mhurhangee/ep-ind-claims huggingface dataset:
A railway unit on which a semi-trailer is intended to be loaded, which includes a locking system for the kingpin of said semi-trailer comprising a receiving structure provided to receive said kingpin, and which includes a general pipe for supplying fluid supplying and commanding in particular the brakes of the railway unit, characterized in that it further includes an impact detection device comprising the following means: - a rigid connecting piece connected to the receiving structure, the impacts experienced by the receiving structure being transmitted to said rigid connecting piece; - at least one connecting shaft by which the rigid connecting piece is connected to the railway unit, this connecting shaft being mounted on the railway unit, received pivoting in an oblong provided in the rigid connecting piece and able to move in the oblong over a limited travel D provided on each side in the oblong; - at least one shear pin inserted through the connecting shaft and the oblong that prevents the connecting shaft from moving in the oblong, this shear pin being provided to break in case of impact exceeding a certain threshold and then allowing the connecting shaft to move in the oblong; - at least one bypass pipe mounted as a bypass on the general pipe of the railway unit, this bypass pipe being secured to the rigid connecting piece; - at least one cutoff tool secured to the railway unit, which cuts off a part of the bypass pipe when a shear pin is broken and a connecting shaft is moving in the oblong associated with it. - a rigid connecting piece connected to the receiving structure, the impacts experienced by the receiving structure being transmitted to said rigid connecting piece; - at least one connecting shaft by which the rigid connecting piece is connected to the railway unit, this connecting shaft being mounted on the railway unit, received pivoting in an oblong provided in the rigid connecting piece and able to move in the oblong over a limited travel D provided on each side in the oblong; - at least one shear pin inserted through the connecting shaft and the oblong that prevents the connecting shaft from moving in the oblong, this shear pin being provided to break in case of impact exceeding a certain threshold and then allowing the connecting shaft to move in the oblong; - at least one bypass pipe mounted as a bypass on the general pipe of the railway unit, this bypass pipe being secured to the rigid connecting piece; - at least one cutoff tool secured to the railway unit, which cuts off a part of the bypass pipe when a shear pin is broken and a connecting shaft is moving in the oblong associated with it.
A method of manufacturing a multilayer structure on a first support made of a first material having a first Young's modulus, the method comprising the successive steps of: providing a second support covered with the multilayer structure, the multilayer structure having a planar surface opposite to the second support, the second support being made of a second material having a second Young's modulus different from the first Young's modulus; applying to said surface first deformations which vary according to the crystallographic directions of the second support; performing a molecular bonding of the first support onto said surface, the molecular bonding causing the occurrence of second deformations in said surface in the absence of the first deformations, the first deformations being opposite to the second deformations; and removing the second support, the resulting relative deformations in said surface being smaller than 5 ppm. providing a second support covered with the multilayer structure, the multilayer structure having a planar surface opposite to the second support, the second support being made of a second material having a second Young's modulus different from the first Young's modulus; applying to said surface first deformations which vary according to the crystallographic directions of the second support; performing a molecular bonding of the first support onto said surface, the molecular bonding causing the occurrence of second deformations in said surface in the absence of the first deformations, the first deformations being opposite to the second deformations; and removing the second support, the resulting relative deformations in said surface being smaller than 5 ppm.
A power conversion system, comprising: an inverter including a plurality of switching devices (S1-S6) operable according to switching control signals to provide AC output power to drive a load; and a controller providing the switching control signals to the inverter to regulate the inverter output currents (IA, IB, IC) at least partially according to a frequency or speed setpoint value (21, 31) via a control algorithm characterized in that the control algorithm has a bandwidth one or more magnitudes lower than a resonant frequency of a filter coupled between the inverter and the load. an inverter including a plurality of switching devices (S1-S6) operable according to switching control signals to provide AC output power to drive a load; and a controller providing the switching control signals to the inverter to regulate the inverter output currents (IA, IB, IC) at least partially according to a frequency or speed setpoint value (21, 31) via a control algorithm characterized in that the control algorithm has a bandwidth one or more magnitudes lower than a resonant frequency of a filter coupled between the inverter and the load.
