mhurhangee/ep-ind-claims huggingface dataset:
Pneumatic mechanism intended to produce mechanical energy from variations in the surrounding temperature and comprising a first hermetic chamber of variable volume of which the internal pressure can alternately increase and decrease according to the variations in the surrounding temperature, the said first hermetic chamber containing a first mixture of reactants, of coefficient ΔP 1 /ΔT, comprising a first metal alloy arranged in contact with a first gas and capable of giving rise to at least one change of phase according to the variations in the surrounding temperature, characterized in that the pneumatic mechanism comprises a second hermetic chamber of variable volume of which the internal pressure can alternately increase and decrease according to the variations in the surrounding temperature, the said second hermetic chamber containing a second mixture of reactants comprising a second metal alloy arranged in contact with a second gas and capable of giving rise to at least one change of phase according to the variations in the surrounding temperature, the said second mixture of reactants having a coefficient ΔP 2 /ΔT of which the value is different by at least 10% from that of ΔP 1 /ΔT, the said first and second hermetic chambers having a mechanical connection between them such that the volume of one of the said hermetic chambers increases when the volume of the other decreases, the said mechanical connection being connected to a mobile member which can move relatively to the variations in volume of the said chambers.
A package comprising a bag made of a film having an oxygen permeability of 1000 cc/m 2 ·day· atm or less as an amount of oxygen permeated in 24 hours per 1 m 2 of the film under a condition of 25 °C and 65 %RH; and an oxyalkylene group-containing polyvinyl alcohol-based resin packed in the bag. a bag made of a film having an oxygen permeability of 1000 cc/m 2 ·day· atm or less as an amount of oxygen permeated in 24 hours per 1 m 2 of the film under a condition of 25 °C and 65 %RH; and an oxyalkylene group-containing polyvinyl alcohol-based resin packed in the bag.
Cosmetic preparation comprising a) 2-(4'-diethylamino-2'-hydoxybenzoyl)benzoic acid hexyl ester and b) one or more perfume substances selected from the group of the compounds linalool, hexylcinnamal, benzyl salicylate, c) ethylhexyl salicylate and d) C 12 - 15 -alkyl benzoate. a) 2-(4'-diethylamino-2'-hydoxybenzoyl)benzoic acid hexyl ester and b) one or more perfume substances selected from the group of the compounds linalool, hexylcinnamal, benzyl salicylate, c) ethylhexyl salicylate and d) C 12 - 15 -alkyl benzoate.
A method for labeling crowd sourced data, the method comprising: receiving an atmospheric pressure signal from a first mobile device associated with a venue; clustering a plurality of atmospheric pressure signals from a plurality of second mobile devices (202, 204, 206, 208, 210) associated with the venue into a plurality of clusters (302, 304, 306, 308, 310); assigning a label to each of the plurality of clusters (302, 304, 306, 308, 310), the label associated with a floor level in the venue; receiving first signal measurements associated with a wireless network from one or more of the plurality of second mobile devices (202, 204, 206, 208, 210); applying the label to the first signal measurements and storing the labeled first signal measurements in a database accessible to enable one or more third mobile devices to determine the floor level based on second signal measurements associated with a wireless network. receiving an atmospheric pressure signal from a first mobile device associated with a venue; clustering a plurality of atmospheric pressure signals from a plurality of second mobile devices (202, 204, 206, 208, 210) associated with the venue into a plurality of clusters (302, 304, 306, 308, 310); assigning a label to each of the plurality of clusters (302, 304, 306, 308, 310), the label associated with a floor level in the venue; receiving first signal measurements associated with a wireless network from one or more of the plurality of second mobile devices (202, 204, 206, 208, 210); applying the label to the first signal measurements and storing the labeled first signal measurements in a database accessible to enable one or more third mobile devices to determine the floor level based on second signal measurements associated with a wireless network.
