mhurhangee/ep-ind-claims huggingface dataset:
Annular wheel-trim (1, 1A, 1B, 1C, 1D, 1E) for a wheel that has a floating tyre seat, the said wheel having an axis of rotation, the said wheel comprising a rim which comprises rim lateral parts, each at least one rim lateral part comprising a tyre seat extended axially outwards by a flange, at least one of the tyre seats being a floating seat and the flange axially extending the said floating seat being a floating flange (254, 254B, 254C, 254D), said annular wheel-trim having a shape of revolution generated by a central section comprising a portion of substantially radial mean orientation, comprising fixing elements able to provide removable attachment to the flange (254, 254B, 254C, 254D) of said floating seat, characterized in that the annular wheel-trim has a capacity for elastic deformation that allows it to revert to its initial shape without permanent deformation when the annular wheel-trim is immobilized on a flat test table via a first section A and a second section B unable to move over an arc with a curvilinear length of 430 mm, and when said arc is subjected to deformation moving the said central section axially by a value of 2 mm, while at the same time causing it to depart from the radial orientation by an angle (α) of 5°, and in that the annular wheel-trim experiences permanent deformation or breakage if said arc is subjected to a deformation by axial movement of the said central section by an amount greater than 10 mm while at the same time causing it to depart from the radial orientation by an angle (α) greater than 35°.
A pre-filled syringe for medical usage filled with a hydrogen peroxide solution, comprising: a syringe with: a plunger rod having a gasket, a barrel having a cylindrical shape, a needle mounting part provided at one end of the syringe for discharging the hydrogen peroxide solution therefrom, a cap provided on the needle mounting part for sealing the filled hydrogen peroxide solution, a rod-inserted part provided at the other end of the syringe for inserting the plunger rod, and a flange provided around the rod-inserted part, characterized in that the inner surface of the barrel is made of cycloolefin polymer or cycloolefin copolymer, and the syringe is filled with the hydrogen peroxide solution therein. a plunger rod having a gasket, a barrel having a cylindrical shape, a needle mounting part provided at one end of the syringe for discharging the hydrogen peroxide solution therefrom, a cap provided on the needle mounting part for sealing the filled hydrogen peroxide solution, a rod-inserted part provided at the other end of the syringe for inserting the plunger rod, and a flange provided around the rod-inserted part, the inner surface of the barrel is made of cycloolefin polymer or cycloolefin copolymer, and the syringe is filled with the hydrogen peroxide solution therein.
A method for identifying a short circuit event comprising: measuring a characteristic of a current that is supplied to an electrical system from a power source as an applied voltage and that is conducted through one or more resistive elements of the electrical system; characterized in that the method comprises the steps of determining a resistance change of the one or more resistive elements based at least in part on a difference between the characteristic of the current that is measured and a filtered value of one or more of the characteristic of the current that is measured or the applied voltage supplied by the power source; and identifying the short circuit event based at least in part on the resistance change. measuring a characteristic of a current that is supplied to an electrical system from a power source as an applied voltage and that is conducted through one or more resistive elements of the electrical system; characterized in that the method comprises the steps of determining a resistance change of the one or more resistive elements based at least in part on a difference between the characteristic of the current that is measured and a filtered value of one or more of the characteristic of the current that is measured or the applied voltage supplied by the power source; and identifying the short circuit event based at least in part on the resistance change.
Points heating system for keeping points free from snow and ice using geothermal heat, comprising one or more heat pipes (1, 9), each having a heat absorption zone placed in the ground, a transport zone and a heat-emitting cold zone, which pipes are filled with a working medium, of which the phase change liquid - gas is at the temperature of the geothermal heat source at the respective location, preferably at about 10°C, the points heating system containing no additional components such as sensors, externally driven pumps or heat pumps or other moving parts, and the working medium being able to circulate without externally driven pumps, characterised in that the cold zone consists of a multiply branching heat distribution, the heat-distributing pipes (15a, 15b, 16a, 16b) being heat-conductingly connected to a heating surface or integrated in the heating surface and the heating surface extending almost horizontally.
