mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling real world objects (2, 2a-f) in an industrial installation, the method being performed in a server node and comprising the steps of: receiving, in a connection server module, a connection establishment request comprising a user identity; authenticating, in the connection server module, the user identity; establishing, in the connection server module, a connection and associating the connection with the user identity, only when the authentication is successful; receiving, in the connection server module, a service request on the established connection, wherein the service request comprises a reference to an aspect object and a reference to an aspect of the aspect object, wherein the aspect object is a software object representing one of the real world objects (2, 2a-f), and the aspect defines an operation associated with the real world object; forwarding, in the connection server module, the service request and the user identity to a service dispatcher module; determining, in the service dispatcher module, a target service provider from the reference to the aspect; and sending, in the service dispatcher module, the service request and the user identity to the target service provider. receiving, in a connection server module, a connection establishment request comprising a user identity; authenticating, in the connection server module, the user identity; establishing, in the connection server module, a connection and associating the connection with the user identity, only when the authentication is successful; receiving, in the connection server module, a service request on the established connection, wherein the service request comprises a reference to an aspect object and a reference to an aspect of the aspect object, wherein the aspect object is a software object representing one of the real world objects (2, 2a-f), and the aspect defines an operation associated with the real world object; forwarding, in the connection server module, the service request and the user identity to a service dispatcher module; determining, in the service dispatcher module, a target service provider from the reference to the aspect; and sending, in the service dispatcher module, the service request and the user identity to the target service provider.
A transport chilling unit comprising: an outdoor heat exchanger; a casing for housing the outdoor heat exchanger, and a fan configured to introduce outside air into the casing and to guide outside air to the outdoor heat exchanger wherein the casing has a cover panel (11, 13) having a center portion and side portions, the center portion configured to define a front side of a heat exchange room in a direction of introducing outside air, the heat exchange room being formed inside the casing, and the side portions being configured to define lateral sides of the heat exchange room and extending from end portions of the center portion in a lateral direction, the lateral direction intersecting with the direction of introducing outside air, the fan is mounted on a center of the center portion in the lateral direction, and side outlet ports configured to discharge outside air which passes through the outdoor heat exchanger to an outside of the casing, the side outlet ports being formed in the side portions and extending frontward from rear end portions of the side portions, characterized in that guide portions are formed on each side portion, on a rear surface of the cover panel (11, 13) so as to guide outside air which passes through the outdoor heat exchanger to an outer side in the lateral direction. an outdoor heat exchanger; a casing for housing the outdoor heat exchanger, and a fan configured to introduce outside air into the casing and to guide outside air to the outdoor heat exchanger wherein the casing has a cover panel (11, 13) having a center portion and side portions, the center portion configured to define a front side of a heat exchange room in a direction of introducing outside air, the heat exchange room being formed inside the casing, and the side portions being configured to define lateral sides of the heat exchange room and extending from end portions of the center portion in a lateral direction, the lateral direction intersecting with the direction of introducing outside air, the fan is mounted on a center of the center portion in the lateral direction, and side outlet ports configured to discharge outside air which passes through the outdoor heat exchanger to an outside of the casing, the side outlet ports being formed in the side portions and extending frontward from rear end portions of the side portions, characterized in that guide portions are formed on each side portion, on a rear surface of the cover panel (11, 13) so as to guide outside air which passes through the outdoor heat exchanger to an outer side in the lateral direction.
Device (DISP) for detecting anomalies by acoustic analysis of an aircraft (AERO) turbine engine (TURBO), the device (DISP) is not on board and the device (DISP)comprising: - at least one mobile module comprising: ∘ directional acquisition means (MDAC) to acquire acoustic signals from the turbine engine (TURBO); ∘ means (MDTT) of processing said signals, adapted to generate a damage report (RAP_END); ∘ means (MDTM) of transmitting said damage report (RAP_END); - a server (SERV) capable of exchanging data with the at least one module, said server (SERV) comprising: ∘ means of reception of the damage report (RAP_END); ∘ storage means adapted to store said damage report (RAP_END), characterised in that, when the aircraft (AERO) is moving, a slaving means (MDAS) adjust the orientation of a sensor depending on the position and trajectory of the aircraft (AERO). - at least one mobile module comprising: ∘ directional acquisition means (MDAC) to acquire acoustic signals from the turbine engine (TURBO); ∘ means (MDTT) of processing said signals, adapted to generate a damage report (RAP_END); ∘ means (MDTM) of transmitting said damage report (RAP_END); ∘ directional acquisition means (MDAC) to acquire acoustic signals from the turbine engine (TURBO); ∘ means (MDTT) of processing said signals, adapted to generate a damage report (RAP_END); ∘ means (MDTM) of transmitting said damage report (RAP_END); - a server (SERV) capable of exchanging data with the at least one module, said server (SERV) comprising: ∘ means of reception of the damage report (RAP_END); ∘ storage means adapted to store said damage report (RAP_END), ∘ means of reception of the damage report (RAP_END); ∘ storage means adapted to store said damage report (RAP_END),
Internal combustion engine for burning a fuel mixture containing hydrogen and air in an Otto cycle, wherein the internal combustion engine has at least one cylinder unit and an intake duct connected thereto, wherein the cylinder unit has a combustion chamber, at least one intake valve and at least one exhaust valve, and wherein the intake duct has at least one gas mixing unit for producing the fuel mixture, characterized in that an orifice of an inert gas line is arranged upstream of the combustion chamber of the cylinder unit in the intake duct, which has a mixture cooler and a throttle valve between the gas mixing unit and the combustion chamber.
