mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a management domain, wherein the method is applicable to a virtual cluster, the virtual cluster comprises a first network device and a second network device, the virtual cluster comprises at least two management domains, the first network device manages a first management domain, and the method comprises: receiving, by the second network device, a first packet sent by the first network device, wherein the first packet comprises a domain identifier, ID, of the first management domain and a first Internet Protocol, IP, address set corresponding to the domain ID of the first management domain, and the first IP address set comprises an IP address of a network device in the first management domain; and when the second network device determines that the first IP address set comprises an IP address of the second network device, determining, by the second network device, that the second network device belongs to the first management domain, and storing, by the second network device, the domain ID of the first management domain. receiving, by the second network device, a first packet sent by the first network device, wherein the first packet comprises a domain identifier, ID, of the first management domain and a first Internet Protocol, IP, address set corresponding to the domain ID of the first management domain, and the first IP address set comprises an IP address of a network device in the first management domain; and when the second network device determines that the first IP address set comprises an IP address of the second network device, determining, by the second network device, that the second network device belongs to the first management domain, and storing, by the second network device, the domain ID of the first management domain.
A manufacturing procedure for ceiling trims for vehicles comprising the following steps: a) arranging a layer "sandwich" formed by at least one first sheet (1.1) a second coating sheet (1.2) that covers one of the sides (1.1.1) of the first sheet (1.1) and a first layer of unactivated heat-stable polyurethane adhesive (1.3) between said at least first sheet (1.1) and said second coating sheet (1.2) in order to join them, b) introducing said sandwich inside a hot thermoforming mould comprising a first half of the mould (2.1) and a second half of the mould (2.2), the temperature of which lies in the range between 100 and 150°C, c) applying a gas-phase catalyst (3.3) on the sandwich through the first half of the mould (2.1) that is in contact with the second coating sheet (1.2) with a pressure of more than 2 bar, d) closing the thermoforming mould and thus applying pressure on the sandwich, e) opening the mould for the evacuation of any excess moisture in the sandwich as excess gas, f) closing the mould to complete the curing of the first layer of heat-stable polyurethane adhesive, g) opening the mould and extracting the ceiling trim, wherein Step c) is started before the end of Step d) wherein Step c) ends before the end of Step e), and wherein Step d), once Step c) has started, is performed by maintaining the introduction of the gas-phase catalyst (3.3) at a pressure of more than 2 bar through the first half of the mould (2.1) and maintaining the circulation of the gas-phase catalyst (3.3) through the sandwich. a) arranging a layer "sandwich" formed by at least one first sheet (1.1) a second coating sheet (1.2) that covers one of the sides (1.1.1) of the first sheet (1.1) and a first layer of unactivated heat-stable polyurethane adhesive (1.3) between said at least first sheet (1.1) and said second coating sheet (1.2) in order to join them, b) introducing said sandwich inside a hot thermoforming mould comprising a first half of the mould (2.1) and a second half of the mould (2.2), the temperature of which lies in the range between 100 and 150°C, c) applying a gas-phase catalyst (3.3) on the sandwich through the first half of the mould (2.1) that is in contact with the second coating sheet (1.2) with a pressure of more than 2 bar, d) closing the thermoforming mould and thus applying pressure on the sandwich, e) opening the mould for the evacuation of any excess moisture in the sandwich as excess gas, f) closing the mould to complete the curing of the first layer of heat-stable polyurethane adhesive, g) opening the mould and extracting the ceiling trim,
An image processing method for directing a computer to perform image processing, the image processing method comprising: accepting designation of a pixel in an image from a user; setting a mask to a continuous region of pixels, each of which has a pixel value similar to a pixel value of the designated pixel; converting a value range of first pixel values of a plurality of pixels included in the image to generate second pixel values of the plurality of pixels; applying a predetermined number of times a reaction-diffusion equation, including a diffusion element and a reaction element that is set in advance based on at least the number of types of regions to be extracted and includes at least one threshold parameter including a function whose output varies according to the number of application times of the reaction-diffusion equation, to each of the second pixel values of plural pixels within a certain region of the image that is other than the masked continuous region and adding the predetermined number of times a given value to a second pixel value of each pixel that is included within the masked continuous region to generate a third pixel value of each of the plurality of pixels included in the image; and inverse-converting a value range of the third pixel value of each of the plurality of pixels included in the image to generate a fourth pixel value of the plurality of pixels. accepting designation of a pixel in an image from a user; setting a mask to a continuous region of pixels, each of which has a pixel value similar to a pixel value of the designated pixel; converting a value range of first pixel values of a plurality of pixels included in the image to generate second pixel values of the plurality of pixels; applying a predetermined number of times a reaction-diffusion equation, including a diffusion element and a reaction element that is set in advance based on at least the number of types of regions to be extracted and includes at least one threshold parameter including a function whose output varies according to the number of application times of the reaction-diffusion equation, to each of the second pixel values of plural pixels within a certain region of the image that is other than the masked continuous region and adding the predetermined number of times a given value to a second pixel value of each pixel that is included within the masked continuous region to generate a third pixel value of each of the plurality of pixels included in the image; and inverse-converting a value range of the third pixel value of each of the plurality of pixels included in the image to generate a fourth pixel value of the plurality of pixels.
