mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving (31, 38) at a display device a series of signals transmitted from a remote-control unit comprising directional keys, wherein the series of signals indicates activation of one of the directional keys; and until detection of reception of a signal indicating release of the activated directional key, repeating: moving an indicator on a grid depicted on the display device, the movement associated with the activated directional key, wherein a jump between opposite borders of the grid is enabled; and waiting (36, 37) a given time; wherein the given time has: a first value T1 in case the indicator is on a border of the grid; a second value T2 after a first move in case the indicator is not on the border; a third value T3 after a number of moves greater than one and lower than a pre-set value in case the indicator is not on the border; and a fourth value T4 after a number of moves at least equal to the pre-set value and in case the indicator is not on the border; wherein T1>T2>T4>T3. receiving (31, 38) at a display device a series of signals transmitted from a remote-control unit comprising directional keys, wherein the series of signals indicates activation of one of the directional keys; and until detection of reception of a signal indicating release of the activated directional key, repeating: moving an indicator on a grid depicted on the display device, the movement associated with the activated directional key, wherein a jump between opposite borders of the grid is enabled; and waiting (36, 37) a given time; wherein the given time has: a first value T1 in case the indicator is on a border of the grid; a second value T2 after a first move in case the indicator is not on the border; a third value T3 after a number of moves greater than one and lower than a pre-set value in case the indicator is not on the border; and a fourth value T4 after a number of moves at least equal to the pre-set value and in case the indicator is not on the border; wherein T1>T2>T4>T3. moving an indicator on a grid depicted on the display device, the movement associated with the activated directional key, wherein a jump between opposite borders of the grid is enabled; and waiting (36, 37) a given time; wherein the given time has: a first value T1 in case the indicator is on a border of the grid; a second value T2 after a first move in case the indicator is not on the border; a third value T3 after a number of moves greater than one and lower than a pre-set value in case the indicator is not on the border; and a fourth value T4 after a number of moves at least equal to the pre-set value and in case the indicator is not on the border; wherein T1>T2>T4>T3. a first value T1 in case the indicator is on a border of the grid; a second value T2 after a first move in case the indicator is not on the border; a third value T3 after a number of moves greater than one and lower than a pre-set value in case the indicator is not on the border; and a fourth value T4 after a number of moves at least equal to the pre-set value and in case the indicator is not on the border; wherein T1>T2>T4>T3.
A foldable counter assembly within the interior of a vehicle, the assembly comprising: a first lower support member and a second lower support member spaced apart from the first lower support member; a first panel having a first end rotatably affixed to the first lower support member and a second end, a first side and a second side; a second panel having a first end rotatably affixed to the second lower support member and a second end, a first side and a second side; the first and second panels configured to be converted from a non-deployed configuration to a substantially horizontal deployed configuration to form a substantially horizontal support surface; and at least one of the first panel and the second panel include a pair of foldable support legs, the foldable support legs being vertically extendable beneath the second end of the respective panel towards a bottom surface of the vehicle when the panel to which it is attached is in the deployed configuration, the extended support legs thereby providing support in the substantial center of the substantially horizontal support surface. a first lower support member and a second lower support member spaced apart from the first lower support member; a first panel having a first end rotatably affixed to the first lower support member and a second end, a first side and a second side; a second panel having a first end rotatably affixed to the second lower support member and a second end, a first side and a second side; the first and second panels configured to be converted from a non-deployed configuration to a substantially horizontal deployed configuration to form a substantially horizontal support surface; and at least one of the first panel and the second panel include a pair of foldable support legs, the foldable support legs being vertically extendable beneath the second end of the respective panel towards a bottom surface of the vehicle when the panel to which it is attached is in the deployed configuration, the extended support legs thereby providing support in the substantial center of the substantially horizontal support surface.
