mhurhangee/ep-ind-claims huggingface dataset:
A cooking oven, particularly of the household electrical type, comprising a supporting and housing structure with a cooking recess adapted to receive the dishes; heating means arranged in thermal exchange relationship with the cooking recess; and a humidification device adapted to inject moisture into the cooking recess, wherein said humidification device comprises water amount supplying means and water nebulization means, wherein the nebulization means comprise a piezoelectric aerosol generator, wherein the water Supplying means comprise an atomization tank supplied with water by said reservoir, and adapted to contain a water portion in contact with said piezoelectric aerosol generator. wherein said atomization tank is configured as a container separated from the reservoir and supplied therefrom through a feeding opening. wherein the cooking oven comprises valve means adapted to control the water passage through the feeding opening as a function of a water level in the atomization tank, and as a function of a water level relative to the piezoelectric aerosol generator, characterized in that the valve means are selected from the group consisting of: - a float valve; - a valve which is elastically biased in a closed configuration, so as to close the feeding opening whenever a preset water upper level suitable to a proper_functioning of the piezoelectric aerosol generator is exceeded in the atomization tank, and so as to open the feeding opening whenever the water in the atomization tank falls below a preset water lower level suitable to the proper functioning of the piezoelectric aerosol generator. - a float valve; - a valve which is elastically biased in a closed configuration,
A vehicle comprising: - a chassis which has a longitudinal axis and which is supported by wheels (3, 4); - a cab mounted on the chassis, the cab including two side walls; - a wind deflecting assembly comprising at least two side deflector panels, each side deflector panel having a front edge linked to a rear portion of the corresponding cab side wall and a rear edge, and extending vertically over at least part of the height of the corresponding cab side wall rear portion; characterized in that it further comprises at least one lighting assembly which is mounted on one of the side deflector panels and which includes at least a working lamp configured to illuminate an area located rearward of the cab. - a chassis which has a longitudinal axis and which is supported by wheels (3, 4); - a cab mounted on the chassis, the cab including two side walls; - a wind deflecting assembly comprising at least two side deflector panels, each side deflector panel having a front edge linked to a rear portion of the corresponding cab side wall and a rear edge, and extending vertically over at least part of the height of the corresponding cab side wall rear portion;
A converter, comprising: a first converter module (222; 410); and a second converter module (224; 420) coupled to the first converter module (222; 410) in a nested manner; wherein each of the first converter module (222; 410) and the second converter module (224; 420) comprises a plurality of switch units (228, 232, 234, 236; 238, 242, 244, 246); and wherein when the converter is operated to perform power conversion, at least two of the plurality of switch units (228, 232, 234, 236; 238, 242, 244, 246) are configured to be switched both in a complementary pattern and a non-complementary pattern; characterized in that when the converter is operated to perform power conversion, at least one switching signal supplied to at least one of the plurality of switch units (228, 232, 234, 236; 238, 242, 244, 246) is blocked to reduce the switching numbers during at least part of a time period of a switching control cycle. a first converter module (222; 410); and a second converter module (224; 420) coupled to the first converter module (222; 410) in a nested manner; wherein each of the first converter module (222; 410) and the second converter module (224; 420) comprises a plurality of switch units (228, 232, 234, 236; 238, 242, 244, 246); and wherein when the converter is operated to perform power conversion, at least two of the plurality of switch units (228, 232, 234, 236; 238, 242, 244, 246) are configured to be switched both in a complementary pattern and a non-complementary pattern; characterized in that when the converter is operated to perform power conversion, at least one switching signal supplied to at least one of the plurality of switch units (228, 232, 234, 236; 238, 242, 244, 246) is blocked to reduce the switching numbers during at least part of a time period of a switching control cycle.
