mhurhangee/ep-ind-claims huggingface dataset:
Heat transfer process employing a compression system having at least one stage comprising successively a step of evaporation of a refrigerant, a compression step, a condensation step of said fluid at a temperature greater than or equal to 70°C and an expansion step of said fluid, characterized in that the refrigerant comprises at least one hydrofluoroolefin having at least 4 carbon atoms represented by the formula R 1 CH=CHR 2 in which R 1 and R 2 represent, independently, alkyl groups having from 1 to 6 carbon atoms, substituted with at least one fluorine atom, optionally with at least one chlorine atom.
A bending-insensitive single-mode fiber with ultralow attenuation, comprising: a core layer and cladding layers, wherein the cladding layers comprises an inner cladding layer surrounding the core layer, a trench cladding layer surrounding the inner cladding layer, an auxiliary outer cladding layer surrounding the trench cladding layer, and an outer cladding layer surrounding the auxiliary cladding layer; wherein the inner cladding layer has a radius r 2 in a range of 8 to 14 μm and a relative refractive index difference Δ n 2 in a range of -0.35% to - 0.10%; wherein the trench cladding layer has a radius r 3 in a range of 14 to 20 μm, and a relative refractive index difference Δ n 3 in a range of - 0.6% to -0.2%; wherein the auxiliary outer cladding layer has a radius r 4 in a range of 35 to 50 μm, and a relative refractive index difference Δ n 4 in a range of -0.4% to -0.15%; characterized in that the outer cladding layer is a pure silica glass layer, and has a diameter of 125 μm; the core layer has a radius r 1 in a range of 3.0 to 3.9 μm, and a relative refractive index difference Δn 1 in a range of -0.04% to 0.12%: the core layer is a germanium-fluorine co-doped silica glass layer, wherein a doping contribution of germanium to refractive index difference is in a range of 0.02% to 0.10%, and the bending-insensitive single-mode fiber has an attenuation at a wavelength of 1310 nm being less than or equal to 0.304 dB/km. a core layer and cladding layers, wherein the cladding layers comprises an inner cladding layer surrounding the core layer, a trench cladding layer surrounding the inner cladding layer, an auxiliary outer cladding layer surrounding the trench cladding layer, and an outer cladding layer surrounding the auxiliary cladding layer; wherein the inner cladding layer has a radius r 2 in a range of 8 to 14 μm and a relative refractive index difference Δ n 2 in a range of -0.35% to - 0.10%; wherein the trench cladding layer has a radius r 3 in a range of 14 to 20 μm, and a relative refractive index difference Δ n 3 in a range of - 0.6% to -0.2%; wherein the auxiliary outer cladding layer has a radius r 4 in a range of 35 to 50 μm, and a relative refractive index difference Δ n 4 in a range of -0.4% to -0.15%; characterized in that the outer cladding layer is a pure silica glass layer, and has a diameter of 125 μm; the core layer has a radius r 1 in a range of 3.0 to 3.9 μm, and a relative refractive index difference Δn 1 in a range of -0.04% to 0.12%: the core layer is a germanium-fluorine co-doped silica glass layer,
A discharge device comprising a base body, an operating lever that is manually pivotable relative to the base body, and a piston rod that is slidable relative to the base body, wherein the piston rod is coupled to the operating lever in such a manner that operation of the operating lever causes the piston rod to advance in a distal feed direction, wherein the discharge device comprises an adapter that is formed separately from the base body and is attached to the base body and on which a fastening structure is formed for attachment of a container substantially along a proximal direction contrary to the feed direction, characterized in that the adapter is configured to be inserted into the base body along a direction of insertion that extends across the feed direction.
A gear lever for a motor-vehicle gearbox comprising: - an elongated body, - an actuating member arranged on the elongated body of the gear lever - a controlled member, - a transmission member arranged within an inner passage of the body of the gear lever, operatively connected to said actuating member and configured to transmit the movement of the actuating member to the controlled member, - said transmission member comprising a plurality of spherical elements arranged in series within said inner passage of said elongated body, - the spherical elements having a diameter substantially corresponding to an inner diameter of the inner passage of said elongated body, - said gear lever being characterized in that the spherical elements are arranged in mutual contact within said elongated body along a main axis thereof. - an elongated body, - an actuating member arranged on the elongated body of the gear lever - a controlled member, - a transmission member arranged within an inner passage of the body of the gear lever, operatively connected to said actuating member and configured to transmit the movement of the actuating member to the controlled member, - said transmission member comprising a plurality of spherical elements arranged in series within said inner passage of said elongated body, - the spherical elements having a diameter substantially corresponding to an inner diameter of the inner passage of said elongated body, - said gear lever being characterized in that the spherical elements are arranged in mutual contact within said elongated body along a main axis thereof.
