mhurhangee/ep-ind-claims huggingface dataset:
A device for power negotiation in a Power-over-Ethernet, PoE, network where power is supplied through network connections, said device (2,3) comprising: - an input port (21,31); - an output port (22,32) for connection to an input port (21,31) of a subsequent device (2,3) in a chain configuration; and - a chain controller (28,38) for negotiating power requests or available power in said chain configuration, said chain controller (28,38) being adapted to receive a power request from said subsequent device (2,3) via said output port (22,32) and to negotiate power, which should be received, via said input port (21, 31) wherein if said chain controller (28,38) detects that a power source device is connected to said input port (21,31), said chain controller (28,38) is adapted to negotiate via said input port (21,31) a predetermined maximum power amount deliverable by the power source device; characterised in that said device (2,3) is adapted to subsequently only supply power to said chain controller (28,38) in a first phase, said chain controller (28,38) is adapted to wait for a power request from said subsequent device (2,3) at said output port (22,32) in a second phase, said power request indicating a requested power sum of all subsequent devices of said chain configuration, and said chain controller (28,38) is adapted to instruct via said output port (22,32) that said all subsequent devices can activate to their full requested power if said requested power sum is less than or equal to said negotiated maximum power amount. - an input port (21,31); - an output port (22,32) for connection to an input port (21,31) of a subsequent device (2,3) in a chain configuration; and - a chain controller (28,38) for negotiating power requests or available power in said chain configuration, said chain controller (28,38) being adapted to receive a power request from said subsequent device (2,3) via said output port (22,32) and to negotiate power, which should be received, via said input port (21, 31) wherein if said chain controller (28,38) detects that a power source device is connected to said input port (21,31), said chain controller (28,38) is adapted to negotiate via said input port (21,31) a predetermined maximum power amount deliverable by the power source device; characterised in that said device (2,3) is adapted to subsequently only supply power to said chain controller (28,38) in a first phase, said chain controller (28,38) is adapted to wait for a power request from said subsequent device (2,3) at said output port (22,32) in a second phase, said power request indicating a requested power sum of all subsequent devices of said chain configuration, and said chain controller (28,38) is adapted to instruct via said output port (22,32) that said all subsequent devices can activate to their full requested power if said requested power sum is less than or equal to said negotiated maximum power amount.
Use of a coating composition comprising (a) one or more refractories, and (b) an aqueous phase having a pH of at most 5, for producing a coating on a waterglass-bound mould or on a waterglass-bound core, for use in the foundry, where the waterglass-bound mould or the waterglass-bound core comprises particulate, amorphous silicon dioxide. (a) one or more refractories, and (b) an aqueous phase having a pH of at most 5, for producing a coating on a waterglass-bound mould or on a waterglass-bound core, for use in the foundry, where the waterglass-bound mould or the waterglass-bound core comprises particulate, amorphous silicon dioxide.
An attached block structure for an inner barrel of a washing machine, wherein the attached block structure is of a thin wall structure, which is installable on an inner wall of the inner barrel of the washing machine; characterized in that a series of bulge structures are arranged on one side of the thin wall structure facing interior of the inner barrel of the washing machine, and the bulge structures are distributed along curves; wherein the bulge structures are symmetrically distributed about a center of the thin wall structure; wherein distribution curves of the bulge structures comprise a hyperbolic curve and a sine curve, and the hyperbolic curve is disposed at two sides of the sine curve; wherein the sine curve is arranged along a diagonal line of the thin wall structure; a focal point of the hyperbolic curve is disposed on an X axis, one branch of the hyperbolic curve in -X axis direction is arranged at a left side of the sine curve, the other branch of the hyperbolic curve in +X axis direction is arranged at a right side of the sine curve, and an asymptotic line of the hyperbolic curve is the diagonal line of the thin wall structure provided with the sine curve.
