mhurhangee/ep-ind-claims huggingface dataset:
A laundry treatment apparatus comprising: a tub; a drum rotatably disposed inside the tub for receiving laundry therein, wherein the drum is made of a metal material; and an induction module disposed on the tub to be spaced from a circumferential surface of the drum for generating an electromagnetic field to heat the circumferential surface of the drum, wherein the induction module includes: a coil formed of windings of wires, wherein the coil generates a magnetic field when an electric current is applied thereto; and is characterized by: a base housing mounted on an outer circumferential face of the tub corresponding to an upper face of the drum, wherein the base housing comprises fixing ribs that protrude upward from a bottom surface of the base housing and define coil slots configured to receive the wires therein and thus defining a shape of the coil, wherein each coil slot defines a predetermined spacing between corresponding adjacent wires. a tub; a drum rotatably disposed inside the tub for receiving laundry therein, wherein the drum is made of a metal material; and an induction module disposed on the tub to be spaced from a circumferential surface of the drum for generating an electromagnetic field to heat the circumferential surface of the drum, wherein the induction module includes: a coil formed of windings of wires, wherein the coil generates a magnetic field when an electric current is applied thereto; and is characterized by: a base housing mounted on an outer circumferential face of the tub corresponding to an upper face of the drum, wherein the base housing comprises fixing ribs that protrude upward from a bottom surface of the base housing and define coil slots configured to receive the wires therein and thus defining a shape of the coil, wherein each coil slot defines a predetermined spacing between corresponding adjacent wires. a base housing mounted on an outer circumferential face of the tub corresponding to an upper face of the drum, wherein the base housing comprises fixing ribs that protrude upward from a bottom surface of the base housing and define coil slots configured to receive the wires therein and thus defining a shape of the coil, wherein each coil slot defines a predetermined spacing between corresponding adjacent wires.
A wear sensing liner for a comminution apparatus, the wear sensing liner comprising: a liner body comprising; a wear surface side defining a wear surface; an opposed, operatively rear surface side; and at least one sensor carried by the liner body, the at least one sensor being carried by the liner body to sense wear of the wear surface side of the liner body, the at least one sensor being configured to degrade in response to wear of the wear surface side of the liner body and to output a signal representative of the wear of the wear surface side of the liner body; wherein the at least one sensor comprises a rigid sleeve configured to mount the at least one sensor to the liner body, and characterised in that: the liner body comprises an insert which partially spans the depth of the liner body or span the entire depth of the liner body, wherein the liner body is formed of a castable material cast around the insert and wherein the insert has a higher melting temperature than the material(s) constituting the liner body; wherein the insert is configured to receive the rigid sleeve of the at least one sensor when the at least one sensor is mounted to the liner body. a liner body comprising; a wear surface side defining a wear surface; an opposed, operatively rear surface side; and at least one sensor carried by the liner body, the at least one sensor being carried by the liner body to sense wear of the wear surface side of the liner body, the at least one sensor being configured to degrade in response to wear of the wear surface side of the liner body and to output a signal representative of the wear of the wear surface side of the liner body; a wear surface side defining a wear surface; an opposed, operatively rear surface side; and at least one sensor carried by the liner body, the at least one sensor being carried by the liner body to sense wear of the wear surface side of the liner body, the at least one sensor being configured to degrade in response to wear of the wear surface side of the liner body and to output a signal representative of the wear of the wear surface side of the liner body; wherein the at least one sensor comprises a rigid sleeve configured to mount the at least one sensor to the liner body, and characterised in that: the liner body comprises an insert which partially spans the depth of the liner body or span the entire depth of the liner body, wherein the liner body is formed of a castable material cast around the insert and wherein the insert has a higher melting temperature than the material(s) constituting the liner body; wherein the insert is configured to receive the rigid sleeve of the at least one sensor when the at least one sensor is mounted to the liner body. the liner body comprises an insert which partially spans the depth of the liner body or span the entire depth of the liner body, wherein the liner body is formed of a castable material cast around the insert and wherein the insert has a higher melting temperature than the material(s) constituting the liner body; wherein the insert is configured to receive the rigid sleeve of the at least one sensor when the at least one sensor is mounted to the liner body.