An articulated joint for orthopaedic orthoses or braces designed for rehabilitation or stabilisation of the spinal column or joints of the body in general, said articulated joint comprising two half parts (13, 14) reciprocally connected and retained by a common rotation pin, each of which, at opposite ends relative to the rotation pin, is stably associated with each end of respective bars (11, 12), so as to create a jointed mechanism applicable in the point of the orthosis that requires an adjustable angular movement, wherein said two half parts (13, 14) comprise grooves disposed on the inner side thereof facing towards the inner side of the opposite part, said grooves being reciprocally offset in such a manner as to enable the reciprocal penetration between the two half parts (13, 14) and wherein at least one of said two half parts comprises a seat into which a selector provided with a stem penetrates, the stem being moved from an unlocking position to a locking one in which it penetrates into a seat of the second half part, respectively allowing or blocking the angular rotation of one half part relative to the other, i.e. of one bar relative to the other, in opposition to one or more springs, characterised in that said first half part is provided with a semi-circular groove and a seat disposed in a radial direction, whilst the second half part is provided with a groove which delimits a first tooth, in turn adapted to define a seat, which, during use, is disposed on the same axis in the seat present in the first half part, and a second tooth adapted to define a seat.
5-amino-2,3-dihydro-1,4-phthalazinedione or one of its pharmaceutically acceptable salts for use in the prophylaxis or treatment of inflammatory pulmonary diseases by inhalatory administration, wherein a vibrating mesh nebulizer releases for the inhalatory administration an aerosol containing liquid droplets of 5-amino-2,3-dihydro-1,4-phthalazinedione or one of its pharmaceutically acceptable salts, and the median mass aerodynamic diameter of the liquid droplets of the aerosol is between 3.0 μm and 3.3 μm, and said aerosol is characterized in that the fine particle mass is at least 50% of the liquid droplets of the aerosol, wherein the fine particle mass indicates the percentage of the liquid droplets with a diameter in the range of 1.0 to 5.0 μm. wherein a vibrating mesh nebulizer releases for the inhalatory administration an aerosol containing liquid droplets of 5-amino-2,3-dihydro-1,4-phthalazinedione or one of its pharmaceutically acceptable salts, and the median mass aerodynamic diameter of the liquid droplets of the aerosol is between 3.0 μm and 3.3 μm, and said aerosol is characterized in that the fine particle mass is at least 50% of the liquid droplets of the aerosol, wherein the fine particle mass indicates the percentage of the liquid droplets with a diameter in the range of 1.0 to 5.0 μm.
A device with a working space, through which containers are conveyed from an entrance side to an exit side, wherein the working space comprises at least one station (13, 14, 15, 16, 17) to execute a work step on the containers, wherein the working space comprises an external line, passing through the working space, with several openings (32, 33) for the introduction of a sterile fluid to create a sterile atmosphere in the working space, and an internal line, passing through the external line, with several openings for spraying a cleaning medium into a space, which extends longitudinally between the internal line and the external line.