A lithium polymer secondary battery comprising: a negative electrode including a carbonaceous material, as an active material, obtainable by attaching or covering an amorphous carbon on the surface of graphite particle; an electrolyte layer; and a positive electrode having at least a metal oxide containing lithium as an active material, characterized in that the electrolyte layer has a separator base and is integrated with the negative electrode by using a crosslinked polymer including a polymer containing a unit derived from vinylene carbonate, the polymer in the electrolyte layer and the negative electrode having the same composition; and the crosslinking polymer contains an organic solvent and a lithium salt.
A modular nozzle arrangement for coolant lubricants, comprising: a distributor block providing an inlet and a plurality of outlets (96, 98, 100, 102) for a KSS fluid, and at least one KSS nozzle (56; 108, 110, 112, 114) receivable at an outlet (96, 98, 100, 102), and being selectable from a nozzle set, wherein at least the at least one nozzle (56; 108, 110, 112, 114) is additively manufactured, wherein the outlets (96, 98, 100, 102) each have a seat to accommodate a connector piece of the nozzle (56; 108, 110, 112, 114), characterized in that: the at least one nozzle has an internal flow-guiding contour (138, 168, 178) with curved flow channels (142, 144, 146, 148; 172; 188, 190), in the coupled state, a first seal and a second seal are provided between the seat and the connector piece, the first seal is arranged as a radially effective seal, and the second seal as an axially effective seal, and a groove interacting with a locking slider, particularly an encircling groove, is formed on the connector piece. a distributor block providing an inlet and a plurality of outlets (96, 98, 100, 102) for a KSS fluid, and at least one KSS nozzle (56; 108, 110, 112, 114) receivable at an outlet (96, 98, 100, 102), and being selectable from a nozzle set, wherein at least the at least one nozzle (56; 108, 110, 112, 114) is additively manufactured, wherein the outlets (96, 98, 100, 102) each have a seat to accommodate a connector piece of the nozzle (56; 108, 110, 112, 114), characterized in that: the at least one nozzle has an internal flow-guiding contour (138, 168, 178) with curved flow channels (142, 144, 146, 148; 172; 188, 190), in the coupled state, a first seal and a second seal are provided between the seat and the connector piece, the first seal is arranged as a radially effective seal, and the second seal as an axially effective seal, and a groove interacting with a locking slider, particularly an encircling groove, is formed on the connector piece. the at least one nozzle has an internal flow-guiding contour (138, 168, 178) with curved flow channels (142, 144, 146, 148; 172; 188, 190), in the coupled state, a first seal and a second seal are provided between the seat and the connector piece, the first seal is arranged as a radially effective seal, and the second seal as an axially effective seal, and a groove interacting with a locking slider, particularly an encircling groove, is formed on the connector piece.
Connection between two adapter parts (5, 19) of a modular-construction supporting apparatus for supporting tools, workpieces or the like, having a first adapter part, which has an end-side extension with a partially spherical recess, having a second adapter part, which has an end-side spherical extension for insertion into the partially spherical recess of the first adapter part and also has a clamping ring, which butts against the spherical extension, over the half thereof which is directed away from the partially spherical recess, and having a connecting clamp, which engages behind the extension of the first adapter part and the clamping ring of the second adapter part, on mutually remote sides of the same, and secures them axially and radially in relation to one another, wherein the extension of the first adapter part and the clamping ring each have at least one weakening region (34, 33) so that the extension of the first adapter part and the clamping ring are deformed when the connecting clamp acts thereon.