An infrared, IR, imaging system (100,1000) comprising: a housing (1590,1640); an optical window (1506,1606) disposed on the housing; an optical detector system (136, 1508) disposed within the housing; a plurality of spatially and spectrally distinct optical channels each comprising an imaging lens for imaging IR radiation arriving from objects onto the optical detector system, each imaging lens having a respective focal length, wherein a first optical channel out of the plurality of optical channels is in focus at the optical window, and wherein the imaging system comprises a filter array (130, 1501) for spectral distinction of the optical channels, and wherein a second optical channel out of the plurality of optical channels is in focus at the optical window, wherein the respective focal length of imaging lens in optical channels of the plurality of optical channels other than the first and second optical channels is longer than the focal lengths of the imaging lenses of the first and second optical channels; and further comprising: a processing unit configured to compare image data from the first and second optical channels to detect obscuration that may degrade operation of the infrared imaging system. a housing (1590,1640); an optical window (1506,1606) disposed on the housing; an optical detector system (136, 1508) disposed within the housing; a plurality of spatially and spectrally distinct optical channels each comprising an imaging lens for imaging IR radiation arriving from objects onto the optical detector system, each imaging lens having a respective focal length, wherein a first optical channel out of the plurality of optical channels is in focus at the optical window, and wherein the imaging system comprises a filter array (130, 1501) for spectral distinction of the optical channels, and wherein a second optical channel out of the plurality of optical channels is in focus at the optical window, wherein the respective focal length of imaging lens in optical channels of the plurality of optical channels other than the first and second optical channels is longer than the focal lengths of the imaging lenses of the first and second optical channels; and further comprising: a processing unit configured to compare image data from the first and second optical channels to detect obscuration that may degrade operation of the infrared imaging system.
Use of Pidotimod for the preparation of a medicament for administration through the intranasal mucosal, route in combination with an intranasally administered mucosal vaccine, useful as an adjuvant in enhancing both the humoral, and cell-mediated specific immune response towards a specific antigen.
Hole-making tool comprising, on one hand, a basic body having a seat, which is delimited by a tangential support surface, an axial support surface, and a radial support surface, which is situated closest to a centre axis of the tool, and on the other hand a replaceable cutting insert, which, in addition to an upper side and an under side, includes a plurality of side contact surfaces, the cutting insert being fixed in the seat by means of a tightening member, which holds the under side of the cutting insert pressed against the tangential support surface of the seat, and two side contact surfaces against the axial and radial support surfaces (20, 21) thereof, characterized in that the interface between the tangential support surface of the seat and the under side of the cutting insert includes a pair of male- and female-like securing means, the female-like securing means includes an elongate guide surface, which extends at an acute angle (β) in relation to the radial support surface, and which approaches the radial support surface in the direction from the axial support surface, the male-like securing means being spaced apart from the guide surface while forming a gap between the two securing means as long as the cutting insert is kept pressed against the axial and radial support surfaces (20, 21) by the cutting forces,
A luminescent glass comprising a glass matrix, wherein said glass matrix comprises at least two layers of glass parts and at least one layer of a complex part which comprises glass materials and fluorescent powder dispersed in said materials, and said at least one layer of the complex part of glass and fluorescent powder is embedded into each layer of the glass parts; wherein said fluorescent powder comprises a fluorescent material which can be excited by violet lights.
A flexible high pressure fluid cleaning lance positioning and drive apparatus comprising: a guide rail having a longitudinal axis; a tractor drive module mounted on the guide rail for movement along the guide rail; and a high pressure fluid hose drive module connected to the tractor drive module on the guide rail operable to propel a flexible high pressure lance hose along an axis parallel to the guide rail longitudinal axis; and an angle guide rotator module mounted on the guide rail and connected to the tractor drive module for adjustably positioning an angle guide tube in registry with an object to be cleaned and guiding the flexible lance hose though the angle guide tube to the object to be cleaned, characterised in that, the tractor drive module is connected to the hose drive module by a conduit for carrying the high pressure lance hose. a guide rail having a longitudinal axis; a tractor drive module mounted on the guide rail for movement along the guide rail; and a high pressure fluid hose drive module connected to the tractor drive module on the guide rail operable to propel a flexible high pressure lance hose along an axis parallel to the guide rail longitudinal axis; and an angle guide rotator module mounted on the guide rail and connected to the tractor drive module for adjustably positioning an angle guide tube in registry with an object to be cleaned and guiding the flexible lance hose though the angle guide tube to the object to be cleaned, characterised in that, the tractor drive module is connected to the hose drive module by a conduit for carrying the high pressure lance hose.