A seat for a motorcaravan comprising a central seat portion and opposite side seat portions (11,12) extending forwardly from respective opposite ends of the front of the central portion and defining a gap therebetween, each seat portion comprising a base (14,15,16), a seat cushion (17,18,19) mounted on the base (14,15,16) and a backrest (20,21,22), characterised in that a post upstands from the rear of the base of the central portion adjacent opposite ends thereof, the upper end of each post providing an upper anchorage point for a seat belt disposed above the backrest of the central portion, each end of the base of the central portion comprising first and second outer anchorage points for the ends of the seat belt and an inner anchorage point for a seat belt buckle receptacle.
A camera arrangement comprising a camera head (3; 103), an illumination arrangement (7; 107) and a dome (4; 104), wherein: said camera head (3; 103) is arranged inside the dome (4; 104), said illumination arrangement (7; 107) is arranged on an outside of the dome (4; 104) characterized in that said dome (4; 104) has a toroidal shape with a rotational symmetry along a rotational angle (α) around a first axis of symmetry, at least an outer segment (4'; 104') of the dome is transparent, said outer segment (4'; 104') has a shape in section which is defined by a second axis of symmetry arranged at a first radius from the first axis of symmetry and orthogonal to the first axis, said outer segment having a radius of curvature (r) over an angle (β) around the second axis of symmetry, said dome further comprises a central segment connecting the outer segment (4'; 104') with the first axis of symmetry, and said illumination arrangement (7; 107) is arranged at said central segment. said camera head (3; 103) is arranged inside the dome (4; 104), said illumination arrangement (7; 107) is arranged on an outside of the dome (4; 104) characterized in that said dome (4; 104) has a toroidal shape with a rotational symmetry along a rotational angle (α) around a first axis of symmetry, at least an outer segment (4'; 104') of the dome is transparent, said outer segment (4'; 104') has a shape in section which is defined by a second axis of symmetry arranged at a first radius from the first axis of symmetry and orthogonal to the first axis, said outer segment having a radius of curvature (r) over an angle (β) around the second axis of symmetry, said dome further comprises a central segment connecting the outer segment (4'; 104') with the first axis of symmetry, and said illumination arrangement (7; 107) is arranged at said central segment.
A link configuration method for configuring a link between a first site and a second site, the method comprising: obtaining (202, 303), by a controller, a first link profile for the first site and a second link profile for the second site from a link profile library, wherein the link profile library comprises a plurality of link profiles; obtaining (203, 304), by the controller, preconfigured global configuration information, wherein the global configuration information comprises an address pool for configuring a link; generating (204, 305 to 308), by the controller, a first link configuration parameter of the first site and a second link configuration parameter of the second site based on the address pool, the first link profile, and the second link profile and according to a preset link configuration rule; sending (205, 309), by the controller, the first link configuration parameter to the first site; and sending (205, 309), by the controller, the second link configuration parameter to the second site; wherein a first access router of the first site serves as a first gateway of the first site to communicate with a second access router of the second site, and wherein the second access router serves as a second gateway of the second site to communicate with the first access router; characterized in that each of the plurality of link profiles comprises a gateway type, a link type, a link name, and a wide area network side physical port number of the corresponding gateway, wherein the gateway type includes a single gateway or dual gateways. obtaining (202, 303), by a controller, a first link profile for the first site and a second link profile for the second site from a link profile library, wherein the link profile library comprises a plurality of link profiles; obtaining (203, 304), by the controller, preconfigured global configuration information, wherein the global configuration information comprises an address pool for configuring a link; generating (204, 305 to 308), by the controller, a first link configuration parameter of the first site and a second link configuration parameter of the second site based on the address pool, the first link profile, and the second link profile and according to a preset link configuration rule; sending (205, 309), by the controller, the first link configuration parameter to the first site; and sending (205, 309), by the controller, the second link configuration parameter to the second site; wherein a first access router of the first site serves as a first gateway of the first site to communicate with a second access router of the second site, and wherein the second access router serves as a second gateway of the second site to communicate with the first access router; characterized in that each of the plurality of link profiles comprises a gateway type, a link type, a link name, and a wide area network side physical port number of the corresponding gateway, wherein the gateway type includes a single gateway or dual gateways.
