mhurhangee/ep-ind-claims huggingface dataset:
A method for the electroplating of a metal layer securely adherent to the surface of stainless steel objects, which includes a step of cathodic treatment in an electrolytic bath comprising methanesulfonic acid with a concentration of between 100 and 400 g/l, and one or more metals in an aqueous solution, wherein said one or more metals belong exclusively to the groups from 3 to 12 of the periodic table, excluding the elements nickel, cobalt, cadmium, ruthenium, rhodium, palladium, silver, osmium, iridium, platinum, gold and rhenium, characterised in that the electrolytic bath comprises one or more chelating agents, for the formation of complexes of the metals present in the solution, and/or one or more pickling agents, for the removal of surface oxides. a step of cathodic treatment in an electrolytic bath comprising methanesulfonic acid with a concentration of between 100 and 400 g/l, and one or more metals in an aqueous solution, wherein said one or more metals belong exclusively to the groups from 3 to 12 of the periodic table, excluding the elements nickel, cobalt, cadmium, ruthenium, rhodium, palladium, silver, osmium, iridium, platinum, gold and rhenium, characterised in that the electrolytic bath comprises one or more chelating agents, for the formation of complexes of the metals present in the solution, and/or one or more pickling agents, for the removal of surface oxides.
Packaging system comprising an outer box and an inner portion configured for interacting with each other, said outer box developing in height along a direction Y, in width along a direction X and in depth along a direction Z, said inner portion comprising one or more support inserts (21, 22) complementary to said outer box, said inserts (21, 22) being configured for supporting one or more objects in such a way as to prevent movement thereof with respect to said outer box with respect to said directions X and Z, said packaging system further comprising at least one interposition element (3, 3', 3") between said outer box and said inner portion, wherein said interposition element is integrated with said outer box and wherein said interposition element extends from at least one flap of said outer box, characterised in that: said at least one interposition element (3, 3', 3") is configured for preventing movement along said direction Y of the assembly formed by said support inserts (21, 22) and said objects with respect to said outer box, said support inserts (21, 22) and said at least one interposition element (3, 3', 3") comprising coupling means (23, 24, 33) for their mutual coupling..
A household appliance for washing fabric items, comprising: - a washing compartment; - an opening for access to the washing compartment to enable introduction and extraction of the fabric items; - a door for access to the washing compartment, mobile between a closed position in which it occludes said access opening and an open position in which it enables access to the washing compartment; - a border of said access opening to the washing compartment, said border abutting the door in the closed position; - a first tank containing a detergent for washing; - a first indicator of a load level of said first tank; characterised in that the first indicator is located on the border. - a washing compartment; - an opening for access to the washing compartment to enable introduction and extraction of the fabric items; - a door for access to the washing compartment, mobile between a closed position in which it occludes said access opening and an open position in which it enables access to the washing compartment; - a border of said access opening to the washing compartment, said border abutting the door in the closed position; - a first tank containing a detergent for washing; - a first indicator of a load level of said first tank;
A terminal apparatus that is configured to communicate with a base station apparatus, the terminal apparatus comprising: a reception circuit configured to and/or programmed to receive first information indicating a first subframe in which a cell-specific reference signal, CRS, is present and a second subframe in which the CRS is not present, and second information which indicates whether the second subframe is a multicast broadcast single frequency network, MBSFN, subframe, the second subframe being other than the first subframe, wherein the reception circuit is configured to and/or programmed to receive third information which indicates the number of CRS antenna ports and is used to determine a resource element to which a physical downlink shared channel, PDSCH, is mapped, and in the second subframe, a resource element to which a PDSCH transmitted through an antenna port different from a CRS antenna port for a serving cell is mapped is based on whether or not the second subframe is indicated as the MBSFN subframe by the second information and the number of CRS antenna ports indicated by the third information corresponding to the PDSCH. a reception circuit configured to and/or programmed to receive first information indicating a first subframe in which a cell-specific reference signal, CRS, is present and a second subframe in which the CRS is not present, and second information which indicates whether the second subframe is a multicast broadcast single frequency network, MBSFN, subframe, the second subframe being other than the first subframe, wherein the reception circuit is configured to and/or programmed to receive third information which indicates the number of CRS antenna ports and is used to determine a resource element to which a physical downlink shared channel, PDSCH, is mapped, and in the second subframe, a resource element to which a PDSCH transmitted through an antenna port different from a CRS antenna port for a serving cell is mapped is based on whether or not the second subframe is indicated as the MBSFN subframe by the second information and the number of CRS antenna ports indicated by the third information corresponding to the PDSCH.
