mhurhangee/ep-ind-claims huggingface dataset:
A self-propelled working machine comprising: - moving means configured for allowing movement of the machine on a bearing plane, - propulsion means operatively associated to the moving means and configured to cause and maintain the movement of the working machine on the bearing plane, - a frame supporting the moving means and the propulsion means, - at least one operating member and actuating means associated thereto, said operating member and said actuating means being supported directly or indirectly by the frame, - a maneuver cab arranged directly or indirectly on the frame and comprising at least an access door, wherein said maneuver cab and said frame define an encumbering volume of the machine, and a step board arranged at the access door of the maneuver cab and coupling means (13, 17) operatively associated to the maneuver cab and/ or to the frame of the working machine for supporting said step board, said coupling means being configured for allowing an actuation movement of said step board between a retracted position in which said step board remains substantially inside said encumbering volume, and an extracted position in which it protrudes, thereby defining a supporting surface, walkable by the operator, able to facilitate entering the cab; wherein said coupling means are configured for allowing a rotational actuation movement of the step board about an axis of rotation; wherein said step board exhibits a planar configuration which, in the extracted position, defines a supporting surface that is walkable by the operator and wherein said axis of rotation is substantially perpendicular to said step board; wherein the machine comprises actuation means operatively associated to said step board and suitable for imposing said actuation movement to the step board via which said step board is brought from the retracted position to the extracted position thereof in conjunction with the opening of the maneuver cab's access door and from the extracted position to the retracted position thereof in conjunction with the closing of the maneuver cab's access door; characterized in that the actuation means comprises at least one connection element operatively interposed between said step board and said access door so that the step board is solidly constrained with the access door, in such a way that the opening/closing of the access door generates the actuation movement of the step plate. - moving means configured for allowing movement of the machine on a bearing plane, - propulsion means operatively associated to the moving means and configured to cause and maintain the movement of the working machine on the bearing plane, - a frame supporting the moving means and the propulsion means, - at least one operating member and actuating means associated thereto, said operating member and said actuating means being supported directly or indirectly by the frame, - a maneuver cab arranged directly or indirectly on the frame and comprising at least an access door,
An eccentric fitting assembly (36; 70) comprising: an outer eccentric fitting (40; 72) which defines an outer axis, said outer eccentric fitting (40; 72) defines an opening offset (52; 90) from said outer axis; and an inner eccentric fitting (42; 74) which defines an inner axis, said inner eccentric fitting (42; 74) defines a stud opening offset (54; 92) from said inner axis, said inner eccentric fitting (42; 74) receivable within said opening (52; 90), characterized in that said outer eccentric fitting (40; 72) defines a threaded section (40T; 72T) which defines said outer axis. an outer eccentric fitting (40; 72) which defines an outer axis, said outer eccentric fitting (40; 72) defines an opening offset (52; 90) from said outer axis; and an inner eccentric fitting (42; 74) which defines an inner axis, said inner eccentric fitting (42; 74) defines a stud opening offset (54; 92) from said inner axis, said inner eccentric fitting (42; 74) receivable within said opening (52; 90), characterized in that said outer eccentric fitting (40; 72) defines a threaded section (40T; 72T) which defines said outer axis.
Article comprising a multilayer material comprising: - a first layer of compact thermosetting polyurethane, entirely cross-linked and having a density in gr/cm3 between 0.90 and 1.5 and hardnesses, measured according to the description, between 40 shore A and 75 shore D and a thickness greater than 1 mm; - a second layer made of an adhesive material on both faces; - a primer interposed between said first layer and said second layer, said primer comprising at least one substance selected from the group consisting of acrylates, isocyanates, silanates, epoxides or polyurethanes, and a metallic support adhesivized to said second layer. - a first layer of compact thermosetting polyurethane, entirely cross-linked and having a density in gr/cm3 between 0.90 and 1.5 and hardnesses, measured according to the description, between 40 shore A and 75 shore D and a thickness greater than 1 mm; - a second layer made of an adhesive material on both faces; - a primer interposed between said first layer and said second layer, said primer comprising at least one substance selected from the group consisting of acrylates, isocyanates, silanates, epoxides or polyurethanes, and a metallic support adhesivized to said second layer.