Method for the ion beam treatment of a metal layer deposited on a substrate characterized in that it comprises a step (a) of fragmentation of said metal layer, by "fragmentation" is meant a method making it possible to divide a layer of a material so as to produce deposits of said material of the layer, isolated from each other, these deposits are present on the surface of the substrate and are separated by areas where said substrate is free from the material of the said layer and where: - the metal layer has a thickness, e frag, comprised between 0.2 nm to 20 nm (nanometre); - the ions of the ion beam are selected from the ions of the elements of the list constituted by helium (He), boron, carbon, nitrogen, oxygen, neon (Ne); - the ion acceleration voltage is comprised between 20 kV and 200 kV; - the temperature of the metal layer is less than or equal to T f /3, where T f is the melting temperature of the metal of said metal layer; - the ion dose per surface unit is chosen from a range comprised between 10 12 ions/cm 2 and 10 18 ions/cm 2 so as to fragment the metal layer in order to produce metal deposits in the form of nanoparticles on the surface of the substrate, the maximum thickness of which is comprised between 0.2 nm and 20 nm and the maximum width is comprised between 0.2 nm and 100 nm. - the metal layer has a thickness, e frag, comprised between 0.2 nm to 20 nm (nanometre); - the ions of the ion beam are selected from the ions of the elements of the list constituted by helium (He), boron, carbon, nitrogen, oxygen, neon (Ne); - the ion acceleration voltage is comprised between 20 kV and 200 kV; - the temperature of the metal layer is less than or equal to T f /3, where T f is the melting temperature of the metal of said metal layer; - the ion dose per surface unit is chosen from a range comprised between 10 12 ions/cm 2 and 10 18 ions/cm 2 so as to fragment the metal layer in order to produce metal deposits in the form of nanoparticles on the surface of the substrate, the maximum thickness of which is comprised between 0.2 nm and 20 nm and the maximum width is comprised between 0.2 nm and 100 nm.
Device for drawing off fluid of a centrifugation device, particularly for separating at least one fluid, comprising a disk with channels (12, 12') and comprising adjustable vanes (13, 13'), characterized by the vanes (13, 13') incorporating a slot (17, 17') to define the movement between a minimum and maximum position of the outer diameter of said disk.
A method of assigning a globally unique identifier to a mobile device operating within a mobile device ecosystem, the mobile device ecosystem including a domain consisting of a set of all devices manufactured by a specific company, the domain having a domain unique identifier represented as a variable length integer that uniquely identifies the domain within the mobile device ecosystem, the method comprising: obtaining, by retrieving from a memory of the mobile device, a Personal Identification Number, PIN, identifier of the mobile device which uniquely identifies the mobile device within the domain, the PIN identifier of the mobile device including length information identifying the length of the identifier of the mobile device; obtaining the domain unique identifier of the domain within which the PIN identifier of the mobile device is unique; and combining, by concatenating, the PIN identifier of the mobile device with the domain unique identifier of the domain to create the globally unique identifier of the mobile device which is globally unique in the mobile device ecosystem and uniquely identifies the mobile device across a plurality of domains, the globally unique identifier of the mobile device being an array of octets. obtaining, by retrieving from a memory of the mobile device, a Personal Identification Number, PIN, identifier of the mobile device which uniquely identifies the mobile device within the domain, the PIN identifier of the mobile device including length information identifying the length of the identifier of the mobile device; obtaining the domain unique identifier of the domain within which the PIN identifier of the mobile device is unique; and combining, by concatenating, the PIN identifier of the mobile device with the domain unique identifier of the domain to create the globally unique identifier of the mobile device which is globally unique in the mobile device ecosystem and uniquely identifies the mobile device across a plurality of domains, the globally unique identifier of the mobile device being an array of octets.
A method of testing a rolling device having a roller element made of steel comprising Mn and S, wherein the rolling device is a rolling bearing, a gear, or a component of these; an element composition of the steel is such that C is no smaller than 0.95 mass percent and no greater than 1.1 mass percent, Si is smaller than 0.35 mass percent, Mn is smaller than 0.5 mass percent, S is smaller than 0.025 mass percent, Cr is no smaller than 1.4 mass percent and smaller than 1.6 mass percent, and remaining elements are iron and impurities; the steel is high-carbon chromium bearing steel SUJ2 (JIS standard), 52100 (AISI standard or SAE standard) that is a material comparable to SUJ2, 100Cr6 (DIN standard), or GCr15 (GSB standard); and the steel is an ingot casting, the method comprising: observing oxide-based inclusions having maximum diameter of 3 μm or greater in the steel constituting the roller element as observed and detected by optical microscopy in a section of the steel with a testing area of 900 mm 2; determining a ratio of a number of oxide-based inclusions covered by MnS to a total number thereof, where "covered by MnS" means a state in which MnS precipitates, by using an oxide-based inclusion as a core, are coated around the oxide-based inclusion, and this state includes both cases in which an oxide-based inclusion is completely covered and in which only a part of an oxide-based inclusion is covered; and determining that the roller element is suitable for use if the ratio is over 40%. observing oxide-based inclusions having maximum diameter of 3 μm or greater in the steel constituting the roller element as observed and detected by optical microscopy in a section of the steel with a testing area of 900 mm 2; determining a ratio of a number of oxide-based inclusions covered by MnS to a total number thereof, where "covered by MnS" means a state in which MnS precipitates, by using an oxide-based inclusion as a core, are coated around the oxide-based inclusion, and this state includes both cases in which an oxide-based inclusion is completely covered and in which only a part of an oxide-based inclusion is covered; and determining that the roller element is suitable for use if the ratio is over 40%.