A delivery system for a stent-graft comprising: a tip capture device disposed at a distal end of the delivery system, wherein a proximal stent of a stent-graft is held in a delivery state by the tip capture device; a handle mechanism configured to deploy the proximal stent of the stent-graft, the handle mechanism having a grip component that is rotatable in a first direction to transition the proximal stent from the delivery state to a partially deployed state and that is rotatable in an opposite second direction to transition the proximal stent from the partially deployed state to a fully deployed state, and a tip release actuation component (222, 622) operably coupled to the grip component, wherein rotation of the grip component in each of the first and second directions rotates the tip release actuation component (222, 622) in the first direction; and a shaft component having a proximal end operably coupled to the tip release actuation component (222, 622) and a distal end operably coupled to the tip capture device. a tip capture device disposed at a distal end of the delivery system, wherein a proximal stent of a stent-graft is held in a delivery state by the tip capture device; a handle mechanism configured to deploy the proximal stent of the stent-graft, the handle mechanism having a grip component that is rotatable in a first direction to transition the proximal stent from the delivery state to a partially deployed state and that is rotatable in an opposite second direction to transition the proximal stent from the partially deployed state to a fully deployed state, and a tip release actuation component (222, 622) operably coupled to the grip component, wherein rotation of the grip component in each of the first and second directions rotates the tip release actuation component (222, 622) in the first direction; and a grip component that is rotatable in a first direction to transition the proximal stent from the delivery state to a partially deployed state and that is rotatable in an opposite second direction to transition the proximal stent from the partially deployed state to a fully deployed state, and a tip release actuation component (222, 622) operably coupled to the grip component, wherein rotation of the grip component in each of the first and second directions rotates the tip release actuation component (222, 622) in the first direction; and a shaft component having a proximal end operably coupled to the tip release actuation component (222, 622) and a distal end operably coupled to the tip capture device.
Control unit for automatic turning machine, comprising: a first servomotor to control the position of the tools (17, 19) of the turning machine; a second servomotor to control the advance of a material bar; a transverse axis intended to laterally cross said turning machine to transmit the movements of the first servomotor; a lever mounted at one extremity of said axis opposite to said servomotors (11, 13) and arranged to be set in rotation in a vertical plane by said transverse axis, so as to control the horizontal movement of at least one axial control rod (23, 23') of the position of said tools (17, 19), the group being characterised by mounting elements (10,110,130) for mounting the two said servomotors one below the other on the same side of the turning machine. a first servomotor to control the position of the tools (17, 19) of the turning machine; a second servomotor to control the advance of a material bar; a transverse axis intended to laterally cross said turning machine to transmit the movements of the first servomotor; a lever mounted at one extremity of said axis opposite to said servomotors (11, 13) and arranged to be set in rotation in a vertical plane by said transverse axis, so as to control the horizontal movement of at least one axial control rod (23, 23') of the position of said tools (17, 19), the group being characterised by mounting elements (10,110,130) for mounting the two said servomotors one below the other on the same side of the turning machine.
A catheter assembly, comprising: a flexible elongate member including a distal portion and a proximal portion; a crown element coupled to the distal portion, wherein the crown element includes an annular ring, a first post and, a second post, and wherein the first post and the second post extend perpendicularly from the annular ring; a first pullwire (507,700) anchored to the annular ring by a first loop of the first pullwire looped around the annular ring at the first post, the first pullwire extending along the flexible elongate member from the crown element to the proximal portion of the flexible elongate member such that translation of the first pullwire in a proximal direction deflects the distal portion in a first direction and a second direction; and a second pullwire (507,740) anchored to the annular ring by a second loop of the second pullwire looped around the annular ring at the second post, the second pullwire extending along the flexible elongate member from the crown element to the proximal portion of the flexible elongate member such that translation of the second pullwire deflects the distal portion in a third direction and a fourth direction. a flexible elongate member including a distal portion and a proximal portion; a crown element coupled to the distal portion, wherein the crown element includes an annular ring, a first post and, a second post, and wherein the first post and the second post extend perpendicularly from the annular ring; a first pullwire (507,700) anchored to the annular ring by a first loop of the first pullwire looped around the annular ring at the first post, the first pullwire extending along the flexible elongate member from the crown element to the proximal portion of the flexible elongate member such that translation of the first pullwire in a proximal direction deflects the distal portion in a first direction and a second direction; and a second pullwire (507,740) anchored to the annular ring by a second loop of the second pullwire looped around the annular ring at the second post, the second pullwire extending along the flexible elongate member from the crown element to the proximal portion of the flexible elongate member such that translation of the second pullwire deflects the distal portion in a third direction and a fourth direction.