Glass flakes comprising: glass flake substrates; and a coating covering at least a portion of the surface of each of the glass flake substrates and composed of a binder, wherein the binder comprises (a) a lubricant other than silicone, or (b) a lubricant and an aminosilane, the proportion of the lubricant in the binder is 30 mass% or less, and wherein if the binder comprises (a) a lubricant other than silicone, the lubricant comprises at least one selected from the group Ga consisting of: alkyl imidazoline derivatives, fatty acid-polyethylene polyamine condensates, condensates of a fatty acid, polyethyleneimine, and amide-substituted polyethyleneimine, polyethyleneimine polyamide, partially amidated polyethyleneimine, silylated polyamine lubricants, fatty acid amides, saturated or unsaturated fatty acid amides, polyunsaturated fatty acid amides, condensates of a higher saturated fatty acid and higher saturated alcohol, polyethyleneimine, paraffin, fatty acid triglycerides, soybean oil, coconut oil, rapeseed oil, palm oil, candelilla wax, carnauba wax, beeswax, lanolin, animal oils, vegetable oils, hydrogenated products of animal oils and vegetable oils, montan wax, and mineral wax, and wherein if the binder comprises (b) a lubricant and an aminosilane, the lubricant comprises at least one selected from the group Gb consisting of: group Ga and silicone. glass flake substrates; and a coating covering at least a portion of the surface of each of the glass flake substrates and composed of a binder, wherein the binder comprises (a) a lubricant other than silicone, or (b) a lubricant and an aminosilane, the proportion of the lubricant in the binder is 30 mass% or less, and
An implantable vascular access device, comprising a base structure and a substructure, the substructure being adapted for cell adhesion, cell engraftment and proliferation for use in transferring fluid into/out of a human or animal body, wherein the base structure has openings in the range of at least 30 μm and at most 10 mm and the substructure is adhered on the base structure, wherein the substructure is a biological or synthetic polymeric substructure and has openings in the range of 1-30 μm, characterized in that the base structure comprises shape memory alloy and comprises a generally conical body portion having a receptor end adapted to receive a needle and a positioning end adapted to position the end of said needle, and wherein the receptor end is wider than the positioning end.
A destaticizing brush, comprising: a wire spring that performs electrical grounding; a plurality of elongate conductive brush members; and a tape member that has adhesiveness; wherein the wire spring is an elongate conductive member having a circular section and includes a straight portion and a bend portion having a U-shape, the straight portion having a shape extending from a first end of the wire spring toward a second end of the wire spring, the bend portion being formed, between the first end and the second end, in a manner such that the wire spring is bent with respect to the straight portion, wherein the conductive brush members are bent over around an outer periphery of the wire spring and come in contact with the wire spring, wherein the tape member is arranged to adhere, integrally together with a part of the wire spring, including the straight portion and the bend portion, the conductive brush members to the wire spring in a state that the tape member covers the bend portion and an outer periphery of the bent conductive brush members which are bent over, and wherein at least one end of the conductive brush members is exposed from the tape member. a wire spring that performs electrical grounding; a plurality of elongate conductive brush members; and a tape member that has adhesiveness; wherein the wire spring is an elongate conductive member having a circular section and includes a straight portion and a bend portion having a U-shape, the straight portion having a shape extending from a first end of the wire spring toward a second end of the wire spring, the bend portion being formed, between the first end and the second end, in a manner such that the wire spring is bent with respect to the straight portion, wherein the conductive brush members are bent over around an outer periphery of the wire spring and come in contact with the wire spring, wherein the tape member is arranged to adhere, integrally together with a part of the wire spring, including the straight portion and the bend portion, the conductive brush members to the wire spring in a state that the tape member covers the bend portion and an outer periphery of the bent conductive brush members which are bent over, and wherein at least one end of the conductive brush members is exposed from the tape member.
An oscillation tool comprising: a driving unit including a driving source for driving and rotating a driving shaft with an eccentric shaft provided to a tip thereof; a swing arm including a housing portion on one end side of the swing arm, with which the eccentric shaft engages; and an oscillating unit including an oscillating shaft connected to the swing arm, and an amplitude of the oscillating shaft being changed by coupling the driving unit and the oscillating unit to each other so as to freely move relative to each other in a shaft direction of the driving shaft and changing positions of the eccentric shaft on the driving unit side and the housing portion on the oscillating unit side, and characterized in that a spring member for biasing the driving unit and the oscillating unit in a direction so as to be distanced from each other is provided between the driving unit and the oscillating unit. a driving unit including a driving source for driving and rotating a driving shaft with an eccentric shaft provided to a tip thereof; a swing arm including a housing portion on one end side of the swing arm, with which the eccentric shaft engages; and an oscillating unit including an oscillating shaft connected to the swing arm, and an amplitude of the oscillating shaft being changed by coupling the driving unit and the oscillating unit to each other so as to freely move relative to each other in a shaft direction of the driving shaft and changing positions of the eccentric shaft on the driving unit side and the housing portion on the oscillating unit side, and characterized in that a spring member for biasing the driving unit and the oscillating unit in a direction so as to be distanced from each other is provided between the driving unit and the oscillating unit.