A battery pack (122, 123, 220, 520) for a vehicle, the battery pack (122, 123, 220, 520) comprising: a) a thin metal firebox for enclosing batteries and containing thermal runaway gases, the thickness of the firebox being 0.0127 - 0.0254 mm; b) thermal insulation surrounding the firebox; c) a vent hole extending through the firebox and the thermal insulation to an exterior of the vehicle; d) a vent hole plug; and e) a pressure relief frangible vent cover at least partially covering the vent hole plug to retain it within the vent hole, wherein the pressure relief frangible vent cover comprises: a) a frangible flexure comprising a vent plug cover portion and a weakened region; and b) a pad portion surrounding the frangible flexure, the pad portion being separated from the vent plug cover portion by a gap between the vent plug cover portion and the pad portion, the pad portion being connected to the frangible flexure by the weakened region; and the weakened region comprises i) perforations or ii) a thinner material than an adjacent portion of the pad portion or iii) a "V" profile groove and a more brittle material than an adjacent portion of the pad portion, characterized in that the gap comprises a channel opening through the pressure relief frangible vent cover to allow air leakage. a) a thin metal firebox for enclosing batteries and containing thermal runaway gases, the thickness of the firebox being 0.0127 - 0.0254 mm; b) thermal insulation surrounding the firebox; c) a vent hole extending through the firebox and the thermal insulation to an exterior of the vehicle; d) a vent hole plug; and e) a pressure relief frangible vent cover at least partially covering the vent hole plug to retain it within the vent hole, wherein a) a frangible flexure comprising a vent plug cover portion and a weakened region; and b) a pad portion surrounding the frangible flexure, the pad portion being separated from the vent plug cover portion by a gap between the vent plug cover portion and the pad portion, the pad portion being connected to the frangible flexure by the weakened region; and the weakened region comprises i) perforations or ii) a thinner material than an adjacent portion of the pad portion or iii) a "V" profile groove and a more brittle material than an adjacent portion of the pad portion, characterized in that the gap comprises a channel opening through the pressure relief frangible vent cover to allow air leakage. the weakened region comprises i) perforations or ii) a thinner material than an adjacent portion of the pad portion or iii) a "V" profile groove and a more brittle material than an adjacent portion of the pad portion, characterized in that the gap comprises a channel opening through the pressure relief frangible vent cover to allow air leakage.
Device for installing and removing a component of a gas turbine, comprising a rail system having at least two running rails, wherein there is provided on the running rails a carriage which is able to be displaced on the running rails along a predetermined displacement axis, wherein the carriage has a fixing device which is formed to fix a fitting section of a first carriage insert in a force-fitting manner such that, when the carriage is displaced on the running rails, the first carriage insert is displaced along therewith too, characterized in that the carriage has a height-adjustment means which is designed to adjust the fixing device in height when the device is used as intended.
A method for reconfiguring functional capabilities in a data processing system, said data processing system comprising multiple hardware units ( 130; 132 to 137), characterized by the steps of: - detecting during power-on of said data processing system whether a hardware unit is broken, said hardware unit comprises a functional part and a non-functional part, whereby the functional part contributes to the functional capabilities and the non-functional part of a broken hardware unit can be read; - for each hardware unit ( 130; 132 to 137) reading ( 310; 350) configuration data from a non-functional part of the respective hardware unit, said configuration data specifying respective types and numbers of the physical ( 142, 144) and/or logical resources of the hardware unit, which are enabled and which are disabled in said data processing system; - in case of a broken hardware unit analysing the configuration data of all hardware units ( 134, 135, 136, 137) of said data processing system to identify disabled resources as dormant resources that are equivalent to the enabled resources of said broken hardware unit; - enabling the identified dormant resources of said data processing system to replace at least some of the enabled resources of said broken hardware unit. - detecting during power-on of said data processing system whether a hardware unit is broken, said hardware unit comprises a functional part and a non-functional part, whereby the functional part contributes to the functional capabilities and the non-functional part of a broken hardware unit can be read; - for each hardware unit ( 130; 132 to 137) reading ( 310; 350) configuration data from a non-functional part of the respective hardware unit, said configuration data specifying respective types and numbers of the physical ( 142, 144) and/or logical resources of the hardware unit, which are enabled and which are disabled in said data processing system; - in case of a broken hardware unit analysing the configuration data of all hardware units ( 134, 135, 136, 137) of said data processing system to identify disabled resources as dormant resources that are equivalent to the enabled resources of said broken hardware unit; - enabling the identified dormant resources of said data processing system to replace at least some of the enabled resources of said broken hardware unit.
