mhurhangee/ep-ind-claims huggingface dataset:
A coating, in particular for a bipolar plate of a fuel cell or an electrolyser, wherein the coating consists of a homogeneous or heterogeneous solid metallic solution, which either contains a first chemical element from the group of noble metals in the form of iridium at a concentration of at least 99 at% or contains a first chemical element from the group of noble metals in the form of iridium and a second chemical element from the group of noble metals in the form of ruthenium, wherein the first chemical element and the second chemical element are present in total in a concentration of at least 99 at%, and further contains at least one non-metallic chemical element from the group comprising nitrogen, carbon and fluorine, wherein the at least one non-metallic chemical element is present in the layer in a concentration in the range from 0.1 to 1 at% and wherein, furthermore, oxygen and hydrogen are only present in traces.
Arrangement for mounting a portable device in a piece of equipment having a stylistic facade, notably in a motor vehicle, the stylistic facade being provided with an opening providing access to a housing able to accept the portable device, the arrangement comprising: - a base fixed to the bottom of the housing, - a mobile support (30, 34) that can be moved with respect to the base between a pushed-in position in which it is close to the base and a free position in which it is distant from the base, the mobile support (30, 34) having a main wall able to accept the portable device, - a retention device (26, 32, 40, 56) which keeps the mobile support (30, 34) in its free and pushed-in positions, so that in the pushed-in position the front face of the portable device lies flush with the opening and is in surface continuity with the stylistic facade of the piece of equipment and, in the free position, the main wall (36, 38) of the mobile support (30, 34) lies flush with the opening and is in surface continuity with the stylistic facade of the piece of equipment, characterized in that the mobile support (30, 34) comprising a generic support independent of the model of mobile device and a thickness adapter that is interchangeable and specific to one particular model of mobile device, the thickness adapter being arranged on the generic support, its thickness being chosen according to the thickness of the mobile device so that in the pushed-in position the front face of the mobile device of that said model is in surface continuity with the stylistic facade. - a base fixed to the bottom of the housing, - a mobile support (30, 34) that can be moved with respect to the base between a pushed-in position in which it is close to the base and a free position in which it is distant from the base, the mobile support (30, 34) having a main wall able to accept the portable device, - a retention device (26, 32, 40, 56) which keeps the mobile support (30, 34) in its free and pushed-in positions,
An aerosol generation device comprising: a load configured to heat an aerosol generation article by using power that is supplied from a power source, the aerosol generation article comprising an aerosol-forming substrate configured to hold or carry at least one of an aerosol source and a flavor source; and a control unit configured to acquire a temperature of the load and to control the power to be supplied from the power source to the load by feedback control, characterised in that the control unit is configured to control the power that is supplied from the power source to the load, based on comparison between an operation value obtained in the feedback control and a predetermined value, wherein the operation value and the predetermined value are values indicative of duty ratio relating to a respective power supplied to the load, and wherein the control unit is configured to obtain a larger value of the operation value and the predetermined value in the comparison between the operation value and the predetermined value, and configured to control the power that is supplied from the power source to the load, based on the larger value. a load configured to heat an aerosol generation article by using power that is supplied from a power source, the aerosol generation article comprising an aerosol-forming substrate configured to hold or carry at least one of an aerosol source and a flavor source; and a control unit configured to acquire a temperature of the load and to control the power to be supplied from the power source to the load by feedback control, characterised in that the control unit is configured to control the power that is supplied from the power source to the load, based on comparison between an operation value obtained in the feedback control and a predetermined value, wherein the operation value and the predetermined value are values indicative of duty ratio relating to a respective power supplied to the load, and wherein the control unit is configured to obtain a larger value of the operation value and the predetermined value in the comparison between the operation value and the predetermined value, and configured to control the power that is supplied from the power source to the load, based on the larger value. configured to obtain a larger value of the operation value and the predetermined value in the comparison between the operation value and the predetermined value, and configured to control the power that is supplied from the power source to the load, based on the larger value.