A draft meter to be used for a vessel in which a plurality of seal rings are arranged around a propeller shaft at intervals in an axial direction of the propeller shaft, an air chamber and an oil chamber in this order from a stern side are provided by the plurality of seal rings, and an air control unit is connected to the air chamber via an air supply channel, and having a pressure gauge for measuring pressure in the air chamber, the draft meter comprising: a data storage unit and an arithmetic unit, wherein the data storage unit is configured such that predetermined correction data and predetermined seawater density data are stored and that pressure data measured by the pressure gauge is received, and wherein the arithmetic unit is configured to identify a draft of the vessel by calculating a difference value between the pressure data and the correction data and by dividing the difference value by the seawater density data. a data storage unit and an arithmetic unit, wherein the data storage unit is configured such that predetermined correction data and predetermined seawater density data are stored and that pressure data measured by the pressure gauge is received, and wherein the arithmetic unit is configured to identify a draft of the vessel by calculating a difference value between the pressure data and the correction data and by dividing the difference value by the seawater density data.
Audio solder alloy characterized in that the alloy consists of Ag of 0.8 through 1.20 % by mass, Cu of 0.65 through 0.75 % by mass, In of 0.002 through 0.004 % by mass, Ni of 0.01 through 0.02 % by mass, Pb of greater than 0% and not greater than 0.005 % by mass and the remainder of Sn.
A charging control apparatus, wherein when user equipment, UE, accesses a service that charges an over the top, OTT, service provider, SP, the apparatus comprises: a receiver, configured to obtain a service identifier and a charging identifier that are configured by an operator, and receive a service rule set and user registration information sent by a device of the OTT SP; a processor, configured to generate third matching information according to the service rule set, wherein the third matching information comprises a correspondence between a service rule set and a service identifier; a transmitter, configured to send the user registration information, the service identifier and the charging identifier to a policy and charging rules function PCRF; wherein the receiver is further configured to receive flow description information from a policy and charging enforcement function, PCEF, wherein the flow description information is obtained by the PCEF according to a data flow received from the UE; the processor is further configured to determine, according to the third matching information and the flow description information received by the receiver, a service identifier corresponding to the data flow; and the transmitter is further configured to send the service identifier corresponding to the data flow determined by the processor to the PCEF, so that the PCEF charges for the service according to the service identifier corresponding to the data flow. a receiver, configured to obtain a service identifier and a charging identifier that are configured by an operator, and receive a service rule set and user registration information sent by a device of the OTT SP; a processor, configured to generate third matching information according to the service rule set, wherein the third matching information comprises a correspondence between a service rule set and a service identifier; a transmitter, configured to send the user registration information, the service identifier and the charging identifier to a policy and charging rules function PCRF; wherein the receiver is further configured to receive flow description information from a policy and charging enforcement function, PCEF, wherein the flow description information is obtained by the PCEF according to a data flow received from the UE; the processor is further configured to determine, according to the third matching information and the flow description information received by the receiver, a service identifier corresponding to the data flow; and the transmitter is further configured to send the service identifier corresponding to the data flow determined by the processor to the PCEF, so that the PCEF charges for the service according to the service identifier corresponding to the data flow.
A method of purifying water comprising: passing a first portion of a first water stream via a conduit through a cathode compartment of a water purification apparatus comprising an electrodeionization apparatus or an electrodialysis apparatus to produce a second water stream; and passing at least a portion of the second water stream through conduit to at least one ion-depleting compartment to produce purified water; and passing a second portion of the first water stream via a conduit through an anode compartment of the water purification apparatus and through a conduit to at least one ion-concentrating compartment of the water purification apparatus. passing a first portion of a first water stream via a conduit through a cathode compartment of a water purification apparatus comprising an electrodeionization apparatus or an electrodialysis apparatus to produce a second water stream; and passing at least a portion of the second water stream through conduit to at least one ion-depleting compartment to produce purified water; and passing a second portion of the first water stream via a conduit through an anode compartment of the water purification apparatus and through a conduit to at least one ion-concentrating compartment of the water purification apparatus.