A rotor assembly for a permanent magnet electric motor that defines an axis of rotation, the rotor assembly comprising: a jacket member; a magnet member that is received within the jacket member, the magnet member defining a central aperture; a shaft structure with a base member and a biasing projection that projects from the base member, the biasing projection received within the central aperture of the magnet member, the biasing projection biasing the magnet member toward the jacket member in an outward radial direction away from the axis of rotation for retaining the magnet member and the jacket member together, wherein the biasing projection projects axially along the axis of rotation from the base member; characterised in that the biasing projection is resiliently flexible between a neutral position and a loaded position, and wherein the biasing projection is in the loaded position to bias the magnet member toward the jacket member in the outward radial direction. a jacket member; a magnet member that is received within the jacket member, the magnet member defining a central aperture; a shaft structure with a base member and a biasing projection that projects from the base member, the biasing projection received within the central aperture of the magnet member, the biasing projection biasing the magnet member toward the jacket member in an outward radial direction away from the axis of rotation for retaining the magnet member and the jacket member together, wherein the biasing projection projects axially along the axis of rotation from the base member; characterised in that the biasing projection is resiliently flexible between a neutral position and a loaded position, and wherein the biasing projection is in the loaded position to bias the magnet member toward the jacket member in the outward radial direction.
Structure of wellness center characterized in that it comprises: - a support structure arranged to support a main bed at a first predetermined height from a floor of the room in which said structure can be installed, said support structure equipped with supporting side walls defining a wellness area, or grotto, under said main bed, said wellness grotto equipped with an entry through which a user can pass; - a secondary bed arranged within said wellness area, or grotto,, said secondary bed arranged under said main bed at a second height from the floor of said room, with h 2 <h 1; - a treatment bath configured to contain a predetermined amount of water, said treatment bath arranged under said secondary bed and being slidingly mounted on a frame in such a way to be positioned between a withdrawn position, in which said bath is arranged under said secondary bed and a protruding position in which said bath protrudes from said secondary bed, in particular said bath protruding through said entry; - at least one staircase arranged to vertically connect said floor of said room with said first height in such a way to allow a user to reach said main bed. - a support structure arranged to support a main bed at a first predetermined height from a floor of the room in which said structure can be installed, said support structure equipped with supporting side walls defining a wellness area, or grotto, under said main bed, said wellness grotto equipped with an entry through which a user can pass; - a secondary bed arranged within said wellness area, or grotto,, said secondary bed arranged under said main bed at a second height from the floor of said room, with h 2 <h 1; - a treatment bath configured to contain a predetermined amount of water, said treatment bath arranged under said secondary bed and being slidingly mounted on a frame in such a way to be positioned between a withdrawn position, in which said bath is arranged under said secondary bed and a protruding position in which said bath protrudes from said secondary bed, in particular said bath protruding through said entry; - at least one staircase arranged to vertically connect said floor of said room with said first height in such a way to allow a user to reach said main bed.
An electrode comprising a plurality of silicon or silicon-based elements having a smallest dimension in the range of 0.08 μm to 1.00 μm, a first larger dimension at least twice as large as the smallest dimension, and a second larger dimension at least 10 times as large as the smallest dimension, wherein there are multiple contacts between the elements.
