mhurhangee/ep-ind-claims huggingface dataset:
Display method for a display system, wherein the display system comprises a display for the graphical representation of variable information and an operator control unit for control of the represented information by a user, comprising: sensing of an approach by the user to the operator control unit, and characterized by alteration of the graphical representation on the basis of the sensed approach such that a change in the display of the graphical representation over time is decreased. sensing of an approach by the user to the operator control unit, and characterized by alteration of the graphical representation on the basis of the sensed approach such that a change in the display of the graphical representation over time is decreased.
A method of manufacturing an oxidation layer for a solar cell, comprising: exposing a silicon substrate to a wet oxidation atmosphere comprising a vaporized oxidation agent; and forming an silicon oxidation layer (SiO 2) on the silicon substrate by maintaining a concentration of the vaporized oxidizing agent in the wet oxidation atmosphere for a process time at room temperature. exposing a silicon substrate to a wet oxidation atmosphere comprising a vaporized oxidation agent; and forming an silicon oxidation layer (SiO 2) on the silicon substrate by maintaining a concentration of the vaporized oxidizing agent in the wet oxidation atmosphere for a process time at room temperature.
A mobile robot comprising: a moveable body; an image acquirer configured to continuously or repeatedly capture an image in a traveling direction to photograph an obstacle in an enlarged form as the mobile robot approaches the obstacle; an obstacle detection unit configured to detect an obstacle positioned at a side toward the traveling direction; and a controller configured to store a plurality of image data captured through the image acquirer, to start a response motion at a predetermined time point at which the obstacle detection unit determines that the obstacle is positioned within a predetermined distance, and to determine the response motion depending on a determined type of the obstacle based on the image data captured before to the predetermined time point, characterized in that the controller is configured to determine whether the obstacle causes a confinement situation which is defined as a state in which movement of the body is less than a preset distance for a preset time period wherein the response motion at the predetermined time point at which the obstacle detection unit determines that an obstacle is positioned within the predetermined distance, consists in travelling and avoiding the obstacle without entering the obstacle when the controller determined the obstacle caused a confinement situation. a moveable body; an image acquirer configured to continuously or repeatedly capture an image in a traveling direction to photograph an obstacle in an enlarged form as the mobile robot approaches the obstacle; an obstacle detection unit configured to detect an obstacle positioned at a side toward the traveling direction; and a controller configured to store a plurality of image data captured through the image acquirer, to start a response motion at a predetermined time point at which the obstacle detection unit determines that the obstacle is positioned within a predetermined distance, and to determine the response motion depending on a determined type of the obstacle based on the image data captured before to the predetermined time point, characterized in that the controller is configured to determine whether the obstacle causes a confinement situation which is defined as a state in which movement of the body is less than a preset distance for a preset time period wherein the response motion at the predetermined time point at which the obstacle detection unit determines that an obstacle is positioned within the predetermined distance, consists in travelling and avoiding the obstacle without entering the obstacle when the controller determined the obstacle caused a confinement situation.
A thin film transistor, comprising a gate, a gate insulation layer, a semiconductor active region, and a source and a drain connected with the semiconductor active region, wherein the thin film transistor further comprises a surface charge transfer layer in contact with the semiconductor active region, the surface charge transfer layer is located above or below the semiconductor active region, and is used for causing the semiconductor active region to generate holes therein without changing the lattice structure of the semiconductor active region; wherein energy level difference between the lowest unoccupied molecular orbit of material of the surface charge transfer layer and the top of valence band of material of the semiconductor active region is greater than or equal to -1eV and less than or equal to 1eV, and wherein the material of the semiconductor active region is zinc oxide, and the material of the surface charge transfer layer is molybdenum trioxide.
A pipe-laying vessel including a pipe-laying tower extending upwardly from the vessel, the vessel comprising: - at least two clamping assemblies (250, 270) for clamping a pipeline, the clamping assemblies being mounted along the length of the tower, and - at least three separate workstations (240, 260, 280) spaced apart along the length of the tower, - at least one workstation which is • mounted on the tower below a lowermost clamping assembly, and • a flexible product attaching station for attaching a flexible conduit alongside the pipeline. - at least two clamping assemblies (250, 270) for clamping a pipeline, the clamping assemblies being mounted along the length of the tower, and - at least three separate workstations (240, 260, 280) spaced apart along the length of the tower, - at least one workstation which is • mounted on the tower below a lowermost clamping assembly, and • a flexible product attaching station for attaching a flexible conduit alongside the pipeline. • mounted on the tower below a lowermost clamping assembly, and • a flexible product attaching station for attaching a flexible conduit alongside the pipeline.