Method for fastening an oven seal, comprising the following steps: - providing a seal comprising an attachment base with first and second portions (14a,14b) having: a respective substantially groove-like shape to be attached to a muffle and/or a door of the oven, a channel extending along the longitudinal direction, an intermediate section extending between said attachment base and said channel, and a lip on said channel extending therefrom; - applying a frame to the muffle by interposing the intermediate section of the seal between respective edges (9a, 15a) of the muffle and of the frame, - fastening the seal by engaging it with the edges (9a, 15a) of the muffle and of the frame, and by keeping the lip projecting outwards from the muffle, thereby avoiding and/or limiting the use of screws, rivets, adhesives, brackets and/or other traditional fastening means. - providing a seal comprising an attachment base with first and second portions (14a,14b) having: a respective substantially groove-like shape to be attached to a muffle and/or a door of the oven, a channel extending along the longitudinal direction, an intermediate section extending between said attachment base and said channel, and a lip on said channel extending therefrom; - applying a frame to the muffle by interposing the intermediate section of the seal between respective edges (9a, 15a) of the muffle and of the frame, - fastening the seal by engaging it with the edges (9a, 15a) of the muffle and of the frame, and by keeping the lip projecting outwards from the muffle,
Tile (4, 5) for a ceiling suspension system, the tile (4, 5) having a substantially rectangular shape and comprising: - a metal plate extending from a first edge of the tile to the opposite second edge of the tile, wherein the metal plate has at least one cavity; - a fire resistant layer arranged on the metal plate on the outside of the cavity; and - restriction elements (11, 12) extending between the first and second edge for restricting the expansion of the metal plate, wherein the edges of the metal plate are connected to the restriction elements (11, 12) and wherein the restriction elements (11, 12) border the cavity. characterized in that each restriction element (11, 12) comprises two spaced apart, parallel strips (14, 15) with a fire resistant layer interposed in between. - a metal plate extending from a first edge of the tile to the opposite second edge of the tile, wherein the metal plate has at least one cavity; - a fire resistant layer arranged on the metal plate on the outside of the cavity; and - restriction elements (11, 12) extending between the first and second edge for restricting the expansion of the metal plate, wherein the edges of the metal plate are connected to the restriction elements (11, 12) and wherein the restriction elements (11, 12) border the cavity.
A dielectric composition which includes at least one dielectric organic fluid and nanoparticles, wherein the composition includes at least one fluoroketone and/or at least one fluoroolefin as the dielectric fluid; and wherein at least 50% of the nanoparticles are composed of a material which has a relative dielectric constant ε r between 1 and 200, and wherein at least some of the nanoparticles are composed of a material which is selected from the group comprising titanium dioxide, zinc oxide, iron oxide, zirconium oxide, cerium dioxide and any desired combinations of two or more of the aforementioned compounds.
A contact lens for use in preventing or slowing the development or progression of myopia, the lens including: an optic zone having an optic axis; and a peripheral zone surrounding the optic zone, the peripheral zone having a variation in thickness configured to control rotation of the lens; wherein the optic zone comprises: a central region, the central region having a base power provided by at least one surface having a curvature, the central region thereby focusing light from distant point objects to a distal focal surface, said light forming a blur circle or ellipse as it passes through a proximal focal surface; and an annular region circumferentially surrounding the central region and including an add power region having an add power provided by at least one surface having a curvature, the add power being 0.5 D or more and the area of the add power region being less than 75% of the area of the annular region; wherein a series of points defining centres of curvature of the add power region form a segment of an annulus, the add power region thereby focusing light from distant point objects to form a focused arc at the proximal focal surface. an optic zone having an optic axis; and a peripheral zone surrounding the optic zone, the peripheral zone having a variation in thickness configured to control rotation of the lens; wherein the optic zone comprises: a central region, the central region having a base power provided by at least one surface having a curvature, the central region thereby focusing light from distant point objects to a distal focal surface, said light forming a blur circle or ellipse as it passes through a proximal focal surface; and an annular region circumferentially surrounding the central region and including an add power region having an add power provided by at least one surface having a curvature, the add power being 0.5 D or more and the area of the add power region being less than 75% of the area of the annular region; a central region, the central region having a base power provided by at least one surface having a curvature, the central region thereby focusing light from distant point objects to a distal focal surface, said light forming a blur circle or ellipse as it passes through a proximal focal surface; and an annular region circumferentially surrounding the central region and including an add power region having an add power provided by at least one surface having a curvature, the add power being 0.5 D or more and the area of the add power region being less than 75% of the area of the annular region;
