mhurhangee/ep-ind-claims huggingface dataset:
A solid oxide fuel cell, comprising: a power generation part of a solid oxide fuel cell, comprising: a fuel electrode for allowing a fuel gas to be reacted by bringing the fuel gas into contact therewith; an electrolyte film provided on the fuel electrode and formed of a solid electrolyte; and an air electrode for allowing a gas containing oxygen to be reacted, the air electrode being provided on the electrolyte film so that the electrolyte film is sandwiched between the fuel electrode and the air electrode; characterized in that the solid oxide fuel cell further comprises: a thin-plate-like interconnector formed of an electrically conductive ceramics material, one surface of both surfaces of the interconnector being connected to the fuel electrode; and an electrically conductive film connected to another surface of the both surfaces of the interconnector, the electrically conductive film being formed of an electrically conductive ceramics material having property of exhibiting a smaller electrical conductivity at higher temperature within a range of 650 to 850°C and comprising an N-type semiconductor material represented by a chemical formula of LaNi 1-x-y Cu x Fe y O 3 where relationships of x>0, y>0, and x+y<1 are satisfied. a power generation part of a solid oxide fuel cell, comprising: a fuel electrode for allowing a fuel gas to be reacted by bringing the fuel gas into contact therewith; an electrolyte film provided on the fuel electrode and formed of a solid electrolyte; and an air electrode for allowing a gas containing oxygen to be reacted, the air electrode being provided on the electrolyte film so that the electrolyte film is sandwiched between the fuel electrode and the air electrode; a fuel electrode for allowing a fuel gas to be reacted by bringing the fuel gas into contact therewith; an electrolyte film provided on the fuel electrode and formed of a solid electrolyte; and an air electrode for allowing a gas containing oxygen to be reacted, the air electrode being provided on the electrolyte film so that the electrolyte film is sandwiched between the fuel electrode and the air electrode; a thin-plate-like interconnector formed of an electrically conductive ceramics material, one surface of both surfaces of the interconnector being connected to the fuel electrode; and an electrically conductive film connected to another surface of the both surfaces of the interconnector, the electrically conductive film being formed of an electrically conductive ceramics material having property of exhibiting a smaller electrical conductivity at higher temperature within a range of 650 to 850°C and comprising an N-type semiconductor material represented by a chemical formula of LaNi 1-x-y Cu x Fe y O 3 where relationships of x>0, y>0, and x+y<1 are satisfied.
Anti-vibration device for a through hole of a base of a rear part of a functional device suitable for being secured to a wall inclined with respect on a horizontal plane, said anti-vibration device comprising a spacer, comprising a passage suitable for being crossed by a screw (VS, VI) secured to said wall, and a part d 'damping, deformable, fitted onto said spacer and intended to be housed at least partially in said through hole, characterized in that said damping part comprises at least one protuberance extending radially above said passage and deforming, during a phase of pre-holding said base with respect to said screw (VS, VI), in order to be pressed against a end of said spacer having an end portion partially housed between two adjacent portions of a thread of said screw (VS, VI) to prevent disengagement of said screw (VS, VI).
A wrist-worn electronic device, comprising: an antenna that receives externally transmitted radio signals; a case that includes a cylindrical external case member that is made from a non-conductive material and a round back cover that is attached to the cylindrical external case member and is made of a conductive material; an information display unit that is housed inside the case, is flat, is made of a non-conductive material and is a dial with a disk shape; and a reception unit that is positioned and housed inside the case between the information display unit and the back cover, and adapted to process a reception signal based on radio signals received by the antenna; wherein the antenna has an antenna electrode that is disposed and formed as a line around the outside of the information display unit and an annular dielectric substrate to which the antenna electrode is disposed and that shortens the radio signal wavelength; wherein the antenna is an unbalanced loop antenna not requiring a balun, wherein the back cover is connected to the ground potential of the reception unit and reflects the radio signals, and the back cover is made with a larger outside dimension than the outside dimension of the antenna electrode, and wherein the distance between the antenna electrode and the back cover is set to 0.10 to 0.25 times of the received wavelength which is shortened by the dielectric substrate. an antenna that receives externally transmitted radio signals; a case that includes a cylindrical external case member that is made from a non-conductive material and a round back cover that is attached to the cylindrical external case member and is made of a conductive material; an information display unit that is housed inside the case, is flat, is made of a non-conductive material and is a dial with a disk shape; and a reception unit that is positioned and housed inside the case between the information display unit and the back cover, and adapted to process a reception signal based on radio signals received by the antenna; wherein the antenna has an antenna electrode that is disposed and formed as a line around the outside of the information display unit and an annular dielectric substrate to which the antenna electrode is disposed and that shortens the radio signal wavelength; wherein the antenna is an unbalanced loop antenna not requiring a balun, wherein the back cover is connected to the ground potential of the reception unit and reflects the radio signals, and the back cover is made with a larger outside dimension than the outside dimension of the antenna electrode, and wherein the distance between the antenna electrode and the back cover is set to 0.10 to 0.25 times of the received wavelength which is shortened by the dielectric substrate.