A memory device comprising: memory device processing circuitry configured to transmit read data to a data channel according to a transmission signaling mode; receive write data from the data channel according to the transmission signaling mode; store the transmission signaling mode; and perform a training operation on the data channel in response to a training request received from an external device, to detect at least one mode parameter in the training operation, to select one of a first transmission signaling mode and a second transmission signaling mode as the transmission signaling mode using the detected mode parameter, and to output mode flag information, associated with the detected mode parameter, to the external device, wherein the at least one parameter comprises at least one of a termination voltage corresponding to the data channel, current consumed by the memory device, and channel loss of the data channel, wherein the first transmission signaling mode is a non-return-to-zero, NRZ, mode, and the second transmission signaling mode is a pulse amplitude modulation 4-level mode. memory device processing circuitry configured to transmit read data to a data channel according to a transmission signaling mode; receive write data from the data channel according to the transmission signaling mode; store the transmission signaling mode; and perform a training operation on the data channel in response to a training request received from an external device, to detect at least one mode parameter in the training operation, to select one of a first transmission signaling mode and a second transmission signaling mode as the transmission signaling mode using the detected mode parameter, and to output mode flag information, associated with the detected mode parameter, to the external device, wherein the at least one parameter comprises at least one of a termination voltage corresponding to the data channel, current consumed by the memory device, and channel loss of the data channel, wherein the first transmission signaling mode is a non-return-to-zero, NRZ, mode, and the second transmission signaling mode is a pulse amplitude modulation 4-level mode.
A pharmaceutical composition for use for treating, preventing or improving premature ejaculation, comprising clomipramine hydrochloride in an amount of 14 to 16 mg as an active ingredient, the composition being taken on demand prior to sexual activity, wherein said pharmaceutical composition comprises 7 to 13 wt% of clomipramine hydrochloride, 70 to 80 wt% of lactose, 7 to 13 wt% of pregelatinized starch and 1 to 5 wt% of sodium starch glycolate based on the total weight of the composition.
A polymorph, wherein the polymorph is a polymorph of compound I or a pharmaceutically acceptable salt thereof or a solvate thereof, wherein the polymorph is polymorph I of the hydrochloride of compound I, wherein the polymorph I has 3 or more than 3 characteristic peaks in X-ray powder diffraction pattern selected from the group consisting of 5.426 ± 0.2°, 9.985 ± 0.2°, 13.424 ± 0.2°, 14.765 ± 0.2°, 25.148 ± 0.2° and 26.566 ± 0.2°.
Suction device, in particular suction device for liquids, of Protection-Class II, with a connection for a vacuum hose, with a drive motor and with at least one electrically non-conductive part (3, 10), characterized in that the electrically non-conductive part (3, 10) for discharging of static voltage is connected to a device via at least a contact element (5, 20, 33) in an electrically conductive manner, which has a capacitor group with at least one capacitor (21, 22), which is connected to a line for discharging of static voltage and emits the voltage into the electrical power network when it exceeds a certain electrical-charge level.
A method for assigning carriers to one or more devices in a wireless network, comprising: assigning a first set of resources related to a first carrier of a first radio access technology, RAT, to a user equipment, UE; assigning a second set of resources related to a second carrier of a second RAT to the UE; receiving control data for the second set of resources in containers for control data of the first RAT over resources of an uplink carrier assigned for communicating control data of the first RAT characterized in that it further comprises transmitting system information for the first RAT and the second RAT over the first carrier; and performing handover for the UE to one or more eNBs over the first carrier such that handover can occur for the first carrier and not the second carrier. assigning a first set of resources related to a first carrier of a first radio access technology, RAT, to a user equipment, UE; assigning a second set of resources related to a second carrier of a second RAT to the UE; receiving control data for the second set of resources in containers for control data of the first RAT over resources of an uplink carrier assigned for communicating control data of the first RAT characterized in that it further comprises transmitting system information for the first RAT and the second RAT over the first carrier; and performing handover for the UE to one or more eNBs over the first carrier such that handover can occur for the first carrier and not the second carrier.