A particle containing at least one covalently cross-linked polysaccharide and at least one growth factor, said particle further comprising a protein which is co-cross-linked with the polysaccharide and being either: - a microcapsule having a core/membrane structure, wherein said core is liquid, or - a microsphere, the growth factor being adsorbed to the covalently cross-linked polysaccharide of the whole volume of the microsphere. - a microcapsule having a core/membrane structure, wherein said core is liquid, or - a microsphere, the growth factor being adsorbed to the covalently cross-linked polysaccharide of the whole volume of the microsphere.
A method comprising: producing one or more fibers (406 1...406 n) with a substance rated for a high temperature operation having a temperature of at least 200 degrees Celsius; and deploying the one or more fibers (406 1...406 n) into a tube to provide a cable, wherein the substance comprises a highly-cured polyimide coating that is 100% imidized and wherein the substance is configured to prevent the one or more fibers (406 1...406 n) from adhering to each other or to an inner wall of the cable during the high temperature operation. producing one or more fibers (406 1...406 n) with a substance rated for a high temperature operation having a temperature of at least 200 degrees Celsius; and deploying the one or more fibers (406 1...406 n) into a tube to provide a cable, wherein the substance comprises a highly-cured polyimide coating that is 100% imidized and wherein the substance is configured to prevent the one or more fibers (406 1...406 n) from adhering to each other or to an inner wall of the cable during the high temperature operation.
A composition comprising dapsone, a first solubilizing agent which is diethylene glycol monoethyl ether, optionally at least one second solubilizing agent, a polymeric viscosity builder, and water, wherein the dapsone is present in the composition at a concentration of 3% w/w to 10% w/w, wherein the polymeric viscosity builder comprises an acrylamide/sodium acryloyldimethyltaurate copolymer.
A method of operating a filling level measuring device for measuring the filling level in a container through the wall thereof by means of ultrasound, the filling level measuring device including an ultrasonic measuring head, a controller and a fastening device by means of which the filling level measuring device can be fastened to the container such that the ultrasonic measuring head is pressed against the wall of the container, wherein a wireless communication interface is provided which contains a transmitter/receiver unit, characterized in that a sampling rate is used which is situation-dependent to the effect that when the controller detects a low filling level, it proceeds from an evaluation of a first echo of the ultrasonic waves generated to an evaluation of a second or third echo of the ultrasonic waves.
A device for locking a cable in tension, comprising a cable clamp with clamping jaws (12, 20) and a traction member, wherein said clamp is designed so that its jaws (12, 20) are actuated in clamping mode by traction exerted on a first end of the traction member, a second end of which is mechanically connected in displacement to at least one of the jaws (12, 20), characterized in that: - the locking device comprises a first female element having a passage intended to be traversed by the cable, - the cable clamp is mounted in a second male element of the locking device, this second male element being independent of the first female element and intended to be integral with the cable by clamping the jaws (12, 20) of the clamp against the cable, - the second male element and the passage of the first female element are sized so that a portion of the second male element including at least the clamping jaws (12, 20) can pass through the passage, and - the second male element further includes a stop, attached to the first end of the traction member, of dimensions preventing it from crossing the passage. - the locking device comprises a first female element having a passage intended to be traversed by the cable, - the cable clamp is mounted in a second male element of the locking device, this second male element being independent of the first female element and intended to be integral with the cable by clamping the jaws (12, 20) of the clamp against the cable, - the second male element and the passage of the first female element are sized so that a portion of the second male element including at least the clamping jaws (12, 20) can pass through the passage, and - the second male element further includes a stop, attached to the first end of the traction member, of dimensions preventing it from crossing the passage.