A supporting device for a brush holder, configured for supporting the brush holder of a motor in a housing of the motor, wherein the supporting device comprises: a base which is configured to be seated on an inside bottom surface of the motor housing; and at least two first supporting posts (40, 50) which extend from a circumference of the base along an axial direction of the motor and are distributed uniformly along the circumference of the base, wherein each first supporting post (40, 50) comprises a bottom end connected with the base and a top end (42, 52) for supporting the brush holder characterized in that in a plane perpendicular to a central axis of the motor, each first supporting post (40, 50) has a generally channel shaped cross section, the generally channel shaped cross section being constituted with a circumferential segment extending along a circumferential direction of the base and radial segments (44, 46) extending radially inward from two ends of the circumferential segment respectively. a base which is configured to be seated on an inside bottom surface of the motor housing; and at least two first supporting posts (40, 50) which extend from a circumference of the base along an axial direction of the motor and are distributed uniformly along the circumference of the base, wherein each first supporting post (40, 50) comprises a bottom end connected with the base and a top end (42, 52) for supporting the brush holder characterized in that in a plane perpendicular to a central axis of the motor, each first supporting post (40, 50) has a generally channel shaped cross section, the generally channel shaped cross section being constituted with a circumferential segment extending along a circumferential direction of the base and radial segments (44, 46) extending radially inward from two ends of the circumferential segment respectively.
Refrigerating plant with ejector, operating with a refrigerator according to a vapour compression cycle and comprising in a main circuit: - a condenser; - an expansion device positioned downstream of the condenser; -an evaporator positioned downstream of the expansion device; -compression means which are positioned downstream of the evaporator and comprise a first low pressure compression stage fluidically connected to the evaporator and a second high pressure compression stage fluidically connected to the condenser; comprising: - an ejector positioned between the two compression stages (215a, 215b), which comprises a first inlet for a driving flow, a second inlet for a driven flow and an outlet for ejection of the mixture of the two flows, said ejector being fluidically connected to the first low pressure stage at the second inlet and to the second high pressure stage at the outlet; - a receiver of liquid positioned in the main circuit between the outlet of the ejector and the second high pressure stage, in said receiver the refrigerant ejected by the ejector separating into the liquid phase and the vapour phase; - a secondary branch which connects the receiver in parallel to the first inlet of the ejector, the vapour phase of the refrigerant being aspirated by the second high pressure stage of the compression means; characterized in that the secondary branch comprises at least one pump which recirculates the liquid phase at the first inlet of the ejector. - an ejector positioned between the two compression stages (215a, 215b), which comprises a first inlet for a driving flow, a second inlet for a driven flow and an outlet for ejection of the mixture of the two flows, said ejector being fluidically connected to the first low pressure stage at the second inlet and to the second high pressure stage at the outlet; - a receiver of liquid positioned in the main circuit between the outlet of the ejector and the second high pressure stage, in said receiver the refrigerant ejected by the ejector separating into the liquid phase and the vapour phase; - a secondary branch which connects the receiver in parallel to the first inlet of the ejector, the vapour phase of the refrigerant being aspirated by the second high pressure stage of the compression means; characterized in that the secondary branch comprises at least one pump which recirculates the liquid phase at the first inlet of the ejector.
A combination comprising an oncolytic adenovirus and a CDK4/6 inhibitor, wherein the adenovirus is replicating in a YB-1 dependent manner and wherein the adenovirus is lacking expression of E1A13S.
A method for the production of a holographic sensor which comprises a support medium forming a volume reflection hologram wherein the support medium interacts with its physical or chemical environment to create an optical response which is a change in one or more optical properties of the hologram, the method of producing the volume reflection hologram comprising the steps of: a) distributing colloidal dispersion of an absorbing material throughout the support medium; and b) ablating the colloidal particles of the absorbing material using a pulsed laser to form the volume reflection hologram in the support medium. a) distributing colloidal dispersion of an absorbing material throughout the support medium; and b) ablating the colloidal particles of the absorbing material using a pulsed laser to form the volume reflection hologram in the support medium.
Laminated core of a stator or a rotor of a permanent magnet biased or current biased combined radial-axial magnetic bearing, said laminated core comprising a solid stack of flat soft-magnetic individual laminations, whereby said solid stack shows the topological property of being homotopically equivalent to a ring so as to create magnetic symmetry characterized in that said individual laminations have the topological property of being homotopically equivalent to a ball so as to create at least one physical interruption for circulating currents in the plane of the laminations; in that said at least one physical interruption is filled with an electrically insulating material, whereby: - said at least one physical interruption in adjacent laminations are pivoted with respect to each other; or - said solid stack comprises a plurality of substacks in which said at least one physical interruption in all adjacent laminations coincide and wherein said at least one physical interruption of said substacks are pivoted with respect to each other, and whereby - the entire set of physical interruptions are evenly distributed over the circumference of the complete stack. - said at least one physical interruption in adjacent laminations are pivoted with respect to each other; or - said solid stack comprises a plurality of substacks in which said at least one physical interruption in all adjacent laminations coincide and wherein said at least one physical interruption of said substacks are pivoted with respect to each other, and whereby - the entire set of physical interruptions are evenly distributed over the circumference of the complete stack.