A trimmable rudder system and a hull for a power boat comprising: a steering system for controlling direction of travel of the power boat, the steering system including a steering actuator (38, 40); a pair of rudder assemblies connected to the steering system, each rudder assembly comprising a rudder blade that extends generally vertically into the water and a rudder shaft that is connected to the steering actuator and has a longitudinal axis (y) and that can rotate about the longitudinal axis to rotate the rudder blade for steering the power boat, the hull defining a bow and a stern, a port side and a starboard side; and a joint that is arranged between the hull of the power boat and the rudder assembly so that the rudder shaft can pivot about an axis that extends in a transverse direction through the joint that is generally perpendicular to the longitudinal axis (y) of the rudder shaft, and trim, camber and steering (38, 40) actuators for both steering and trim control of the hull, the actuators configured to selectively and controllably pivot the rudder shaft toward and away from each of the bow and the stern about an axis X of the hull and toward and away from the port side and the starboard side about an axis Z of the hull.. a steering system for controlling direction of travel of the power boat, the steering system including a steering actuator (38, 40); a pair of rudder assemblies connected to the steering system, each rudder assembly comprising a rudder blade that extends generally vertically into the water and a rudder shaft that is connected to the steering actuator and has a longitudinal axis (y) and that can rotate about the longitudinal axis to rotate the rudder blade for steering the power boat, the hull defining a bow and a stern, a port side and a starboard side; and a joint that is arranged between the hull of the power boat and the rudder assembly so that the rudder shaft can pivot about an axis that extends in a transverse direction through the joint that is generally perpendicular to the longitudinal axis (y) of the rudder shaft, and trim, camber and steering (38, 40) actuators for both steering and trim control of the hull, the actuators configured to selectively and controllably pivot the rudder shaft toward and away from each of the bow and the stern about an axis X of the hull and toward and away from the port side and the starboard side about an axis Z of the hull..
A connector comprising: an outer housing that includes an inserting part having a tubular shape, and is fixed to a first surface of a wall part in a state in which the inserting part is inserted into a hole part of the wall part; and an inner housing including a main body that is inserted into the hole part from a second surface side to be engaged with the outer housing, and a projecting part projecting from the main body, wherein the projecting part projects from the main body toward a rear side in an insertion direction (Zin) with respect to the hole part, characterized in that the projecting part is configured such that a rear end surface of the projecting part is located to be flush with the second surface when the main body is completely engaged with the outer housing. an outer housing that includes an inserting part having a tubular shape, and is fixed to a first surface of a wall part in a state in which the inserting part is inserted into a hole part of the wall part; and an inner housing including a main body that is inserted into the hole part from a second surface side to be engaged with the outer housing, and a projecting part projecting from the main body, wherein the projecting part projects from the main body toward a rear side in an insertion direction (Zin) with respect to the hole part,
Composition comprising one or more organic light emitting materials, and one or more organic solvents, characterized in that said composition is solid at a temperature of 50°C and fluid at a higher temperature, preferably at 200°C, and the boiling point of the solvent is at most 400°C at atmospheric pressure.
A display device for the dashboard of a road vehicle; the display device comprises: - a support element which is at least partially curved and comprises a lower portion and an upper portion; - at least one screen, mechanically connected to the support element and configured to be visible to the driver while driving; wherein the screen follows the curvature of the support element so that the concave portion is arranged towards the driver; wherein the screen comprises perimetrically a profile having at least one straight portion and one curvilinear portion; the display device being characterised by the screen comprising at least two sub-screens, configured to project a joint image. - a support element which is at least partially curved and comprises a lower portion and an upper portion; - at least one screen, mechanically connected to the support element and configured to be visible to the driver while driving; wherein the screen follows the curvature of the support element so that the concave portion is arranged towards the driver; wherein the screen comprises perimetrically a profile having at least one straight portion and one curvilinear portion; the display device being characterised by the screen comprising at least two sub-screens, configured to project a joint image.
A low temperature heater for exhausted gas purification processing of a diesel engine, comprising: a housing, in fluid communication with an exhaust pipe of the diesel engine; a glow plug, fixed to the housing via a glow plug seat and configured to introduce fuel, preheat the fuel, and ignite the fuel; a combustion chamber comprising an open end and a closed end, wherein a side wall of the combustion chamber close to the closed end is connected to the glow plug seat and fixed in the housing via the glow plug seat, an end of the glow plug is aligned with an inner space of the combustion chamber; and an intake pipe, wherein fresh air is inputted through the intake pipe, an outlet end of the intake pipe is fixed to the side wall of the combustion chamber, arranged between the glow plug seat and the open end, and extends into the combustion chamber, wherein a centerline of the outlet end of the intake pipe is eccentrically arranged with respect to a centerline of the combustion chamber, and wherein the fresh air inputted from the intake pipe flows along the sidewall of the combustion chamber, characterized in that a spiral heating wire is further provided at the open end of the combustion chamber and configured to block and heat a portion of fuel droplets. a housing, in fluid communication with an exhaust pipe of the diesel engine; a glow plug, fixed to the housing via a glow plug seat and configured to introduce fuel, preheat the fuel, and ignite the fuel; a combustion chamber comprising an open end and a closed end, wherein a side wall of the combustion chamber close to the closed end is connected to the glow plug seat and fixed in the housing via the glow plug seat, an end of the glow plug is aligned with an inner space of the combustion chamber; and an intake pipe, wherein fresh air is inputted through the intake pipe, an outlet end of the intake pipe is fixed to the side wall of the combustion chamber, arranged between the glow plug seat and the open end, and extends into the combustion chamber, wherein a centerline of the outlet end of the intake pipe is eccentrically arranged with respect to a centerline of the combustion chamber, and wherein the fresh air inputted from the intake pipe flows along the sidewall of the combustion chamber, characterized in that a spiral heating wire is further provided at the open end of the combustion chamber and configured to block and heat a portion of fuel droplets.