A process for the preparation of a shaped MOF, the process comprising: a) providing a first reactant comprising at least one metal in ionic form and a second reactant comprising at least one organic ligand capable of associating with said metal in ionic form, and optionally a solvent; b) allowing the first and second reactants to react to form a MOF; and c) forming a shaped body directly from the mixture of step b) using an extruder or continuous kneader; wherein the initial ratio of the at least one metal in ionic form to the at least one organic ligand is controlled such that shaped bodies having a crush strength of at least 6.9 N/mm are formed without the use of an external binder or lubricant. a) providing a first reactant comprising at least one metal in ionic form and a second reactant comprising at least one organic ligand capable of associating with said metal in ionic form, and optionally a solvent; b) allowing the first and second reactants to react to form a MOF; and c) forming a shaped body directly from the mixture of step b) using an extruder or continuous kneader;
A message communications system of the type Aircraft Communications Addressing and Reporting System, ACARS, comprising at least one on-board piece of equipment harbouring an application adapted for transmitting and/or receiving ACARS messages, a router adapted for routing said messages towards or from a plurality of sub-networks (HF/VHF/SATCOM), characterized in that: said equipment and said router are connected to a network of the type Avionics Full-Duplex Switched Ethernet, AFDX, and that said application is adapted for dynamic registration at the router, via said network, the router only routing said messages if said application is actually registered thereat; said application registers at said router by transmitting thereto a registration request and by receiving therefrom a registration confirmation; the registration request and the possible registration confirmation are transmitted by means of a protocol stack APOTA on Trivial File Transfer Protocol/ User Datagram Protocol/Internet Protocol, APOTA/TFTP/UDP/IP, wherein APOTA designates a protocol adaptation layer between a TFTP layer and the application, on the side of the equipment, and a protocol adaptation layer between an Arinc 618 layer and a TFTP layer, on the router side. said equipment and said router are connected to a network of the type Avionics Full-Duplex Switched Ethernet, AFDX, and that said application is adapted for dynamic registration at the router, via said network, the router only routing said messages if said application is actually registered thereat; said application registers at said router by transmitting thereto a registration request and by receiving therefrom a registration confirmation; the registration request and the possible registration confirmation are transmitted by means of a protocol stack APOTA on Trivial File Transfer Protocol/ User Datagram Protocol/Internet Protocol, APOTA/TFTP/UDP/IP, wherein APOTA designates a protocol adaptation layer between a TFTP layer and the application, on the side of the equipment, and a protocol adaptation layer between an Arinc 618 layer and a TFTP layer, on the router side.
Light applicator system for the examination and/or treatment of an organic body, wherein the light applicator system has at least one light applicator and a positioning element, wherein the light applicator has a distal-side insertion section with at least one active light-emitting element at the distal end for the penetration of tissue of the organic body, wherein the insertion section has a needle tip, which, at least partially, is arranged distally from the at least one active light-emitting element, and tapers to a point in the distal direction, wherein the positioning element can be fixed at least temporarily in a defined position and orientation relative to the organic body and has at least one repository for the at least one light applicator, in which the at least one light applicator has, at least temporarily, a defined orientation relative to the organic body, characterised in that the light applicator has a protective sleeve which is axially movable relative to the insertion section; it encloses the needle tip in a protective manner in a first axial position relative to the insertion section, and in a second axial position, determined by an axial position of the insertion section relative to the positioning element, is pushed back in a proximal direction from the needle tip relative to the insertion section, wherein the protective sleeve serves as an insertion sleeve into the at least one repository of the positioning element. wherein the light applicator has a distal-side insertion section with at least one active light-emitting element at the distal end for the penetration of tissue of the organic body, wherein the insertion section has a needle tip, which, at least partially, is arranged distally from the at least one active light-emitting element, and tapers to a point in the distal direction, wherein the positioning element can be fixed at least temporarily in a defined position and orientation relative to the organic body and has at least one repository for the at least one light applicator, in which the at least one light applicator has, at least temporarily, a defined orientation relative to the organic body, characterised in that the light applicator has a protective sleeve which is axially movable relative to the insertion section; it encloses the needle tip in a protective manner in a first axial position relative to the insertion section, and in a second axial position, determined by an axial position of the insertion section relative to the positioning element, is pushed back in a proximal direction from the needle tip relative to the insertion section, wherein the protective sleeve serves as an insertion sleeve into the at least one repository of the positioning element.
