission opportunity used for downlink transmission, wherein the channel access priority is higher than a preset priority threshold, wherein the terminal device performs the uplink transmission through a second channel access type, the second channel access type is channel detection based on a contention window, and a size of the contention window is determined according to the channel access priority; and sending, by the terminal device, the first indication information to a network device in a time unit corresponding to the first uplink transmission opportunity.
An impeller comprising: a fan frame having a wind inlet, a wind outlet and an inner ring-shaped oblique surface, the wind inlet being opposite to the wind outlet, the inner ring-shaped oblique surface being formed at an inner side wall of the fan frame and adjacent to the wind inlet; a hub disposed in the fan frame; a plurality of axial blades connected to the inner side wall of the fan frame and the hub; and a plurality of wind guiding blades protruding from the inner ring-shaped oblique surface; characterized by each of the axial blades has a recess portion and the recess portion faces the wind outlet. a fan frame having a wind inlet, a wind outlet and an inner ring-shaped oblique surface, the wind inlet being opposite to the wind outlet, the inner ring-shaped oblique surface being formed at an inner side wall of the fan frame and adjacent to the wind inlet; a hub disposed in the fan frame; a plurality of axial blades connected to the inner side wall of the fan frame and the hub; and a plurality of wind guiding blades protruding from the inner ring-shaped oblique surface; characterized by each of the axial blades has a recess portion and the recess portion faces the wind outlet.