A method for preventing unauthorized service access, wherein the method comprises: receiving, by a gateway device, a service access request packet sent by a mobile station, wherein the packet comprises a domain name of a server to which access is requested and an IP address of the server to which access is requested; searching, according to a preset table of correspondences between service types and IP addresses, for a service type corresponding to the IP address of the server to which access is requested; searching, by the gateway device, according to a preset table of correspondences between domain names of servers and IP addresses on the gateway device, for an IP address corresponding to the domain name of the server to which access is requested; determining, by the gateway device, whether the IP address of the server to which access is requested is consistent with the found IP address; and terminating, by the gateway device, the service access request if the IP address of the server to which access is requested is inconsistent with the found IP address. receiving, by a gateway device, a service access request packet sent by a mobile station, wherein the packet comprises a domain name of a server to which access is requested and an IP address of the server to which access is requested; searching, according to a preset table of correspondences between service types and IP addresses, for a service type corresponding to the IP address of the server to which access is requested; searching, by the gateway device, according to a preset table of correspondences between domain names of servers and IP addresses on the gateway device, for an IP address corresponding to the domain name of the server to which access is requested; determining, by the gateway device, whether the IP address of the server to which access is requested is consistent with the found IP address; and terminating, by the gateway device, the service access request if the IP address of the server to which access is requested is inconsistent with the found IP address.
A clamping device comprising a carriage, a plurality of clamping members, a housing, and an urging arrangement, wherein the carriage is for holding the plurality of clamping members in the clamping device, the carriage comprising a central portion and a plurality of holding portions for holding the clamping members, each clamping member being held in a respective one of the holding portions, wherein the holding portions are foldable relative to the central portion between an open position of the holding portions and a closed position of the holding portions, wherein the carriage is housed in the housing when the holding portions are in the closed position, wherein the urging arrangement is for urging the carriage along the housing, characterized in that the urging arrangement comprises a spring member and a reaction member to apply a reaction force to the spring member.
A co-injection nozzle comprising: a combining component for balancing shear-induced heat in each of a first melt stream of moldable material and a second melt stream of moldable material that flow through the co-injection nozzle, the combining component having an inner part with a first port for receiving the first melt stream from a first melt source and a second port for receiving the second melt stream from a second melt source, a middle subcomponent that defines an inside annular channel between a middle sleeve and a middle shell thereof, and an outer subcomponent that defines an inside annular channel between an outer sleeve and an outer shell thereof, characterised in that the first melt stream is received within the inside annular channel of the middle subcomponent and flows downstream therefrom through a plurality of apertures in a sidewall of the middle shell and into a plurality of angled grooves in an outer surface of the sidewall of the middle shell, and that the second melt stream is received within the inside annular channel of the outer subcomponent and flows downstream therefrom through a plurality of apertures in a sidewall of the outer shell and into a plurality of angled grooves in an outer surface of the sidewall of the outer shell. a combining component for balancing shear-induced heat in each of a first melt stream of moldable material and a second melt stream of moldable material that flow through the co-injection nozzle, the combining component having an inner part with a first port for receiving the first melt stream from a first melt source and a second port for receiving the second melt stream from a second melt source, a middle subcomponent that defines an inside annular channel between a middle sleeve and a middle shell thereof, and an outer subcomponent that defines an inside annular channel between an outer sleeve and an outer shell thereof, characterised in that the first melt stream is received within the inside annular channel of the middle subcomponent and flows downstream therefrom through a plurality of apertures in a sidewall of the middle shell and into a plurality of angled grooves in an outer surface of the sidewall of the middle shell, and that the second melt stream is received within the inside annular channel of the outer subcomponent and flows downstream therefrom through a plurality of apertures in a sidewall of the outer shell and into a plurality of angled grooves in an outer surface of the sidewall of the outer shell.
Corner joint for fixing a first section and a second section; each section (2, 2') comprising a longitudinal channel (20, 20') and an opening that provides access to said longitudinal channel (20, 20') obtained in one end (21, 21') of the section (2, 2'); the two ends (21, 21') of said two sections (2, 2') being suitable for being disposed in mutual contact, generating a junction; said corner joint comprising: - a first wing suitable for being inserted in the longitudinal channel of the first section; - a second wing suitable for being inserted in the longitudinal channel of the second section; - a corner body that connects said two wings (3, 4) and is suitable for being disposed in the junction of the sections; said corner body comprising a first portion proximal to the first wing and a second portion proximal to the second wing, a seal disposed on the corner body of the corner joint; said seal comprising: - a first portion that surrounds said first portion of the corner body and is suitable for going in contact with a portion of the first section near the end of the first section; - a second portion that surrounds said second portion of the corner body and is suitable for going in contact with a portion of the second section near the end of the second section; characterized in that said seal comprises a median plane that symmetrically divides the first portion from the second portion; said seal comprising a plurality of annular ribs (6, 7) comprising: - a central annular rib that lies on said median plane, and - lateral annular ribs obtained in said first portion and also obtained in said second portion of the seal. - a first wing suitable for being inserted in the longitudinal channel of the first section; - a second wing suitable for being inserted in the longitudinal channel of the second section; - a corner body that connects said two wings (3, 4) and is suitable for being disposed in the junction of the sections; said corner body comprising a first portion proximal to the first wing and a second portion proximal to the second wing, - a first portion that surrounds said first portion of the corner body and is suitable for going in contact with a portion of the first section near the end of the first section; - a second portion that surrounds said second portion of the corner body and is suitable for going in contact with a portion of the second section near the end of the second section; - a central annular rib that lies on said median plane, and - lateral annular ribs obtained in said first portion and also obtained in said second portion of the seal.