A full-moment, gravity-seat-and-lock, nodal connection formed at a node between an elongate column having spaced faces and corners and the end of an elongate beam in a building frame comprising a column-surround halo collar anchored to the end of at least one beam; and characterised in that the nodal connection further comprises four standoffs at a defined longitudinal location on the column wherein each one of the standoffs is anchored to a different column corner through feet that are (a) wrapped around a column corner and (b) welded to a pair of column faces which join one another through the corner; a bearing-interface structure formed distributedly on each of, and interconnecting, said halo collar and said standoffs with the halo collar spatially circumsurrounding, and stood off by the standoffs from, said column, and disposed with the free clearance space existing between the halo collar and the column faces.
Electronic apparatus for controlled fastening, comprising a body coupled to which is one of different removable inserts (17, 17', 17"), each of which is intended to be engaged onto a corresponding type of mechanical member on which the apparatus is intended to operate, and further comprising a sensor for detecting the torque exerted onto the mechanical member and which emits an information signal transmitted to calculation means to obtain, from the sensor signal, significant parameters of the action of the apparatus on the mechanical member, mounted on each insert being a transponder which, when activated, sends signals and present in the body being reception means (19, 23) for receiving such signals transmitted by the transponder of the insert coupled to the body and sending them to the calculation means to influence the calculation of said significant parameters for the operation of the apparatus and/or to provide control for presets of operating parameters of the apparatus, the apparatus further comprising, in the body, means (19, 24) for sending programming information signals to the transponder and the transponder comprising means (25, 26) for receiving such signals and storing them in its memory as part of signals to be transmitted, characterized in that the means (19, 24) for sending programming information signals to the transponder are connected to the calculation means for receiving operative parameters obtained by the calculation means according to the information signals emitted by the torque detection sensor, sending such operative parameters to the insert and storing them in a memory thereof.
A robotic lawnmower system comprising a charging station and a robotic lawnmower configured to operate within a work area according to an operating schedule, the robotic lawnmower comprising a living object sensor comprising a camera, and a controller being configured to: detect and identify an object as a living object utilizing the living object sensor through image analysis; and adapt the operating schedule accordingly, by determining a location for the living object, defining a non-working area overlapping the location of the living object and adapting the operating schedule by operating outside the non-working area, wherein the robotic lawnmower is further configured to determine that the living object has moved by tracking the living object and adapt the non-working area accordingly. detect and identify an object as a living object utilizing the living object sensor through image analysis; and adapt the operating schedule accordingly, by determining a location for the living object, defining a non-working area overlapping the location of the living object and adapting the operating schedule by operating outside the non-working area, wherein the robotic lawnmower is further configured to determine that the living object has moved by tracking the living object and adapt the non-working area accordingly.
Method for actuating a positively locking shifting unit, wherein, in a closing process, a coupling element connected to a first coupling half and having a tapered coupling toothing system is brought into engagement with a locking element connected to a second coupling half and having a locking toothing system and with a catching element connected to the second coupling half and movable relative to the locking element in the circumferential direction and having a tapered catch toothing system, characterised in that in the closing process of the positively locking shifting unit, a touch point is set which lies in a differential speed path after a transit of a synchronous speed, the synchronous speed corresponding to a zero speed.
A fastening unit for pipe joints, comprising a plastic material support structure having at least one seat for a respective pipe joint formed on at least one wall of the structure and delimiting a respective opening, the at least one seat being closed by a respective closing tab, integrally formed with the structure to form a monolithic piece; the tab having a weakened breaking line joining the tab to the respective seat and defining a tear-off opening for removing the tab from the seat so as to form the respective opening; characterized in that said at least one seat has a perimeter edge shaped so as to define a bayonet, and/or interlocking and/or snap coupling for coupling to the respective pipe joint.
A method for determining a maximum power setpoint for a wind turbine comprising: determining an ambient temperature; determining a temperature of one or more wind turbine components; determining a present power output of the wind turbine; and determining the maximum power setpoint based at least partially on a thermodynamic model of the wind turbine components, the ambient temperature, the temperature of the components of the wind turbine and on the present power output of the wind turbine. determining an ambient temperature; determining a temperature of one or more wind turbine components; determining a present power output of the wind turbine; and determining the maximum power setpoint based at least partially on a thermodynamic model of the wind turbine components, the ambient temperature, the temperature of the components of the wind turbine and on the present power output of the wind turbine.