A failover method for a storage system, comprising: detecting a failure at a first port of a storage access management device in the storage system, wherein the first port is initially assigned a first port identifier and is associated with a logical path through a communications fabric between the first port and a port at a host device; in response to detecting the failure, assigning the first port identifier to a second port of the storage system to cause the logical path to be associated with the second port; in response to detecting resolution of the failure, assigning a temporary identifier to the first port; using the temporary identifier, checking a health of network infrastructure between the first port and the host device; and in response to the checking, assigning the first port identifier to the first port to cause fail back of the logical path to the first port. detecting a failure at a first port of a storage access management device in the storage system, wherein the first port is initially assigned a first port identifier and is associated with a logical path through a communications fabric between the first port and a port at a host device; in response to detecting the failure, assigning the first port identifier to a second port of the storage system to cause the logical path to be associated with the second port; in response to detecting resolution of the failure, assigning a temporary identifier to the first port; using the temporary identifier, checking a health of network infrastructure between the first port and the host device; and in response to the checking, assigning the first port identifier to the first port to cause fail back of the logical path to the first port.
A liquid electrophotographic ink, comprising: a carrier fluid; a pigment; a high melt viscosity resin selected from an ethylene acrylic acid copolymer or an ethylene methacrylic acid copolymer, having a melt viscosity of at least 2000 Pas (20,000 poise); and a high acid resin, selected from an ethylene acrylic acid copolymer or an ethylene methacrylic acid copolymer, having an acid content of at least 15 wt% measured as the percent of the polymer that is acid monomer by weight and a viscosity of at least 800 Pas (8,000 poise); wherein the liquid electrophotographic ink has a total resin acidity of at least 15 wt% and a total resin melt viscosity of at least 2000 Pas (20,000 poise) wherein melt viscosity is measured using a plate over plate rheometry isotherm at 120 °C, 0.01 Hz shear rate. a carrier fluid; a pigment; a high melt viscosity resin selected from an ethylene acrylic acid copolymer or an ethylene methacrylic acid copolymer, having a melt viscosity of at least 2000 Pas (20,000 poise); and a high acid resin, selected from an ethylene acrylic acid copolymer or an ethylene methacrylic acid copolymer, having an acid content of at least 15 wt% measured as the percent of the polymer that is acid monomer by weight and a viscosity of at least 800 Pas (8,000 poise); wherein the liquid electrophotographic ink has a total resin acidity of at least 15 wt% and a total resin melt viscosity of at least 2000 Pas (20,000 poise) wherein melt viscosity is measured using a plate over plate rheometry isotherm at 120 °C, 0.01 Hz shear rate.
A children's swing device comprising a folding swing frame, the folding swing frame comprising first and second supports and a folding cross-brace extending between the first and second supports, each of the first and second supports comprising a base portion, an upright portion and an intermediate portion between the base portion and the upright portion, wherein the first and second supports are pivotally coupled to one another to allow folding of the swing frame between an expanded configuration and a collapsed configuration, wherein the folding cross-brace is connected between the first and second supports at their intermediate portions proximal the base portions, and wherein the folding cross-brace comprises first and second cross-members (42,44), the first and second cross-members (42,44) being hingedly connected to one another at inner ends thereof by a locking coupling joint.
A layered soft palate support, being a flat implant made of a material capable of being implanted into a human body for a long term, comprising: a hard palate connecting end comprising a connecting structure configured to be connected with a hard palate; and a support, being a layered structure formed by stacking two or more supporting plates and configured for insertion into a soft palate, and removably or irremovably fixed to the hard palate connecting end, characterized in that the hard palate connecting end comprises a fixing rivet for riveting the supporting plates together at the hard palate connecting end a hard palate connecting end comprising a connecting structure configured to be connected with a hard palate; and a support, being a layered structure formed by stacking two or more supporting plates and configured for insertion into a soft palate, and removably or irremovably fixed to the hard palate connecting end, characterized in that the hard palate connecting end comprises a fixing rivet for riveting the supporting plates together at the hard palate connecting end
A method of operating an access point for a first wireless area network system comprising the steps of: monitoring for beacon signals transmitted within the area of coverage of the access point on detection of a beacon signal, determining whether the beacon signal advertises a second wireless network, the second wireless area network being an ad-hoc network,. characterised in that, on such determination, initiating a network reconfiguration in the same environment as the second wireless network, by generating a new network identity matching that of the second wireless network, but having a higher-level security mechanism than the second wireless network such that mobile devices (10, 11) default to the new network identity in preference to the second wireless network, and transmitting a beacon signal with the new network identity. monitoring for beacon signals transmitted within the area of coverage of the access point on detection of a beacon signal, determining whether the beacon signal advertises a second wireless network, the second wireless area network being an ad-hoc network,. characterised in that, on such determination, initiating a network reconfiguration in the same environment as the second wireless network, by generating a new network identity matching that of the second wireless network, but having a higher-level security mechanism than the second wireless network such that mobile devices (10, 11) default to the new network identity in preference to the second wireless network, and transmitting a beacon signal with the new network identity.