A pressure switch comprising: a pressure-sensitive element which partitions a low pressure chamber and a high pressure chamber and is configured to be deflected depending on a pressure variation in the high pressure chamber; a transmission element configured to transmit a deflection of the pressure-sensitive element to a portion in a subsequent stage by moving along a predetermined forward/backward movement direction upon receiving the deflection; and a switching means configured to switch its conductive state from a first state into a second state when the transmission element has moved forward to a first position with regard to the forward/backward movement direction, wherein the switching means is further configured to switch its conductive state from the second state into the first state when the transmission element has moved backward to a second position, the second position being located more backward than the first position with regard to the forward/backward movement direction; characterized in that the pressure switch further comprises: a positioning means configured to position the transmission element in the forward/backward movement direction at an intermediate position between the first position and the second position in a freely releasable manner; characterised by a reset means configured to release positioning the transmission element by the positioning means to bring the transmission element into a free state in which the transmission element is movable along the forward/backward movement direction. a pressure-sensitive element which partitions a low pressure chamber and a high pressure chamber and is configured to be deflected depending on a pressure variation in the high pressure chamber; a transmission element configured to transmit a deflection of the pressure-sensitive element to a portion in a subsequent stage by moving along a predetermined forward/backward movement direction upon receiving the deflection; and a switching means configured to switch its conductive state from a first state into a second state when the transmission element has moved forward to a first position with regard to the forward/backward movement direction, wherein the switching means is further configured to switch its conductive state from the second state into the first state when the transmission element has moved backward to a second position, the second position being located more backward than the first position with regard to the forward/backward movement direction; characterized in that the pressure switch further comprises: a positioning means configured to position the transmission element in the forward/backward movement direction at an intermediate position between the first position and the second position in a freely releasable manner;
A fuel pressure regulator (1,201) comprising a bore (5,205) within which is located a valve member (3,203) moveable from a non-regulating position of the fuel pressure regulator (1,201), wherein a first end (11,211) of the bore (5,205) is closed, to a regulating position of the fuel pressure regulator (1,201), wherein the first end of the bore (5,205) is open, a control fuel line connection (8,208) positioned at a second end (9,209) of the bore (5,205), such that, in use, any fuel entering the bore (5,205) through the control fuel line connection (8,208) acts upon a thrust surface (12,212) provided on the valve member (3,203) resulting in a force acting on the valve member (3,203) in a direction to open the fuel pressure regulator (1,201), an upper clearance (6,206) between the valve member (3,203) and the second end (9,209) of the bore (5,205), a fuel spill line connection (13,213) positioned in the bore (5,205) such that, in use, any fuel entering the bore (5,205) through the fuel spill line connection (13,213) enters a region between the first end (11,211) and the second end (9,209) of the bore (5,205), characterised in that there is provided a lower clearance(30,230) in the bore (5,205) between the first end (11,211) and the second end (9,209), and a leak passageway connected from a point between the lower clearance(30,230) and the second end (9,209) of the bore (5,205), and a fuel return line connection (14,214), such that, in normal operating use, a fuel flow path from the fuel spill line connection (13,213) to the fuel return line connection (14,214) is kept open when the fuel pressure regulator (1,201) is in the non-regulating position.
An analyte sensor, comprising an equilibrium fluorescence indicator system and at least one antioxidant, wherein the equilibrium fluorescence indicator system is immobilized within a first polymer matrix and the at least one antioxidant is immobilized within a second polymer matrix that forms an exterior coating around the first polymer matrix.