An assembly for transferring liquid or vapour between first and second objects separated by a distance, either or both of the first and second objects being movable to increase or decrease the distance therebetween, the assembly comprising: a conduit providing a medium for transferring liquid or vapour between the first and second objects, the conduit comprising first and second conduit sections, the first conduit section being operatively connectable to the first object, the second conduit section being operatively connectable to the second object; and an emergency release coupling including first and second coupling portions (10,12), the first coupling portion operatively coupled to the first conduit section, the second coupling portion operatively coupled to the second conduit section, the first and second coupling portions (10,12) configured to be selectively connectable and separable to permit selective coupling and separation of the first and second conduit sections; characterised in that the assembly comprises a safety instrumented system including a sensor, a logic solver and a final element, the final element being in the form of the emergency release coupling, wherein the logic solver is programmed to activate the final element in response to detection of a fault that inhibits the operation of the conduit to safely transfer liquid or vapour between the first and second objects so as to initiate a first safe state in which the emergency release coupling is de-energised and the first and second coupling portions (10,12) are kept connected to each other. a conduit providing a medium for transferring liquid or vapour between the first and second objects, the conduit comprising first and second conduit sections, the first conduit section being operatively connectable to the first object, the second conduit section being operatively connectable to the second object; and an emergency release coupling including first and second coupling portions (10,12), the first coupling portion operatively coupled to the first conduit section, the second coupling portion operatively coupled to the second conduit section, the first and second coupling portions (10,12) configured to be selectively connectable and separable to permit selective coupling and separation of the first and second conduit sections; characterised in that the assembly comprises a safety instrumented system including a sensor, a logic solver and a final element, the final element being in the form of the emergency release coupling, wherein the logic solver is programmed to activate the final element in response to detection of a fault that inhibits the operation of the conduit to safely transfer liquid or vapour between the first and second objects so as to initiate a first safe state in which the emergency release coupling is de-energised and the first and second coupling portions (10,12) are kept connected to each other.
A motorcycle tire which is suitable for being used by being mounted on a standard rim comprising a pair of bead seats (Rs) and a pair of rim flanges (Rf), comprising: a tread portion, a pair of sidewall portions, a pair of bead portions each with a bead core therein, and a carcass comprising a carcass ply having both edge portions turned up around the respective bead cores, wherein an axially outer surface of each of the bead portions has a profile (9, 15, 25) which comprises a radially inner portion (10, 16, 26) located axially outward of the bead core and extending substantially linearly in the tire radial direction, and a radially outer portion (11, 17, 27) smoothly continued from the radially inner portion (10, 16, 26) and extending radially outwardly, while inclining toward the axially outside, to be connected to the sidewall portion, characterised in that, in the following conditions: an axial width between the bead portions is adjusted to coincide with a rim width (wr) between the rim flanges (Rf), an axial center of the axial width between the bead portions coincides with an axial center of the rim width between the rim flanges (Rf), and the rotational axis of the tire coincides with the rotational axis of the wheel rim, at least a part of the radially outer portion (11, 17, 27) of the profile (9, 15, 25) protrudes axially outwardly from a profile (Rp) of the inner surface of the rim flange (Rf) so as to form an overlap region (12, 18, 28) defined as being surrounded by the profile (9, 15, 25) of the bead portion and the profile (Rp) of the rim flange (Rf).
A circuit board, comprising: a substrate; a resistor, the resistor comprising copper, nickel, and lanthanum boride, the total content of which is 40% by mass or more, the resistor comprising copper particles having a particle diameter of 2.5 μm or more, and the resistor being located on the substrate; a metal layer; and a glass layer located on the resistor; characterized by, the resistor comprising voids, and when the resistor is divided into two equal parts in its thickness direction, one of the two equal parts on the substrate side is defined as a first region, and the other of the two equal parts on a glass layer side is defined as a second region, the area ratio occupied by voids in the first region is larger than the area ratio occupied by voids in the second region. a substrate; a resistor, the resistor comprising copper, nickel, and lanthanum boride, the total content of which is 40% by mass or more, the resistor comprising copper particles having a particle diameter of 2.5 μm or more, and the resistor being located on the substrate; the resistor comprising copper, nickel, and lanthanum boride, the total content of which is 40% by mass or more, the resistor comprising copper particles having a particle diameter of 2.5 μm or more, and the resistor being located on the substrate; a metal layer; and a glass layer located on the resistor; characterized by, the resistor comprising voids, and when the resistor is divided into two equal parts in its thickness direction, one of the two equal parts on the substrate side is defined as a first region, and the other of the two equal parts on a glass layer side is defined as a second region, the area ratio occupied by voids in the first region is larger than the area ratio occupied by voids in the second region.