A method for adding a termination to an end of a tensile strength member including multiple synthetic filaments, said tensile strength member having a central axis, comprising: a. providing an anchor with a proximal end, a distal end, and a cavity in said anchor, with said cavity having an opening in said proximal end; b. providing a potting compound, with said potting compound being configured to transition from a liquid state to a solid state over time; c. placing a length of said filaments within said cavity with said tensile strength member extending out of said opening in said proximal end; characterized by d. placing said anchor and said length of filaments in an inverted position whereby said proximal end of said anchor lies above said distal end of said anchor, with said tensile strength member extending upward out of said opening in said proximal end; e. sealing said distal end of said anchor and further ensuring sealing of said proximal end of said anchor where said tensile strength member extends upward out of said opening in said proximal end. f. injecting said potting compound in said liquid state into the distal region of said cavity until said cavity is substantially filled by said potting compound and said length of filaments; and g.. maintaining said anchor and said length of filaments in said inverted position until said liquid potting compound has transitioned substantially to a solid. a. providing an anchor with a proximal end, a distal end, and a cavity in said anchor, with said cavity having an opening in said proximal end; b. providing a potting compound, with said potting compound being configured to transition from a liquid state to a solid state over time; c. placing a length of said filaments within said cavity with said tensile strength member extending out of said opening in said proximal end; characterized by d. placing said anchor and said length of filaments in an inverted position whereby said proximal end of said anchor lies above said distal end of said anchor, with said tensile strength member extending upward out of said opening in said proximal end; e. sealing said distal end of said anchor and further ensuring sealing of said proximal end of said anchor where said tensile strength member extends upward out of said opening in said proximal end. f. injecting said potting compound in said liquid state into the distal region of said cavity until said cavity is substantially filled by said potting compound and said length of filaments; and g.. maintaining said anchor and said length of filaments in said inverted position until said liquid potting compound has transitioned substantially to a solid.
A method for a three-level inverter comprising a DC link divided into two halves by a neutral point, wherein the method comprises determining a voltage ripple at the neutral point, characterized in that the method further comprises determining an imaginary part of a third harmonic component (Im 3 h) of the voltage ripple in a rotating coordinate system that rotates synchronously with an output voltage of the inverter, calculating a direct component of an output current in the rotating coordinate system, wherein the result of the calculation represents a product of the imaginary part of the third harmonic component (Im 3 h), a sum ( C 1 + C 2) of capacitances forming the DC link halves, a fundamental frequency ( ω) of the output voltage, a reciprocal of the modulation index of the inverter, and a constant (15π/8).
A circuit breaker, comprising: a shaft including a first section and a second section; a movable contact assembly arranged on the shaft along an extending direction of the shaft and including a movable contact; and a driving mechanism coupled to the first section, wherein the shaft further comprises an insulating layer disposed on the first section and the second section, characterized in that the driving mechanism is adapted to drive the movable contact assembly to rotate with the shaft such that the movable contact contacts with or disengages from a stationary contact of the circuit breaker. a shaft including a first section and a second section; a movable contact assembly arranged on the shaft along an extending direction of the shaft and including a movable contact; and a driving mechanism coupled to the first section, wherein the shaft further comprises an insulating layer disposed on the first section and the second section, characterized in that the driving mechanism is adapted to drive the movable contact assembly to rotate with the shaft such that the movable contact contacts with or disengages from a stationary contact of the circuit breaker.
Process for producing polymer-functionalized filler particles, characterized by the following steps at least: - binding a control agent for controlled free-radical polymerization, containing a coupleable -Si(OAlk) 3, -SiAlk(OAlk) 2 or -SiAlk 2 (OAlk) group where Alk is divalent carbon having 1 to 18 carbon atoms at least, to the surface of a filler particle, wherein the R group of the RAFT agent becomes bound to the surface of a filler particle via an R1 group, wherein R1 is at least one -Si(OAlk) 3, -SiAlk(OAlk) 2 or - SiAlk 2 (OAlk) group where Alk is divalent carbon having 1 to 18 caarbon atoms, and wherein the filler particles are silica particles, and - then performing a controlled free-radical polymerization of monomers using the control agent bound to the filler particle, wherein at least one of the monomers is a diene monomer. - binding a control agent for controlled free-radical polymerization, containing a coupleable -Si(OAlk) 3, -SiAlk(OAlk) 2 or -SiAlk 2 (OAlk) group where Alk is divalent carbon having 1 to 18 carbon atoms at least, to the surface of a filler particle, wherein the R group of the RAFT agent becomes bound to the surface of a filler particle via an R1 group, wherein R1 is at least one -Si(OAlk) 3, -SiAlk(OAlk) 2 or - SiAlk 2 (OAlk) group where Alk is divalent carbon having 1 to 18 caarbon atoms, and wherein the filler particles are silica particles, and - then performing a controlled free-radical polymerization of monomers using the control agent bound to the filler particle, wherein at least one of the monomers is a diene monomer.
A non-transitory computer-readable storage medium storing a program for causing a printing apparatus to print a color chart sheet including a color chart for color measurement by a colorimeter, wherein the program when executed on computer causes said computer to function as a control unit that causes the printing apparatus to print the color chart sheet, the color chart sheet including the color chart and a first image, the first image indicating a color measurement start position and a color measurement start direction of the colorimeter with respect to the color chart, characterised in that the color measurement start direction represents a posture of the colorimeter at the color measurement start position, and represents the direction in which the colorimeter faces when the colorimeter starts color measurement, at a sheet surface of the color chart sheet.