An antenna-coupled radio frequency, RF, probe with a probe tip that is replaceable, the antenna-couple RF probe comprising: the probe tip; one or more transmission lines connected to the probe tip, wherein the one or more transmission lines connected to the probe tip comprise one or more of coplanar waveguides, striplines, microstrips, micro-coaxes, photonic crystal waveguides, Goubau lines, planar corrugated lines and three-dimensional transmission lines; one or more antenna on the probe tip connected to the one or more transmission lines; and a probe body, wherein the probe body comprises at least a focusing device and one or more collimating structures, wherein the focusing device comprises one of a hyperhemispherical high-resistivity silicon lens, a convex lens, a Fresnel zone plat or flat lens, a photonic crystal, a horn antenna, and a micro-lens array that focuses signals received by the focusing device from the one or more antennas such that they are routed to a desired location by the collimating device, and wherein the collimating device comprises one or more minors used to route the signals to the desired location, said desired location comprising a horn antenna a directive aperture, a dielectric rod or a travelling-wave antenna. the probe tip; one or more transmission lines connected to the probe tip, wherein the one or more transmission lines connected to the probe tip comprise one or more of coplanar waveguides, striplines, microstrips, micro-coaxes, photonic crystal waveguides, Goubau lines, planar corrugated lines and three-dimensional transmission lines; one or more antenna on the probe tip connected to the one or more transmission lines; and a probe body, wherein the probe body comprises at least a focusing device and one or more collimating structures, wherein the focusing device comprises one of a hyperhemispherical high-resistivity silicon lens, a convex lens, a Fresnel zone plat or flat lens, a photonic crystal, a horn antenna, and a micro-lens array that focuses signals received by the focusing device from the one or more antennas such that they are routed to a desired location by the collimating device, and wherein the collimating device comprises one or more minors used to route the signals to the desired location, said desired location comprising a horn antenna a directive aperture, a dielectric rod or a travelling-wave antenna.
Motorhome with a chassis which has at least one rear axle and which has, at least in some areas, a ladder-like vehicle frame extending along the vehicle longitudinal axis and on which a superstructure is arranged, characterized in that an intermediate support structure is arranged between the vehicle frame and the superstructure, the intermediate support structure comprising a central beam extending along the vehicle longitudinal axis and several cantilevers attached thereto and extending transversely thereto.
A pharmaceutical composition comprising an inclusion complex of ivabradine, or a pharmaceutically acceptable salt thereof, in amorphous form in non-substituted β-cyclodextrin and one or more pharmaceutically acceptable excipients, wherein the weight ratio of ivabradine, or a pharmaceutically acceptable salt thereof, to the non-substituted β-cyclodextrin ranges from 1:1 to 1:2.5.
Non-invasive method for locating a structure, such as a nerve, in a zone of a body having an outer surface (Se), comprising insonifying the structure from the outer surface to stimulate the structure with a beam (Fu) focussed at a precise focal point, produced by a focussed ultrasound transducer of the HIFU type, monitoring the response of the structure to the stimulation, characterized in that it comprises - if there is an effect, displaying the position of the insonification of the structure by marking the position of the structure on an image displayed on a screen of an imaging apparatus (2, 21, 22) mechanically coupled to the focussed ultrasound transducer such that the imaging apparatus (2, 21, 22) and the focussed ultrasound transducer are secured to one another and the imaging apparatus (2, 21, 22) tracks the focal point of the ultrasound beams, or - if there is no effect, changing the position of the focussed ultrasound transducer, and in that the depth of the structure is determined from the acoustic time of flight of the ultrasound beam (Fu) in the zone to said structure and the rate of propagation of the stimulation. - if there is an effect, displaying the position of the insonification of the structure by marking the position of the structure on an image displayed on a screen of an imaging apparatus (2, 21, 22) mechanically coupled to the focussed ultrasound transducer such that the imaging apparatus (2, 21, 22) and the focussed ultrasound transducer are secured to one another and the imaging apparatus (2, 21, 22) tracks the focal point of the ultrasound beams, or - if there is no effect, changing the position of the focussed ultrasound transducer, and in that
A method for estimating a depth of unfocused plenoptic data, comprising: determining a level of homogeneity of micro-lens images of unfocused plenoptic data; wherein the level of the homogeneity of each microlens image is determined by estimating a measure of homogeneity from each microlens image, and assigning the estimated metric to all of the determined pixels of the corresponding microlens image; determining pixels of the micro-lens images of the unfocused plenoptic data which either have disparities equal to zero or belong to homogeneous areas as a function of the determined level of homogeneity of the micro-lens images of the unfocused plenoptic data wherein pixels are grouped by belonging to the parts of the scene that are in focus and to non-textured areas of the scene; and estimating the depth of the unfocused plenoptic data by a disparity estimation of pixels of the micro-lens images of the unfocused plenoptic data except the determined pixels. determining a level of homogeneity of micro-lens images of unfocused plenoptic data; wherein the level of the homogeneity of each microlens image is determined by estimating a measure of homogeneity from each microlens image, and assigning the estimated metric to all of the determined pixels of the corresponding microlens image; determining pixels of the micro-lens images of the unfocused plenoptic data which either have disparities equal to zero or belong to homogeneous areas as a function of the determined level of homogeneity of the micro-lens images of the unfocused plenoptic data wherein pixels are grouped by belonging to the parts of the scene that are in focus and to non-textured areas of the scene; and estimating the depth of the unfocused plenoptic data by a disparity estimation of pixels of the micro-lens images of the unfocused plenoptic data except the determined pixels.