A process for compressing hydrogen in a membrane reactor; said membrane reactor comprising a first zone separated by a hydrogen transport membrane from a second zone, said first zone having a gas inlet and a product outlet and said second zone having a product outlet; said process comprising: a. feeding a gas comprising a hydrocarbon to said first zone, and allowing a reaction to take place in said first zone so that hydrogen is formed; b. applying an electric field over said hydrogen transport membrane; c. allowing hydrogen to disassociate into electrons and protons in said first zone and allowing protons to selectively pass through the hydrogen transport membrane to a said second zone where protons recombine to form of hydrogen in the second zone; wherein the membrane reactor comprises a pressure regulator at said product outlet from said second zone so that, in operation, the partial pressure of hydrogen in the second zone is higher than the partial pressure of hydrogen in the first zone; and wherein the gas added to the first zone contains water and a hydrocarbon and where the reaction products at the product outlet of the first zone comprise CO and/or CO 2; and wherein the heat emitted from ohmic losses in the membrane is used to heat the first zone. said process comprising: a. feeding a gas comprising a hydrocarbon to said first zone, and allowing a reaction to take place in said first zone so that hydrogen is formed; b. applying an electric field over said hydrogen transport membrane; c. allowing hydrogen to disassociate into electrons and protons in said first zone and allowing protons to selectively pass through the hydrogen transport membrane to a said second zone where protons recombine to form of hydrogen in the second zone; a. feeding a gas comprising a hydrocarbon to said first zone, and allowing a reaction to take place in said first zone so that hydrogen is formed; b. applying an electric field over said hydrogen transport membrane; c. allowing hydrogen to disassociate into electrons and protons in said first zone and allowing protons to selectively pass through the hydrogen transport membrane to a said second zone where protons recombine to form of hydrogen in the second zone; wherein the membrane reactor comprises a pressure regulator at said product outlet from said second zone so that, in operation, the partial pressure of hydrogen in the second zone is higher than the partial pressure of hydrogen in the first zone; and wherein the gas added to the first zone contains water and a hydrocarbon and where the reaction products at the product outlet of the first zone comprise CO and/or CO 2; and wherein the heat emitted from ohmic losses in the membrane is used to heat the first zone.
A method for the regeneration of spent electrolyte from an electrochemical process comprising oxidation of aluminium, the spent electrolyte comprising an aqueous alkaline solution comprising dissolved hydroxide ions of aluminium, wherein said method is performed in a system comprising: • at least one reservoir; • solid-liquid separation means; • concentration means; • agitation means; • inlet for solid and liquid reagent addition; and said method comprises: introducing the aqueous alkaline solution comprising dissolved hydroxide ions of aluminium into said system; producing and separating aluminium-containing solid products comprising LDH and, optionally, comprising solid aluminium hydroxides from said solution and reducing the amount of dissolved hydroxide ions of aluminium in said solution, thus producing a regenerated aqueous alkaline solution comprising reduced amount of dissolved hydroxide ions of aluminium or free of dissolved hydroxide ions of aluminium, wherein producing and separating LDH from said solution comprises: adding metal B ions to said solution in said reservoir to induce precipitation of LDH; separating said LDH from said solution; and optionally drying said LDH. • at least one reservoir; • solid-liquid separation means; • concentration means; • agitation means; • inlet for solid and liquid reagent addition; introducing the aqueous alkaline solution comprising dissolved hydroxide ions of aluminium into said system; producing and separating aluminium-containing solid products comprising LDH and, optionally, comprising solid aluminium hydroxides from said solution and reducing the amount of dissolved hydroxide ions of aluminium in said solution, thus producing a regenerated aqueous alkaline solution comprising reduced amount of dissolved hydroxide ions of aluminium or free of dissolved hydroxide ions of aluminium, adding metal B ions to said solution in said reservoir to induce precipitation of LDH; separating said LDH from said solution; and optionally drying said LDH.