Process for the continuous hydrolysis of cellulosic biomass comprising at least the following steps: providing at least one reactor, which can be operated at steady state; adding a predetermined amount of cellulosic biomass to said reactor, wherein said cellulosic biomass has a solid content of at least 10%; (A') adding a predetermined amount of enzymes to said reactor; performing at least a partial enzymatic hydrolysis of the cellulosic biomass in said reactor, wherein a steady state is achieved in said process, in which cellulosic biomass is continually added to said reactor, while at least partially hydrolyzed cellulosic biomass is continually removed from said reactor, wherein said at least partially hydrolyzed cellulosic biomass that is continually removed has a viscosity, as measured in a Physica MCR 101 rheometer in a cup with a stirrer (FL 100/6W), of not more than 25 Pas (Pascal seconds), wherein the viscosity essentially remains below 25 Pas over the course of two hours or more. providing at least one reactor, which can be operated at steady state; adding a predetermined amount of cellulosic biomass to said reactor, wherein said cellulosic biomass has a solid content of at least 10%; (A') adding a predetermined amount of enzymes to said reactor; performing at least a partial enzymatic hydrolysis of the cellulosic biomass in said reactor,
Nuclear power plant that includes equipment comprising at least a nuclear reactor, a turbine and a generator, the nuclear power plant further comprising: an operational support device comprising an operating-status confirming display unit and a bypassed-and-inoperable state display unit, a control device configured to operate and control the equipment, to send signals indicating the states of the equipment to the operational support device, and to send various signals with respect to the equipment to the operational support device, the control device being configured to compare and verify trip signals for the equipment with predetermined conditions, the operating-status confirming display unit being configured to display whether the equipment is functioning in accordance with a trip signal for the equipment on the basis of a control signal received from the control device; and the bypassed-and-inoperable state display unit being configured to display whether the equipment is in a state where the equipment is operable by an operator on the basis of a control signal received from the control device. an operational support device comprising an operating-status confirming display unit and a bypassed-and-inoperable state display unit, a control device configured to operate and control the equipment, to send signals indicating the states of the equipment to the operational support device, and to send various signals with respect to the equipment to the operational support device, the control device being configured to compare and verify trip signals for the equipment with predetermined conditions, the operating-status confirming display unit being configured to display whether the equipment is functioning in accordance with a trip signal for the equipment on the basis of a control signal received from the control device; and the bypassed-and-inoperable state display unit being configured to display whether the equipment is in a state where the equipment is operable by an operator on the basis of a control signal received from the control device.
Method of identifying a compound which is able to modulate the development of regulatory macrophage (Mreg)-induced regulatory T cells (iTregs), comprising the steps of: a) providing DHRS9 + CD258 + IDO + Mreg cells; b) providing T cells; c) co-culturing the DHRS9+ CD258+ IDO+ Mreg cells and the T cells to induce the development of Foxp3 + CD25 + iTreg cells; wherein a test compound is added in step a), b) or c), and d) determining whether the test compound influences the generation of Foxp3+ CD25+ iTreg cells. a) providing DHRS9 + CD258 + IDO + Mreg cells; b) providing T cells; c) co-culturing the DHRS9+ CD258+ IDO+ Mreg cells and the T cells to induce the development of Foxp3 + CD25 + iTreg cells; wherein a test compound is added in step a), b) or c), and d) determining whether the test compound influences the generation of Foxp3+ CD25+ iTreg cells.
An energy storage apparatus comprising: an energy storage device; a substrate in which a through hole penetrating a main surface is formed; a through member that penetrates the through hole; and a lateral member disposed lateral to the substrate and covering a side surface of the substrate, wherein the lateral member is a busbar frame on which a busbar connected to the energy storage device is mounted, and wherein the busbar frame includes: a frame body, and a wall (320, 330, 340, 350) that projects from the frame body and covers the side surface of the substrate, characterised in that the lateral member includes an opening formed in said wall (320,330,340,350), through which at least one of two portions of the through member, the two portions sandwiching the through hole, is visually recognizable from an outside. an energy storage device; a substrate in which a through hole penetrating a main surface is formed; a through member that penetrates the through hole; and a lateral member disposed lateral to the substrate and covering a side surface of the substrate, wherein the lateral member is a busbar frame on which a busbar connected to the energy storage device is mounted, and wherein the busbar frame includes: a frame body, and a wall (320, 330, 340, 350) that projects from the frame body and covers the side surface of the substrate, characterised in that the lateral member includes an opening formed in said wall (320,330,340,350), through which at least one of two portions of the through member, the two portions sandwiching the through hole, is visually recognizable from an outside.