Method for controlling a safety-oriented industrial automation component by means of a controller, the controller being connected to the automation component by means of a data link, wherein - in a first step, a user makes an input to the controller at a first user interface, and the controller transmits a result of the input to the automation component, - in a second step, the result of the input is used in the automation component to calculate a first test value, - in a third step, the input is converted into a status display in the controller and is output at a second user interface, - in a fourth step, a user or the user acknowledges the status display by inputting a confirmation, - in a fifth step, a second test value is formed from the status display and the confirmation in the controller and is transmitted to the automation component, and, - in a sixth step, the first and second test values are compared in the automation component and the result of the input is used if the comparison is positive, - characterized in that a plurality of inputs are made at the first user interface in a control step, a plurality of second test values being formed from this plurality of inputs in the controller and a plurality of first test values being formed from the results of the inputs in the automation component, the plurality of first test values being combined to form a first total test value and the plurality of second test values being combined to form a second total test value, and, in the sixth step, the first total test value and the second total test value being compared with one another as the first and second test values. - in a first step, a user makes an input to the controller at a first user interface, and the controller transmits a result of the input to the automation component, - in a second step, the result of the input is used in the automation component to calculate a first test value, - in a third step, the input is converted into a status display in the controller and is output at a second user interface, - in a fourth step, a user or the user acknowledges the status display by inputting a confirmation, - in a fifth step, a second test value is formed from the status display and the confirmation in the controller and is transmitted to the automation component, and, - in a sixth step, the first and second test values are compared in the automation component and the result of the input is used if the comparison is positive, - characterized
A correlated colour temperature control system for a LED lighting system having at least two LED sources (3, 4) with different correlated colour temperatures, the LED lighting system having a combined correlated colour temperature resulting from the combination of the different correlated colour temperatures of the at least two LED sources, the LED lighting system having a combined luminous flux resulting from the combination of the luminous fluxes of the at least two LED sources, each LED source being supplied with a supply current, the correlated colour temperature control system comprising a controller adapted to independently control one or both of the duty cycle and amplitude of each supply current, the duty cycle or amplitude of each supply current being varied by the controller in a non-linear relationship with the duty cycle or amplitude of at least one other of the supply currents, to generate a desired combined correlated colour temperature for the LED lighting system at a desired combined luminous flux for the LED lighting system, characterized in that the non-linear relationship is defined by the following equation: CC T M = φ 1 +... + φ n φ 1 CC T 1 +... + φ n CC T n in which: CCT M is the combined correlated colour temperature of the LED lighting system; CCT 1 is the correlated colour temperature of the 1st LED source; CCT n is the correlated colour temperature of the nth LED source; φ 1 is the averaged luminous flux of the 1st LED source; and φ n is the averaged luminous flux of the nth LED source. CCT M is the combined correlated colour temperature of the LED lighting system; CCT 1 is the correlated colour temperature of the 1st LED source; CCT n is the correlated colour temperature of the nth LED source; φ 1 is the averaged luminous flux of the 1st LED source; and φ n is the averaged luminous flux of the nth LED source.
A method of producing a fibre web, according to which method a fibre material layer is formed of fibre pulp, by using foam forming, which layer is dried, characterised in that at least part of the fibre pulp is mechanical or chemi-mechanical pulp, which is ozonised before the foam forming.