Control system (1, 11) for controlling a rotorcraft rotor, said control system (1, 11) comprising at least one control member (3, 13, 23) suitable for piloting said rotor, said control system (1, 11) comprising: - selection means for defining, between two physical abutments (α B, β B) corresponding to the movement limits of said control member (3, 13, 23), at least two disjoint position ranges (P 1, P 11, P 21, P 31) and (P 2, P 12, P 22, P 32) of said control member (3, 13, 23), a first position range (P 1, P 11, P 21, P 31) being defined between at least two first limit values (α 1, α 11, α 21, α 31, β 1, β 21, β 31) about a zero force position (α 0, 0) of the control member (3, 13, 23) and at least one second position range (P 2, P 12, P 22, P 32) being defined between at least one of said at least two first limit values (α 1, α 11, α 21, α 31, β 1, β 21, β 31) and at least one second limit value (α 2, α 12, α 22, α 32, β 2, β 22, β 32), - control means for allocating a first control law to said first position range (P 1, P 11, P 21, P 31) of said control member (3, 13, 23) and a second control law to said second position range (P 2, P 12, P 22, P 32) of said control member (3, 13, 23), said first and second control laws being selected to be distinct from one another. - selection means for defining, between two physical abutments (α B, β B) corresponding to the movement limits of said control member (3, 13, 23), at least two disjoint position ranges (P 1, P 11, P 21, P 31) and (P 2, P 12, P 22, P 32) of said control member (3, 13, 23), a first position range (P 1, P 11, P 21, P 31) being defined between at least two first limit values (α 1, α 11, α 21, α 31, β 1, β 21, β 31) about a zero force position (α 0, 0) of the control member (3, 13, 23) and at least one second position range (P 2, P 12, P 22, P 32) being defined between at least one of said at least two first limit values (α 1, α 11, α 21, α 31, β 1, β 21, β 31) and at least one second limit value (α 2, α 12, α 22, α 32, β 2, β 22, β 32), - control means for allocating a first control law to said first position range (P 1, P 11, P 21, P 31) of said control member (3, 13, 23) and a second control law to said second position range (P 2, P 12, P 22, P 32) of said control member (3, 13, 23), said first and second control laws being selected to be distinct from one another.
A bearing monitoring/analysis system comprising: a. a fluid film bearing; b. an acoustic emission sensor positioned adjacent said bearing, wherein said acoustic emission sensor is configured to collect data from said fluid film bearing to recognize a damaged pad of the fluid film bearing, and the acoustic emission sensor is further defined as being engaged with a radial surface of said fluid film bearing; and c. a second acoustic emission sensor, wherein said second acoustic emission sensor is configured to collect data from said fluid film bearing, and the second acoustic emission sensor is further defined as being engaged with an axial surface of said fluid film bearing. a. a fluid film bearing; b. an acoustic emission sensor positioned adjacent said bearing, wherein said acoustic emission sensor is configured to collect data from said fluid film bearing to recognize a damaged pad of the fluid film bearing, and the acoustic emission sensor is further defined as being engaged with a radial surface of said fluid film bearing; and c. a second acoustic emission sensor, wherein said second acoustic emission sensor is configured to collect data from said fluid film bearing, and the second acoustic emission sensor is further defined as being engaged with an axial surface of said fluid film bearing.
Fuel rail assembly for an internal combustion engine comprising - an elongated tubular fuel rail with a plurality of outlet ports - a plurality of fuel injectors and - a plurality of fuel delivery lines branching off from the fuel rail, each fuel delivery line hydraulically coupling one of the fuel injectors to one of the outlet ports, characterized in that each fuel delivery line has a one-pieced pipe, the pipe - extending from an outlet port of the fuel rail to the respective fuel injector so that it hydraulically couples the fuel injector to the fuel rail, - having a cylindrical connection section adjoining the respective outlet port and a cylindrical injector cup section in which a fuel inlet portion of the respective fuel injector is received, the connection section and the injector cup section having different hydraulic diameters, wherein a reinforcement ring is fixed to the pipe adjacent to the injector cup section. - an elongated tubular fuel rail with a plurality of outlet ports - a plurality of fuel injectors and - a plurality of fuel delivery lines branching off from the fuel rail, each fuel delivery line hydraulically coupling one of the fuel injectors to one of the outlet ports, characterized in that each fuel delivery line has a one-pieced pipe, the pipe - extending from an outlet port of the fuel rail to the respective fuel injector so that it hydraulically couples the fuel injector to the fuel rail, - having a cylindrical connection section adjoining the respective outlet port and a cylindrical injector cup section in which a fuel inlet portion of the respective fuel injector is received, the connection section and the injector cup section having different hydraulic diameters, wherein a reinforcement ring is fixed to the pipe adjacent to the injector cup section.
Measuring device for monitoring the filling of a borehole with a suspension of construction material with a measuring probe for determining the filling in the borehole, with a cable for lifting and lowering the measuring probe, with a guide tube, in which the measuring probe and the cable can be guided, with a geothermal probe comprising at least one tube pair (81, 82), wherein a heat carrier fluid can be passed through the tube pair (81, 82) for heat exchange with an environment, characterized in that a support drum is provided for winding up and/or unwinding the guide tube, in that a cable drum is provided for winding up and unwinding the cable, the geothermal probe is wound onto the support drum.