An apparatus comprising: an atomizing nozzle component able to eject fluid substantially as a mist and affixed to an extension member comprising a deformable element, wherein the extension member is effective to receive fluid communicating through the extension member from a fluid motive source; characterised by a maximum characteristic size of a frontal area of the body of the atomizing nozzle component is less than about 0.2 inch (0.5 cm), and a ratio of the maximum characteristic size of a frontal area of the body to a maximum characteristic size of a frontal area of the extension member is less than about 1.1, the apparatus further comprising a sleeve element structured to form a lap joint with respect to a distal end of the extension member. an atomizing nozzle component able to eject fluid substantially as a mist and affixed to an extension member comprising a deformable element, wherein the extension member is effective to receive fluid communicating through the extension member from a fluid motive source; characterised by a maximum characteristic size of a frontal area of the body of the atomizing nozzle component is less than about 0.2 inch (0.5 cm), and a ratio of the maximum characteristic size of a frontal area of the body to a maximum characteristic size of a frontal area of the extension member is less than about 1.1, the apparatus further comprising a sleeve element structured to form a lap joint with respect to a distal end of the extension member.
An electric hub device comprising fixing hub shafts (24, 25), a hub body rotatable with respect to the hub shafts (24, 25), and a motor that rotates the hub body, wherein the motor is provided in the hub body, the motor includes a rotating body provided with a rotating shaft and a housing accommodating the rotating body, the rotating shaft of the motor and the hub body move in synchronization with each other via a speed reduction mechanism provided in the hub body, the speed reduction mechanism includes a sun gear formed on the rotating shaft, an annular gear provided in the hub body, and rotatable planetary gears that mesh with the sun gear and the annular gear, the housing has a recess that is dented inward in an axial direction of the hub shafts (24, 25), and the sun gear, the annular gear, and the planetary gears are placed in the recess, wherein the electric hub device further comprises a support member attached to the recess of the housing, the planetary gears are rotatably supported in the recess by the housing and the support member, and the annular gear is disposed outside the support member in a radial direction, characterized in that the annular gear is rotatably supported by the support member via a bearing.
Distributing machine - in particular, an agricultural distributing machine - for dispensing granular material - in particular, seed and/or fertilizer - comprising at least one storage container for storing the material to be dispensed, at least one outlet region, which is arranged in the lower region of the storage container and has at least one, rotatably-driven agitating device arranged inside the storage container, wherein the agitating device comprises at least one agitator shaft and at least one, preferably disk-shaped, agitator element, and wherein the agitator element is arranged in a preferably rotationally-secure manner on the agitator shaft, wherein the agitator element has a multi-part - preferably, two-part - design, and the agitator element encloses the agitator shaft at least partially - preferably, completely - characterized in that the agitator element is constructed of several sector-shaped - preferably, circular sector-shaped - segments (21, 22), wherein at least one, sector-shaped segment (21, 22) has, at least in one of its end regions, at least one, flexible latching hook cooperating with another sector-shaped segment (21, 22).
A beam comprising a first portion having a substantially U-shaped cross-section, wherein the U-shape comprises a bottom and a first and a second side wall (2, 3), and wherein the first and/or the second side wall (2,3) comprises a first substantially straight portion (2a; 3a), a second substantially straight portion (2b; 3b) and a side transition zone (10; 11; 12) between the first and the second substantially straight portion, characterised in that, the side transition zone (10; 11; 12) is arranged between 50 - 90% of a height of the side wall, and wherein the side transition zone comprises a substantially straight portion and wherein the first and second substantially straight portions of the side wall are substantially parallel and the side transition zone is not parallel to the first and second substantially straight portions, and wherein the straight portion of the side transition zone is inclined with respect to the bottom of the U-shape.