A hygiene tissue such as a wet wipe, dry wipe, washcloth, patch, towelette, napkin, and the like comprising a microbe-inhibiting composition, said microbe-inhibiting composition comprising an extracellular product of at least one probiotic bacterium, whereby said extracellular product is in the form of a supernatant, obtained by filtration or centrifugation of a culture of said at least one probiotic bacterium, characterized in that said microbe inhibiting composition further comprises at least one additive in the form of an organic acid, having a pKa value not exceeding 5.5, and/or a salt thereof, wherein said additive is chosen from acetic acid, propionic acid, lactic acid, ascorbic acid, phenylalanine, citric acid, butyric acid, valeric acid, capronic acid, succinic acid and/or a salt thereof, preferably said additive is chosen from acetic acid, propionic acid, lactic acid, ascorbic acid, phenylalanine, citric acid or succinic acid, and/or a salt thereof, most preferably said additive is chosen from ascorbic acid, acetic acid, propionic acid, succinic acid and/or a salt thereof.
Winch with a braking mechanism comprised of: a winch with a drum; one or more moving means, each comprised of first and second end; two or more permanent magnet brakes and with a front side, back side, a first end side, and a second end side; further comprised of one or more permanent north or south magnets arranged in a primarily alternating manner along the front side; an interaction strip that is made of a conductive material such that it is possible to induce an eddy current through or in the material; wherein part of the interaction strip is arranged between the two or more permanent magnet brakes and such that there is no contact between the interaction strip and the permanent magnet brakes and; part of the interaction strip is affixed directly or indirectly to the drum; the permanent magnet brakes and are arranged such that there is no contact between any of them; the first end of the one or more moving means is connected to one or more of the permanent magnet brakes and at one of its sides; characterized in that the winch comprises a foundation, and the second end of said one or more moving means is connected to said foundation of the winch. a winch with a drum; one or more moving means, each comprised of first and second end; two or more permanent magnet brakes and with a front side, back side, a first end side, and a second end side; further comprised of one or more permanent north or south magnets arranged in a primarily alternating manner along the front side; an interaction strip that is made of a conductive material such that it is possible to induce an eddy current through or in the material; wherein part of the interaction strip is arranged between the two or more permanent magnet brakes and such that there is no contact between the interaction strip and the permanent magnet brakes and; part of the interaction strip is affixed directly or indirectly to the drum; the permanent magnet brakes and are arranged such that there is no contact between any of them; the first end of the one or more moving means is connected to one or more of the permanent magnet brakes and at one of its sides; characterized in that the winch comprises a foundation, and the second end of said one or more moving means is connected to said foundation of the winch.
Brazier for stoves powered by solid fuel, comprising a container configured to contain the fuel, provided with a substantially concave bottom portion, and affected by a distribution of through holes, said brazier further comprising a spatula adapted to keep said through holes of said bottom portion clean, said brazier further comprising a support configured to house said container, said container and said support both consisting of respective portions in metal sheet (12, 13, 28, 29, 30), suitably cut and/or folded, or stamped, and permanently connected to each other by welding, wherein said container comprises said bottom portion, a front portion and a rear portion, mutually connected so as to achieve a cradle-like conformation, suitable for containing solid fuel, said bottom portion being substantially curved according to a circumference arc, with concavity, in use, facing upwards, said bottom portion further comprising respective lateral edges cut according to respective circumference arcs, with opposite curvatures, wherein said front portion of said container comprises a plurality of front through holes, the number, dimensions and positioning of which depend on the combustion power of the stove, wherein said rear portion of said container comprises a through seat adapted to rotatably support said spatula, and also to allow its easy removal for cleaning and/or maintenance reasons after the disassembly of said support and of said container from the stove, the contour of said seat being constituted by the union of a first contour and of a second contour, both shaped like an circumference arc, and wherein said first contour, able to rotatably support said spatula, has a smaller diameter than that of said second contour.