An energy conversion apparatus comprising: a permanent magnet fixed to a predetermined region; and a diaphragm arranged on the permanent magnet, the diaphragm including a coil having a conductor wire pattern formed on the diaphragm, wherein the predetermined region is a curved surface in a cylindrical shape or a curved surface obtained by curving a rectangular object; and the diaphragm includes a plurality of slits periodically formed in the diaphragm; characterised in that the plurality of slits are formed in both directions of a longitudinal direction of the diaphragm and a direction perpendicular to the longitudinal direction. a permanent magnet fixed to a predetermined region; and a diaphragm arranged on the permanent magnet, the diaphragm including a coil having a conductor wire pattern formed on the diaphragm, wherein the predetermined region is a curved surface in a cylindrical shape or a curved surface obtained by curving a rectangular object; and the diaphragm includes a plurality of slits periodically formed in the diaphragm; characterised in that the plurality of slits are formed in both directions of a longitudinal direction of the diaphragm and a direction perpendicular to the longitudinal direction.
Arrangement of a heat-transfer-fluid pump in a housing contained within a cylinder block of a combustion engine of a vehicle, comprising an inlet connected to a fluid supply duct and an outlet connected to an internal cooling circuit of the engine, the inlet and the outlet being contained within internal walls (22a, 22b) of the housing and closed by a closure element for closing said housing, comprising a guide element for guiding a flow of the heat-transfer fluid towards an inlet orifice of said pump.
Support for a solar module for free-standing securing on a roof, with no or little inclination, with support means for the raising of a first side of the solar module in relation to a second side of the solar module, facing away from the first side, in an oblique position, wherein, at the support means, module-side securing means are provided for securing to the first side of solar module, and the solar module is connected on the second side to a bearing element, and with a wind cover, by means of which the loads incurred by the influence of the wind can be reduced, wherein the support means are formed by the wind cover, and the wind cover is formed by a sheet configured with a Z-shaped profile, which comprises a first end section, to which the solar module can be secured, and a base-side second end section, wherein, base-side securing means are provided at the second end section of the Z-shaped profile, characterized in that the bearing element on the second side comprises a module-side section and a base-side section, which span a bearing angle (mL) which amounts to 180° less the mounting angle (mw), wherein both the second end section as well as the bearing element are connected to a rail construction.
Torsion damper for a clutch friction disk comprising: - an input element and an output element which are rotatably movable relative to one another about an axis of rotation X; - damping means for transmitting a torque and damping the acyclic rotations between the input and output elements; - the input element comprising two flanges (12, 13), which are fixed in terms of rotation and arranged on either side of the damping means, thus defining a cassette for housing said damping means; said torsion damper being characterized in that the damping means comprise a resilient blade, which is fixed in terms of rotation to one of said input and output elements, and provided with a cam surface; and in that the damper comprises a cam follower supported by the other of said input and output elements, and arranged so as to cooperate with said cam surface; said cam surface being arranged such that, for an angular displacement between the input element and the output element relative to an angular resting position, the cam follower exerts a bending force on the resilient blade producing a reaction force capable of returning said input and output elements toward said angular resting position. - an input element and an output element which are rotatably movable relative to one another about an axis of rotation X; - damping means for transmitting a torque and damping the acyclic rotations between the input and output elements; - the input element comprising two flanges (12, 13), which are fixed in terms of rotation and arranged on either side of the damping means, thus defining a cassette for housing said damping means;
A polylactic acid 3D printing material, characterized in that, the polylactic acid 3D printing material comprises the following preparation raw materials in parts by weight: (a) 40-95 parts of crystalline or semi-crystalline polylactic acid, (b) 5-60 parts of noncrystalline polylactic acid, and (c) 0-1.0 parts of a processing aid; in the polylactic acid 3D printing material, a weight of dextral polylactic acid represents 0.5%-8% of a total weight of the polylactic acid. (a) 40-95 parts of crystalline or semi-crystalline polylactic acid, (b) 5-60 parts of noncrystalline polylactic acid, and (c) 0-1.0 parts of a processing aid;
Electric household appliance, in particular a household cooking appliance, comprising a casing and an electrical power cord extending out of the casing, the casing having a lower portion designed to rest on a bearing plane, the casing comprising an outer wall having an outer cavity for winding a portion of the electrical power cord, the outer cavity is arranged outside the lower portion, the outer cavity is arranged in a bulged portion of the outer wall, characterised in that the outer wall has a convex outer portion surrounding the outer cavity, in that the outer cavity is annular, in that the outer cavity has a peripheral wall connected to the convex outer portion, a bottom wall and an inner wall, and in that at least one prominent retaining member comes from the peripheral wall.