A vacuum cleaner for cleaning a surface, comprising a housing (32, 34) having a suction nozzle, and a source of suction in fluid communication with the suction nozzle for generating a suction path through the housing; wherein a brush assembly is provided on the housing outside the suction nozzle and configured to sweep dirt toward the suction path, the brush assembly comprising: a shaft attached to the housing; a brush head for contacting the surface to be cleaned and rotatably mounted about the shaft, characterized in that there is provided a spring biasing the brush head away from the housing; wherein the spring-biased brush head adjusts to accommodate variations in the height and/or texture of the surface to be cleaned as the housing is moved over the surface to be cleaned. a shaft attached to the housing; a brush head for contacting the surface to be cleaned and rotatably mounted about the shaft, characterized in that there is provided a spring biasing the brush head away from the housing;
A rotary electric machine, comprising a stator and a rotor, wherein the rotor comprises: a rotating shaft having a groove portion extending in an axial direction; and a rotor core which is formed of electromagnetic steel plates laminated in the axial direction of the rotating shaft and in which a shaft hole through which the rotating shaft is inserted is formed on each of the electromagnetic steel plates, the rotary core is formed by laminating first steel plates consisting of one or more electromagnetic steel plates having a first protrusion portion to be accommodated in the groove portion of the rotating shaft and second steel plates consisting of one or more electromagnetic steel plates having a second protrusion portion to be accommodated in the groove portion of the rotating shaft, characterized in that the length in the width direction of the second protrusion portion is shorter than the length in the width direction of the first protrusion portion by the length in the width direction of the first engaging portion on both sides of the first protrusion portion, the first protrusion portion of the first steel plate has a first engaging portion deformed by a side surface of the groove portion of the rotating shaft, and at least a part of the first engaging portion of the first steel plate is arranged in a space formed between the second protrusion portion of the second steel plate and a side surface of the groove portion of the rotating shaft. a rotating shaft having a groove portion extending in an axial direction; and a rotor core which is formed of electromagnetic steel plates laminated in the axial direction of the rotating shaft and in which a shaft hole through which the rotating shaft is inserted is formed on each of the electromagnetic steel plates, the rotary core is formed by laminating first steel plates consisting of one or more electromagnetic steel plates having a first protrusion portion to be accommodated in the groove portion of the rotating shaft and second steel plates consisting of one or more electromagnetic steel plates having a second protrusion portion to be accommodated in the groove portion of the rotating shaft, characterized in that the length in the width direction of the second protrusion portion is shorter than the length in the width direction of the first protrusion portion by the length in the width direction of the first engaging portion on both sides of the first protrusion portion, the first protrusion portion of the first steel plate has a first engaging portion deformed by a side surface of the groove portion of the rotating shaft, and at least a part of the first engaging portion of the first steel plate is arranged in a space formed between the second protrusion portion of the second steel plate and a side surface of the groove portion of the rotating shaft.
A security element for the protection of objects of value, comprising - a substrate - having a multitude of particles (23, 25) which are suitable for the representation of at least two distinguishable information states, characterized in that - the change between the information states is reversible and - is effected under the action of gravity and, optionally, an external mechanical force. - a substrate - having a multitude of particles (23, 25) which are suitable for the representation of at least two distinguishable information states, - the change between the information states is reversible and - is effected under the action of gravity and, optionally, an external mechanical force.
Device for covering a surface comprising: (a) A substantially rectangular cover having two longitudinal edges opposite one another and two transverse edges opposite one another, each longitudinal edge being provided with a bead extending along said edge, (b) a rotationally mounted drum suitable for winding or unwinding the cover, said drum being mounted on a longitudinal translation mechanism comprising rails placed on either side of said surface and each consisting of a profile having an opening on one of its faces and oriented away from the surface to be covered, said face comprising at least one wing situated on the side adjacent to the surface to be covered and partially closing said opening; (c) a system for fixing said cover at a transverse end of the surface such that the translation and the rotation of the drum result in the unwinding/winding of the cover over the surface to be covered; (d) a continuous system for locking the bead of the longitudinal edges of the cover in the opening of said rails enabling the bead to be engaged under the wing as the cover is unwound and to be disengaged as it is rewound, characterized in that said bead is formed by a core of substantially prismatic geometry, preferably substantially cylindrical, contained in a tubular sheath provided over its entire length with a strip fixed to at least one face of the cover, and the core of the bead is fixed to the tubular sheath so as to prevent it from slipping along the sheath, while maintaining a flexibility of the bead that is sufficient for the operations of unwinding/winding the cover over the surface to be covered. (a) A substantially rectangular cover having two longitudinal edges opposite one another and two transverse edges opposite one another, each longitudinal edge being provided with a bead extending along said edge, (b) a rotationally mounted drum suitable for winding or unwinding the cover, said drum being mounted on a longitudinal translation mechanism comprising rails placed on either side of said surface and each consisting of a profile having an opening on one of its faces and oriented away from the surface to be covered, said face comprising at least one wing situated on the side adjacent to the surface to be covered and partially closing said opening; (c) a system for fixing said cover at a transverse end of the surface such that the translation and the rotation of the drum result in the unwinding/winding of the cover over the surface to be covered; (d) a continuous system for locking the bead of the longitudinal edges of the cover in the opening of said rails enabling the bead to be engaged under the wing as the cover is unwound and to be disengaged as it is rewound,