A scialytic LED lamp, particularly for operating rooms and the like, comprising a plurality of LEDs and at least one reflector which directs the light of the LEDs onto an operating field, characterized in that it comprises: - a first ring that comprises a plurality of first LED light sources, - a first annular reflector, comprising a first concave reflective surface that is configured to focus a first light radiation emitted by said first LED light sources onto a second annular reflector, - said second annular reflector, comprising a second concave reflective surface that is configured to focus said first light radiation onto an operating area, said first light radiation being reflected twice, initially by said first annular reflector and then by said second annular reflector; - a second ring that comprises a plurality of second LED light sources, - a third annular reflector, comprising a third concave reflective surface that is configured to focus a second light radiation (21, 22) emitted by said second LED light sources onto a fourth annular reflector, - said a fourth annular reflector, comprising a fourth concave reflective surface configured to focus said first light radiation onto said operating area, said second light radiation (21, 22) being reflected twice, initially by said third annular reflector and said by said fourth annular reflector, a first light radiation emitted by said first LED light sources being reflected initially by said first annular reflector and then by said second annular reflector in order to illuminate an operating area, a second light radiation (21, 22) emitted by said second LED light sources being reflected initially by said third annular reflector and then by said fourth annular reflector in order to illuminate said operating area. - a first ring that comprises a plurality of first LED light sources, - a first annular reflector, comprising a first concave reflective surface that is configured to focus a first light radiation emitted by said first LED light sources onto a second annular reflector, - said second annular reflector, comprising a second concave reflective surface that is configured to focus said first light radiation onto an operating area, said first light radiation being reflected twice, initially by said first annular reflector and then by said second annular reflector; - a second ring that comprises a plurality of second LED light sources, - a second ring that comprises a plurality of second LED light sources, - a third annular reflector, comprising a third concave reflective surface that is configured to focus a second light radiation (21, 22) emitted by said second LED light sources onto a fourth annular reflector, - said a fourth annular reflector, comprising a fourth concave reflective surface configured to focus said first light radiation onto said operating area,
A lubricating composition comprising: (a) an oil of lubricating viscosity; (b) a first dispersant comprising a product prepared by heating together: (i) a first dispersant substrate; (ii) a mercapto-thiadiazole compound; (iii) a borating agent; and (iv) optionally a dicarboxylic acid of an aromatic compound selected from the group consisting of 1,3 diacids and 1,4 diacids, and (v) optionally a phosphorus acid compound, said heating being sufficient to provide a product of (i), (ii), (iii) and optionally (iv) and optionally (v), which is soluble in an oil of lubricating viscosity, wherein said first dispersant is prepared by an "ene" reaction; (c) a second dispersant, wherein 0 mole % to less than 50 mole % of the second dispersant molecules contain a carbocyclic ring, wherein said second dispersant is prepared by an "ene" reaction; and (d) a corrosion inhibitor, wherein said corrosion inhibitor comprises an oil soluble 2,5-dimercapto-1,3,4-thiadiazole, other than (b); wherein component (b) is present at 0.1 wt % to 10 wt %, wherein component (c) is present from 0.1 wt % to 10 wt %, and wherein component (d) is present from 0.005 wt % to 5 wt %. (a) an oil of lubricating viscosity; (b) a first dispersant comprising a product prepared by heating together: (i) a first dispersant substrate; (ii) a mercapto-thiadiazole compound; (iii) a borating agent; and (iv) optionally a dicarboxylic acid of an aromatic compound selected from the group consisting of 1,3 diacids and 1,4 diacids, and (v) optionally a phosphorus acid compound, said heating being sufficient to provide a product of (i), (ii), (iii) and optionally (iv) and optionally (v), which is soluble in an oil of lubricating viscosity, wherein said first dispersant is prepared by an "ene" reaction; (i) a first dispersant substrate; (ii) a mercapto-thiadiazole compound; (iii) a borating agent; and (iv) optionally a dicarboxylic acid of an aromatic compound selected from the group consisting of 1,3 diacids and 1,4 diacids, and (v) optionally a phosphorus acid compound, said heating being sufficient to provide a product of (i), (ii), (iii) and optionally (iv) and optionally (v), which is soluble in an oil of lubricating viscosity, wherein said first dispersant is prepared by an "ene" reaction; (c) a second dispersant, wherein 0 mole % to less than 50 mole % of the second dispersant molecules contain a carbocyclic ring, wherein said second dispersant is prepared by an "ene" reaction; and (d) a corrosion inhibitor, wherein said corrosion inhibitor comprises an oil soluble 2,5-dimercapto-1,3,4-thiadiazole, other than (b); wherein component (b) is present at 0.1 wt % to 10 wt %, wherein component (c) is present from 0.1 wt % to 10 wt %, and wherein component (d) is present from 0.005 wt % to 5 wt %.
Modular housing structure comprising a plurality of modular elements each having a relative bearing structure defining an inner housing volume, and relative removable union means (10a, 10b) for the reciprocal connection, associated with said bearing structure, where each of said modular elements comprises relative removable union means (10a, 10b) for the reciprocal connection, wherein said union means (10a, 10b) are associated with said bearing structure and are magnetic, where each of said bearing structures defines a relative basement and where at least one supporting element is associated with the basement of a plurality of said modular elements by means of relative anchoring means (12a, 12b), characterized by the fact that said anchoring means (12a, 12b) are magnetic.