A speaker comprising: a diaphragm including an annular principal vibration part, an annular internal support for supporting the internal side of the principal vibration part in a radial direction, and an annular external support for supporting the external side of the principal vibration part in a radial direction; a large-diameter voice coil unit mounted at the outer edge of the principal vibration part of the diaphragm; a small-diameter voice coil unit mounted at the inner edge of the principal vibration part of the diaphragm; a magnetic circuit including a yoke having a magnet fixed thereto and forming a first magnetic gap, where the large-diameter voice coil unit is to be arranged, and a second magnetic gap, where the small-diameter voice coil unit is to be arranged, wherein the speaker includes a positioning member fixed to the diaphragm as well as retained to a predetermined site of the magnetic circuit for restricting the positions of the diaphragm relative to the magnetic circuit in a radial direction and a front-back direction perpendicular to the radial direction so that the large-diameter voice coil unit and the small-diameter voice coil unit are arranged within the first and second magnetic gaps, respectively, wherein in the diaphragm, the stiffness of the principal vibration part is smaller than those of the internal support and the external support, and characterised in that the stiffness of the internal support is larger than that of the external support. a diaphragm including an annular principal vibration part, an annular internal support for supporting the internal side of the principal vibration part in a radial direction, and an annular external support for supporting the external side of the principal vibration part in a radial direction; a large-diameter voice coil unit mounted at the outer edge of the principal vibration part of the diaphragm; a small-diameter voice coil unit mounted at the inner edge of the principal vibration part of the diaphragm; a magnetic circuit including a yoke having a magnet fixed thereto and forming a first magnetic gap, where the large-diameter voice coil unit is to be arranged, and a second magnetic gap, where the small-diameter voice coil unit is to be arranged, wherein the speaker includes a positioning member fixed to the diaphragm as well as retained to a predetermined site of the magnetic circuit for restricting the positions of the diaphragm relative to the magnetic circuit in a radial direction and a front-back direction perpendicular to the radial direction so that the large-diameter voice coil unit and the small-diameter voice coil unit are arranged within the first and second magnetic gaps, respectively, wherein in the diaphragm, the stiffness of the principal vibration part is smaller than those of the internal support and the external support, and characterised in that the stiffness of the internal support is larger than that of the external support.
Pulsating medical device comprising: - a catheter, to be inserted into a blood vessel, having a diameter and having: - one insertion end, referred to as part A, comprising a rod and; - one end, referred to as part C, opposite said part A, of a diameter substantially equal to the diameter of the part A; - one part B situated between the part A and said part C, having a recess in its external face, this recess being present on the entire circumference of the catheter and such that the diameter of the portion B of said catheter is less than the diameter of parts A and C of said catheter; - an inflatable component, housed around a part of the catheter, and positioned in the said recess of catheter, the said inflatable component being designed to be connected to an inflation means positioned on the side of the said part C, and allowing the inflation/deflation of said inflatable component, in a pulsed manner; characterised in that the said parts A, B C are constituted by an hollow pipe. - a catheter, to be inserted into a blood vessel, having a diameter and having: - one insertion end, referred to as part A, comprising a rod and; - one end, referred to as part C, opposite said part A, of a diameter substantially equal to the diameter of the part A; - one part B situated between the part A and said part C, having a recess in its external face, this recess being present on the entire circumference of the catheter and such that the diameter of the portion B of said catheter is less than the diameter of parts A and C of said catheter; - an inflatable component, housed around a part of the catheter, and positioned in the said recess of catheter, the said inflatable component being designed to be connected to an inflation means positioned on the side of the said part C, and allowing the inflation/deflation of said inflatable component, in a pulsed manner; characterised in that the said parts A, B C are constituted by an hollow pipe.