A fuel injection system for a reciprocating engine, comprising: - fuel injectors for injecting fuel into engine cylinders, - injection pumps for feeding fuel to the injectors, each injection pump comprising at least one pump element for pressurizing fuel to be injected, wherein the fuel injection system is provided with a pump element for each fuel injector of the system and each injector is connected to its respective pump element by means of a fuel line, characterized in that a return line is connected to the fuel line, which return line is provided with a pressure control valve for controlling fuel pressure in the fuel line, and that the fuel injection system is provided with a control unit, which is configured to control the pressure control valve. - fuel injectors for injecting fuel into engine cylinders, - injection pumps for feeding fuel to the injectors, each injection pump comprising at least one pump element for pressurizing fuel to be injected, wherein the fuel injection system is provided with a pump element for each fuel injector of the system and each injector is connected to its respective pump element by means of a fuel line, characterized in that a return line is connected to the fuel line, which return line is provided with a pressure control valve for controlling fuel pressure in the fuel line, and that the fuel injection system is provided with a control unit, which is configured to control the pressure control valve.
Method for controlling at least one radiant tube burner (4, 5) in a heat-insulated enclosure into which a metal strip penetrates, suitable to equip a horizontal or vertical line for continuous heat treatment of metal strips, the at least one burner comprising a fuel supply valve, an oxidant supply valve and a flue gas exhaust duct, the method consisting of: - control the operation of said at least one burner with a regulation of the opening percentage of the oxidant and fuel supply valves of said at least one burner according to a desired oxidant/fuel ratio from the information delivered by a means of measuring the quality of the combustion installed in the combustion flue gas exhaust duct of said at least one burner, - calculating a combustion power value Va of the fuel supplying at least one burner, in particular from the data supplied by oxidant and fuel flow measuring devices and the information delivered by the means for measuring the combustion quality of said at least one burner, and comparing this combustion power value Va with a theoretical value in order to detect a deviation exceeding a defined threshold, and if the deviation exceeds the defined threshold, issue an alert. - control the operation of said at least one burner with a regulation of the opening percentage of the oxidant and fuel supply valves of said at least one burner according to a desired oxidant/fuel ratio from the information delivered by a means of measuring the quality of the combustion installed in the combustion flue gas exhaust duct of said at least one burner, - calculating a combustion power value Va of the fuel supplying at least one burner, in particular from the data supplied by oxidant and fuel flow measuring devices and the information delivered by the means for measuring the combustion quality of said at least one burner, and comparing this combustion power value Va with a theoretical value in order to detect a deviation exceeding a defined threshold, and if the deviation exceeds the defined threshold, issue an alert.
A segmented pitch ring for use in a blade pitch system of a wind turbine, the segmented pitch ring comprising one or more rolled segments (142a, 142b) and characterized by further comprising one or more casted segments (144a, 144b), wherein the rolled and casted segments (142a, 142b, 144a, 144b) are arc-shaped or comprise arc-shaped sections that in combination define a substantially circular circumference of the pitch ring.
A propeller setting a small duct includes a propeller mounted on a stern of a ship's hull and a duct provided in front of the propeller, characterized in that a diameter of the duct is set to 20% or more and 50% or less of a diameter (Dp) of the propeller, and a pitch of the propeller is a decreasing pitch which reduces in a radial direction of the propeller, and which becomes a maximum value at a blade root of the propeller and becomes a minimum value at a blade tip of the propeller, and a distance between a rear end of the duct and a front edge of the propeller is set to 0.5% or more and 15% or less of the diameter (Dp) of the propeller of which interference becomes remarkable.