A method of automatically managing temperature in an engine of a vehicle, the method comprising: obtaining, by a temperature monitoring controller, a current fuel temperature value from measuring a proxy value for the fuel temperature or directly measuring the fuel temperature; determining, by the temperature monitoring controller, an interval time representing a time period after which a fuel temperature is predicted to drop below a low temperature threshold, wherein the determination is based on at least a previous interval time, a previous fuel temperature value, and the current fuel temperature value; in response to determining that the interval time is greater than a threshold interval time, waiting, by the temperature monitoring controller, for the interval time before obtaining a subsequent fuel temperature value from measuring a proxy value for the fuel temperature or directly measuring the fuel temperature; and in response to determining that the interval time is not greater than the threshold interval time, causing, by the temperature monitoring controller, an engine of the vehicle to be started. obtaining, by a temperature monitoring controller, a current fuel temperature value from measuring a proxy value for the fuel temperature or directly measuring the fuel temperature; determining, by the temperature monitoring controller, an interval time representing a time period after which a fuel temperature is predicted to drop below a low temperature threshold, wherein the determination is based on at least a previous interval time, a previous fuel temperature value, and the current fuel temperature value; in response to determining that the interval time is greater than a threshold interval time, waiting, by the temperature monitoring controller, for the interval time before obtaining a subsequent fuel temperature value from measuring a proxy value for the fuel temperature or directly measuring the fuel temperature; and in response to determining that the interval time is not greater than the threshold interval time, causing, by the temperature monitoring controller, an engine of the vehicle to be started.
A passive multiphase separator configured to separate gas from a two-phase fluid in a wellbore, the passive multiphase separator comprising: an intake tube, wherein the intake tube comprises: an intake end; a discharge end; and an interior section between the intake end and the discharge end, wherein the interior section includes a rifled interior surface; and a head assembly connected to the discharge end of the intake tube, wherein the head assembly comprises: a crossover tube extending into the interior section; one or more gas vents extending from an interior of the crossover tube to an exterior of the head assembly; and a liquid discharge. an intake tube, wherein the intake tube comprises: an intake end; a discharge end; and an interior section between the intake end and the discharge end, wherein the interior section includes a rifled interior surface; and an intake end; a discharge end; and an interior section between the intake end and the discharge end, wherein the interior section includes a rifled interior surface; and a head assembly connected to the discharge end of the intake tube, wherein the head assembly comprises: a crossover tube extending into the interior section; one or more gas vents extending from an interior of the crossover tube to an exterior of the head assembly; and a liquid discharge. a crossover tube extending into the interior section; one or more gas vents extending from an interior of the crossover tube to an exterior of the head assembly; and a liquid discharge.
A connector (11, 11A) to be fitted to a counter connector by being moved frontward along a fitting direction, the connector comprising: a contact (71, 94) coupled with an end of an electric wire; a housing retaining the contact; a cover member retaining the housing; a slider retained in the housing to be slidable along the fitting direction; and an elastic member disposed between the cover member and the slider and applying to the slider an elastic force acting along the fitting direction, wherein the housing includes a pair of lock pieces that are arranged to be spaced apart from each other in a first direction perpendicular to the fitting direction and that lock a fitting state between the connector and the counter connector by being fitted in the counter connector, the connector being characterised in that the cover member has a pair of flat outer surfaces (31C, 31D) that are spaced apart from each other in a second direction perpendicular to both the fitting direction and the first direction and that are inclined to approach each other toward a rear end of the cover member, wherein the first outer surface and the second outer surface spaced apart from each other in the second direction are larger than outer surfaces aligning in the first direction and are substantially identical to each other in size. a contact (71, 94) coupled with an end of an electric wire; a housing retaining the contact; a cover member retaining the housing; a slider retained in the housing to be slidable along the fitting direction; and an elastic member disposed between the cover member and the slider and applying to the slider an elastic force acting along the fitting direction, wherein the housing includes a pair of lock pieces that are arranged to be spaced apart from each other in a first direction perpendicular to the fitting direction and that lock a fitting state between the connector and the counter connector by being fitted in the counter connector, the connector being characterised in that the cover member has a pair of flat outer surfaces (31C, 31D) that are spaced apart from each other in a second direction perpendicular to both the fitting direction and the first direction and that are inclined to approach each other toward a rear end of the cover member, wherein the first outer surface and the second outer surface spaced apart from each other in the second direction are larger than outer surfaces aligning in the first direction and are substantially identical to each other in size.