A flat sensor device for use in measurements on a subject, the flat sensor device comprising an array of near field electromagnetic sensor cells, the sensor device comprising: a near field electromagnetic sensor unit comprising a sensing surface by which the device is adapted to face a region of interest of the subject, said sensing surface comprising a conduction layer comprising the plurality of sensor cells configured to define an array of sensing regions in spaced-apart relationship within said sensing surface, and the array of near field electromagnetic sensor cells, each being associated with one of said sensing regions, the sensing regions being surrounded by an electrically conductive material of said conduction layer; and a flexible signal transmission structure integrated with said near field electromagnetic sensor unit in a co-planar configuration such that the signal transmission structure and the near field electromagnetic sensor unit have at least one common continuous surface, said flexible signal transmission structure comprising a first layer including an array of signal connection lines associated with said sensor cells and a second electrically conductive layer being electrically coupled to said conduction layer of the sensing surface. a near field electromagnetic sensor unit comprising a sensing surface by which the device is adapted to face a region of interest of the subject, said sensing surface comprising a conduction layer comprising the plurality of sensor cells configured to define an array of sensing regions in spaced-apart relationship within said sensing surface, and the array of near field electromagnetic sensor cells, each being associated with one of said sensing regions, the sensing regions being surrounded by an electrically conductive material of said conduction layer; and a sensing surface by which the device is adapted to face a region of interest of the subject, said sensing surface comprising a conduction layer comprising the plurality of sensor cells configured to define an array of sensing regions in spaced-apart relationship within said sensing surface, and the array of near field electromagnetic sensor cells, each being associated with one of said sensing regions, the sensing regions being surrounded by an electrically conductive material of said conduction layer; and a flexible signal transmission structure integrated with said near field electromagnetic sensor unit in a co-planar configuration such that the signal transmission structure and the near field electromagnetic sensor unit have at least one common continuous surface, said flexible signal transmission structure comprising a first layer including an array of signal connection lines associated with said sensor cells and a second electrically conductive layer being electrically coupled to said conduction layer of the sensing surface.
A device for the transfer of cryogenic product from a first floating structure for storing cryogenic product to a second fixed or floating structure for storing cryogenic product, comprising pipes configured to transport the cryogenic product between a duct linked to the first structure and a duct linked to the second structure, said pipes being rigid, buoyancy means for carrying the pipes and connection means for fluidically connecting the pipes in pairs, said connection means being suitable for transporting the cryogenic product and allowing at least one degree of freedom, wherein each buoyancy means comprises a pipe support enabling pipe sliding and a support for pipe fastening to the buoyancy means.
A pressure reduction mechanism (10, 110) to be provided upstream of a steam trap so as to reduce a pressure of a fluid to be supplied into the steam trap, comprising a pressure reduction part, wherein the pressure reduction part includes a flow-passage narrowing portion, and the flow-passage narrowing portion defines and forms a hole extending in a flow direction and having such a dimension as to always permit a free flow of steam therethrough. a pressure reduction part, wherein the pressure reduction part includes a flow-passage narrowing portion, and the flow-passage narrowing portion defines and forms a hole extending in a flow direction and having such a dimension as to always permit a free flow of steam therethrough.
A combination composition, characterized by comprising particles containing vildagliptin or a pharmaceutically acceptable salt or polymorph of vildagliptin, and particles containing gliclazide or a pharmaceutically acceptable salt or polymorph of gliclazide wherein particles or granules in gliclazide part are in a controlled release form.
Sensor arrangement of a vehicle, comprising: - a control device, - a multiplicity of sensors, wherein each sensor has an individual sensor identifier, - a data bus that connects each sensor to the control device, and - a supply line that connects each sensor to the control device for the supply of voltage, wherein each sensor has a shunt resistor, wherein all shunt resistors are integrated in series into the supply line, wherein each sensor is configured to detect a voltage drop across its respective shunt resistor, and wherein the control device is configured: - to actuate each sensor using the individual sensor identifier, and - to assign an individual geographical address to each sensor based on the detected voltage drops along the supply line. - a control device, - a multiplicity of sensors, wherein each sensor has an individual sensor identifier, - a data bus that connects each sensor to the control device, and - a supply line that connects each sensor to the control device for the supply of voltage, wherein each sensor has a shunt resistor, wherein all shunt resistors are integrated in series into the supply line, wherein each sensor is configured to detect a voltage drop across its respective shunt resistor, and wherein the control device is configured: - to actuate each sensor using the individual sensor identifier, and - to assign an individual geographical address to each sensor based on the detected voltage drops along the supply line. - to actuate each sensor using the individual sensor identifier, and - to assign an individual geographical address to each sensor based on the detected voltage drops along the supply line.