A plasma generator comprising: a signal generator for producing an excitation signal having a high frequency; and a plurality of transformers (34 to 36), each having an ferromagnetic core, a primary coil wound on the core at a first location and connected to the signal generator, characterised in that the plasma generator further comprises a plurality of plasma discharge cells (37, 38 and 39) in which a gas is excited to produce a plasma, and each of the plurality of transformers (34 to 36) has a secondary coil wound on the core at second location and connected to one of the plurality of plasma discharge cells (37, 38 and 39) thereby forming a resonant circuit (31, 32 and 33) having a resonant frequency, the core having a flux leakage that produces a stray magnetic field outside the core, the plurality of transformers (34 to 36) placed in close proximity to each other so that the stray magnetic field from each transformer (34 to 36) is coupled to at least one other transformer (34 to 36). a signal generator for producing an excitation signal having a high frequency; and a plurality of transformers (34 to 36), each having an ferromagnetic core, a primary coil wound on the core at a first location and connected to the signal generator, characterised in that the plasma generator further comprises a plurality of plasma discharge cells (37, 38 and 39) in which a gas is excited to produce a plasma, and each of the plurality of transformers (34 to 36) has a secondary coil wound on the core at second location and connected to one of the plurality of plasma discharge cells (37, 38 and 39) thereby forming a resonant circuit (31, 32 and 33) having a resonant frequency, the core having a flux leakage that produces a stray magnetic field outside the core, the plurality of transformers (34 to 36) placed in close proximity to each other so that the stray magnetic field from each transformer (34 to 36) is coupled to at least one other transformer (34 to 36).
A sealing device for sealing a corrugated pipe passing through a wall relative to a penetration in the wall, having at least two sealing bodies (5a, 5b), each of the sealing bodies (5a, 5b) making contact with ribs of the corrugated pipe in the installed state and being shaped substantially identically to the corrugated pipe in the region of the contact area (53a, 53b) and extending in the axial direction to such an extent that the sealing bodies (5a, 5b) make contact with at least two ribs of the corrugated pipe, and two clamping elements (6a, 6b) for axially compressing the sealing bodies (5a, 5b), wherein a support element for resisting compression is disposed between the sealing bodies (5a, 5b) and substantially prevents contact between the sealing bodies (5a, 5b), and wherein the support element can be disposed between two ribs of the corrugated pipe.
A method for recovering link failures in a multi-hop wireless communications network, wherein the multi-hop wireless communications network comprises a first radio network node and a second network node, wherein the first and second network nodes relay data packets between a donor node and a wireless device via a parent node, the method being performed by the first radio network node comprising: determining that a first recovery procedure of a connection at the first radio network node has failed, wherein the determining comprises any one or more of: - an RRC re-establishment succeeds and determining that the first radio network node is not connected to same donor node as before the recovery procedure, - an RRC re-establishment succeeds and determining that the first radio network node is not using the same IP address as before the recovery procedure; deciding upon a failure of the first recovery procedure of the connection at the first radio network node, to trigger an initiation of a second recovery procedure of a second connection at the second radio network node, transmitting to the second radio network node, an indication for triggering the initiation of the second recovery procedure of the second connection. determining that a first recovery procedure of a connection at the first radio network node has failed, wherein the determining comprises any one or more of: - an RRC re-establishment succeeds and determining that the first radio network node is not connected to same donor node as before the recovery procedure, - an RRC re-establishment succeeds and determining that the first radio network node is not using the same IP address as before the recovery procedure; - an RRC re-establishment succeeds and determining that the first radio network node is not connected to same donor node as before the recovery procedure, - an RRC re-establishment succeeds and determining that the first radio network node is not using the same IP address as before the recovery procedure; deciding upon a failure of the first recovery procedure of the connection at the first radio network node, to trigger an initiation of a second recovery procedure of a second connection at the second radio network node, transmitting to the second radio network node, an indication for triggering the initiation of the second recovery procedure of the second connection.