Press for the hot moulding of pieces, in particular hollow pieces in brass or aluminium, comprising: - a fixed structure defining a reaction plate; - an-upper mould-holder, suitable to receive an upper half-shell; - a lower mould-holder, suitable to receive a lower half-shell; - a floating cushion to which the lower mould-holder is operatively connected, the floating cushion being connected to a hydraulic pressurisation circuit so as to exert a progressive cushion reaction force opposing the opening of the half-shells (18, 20) when the floating cushion is subjected to compression; - a movable slide to which the upper mould-holder is attached, the movable slide being movable vertically in relation to the reaction plate between an upper end-stroke position, in which the upper half-shell is distant from the lower mould, and a lower end-stroke position, in which the upper half-shell is put together the lower half-shell and the floating cushion is stressed so as to exert a maximum cushion reaction force passing through an intermediate position, in which the upper half-shell is placed in contact with the lower half-shell and the floating cushion is stressed so as to exert a minimum cushion reaction force; wherein said cushion reaction force increases progressively as the slide approaches the lower end-stroke position; the press being characterised in that it further comprises a plurality of reaction cylinders connected to a hydraulic pressurisation circuit, said reaction cylinders being operatively interposed between the lower mould-holder and the reaction plate and being suitable to exert a progressive cylinder reaction force which opposes the opening of the half-shells when the slide exceeds said intermediate position, the floating cushion and the reaction cylinders being arranged in such a way that, when the slide passes the intermediate position, the overall reaction force to the opening of the half-shells is given by the sum of the progressive cushion reaction force with the progressive cylinder reaction force. - a fixed structure defining a reaction plate; - an-upper mould-holder, suitable to receive an upper half-shell; - a lower mould-holder, suitable to receive a lower half-shell; - a floating cushion to which the lower mould-holder is operatively connected, the floating cushion being connected to a hydraulic pressurisation circuit so as to exert a progressive cushion reaction force opposing the opening of the half-shells (18, 20) when the floating cushion is subjected to compression; - a movable slide to which the upper mould-holder is attached, the movable slide being movable vertically in relation to the reaction plate between an upper end-stroke position, in which the upper half-shell is distant from the lower mould, and a lower end-stroke position, in which the upper half-shell is put together the lower half-shell and the floating cushion is stressed so as to exert a maximum cushion reaction force passing through an intermediate position, in which the upper half-shell is placed in contact with the lower half-shell and the floating cushion is stressed so as to exert a minimum cushion reaction force;
A system for removing failed fasteners, comprising: a structure (11, 12) having a plurality of holes formed therein, each hole having an axis extending in a transverse z-direction; structure fasteners mounted in respective ones of the holes; a guide positioned on the structure (11,12), the guide being mountable directly to the structure (11, 12) with at least one of the structure fasteners; a master bushing that is swivel-mounted to the guide; a cutting tool located in and extending through the master bushing for cutting a fastener for removal from the structure (11, 12); and a sliding washer through which said at least one of the structure fasteners extends, and that is slidably mounted and captured within a slot having a width in a lateral y-direction in the guide, the sliding washer being movable in a longitudinal direction that is perpendicular to the y-direction and the z-direction. a structure (11, 12) having a plurality of holes formed therein, each hole having an axis extending in a transverse z-direction; structure fasteners mounted in respective ones of the holes; a guide positioned on the structure (11,12), the guide being mountable directly to the structure (11, 12) with at least one of the structure fasteners; a master bushing that is swivel-mounted to the guide; a cutting tool located in and extending through the master bushing for cutting a fastener for removal from the structure (11, 12); and a sliding washer through which said at least one of the structure fasteners extends, and that is slidably mounted and captured within a slot having a width in a lateral y-direction in the guide, the sliding washer being movable in a longitudinal direction that is perpendicular to the y-direction and the z-direction.
Tyre, the tread of which comprises a rubber composition comprising at least (phr meaning parts by weight per hundred parts of elastomer) a diene elastomer, more than 30 phr of a plasticizer liquid at 20°C, between 50 and 150 phr of a reinforcing filler, characterized in that it further comprises between 2 and 50 phr of powder formed of water-soluble metal salt microparticles, the median size by weight of which, measured by laser diffraction according to Standard ISO-8130-13, is between 1 μm and 1 mm, and between 2 and 50 phr of short PVA (polyvinyl alcohol) fibres, the length of which is greater than 1 mm and less than 30 mm, the water-soluble metal salt being chosen from the group consisting of chlorides, carbonates, sulphates and the mixtures of such salts, and the metal of the water-soluble metal salt being chosen from Na, K, Mg, Ca and the mixtures of such metals.