A resonant sensor for a fluid, the sensor comprising: a diaphragm which may be exposed to a fluid; two supports provided on the diaphragm; and a resonator having at least two beams, with each beam being suspended between the two supports, each end portion of each beam is attached to a support at more than one point; characterised in that each beam is attached to a support by a mounting portion at each of the more than one points and the plurality of mounting portions associated with each beam end have different levels of resilience. a diaphragm which may be exposed to a fluid; two supports provided on the diaphragm; and a resonator having at least two beams, with each beam being suspended between the two supports, each end portion of each beam is attached to a support at more than one point; characterised in that each beam is attached to a support by a mounting portion at each of the more than one points and the plurality of mounting portions associated with each beam end have different levels of resilience.
A cleaning method for cleaning a surface, in which the surface is cleaned with a process gas, wherein a supply gas containing the process gas is guided to the surface and, during the cleaning of the surface, an exhaust gas containing reaction products of the cleaning is produced, the proportion of the process gas in the supply gas is measured, the proportion of the process gas and/or the proportion of the reaction products in the exhaust gas is measured, and the current cleaning progress of the surface is determined based on a comparison of the proportion of the process gas in the supply gas with the proportion of the process gas and/or the proportion of the reaction products in the exhaust gas. a supply gas containing the process gas is guided to the surface and, during the cleaning of the surface, an exhaust gas containing reaction products of the cleaning is produced, the proportion of the process gas in the supply gas is measured, the proportion of the process gas and/or the proportion of the reaction products in the exhaust gas is measured, and the current cleaning progress of the surface is determined based on a comparison of the proportion of the process gas in the supply gas with the proportion of the process gas and/or the proportion of the reaction products in the exhaust gas.
A method for verifying the operational condition of a rectangular agricultural baler, said baler comprising a baling chamber equipped with a reciprocating plunger driven by a mechanism comprising a crank shaft and one or more connecting rods, for forming crop material into a rectangular shaped bale, the plunger moving between a fully retracted position and a fully extended position, the baler being further equipped with a load sensor suitable for determining the reaction force on the plunger as said plunger is compressing crops in the baling chamber, the method comprising the following steps, performed while the baler is running at a given speed of the crank shaft: measuring the reaction force on the plunger or a parameter related to said reaction force, when the plunger is in a position in which it is not exerting a compressive force on the crop material in the baling chamber, comparing the measured reaction force or the parameter to a predefined reference value, and deriving from the compared measured reaction force or parameter an assessment of the operational condition. measuring the reaction force on the plunger or a parameter related to said reaction force, when the plunger is in a position in which it is not exerting a compressive force on the crop material in the baling chamber, comparing the measured reaction force or the parameter to a predefined reference value, and deriving from the compared measured reaction force or parameter an assessment of the operational condition.
A Robot Co-ordinate Measuring Machine Arm, RCA, (1, 17, 1100) comprising a Robot, a Co-ordinate Measuring Machine Arm and transmission means, configured to translate and/or rotate a probe end (12, 1000) in a haptic mode further comprising a sensing handle to receive operator's manual pressure for haptic control wherein said sensing handle is mounted on the Robot Arm after a final joint.
A support device for receiving, securing and supporting at least one gripping device having at least one gripping arm pair of a first and a second gripping arm (3, 4) for gripping, holding and guiding containers, wherein the support device can be fixed to a drive shaft of a transport device, and wherein the transport device comprises a support ring in which is formed a first receiver for receiving and securing a first gripper arm pivot axis of the first gripper arm, a second receiver for receiving and securing a second gripper arm pivot axis of the second gripper arm, and a third receiver for receiving and securing a control shaft disposed between the first and second gripper arm (3, 4) for opening or closing the gripping device characterized by a connection plate connected to the support ring for connecting the support device to the drive shaft, wherein the support ring and the connection plate are integrally formed.