A head-up display device comprising: a. a transparent support comprising an input optical interface and an output optical interface, each optical interface (30, 32) having an external face (30E, 32E) and an internal face (30I, 32I) opposite the external face (30E, 32E), b. a reflector element arranged on at least a part of the external face of the input optical interface, c. an information projection source able to emit, towards the reflector element, a light beam polarized along a main polarization, called incident beam (F I), the incident beam (F I) arriving on the reflector element at an angle of incidence (Θ i) and defining with the reflector element, a plane of incidence, the main polarization being a polarization contained in the plane of incidence, called polarization P, the reflector element having a greater reflectivity, over a range of angles of incidence including the angle of incidence (Θ i), for light with polarization P than for light with rectilinear polarization perpendicular to the plane of incidence, called polarization S. a. a transparent support comprising an input optical interface and an output optical interface, each optical interface (30, 32) having an external face (30E, 32E) and an internal face (30I, 32I) opposite the external face (30E, 32E), b. a reflector element arranged on at least a part of the external face of the input optical interface, c. an information projection source able to emit, towards the reflector element, a light beam polarized along a main polarization, called incident beam (F I), the incident beam (F I) arriving on the reflector element at an angle of incidence (Θ i) and defining with the reflector element, a plane of incidence, the main polarization being a polarization contained in the plane of incidence, called polarization P,
A telecommunications system comprising: a User Equipment, UE, an Access Network, AN, and a Core Network, CN, composed of CN elements, wherein a CN element comprises a set of UE Route Selection Policies, URSPs, rules, wherein each URSP rule comprises at least the following parameters: precedence value of URSP rule, a traffic descriptor, and at least a route selection descriptor containing a destination for matching traffic, wherein: the UE comprises one or more local resources which comprise: a local device or location in the UE, either physical or logical; and/or a local network address in the UE; a CN element is configured to instruct the UE with one or more URSP rules to route traffic matching the traffic descriptor to the destination local resource, local device, location or local network address in the UE; and the UE is configured to direct the matching traffic to the destination in the URSP rule, wherein the destination refers to one or more of the following: a local device or location in the UE, either physical or logical; and/or a local network address in the UE. the UE comprises one or more local resources which comprise: a local device or location in the UE, either physical or logical; and/or a local network address in the UE; a local device or location in the UE, either physical or logical; and/or a local network address in the UE; a CN element is configured to instruct the UE with one or more URSP rules to route traffic matching the traffic descriptor to the destination local resource, local device, location or local network address in the UE; and the UE is configured to direct the matching traffic to the destination in the URSP rule, wherein the destination refers to one or more of the following: a local device or location in the UE, either physical or logical; and/or a local network address in the UE. a local device or location in the UE, either physical or logical; and/or a local network address in the UE.
A railway carriage comprising: • a body, • at least one bogie, • a pressurized-air supply line, and • at least one pneumatic secondary suspension comprising: a) two air springs, which are arranged respectively on the left and right sides of the bogie, connect a frame of said bogie to said body and adjust the vertical distance between the body and the bogie; b) two control valves arranged between said supply line and, respectively, said air springs and operated to adjust airflows to and from said air springs; said control valves being solenoid valves, characterized in that said pneumatic secondary suspension further comprises: • at least two position sensors configured to provide respective signals indicative of the vertical distance between the body and the bogie at respective sides of said railway carriage; • two pressure transducers configured to provide respective signals indicative of the pressures in said air springs; • an electronic control unit connected to said position sensors and pressure transducers to receive said signals and connected to the solenoids of said control valves to control the airflow adjustment. • a body, • at least one bogie, • a pressurized-air supply line, and • at least one pneumatic secondary suspension comprising: a) two air springs, which are arranged respectively on the left and right sides of the bogie, connect a frame of said bogie to said body and adjust the vertical distance between the body and the bogie; b) two control valves arranged between said supply line and, respectively, said air springs and operated to adjust airflows to and from said air springs; said control valves being solenoid valves, characterized in that said pneumatic secondary suspension further comprises: a) two air springs, which are arranged respectively on the left and right sides of the bogie, connect a frame of said bogie to said body and adjust the vertical distance between the body and the bogie; b) two control valves arranged between said supply line and, respectively, said air springs and operated to adjust airflows to and from said air springs; said control valves being solenoid valves, characterized in that said pneumatic secondary suspension further comprises: • at least two position sensors configured to provide respective signals indicative of the vertical distance between the body and the bogie at respective sides of said railway carriage; • two pressure transducers configured to provide respective signals indicative of the pressures in said air springs; • an electronic control unit connected to said position sensors and pressure transducers to receive said signals and connected to the solenoids of said control valves to control the airflow adjustment.