Hybrid transmission for a motor vehicle, comprising a main gearbox and a single electric machine, wherein the main gearbox is a mechanical gearbox with a plurality of gears and comprises at least one primary shaft adapted to be connected to a drive shaft of the internal combustion engine of the vehicle, and at least one secondary shaft adapted to be connected to the vehicle wheels, wherein the electric machine is releasably connected both to said at least one primary shaft and to said at least one secondary shaft by means of a connection gear set (30, 44), which includes a first gearwheel idly mounted on said at least one primary shaft and a second gearwheel idly mounted on said at least one secondary shaft and directly or indirectly meshing with said first gearwheel, so as to allow the transmission of the torque between the electric machine and said at least one primary shaft and at least one secondary shaft, wherein the transmission further comprises a first coupling device interposed between the electric machine and said at least one primary shaft to control the connection between the electric machine and said at least one primary shaft, and a second coupling device interposed between the electric machine and said at least one secondary shaft to control the connection between the electric machine and said at least one secondary shaft, wherein said first coupling device is shiftable into an engaged position, in which it connects said first gearwheel for rotation with the respective primary shaft, and into a disengaged position, in which it disconnects said first gearwheel from the respective primary shaft, and said second coupling device is shiftable at least into an engaged position, in which it connects said second gearwheel for rotation with the respective secondary shaft, and into a disengaged position, in which it disconnects said second gearwheel from the respective secondary shaft, in such a manner that with said first coupling device in the engaged position the electric machine is able to transmit torque to the primary shaft on which said first gearwheel is mounted, while with said second coupling device in the engaged position the electric machine is able to transmit torque to the secondary shaft on which said second gearwheel is mounted, characterized in that it further comprises a secondary gearbox with two or more gears coupled to the electric machine so as to allow to change the transmission ratio between the electric machine and the main gearbox.
A rotary hydraulic machine comprising a casing containing pistons actuated by an input shaft, this casing having a transverse front face provided so as to come to rest on a support, and a transverse rear face receiving a rear cover supporting manifolds connected to these pistons, the casing including lateral fixing lugs (30, 40), each having a front face, a rear tightening surface, forming front and rear axial ends respectively, and an axial bore terminating by the rear tightening surface, provided so as to receive a tightening element of this machine on the support, characterized in that at least one lug forms an axially elongate pad, the height of which between the axial ends is greater than half the length of this casing comprised between its front and rear transverse faces (28, 34).
A method of casting a reinforced slab-shaped building element having a length, a width and a thickness, said slab-shaped building element comprising an upper concrete plate anchored to a lower concrete plate with a top surface and a bottom surface, said upper concrete plate being cast from relatively higher strength concrete laid out upon said top surface, said lower concrete plate being of a less strong first type concrete, said lower concrete plate including a base contiguous with a plurality of raised portions integral therewith, characterised in that said raised portions being spaced apart in the direction of said length and said width, said plurality of raised portions defining between them a network of recesses (17, 29), at least some of said recesses (17, 29) including reinforcing bars, said raised portions and said recesses (17, 29) together defining said top surface, said method comprising the steps of: i) providing a first mold (100, 1000) defining a support for said lower plate being cast and at least one second mold (120, 1200) having an internal shape corresponding to a respective one of said raised portions, ii) preparing a first type concrete, iii) filling said at least one second mold (120, 1200) with said first type concrete and discharging said first type concrete from said at least one second mold (120, 1200) into said first mold (100, 1000) to form said lower plate, iv) at least partially curing said first type concrete discharged into said first mold (100, 1000), v) laying out said reinforcing bars into at least some of said recesses (17, 29), vi) preparing a higher-strength type concrete stronger than said first type concrete, and vii) using said lower plate as a third mold to complete said slab-shaped building element by applying said higher-strength type concrete upon said top surface to cast said upper plate.
Heat transfer process using a compression system having at least one stage successively comprising a step of evaporation of a refrigerant fluid, a step of compression, a step of condensation of said fluid at a temperature between 70 and 140°C, preferably between 95 and 125°C, and a step of expansion of said fluid characterized in that the refrigerant fluid comprises from 60 to 95 wt% of 1,1,1,3,3-pentafluoropropane and from 5 to 40 wt% of at least one hydrocarbon chosen from n-pentane, isopentane and cyclopentane.