Method for manufacturing a rope (10, 20, 30, 40, 50, 60), the method comprising the following steps at least one pre-manufactured elongated load bearing member (1, 1') for the rope and at least one pre-manufactured elongated surface part (2, 2', 2b) for the rope are provided; and said at least one pre-manufactured elongated load bearing member (1, 1') and said at least one pre-manufactured elongated surface part (2, 2', 2b) are guided together such that their sides lean against each other; and said at least one pre-manufactured elongated load bearing member (1, 1') and said at least one pre-manufactured elongated surface part (2, 2', 2b) are fixed to each other, characterized in that said at least one load bearing member (1, 1') is made of composite material comprising reinforcing fibers (f) embedded in polymeric matrix (m), and each of said at least one load bearing member (1, 1') has width larger than thickness thereof, the width/thickness ratio(s) of each of said at least one load bearing member (1, 1') being at least 2, and each of said at least one surface part (2, 2', 2b) comprises thermoplastic material at least on its side facing said at least one load bearing member (1, 1'), or vice versa, and in the method said at least one elongated surface part (2, 2', 2b) and said at least one load bearing member (1, 1') are fixed to each other by ultrasound heating and subsequently cooling said thermoplastic material while said at least one elongated surface part (2, 2', 2b) and said at least one elongated load bearing member (1, 1') are together. at least one pre-manufactured elongated load bearing member (1, 1') for the rope and at least one pre-manufactured elongated surface part (2, 2', 2b) for the rope are provided; and said at least one pre-manufactured elongated load bearing member (1, 1') and said at least one pre-manufactured elongated surface part (2, 2', 2b) are guided together such that their sides lean against each other; and said at least one pre-manufactured elongated load bearing member (1, 1') and said at least one pre-manufactured elongated surface part (2, 2', 2b) are fixed to each other, characterized in that said at least one load bearing member (1, 1') is made of composite material comprising reinforcing fibers (f) embedded in polymeric matrix (m), and each of said at least one load bearing member (1, 1') has width larger than thickness thereof, the width/thickness ratio(s) of each of said at least one load bearing member (1, 1') being at least 2, and each of said at least one surface part (2, 2', 2b) comprises thermoplastic material at least on its side facing said at least one load bearing member (1, 1'), or vice versa, and in the method said at least one elongated surface part (2, 2', 2b) and said at least one load bearing member (1, 1') are fixed to each other by ultrasound heating and subsequently cooling said thermoplastic material while said at least one elongated surface part (2, 2', 2b) and said at least one elongated load bearing member (1, 1') are together.
A protocol specific circuit (205, 305) for simulating a functional operational environment into which a device-under-test (215, 315) is placed for functional testing, the device-under-test having multiple integrated circuit blocks in mutual asynchronous communication using different predetermined protocols, the protocol specific circuit being configured to receive at least one non-deterministic signal communicated by the device-under-test, and having a protocol aware circuit configured to decode that signal into command, address and/or data component to determine the protocol of the received signal and thereby to determine the structure and timing of test stimulus signals complying with said protocol, and to control the transfer of at least one test stimulus signal from a test signal generator with the said structure and at the said timing to the device-under-test.
A suturing apparatus attached to an endoscope and inserted into a body for use comprising: a front arm; a rear arm provided movably closer to or away from the front arm; arm moving means for causing the front arm and the rear arm to move closer to or away from each other, and the rear arm includes: a needle-like member attached to the rear arm so that a tip of the needle-like member faces to the front arm and a central axis thereof becomes parallel with the direction in which the front arm and the rear arm are moved closer to or away from each other, and wherein, the front arm includes: a pair of branch portions (11s, 11s) whose base ends are connected to each other, the pair of branch portions (11s, 11s) each being provided with a housing space capable of housing the tip of the needle-like member when the front arm and the rear arm are moved closer to each other, each of the housing spaces (16, 16) houses each of a pair of engagement members (21, 21) capable of being engaged with the needle-like member, and the pair of engagement members (21, 21) housed in the housing spaces (16,16) are connected to each other by a suture thread, said suturing apparatus being characterized in that it further comprises rocking means for relatively rocking the front arm and the rear arm around a rocker shaft in parallel with a direction in which the front arm and the rear arm are moved closer to or away from each other. a front arm; a rear arm provided movably closer to or away from the front arm; arm moving means for causing the front arm and the rear arm to move closer to or away from each other, and the rear arm includes: a needle-like member attached to the rear arm so that a tip of the needle-like member faces to the front arm and a central axis thereof becomes parallel with the direction in which the front arm and the rear arm are moved closer to or away from each other, and wherein, the front arm includes: a pair of branch portions (11s, 11s) whose base ends are connected to each other, the pair of branch portions (11s, 11s) each being provided with a housing space capable of housing the tip of the needle-like member when the front arm and the rear arm are moved closer to each other, each of the housing spaces (16, 16) houses each of a pair of engagement members (21, 21) capable of being engaged with the needle-like member, and the pair of engagement members (21, 21) housed in the housing spaces (16,16) are connected to each other by a suture thread, said suturing apparatus being characterized in that it further comprises rocking means for relatively rocking the front arm and the rear arm around a rocker shaft in parallel with a direction in which the front arm and the rear arm are moved closer to or away from each other.