An electrophotographic member comprising a base member and an elastic layer on the base member, the elastic layer containing a silicone rubber, an ionic electroconductive agent, and an inorganic particle, wherein the inorganic particle contains a hydroxide of at least one of magnesium or aluminum, and the inorganic particle has a silicon atom on a surface thereof in an amount of 0.50 atomic % or more and 1.00 atomic % or less, and wherein an aqueous dispersion of which 5 mg of the inorganic particle is dispersed in 10 ml of water has a turbidity of 200 NTU or more and 1,240 NTU or less. the inorganic particle contains a hydroxide of at least one of magnesium or aluminum, and the inorganic particle has a silicon atom on a surface thereof in an amount of 0.50 atomic % or more and 1.00 atomic % or less, and wherein an aqueous dispersion of which 5 mg of the inorganic particle is dispersed in 10 ml of water has a turbidity of 200 NTU or more and 1,240 NTU or less.
Method for securing a printing process using a printer, wherein the printer has a housing having a printing chamber formed within the housing, a printing device, a holding device for an exchangeable magazine, which serves to hold the print object to be printed upon, a control and evaluation unit, and a memory, wherein the method includes the following steps: - inserting a magazine into the holding device, wherein the holding device is located in a loading and unloading position outside the printing chamber - moving the holding device into the printing chamber, wherein an optical sensor located in the housing detects a marking located on the magazine characterized in that the magazine is inserted in the holding device with the print object to be printed and that the method additionally includes the following steps: - performing a comparison, in the control and evaluation unit, of the marking of the inserted magazine detected by the sensor with a marking stored in the memory for a magazine permissible for the print object to be printed upon, - issuing an error message when the marking of the inserted magazine detected by the sensor does not match the marking stored in the memory for a permissible magazine. - inserting a magazine into the holding device, wherein the holding device is located in a loading and unloading position outside the printing chamber - moving the holding device into the printing chamber, wherein an optical sensor located in the housing detects a marking located on the magazine - performing a comparison, in the control and evaluation unit, of the marking of the inserted magazine detected by the sensor with a marking stored in the memory for a magazine permissible for the print object to be printed upon, - issuing an error message when the marking of the inserted magazine detected by the sensor does not match the marking stored in the memory for a permissible magazine.
A composite polycrystal comprising: a polycrystalline diamond phase including a plurality of diamond particles; and non-diamond phases composed of non-diamond carbon, the non-diamond phases being distributed in the polycrystalline diamond phase, wherein being distributed refers to a state in which the non-diamond phases exist in an isolated manner and the individual non-diamond phases do not connect to each other in a cross-sectional image, an average value of projected area equivalent circle diameters of the non-diamond phases being not more than 1000 nm, wherein the projected area equivalent circle diameter refers to a diameter of a circle having an area equal to that of a two-dimensional projected image of a particulate substance in a cross-sectional image. a polycrystalline diamond phase including a plurality of diamond particles; and non-diamond phases composed of non-diamond carbon, the non-diamond phases being distributed in the polycrystalline diamond phase, wherein being distributed refers to a state in which the non-diamond phases exist in an isolated manner and the individual non-diamond phases do not connect to each other in a cross-sectional image, an average value of projected area equivalent circle diameters of the non-diamond phases being not more than 1000 nm, wherein the projected area equivalent circle diameter refers to a diameter of a circle having an area equal to that of a two-dimensional projected image of a particulate substance in a cross-sectional image.
Use of a metal complex comprising at least one ligand derived from 2-aryl-2-hydroxyacetic acid and a divalent or trivalent metal cation in which the ligand is a compound of formula in which R represents a halogen, an OH group, a COOH group, an SO 3 H group, a PO 3 H 2 group, a CN group, an NO 2 group, a linear or branched C 1 -C 4 - alkyl group or a C 1 -C 4 alkoxy group, n has the value 1, 2 or 3, m has a value from 0 to 5-n, the group(s) is (are) found in the ortho and/or para position with respect to the OH group of the phenyl ring, and/or one of its salts, in the prevention or treatment of a metal deficiency in plants. R represents a halogen, an OH group, a COOH group, an SO 3 H group, a PO 3 H 2 group, a CN group, an NO 2 group, a linear or branched C 1 -C 4 - alkyl group or a C 1 -C 4 alkoxy group, n has the value 1, 2 or 3, m has a value from 0 to 5-n,
Auxiliary machine for labelling machines of the type that includes a supply of labels for application on packages for goods, as well as a thermal printer for the provision of informative prints on the labels, the machine comprising a stand that is connectable to the labelling machine and on which there is supported a supply of coverings, which are detachably attached to a tape, a mechanism (30, 24, 22) for advancing the tape to a picking tool having the purpose of picking off individual coverings from the tape and applying the same on individual labels, as well as a dispenser for the discharge of a substance loading on the individual label, characterized in that the machine comprises a stamping tool for the formation of a cavity in the individual covering or the individual label.