Transportable apparatus for heating food, including: a container for accommodating the food and an enclosed heating space adjoining the container, which is thermally coupled to the container by a common thermally conductive wall and at the same time is hermetically separate from it, wherein the heating space includes a first chamber and a second chamber, which are separated by a steam-permeable wall, wherein located in the first chamber there is a substance or a substance mixture, which, when a liquid is supplied, produces heat in an exothermic chemical reaction, whereby steam is formed, wherein located in the second chamber there is an adsorption agent, which can adsorb water entering from the first chamber via the steam-permeable wall whilst generating heat, and wherein the second chamber is arranged above at least a portion of the first chamber such that the underside of the second chamber is situated above the reaction mixture in the first chamber produced after supply of the liquid. a container for accommodating the food and an enclosed heating space adjoining the container, which is thermally coupled to the container by a common thermally conductive wall and at the same time is hermetically separate from it, wherein the heating space includes a first chamber and a second chamber, which are separated by a steam-permeable wall, wherein located in the first chamber there is a substance or a substance mixture, which, when a liquid is supplied, produces heat in an exothermic chemical reaction, whereby steam is formed, wherein located in the second chamber there is an adsorption agent, which can adsorb water entering from the first chamber via the steam-permeable wall whilst generating heat, and wherein the second chamber is arranged above at least a portion of the first chamber such that the underside of the second chamber is situated above the reaction mixture in the first chamber produced after supply of the liquid.
A power generation control device of a vessel including an exhaust heat recovery device (23, 26, 31) and a generator, the exhaust heat recovery device recovering exhaust gas energy from an engine and generating electric power using a turbine (23, 26), the power generation control device, characterized in that the power generation control device comprises: a deriving means for deriving an amount of the electric power generated by the exhaust heat recovery device on the basis of a physical amount of gas at an inlet of the turbine (23, 26), a physical amount of the gas at an outlet of the turbine (23, 26), and parameters related to the exhaust heat recovery device; a calculating means for calculating a difference between the amount of the electric power derived by the deriving means and an amount of the electric power needed in the vessel; a first control means for controlling the exhaust heat recovery device on the basis of the amount of the electric power derived by the deriving means; and a second control means for controlling the generator on the basis of the difference calculated by the calculating means. a deriving means for deriving an amount of the electric power generated by the exhaust heat recovery device on the basis of a physical amount of gas at an inlet of the turbine (23, 26), a physical amount of the gas at an outlet of the turbine (23, 26), and parameters related to the exhaust heat recovery device; a calculating means for calculating a difference between the amount of the electric power derived by the deriving means and an amount of the electric power needed in the vessel; a first control means for controlling the exhaust heat recovery device on the basis of the amount of the electric power derived by the deriving means; and a second control means for controlling the generator on the basis of the difference calculated by the calculating means.
A device for reversible indication of applied pressure by a colour change comprising; a translucent layer; a coloured layer comprising an elastomer; and an apertured layer, comprising one or more apertures; wherein the apertured layer is disposed between the translucent layer and the coloured layer. a translucent layer; a coloured layer comprising an elastomer; and an apertured layer, comprising one or more apertures;
A brain electrode device comprising: one or more macroelectrodes; a plurality of microelectrodes encompassed within each macroelectrode of the one or more macroelectrodes; the brain electrode device characterized in that a plurality of additional electrodes that are larger than the microelectrodes are encompassed within each macroelectrode of the one or more macroelectrodes, wherein each microelectrode and each macroelectrode is electrically isolated, and wherein, for each of the one or more macroelectrodes, the plurality of microelectrodes and the plurality of additional electrodes define together a fractal structure. one or more macroelectrodes; a plurality of microelectrodes encompassed within each macroelectrode of the one or more macroelectrodes; the brain electrode device characterized in that a plurality of additional electrodes that are larger than the microelectrodes are encompassed within each macroelectrode of the one or more macroelectrodes, wherein each microelectrode and each macroelectrode is electrically isolated, and wherein, for each of the one or more macroelectrodes, the plurality of microelectrodes and the plurality of additional electrodes define together a fractal structure. a plurality of additional electrodes that are larger than the microelectrodes are encompassed within each macroelectrode of the one or more macroelectrodes, wherein each microelectrode and each macroelectrode is electrically isolated, and wherein, for each of the one or more macroelectrodes, the plurality of microelectrodes and the plurality of additional electrodes define together a fractal structure.