Method for characterising transparent objects (2,3) in a transparent medium, said transparent objects (2,3) presenting an optical focal area (5,6) said method comprising the steps of: - illuminating a sample comprising the objects (2,3) to be characterised by means of a directional light source thereby inducing light intensity peaks (5,6) at the focal area of said transparent objects, said focal area being a real focal area behind or a virtual area ahead of said object(2,3); - recording an holographic representation of the illuminated sample; - reconstructing from said holographic representation a three dimensional representation of the light field intensity induced by said sample; - scanning the three dimensional representation of the light field intensity for determining the light intensity peaks (5,6) presenting an intensity higher than a predetermined threshold, each of said light intensity peak (5,6) corresponding to one object (2,3); - determining at least one characteristic of the induced light intensity peak (5,6), said at least one peak characteristic being selected from the group consisting of the distance between the light intensity peak and the corresponding object, the area of the light intensity peak and the intensity of the light intensity peak. determining from said at least one characteristic of the light intensity peak (5,6) at least one property of said object (2,3). - illuminating a sample comprising the objects (2,3) to be characterised by means of a directional light source thereby inducing light intensity peaks (5,6) at the focal area of said transparent objects, said focal area being a real focal area behind or a virtual area ahead of said object(2,3); - recording an holographic representation of the illuminated sample; - reconstructing from said holographic representation a three dimensional representation of the light field intensity induced by said sample; - scanning the three dimensional representation of the light field intensity for determining the light intensity peaks (5,6) presenting an intensity higher than a predetermined threshold, each of said light intensity peak (5,6) corresponding to one object (2,3); - determining at least one characteristic of the induced light intensity peak (5,6), said at least one peak characteristic being selected from the group consisting of the distance between the light intensity peak and the corresponding object, the area of the light intensity peak and the intensity of the light intensity peak.
A device for processing a programmable logic controller, PLC, program, the device comprising: a storage containing PLC programs and a program block table defining storage locations of each of the PLC programs, wherein one PLC program is stored in one program block, respectively; and a controller; characterized in that, when a modified PLC program is received, the controller is configured to determine a start address of a storage location with referring to the program block table, a block number of the modified PLC program, and size information of the modified PLC program; to store the modified PLC program in the storage based on the determined start address, wherein the program block table includes a block number corresponding to each PLC program and size information of each PLC program; to determine the start address of the storage location where the modified PLC program is to be stored by summing sizes of all of PLC programs corresponding to block numbers smaller than a block number of the modified PLC program block; and to execute the modified PLC program. a storage containing PLC programs and a program block table defining storage locations of each of the PLC programs, wherein one PLC program is stored in one program block, respectively; and a controller; when a modified PLC program is received, the controller is configured to determine a start address of a storage location with referring to the program block table, a block number of the modified PLC program, and size information of the modified PLC program; to store the modified PLC program in the storage based on the determined start address, wherein the program block table includes a block number corresponding to each PLC program and size information of each PLC program; to determine the start address of the storage location where the modified PLC program is to be stored by summing sizes of all of PLC programs corresponding to block numbers smaller than a block number of the modified PLC program block; and to execute the modified PLC program.
A method for producing a silica aerogel blanket, comprising: a step of producing a silica sol; a step of preparing a wet gel-base material composite by immersing a base material for blanket in the silica sol, and adding a base to perform gelation; a step of aging the wet gel-base material composite; a step of surface modifying the aged wet gel-base material composite; and a step of supercritical drying the surface-modified wet gel-base material composite to produce a silica aerogel blanket, characterized by: recovering a supercritical waste liquid generated after performing the step of supercritical drying; neutralizing the recovered supercritical waste liquid by adding an acid; and reusing the neutralized supercritical waste liquid in the step of producing a silica sol. a step of producing a silica sol; a step of preparing a wet gel-base material composite by immersing a base material for blanket in the silica sol, and adding a base to perform gelation; a step of aging the wet gel-base material composite; a step of surface modifying the aged wet gel-base material composite; and a step of supercritical drying the surface-modified wet gel-base material composite to produce a silica aerogel blanket, characterized by: recovering a supercritical waste liquid generated after performing the step of supercritical drying; neutralizing the recovered supercritical waste liquid by adding an acid; and reusing the neutralized supercritical waste liquid in the step of producing a silica sol. recovering a supercritical waste liquid generated after performing the step of supercritical drying; neutralizing the recovered supercritical waste liquid by adding an acid; and reusing the neutralized supercritical waste liquid in the step of producing a silica sol.