mhurhangee/ep-ind-claims huggingface dataset:
A fuel injector comprising: a conduit (16, 18) for conveying fuel from a fuel inlet (12, 14) to a nozzle having a nozzle tip structure; and a support in which the conduit (16, 18) is located; characterised by further comprising: a heat shield on an exterior of the support, wherein the conduit (16, 18), the nozzle tip structure of the nozzle, the support, and the heat shield are a single unitary piece; and a thermally compliant feature at the nozzle which allows the fuel injector to adjust for differential thermal expansion, wherein the thermally compliant feature comprises a gap in the nozzle, and the gap is located between the heat shield and the nozzle tip structure. a conduit (16, 18) for conveying fuel from a fuel inlet (12, 14) to a nozzle having a nozzle tip structure; and a support in which the conduit (16, 18) is located; characterised by further comprising: a heat shield on an exterior of the support, wherein the conduit (16, 18), the nozzle tip structure of the nozzle, the support, and the heat shield are a single unitary piece; and a thermally compliant feature at the nozzle which allows the fuel injector to adjust for differential thermal expansion, wherein the thermally compliant feature comprises a gap in the nozzle, and the gap is located between the heat shield and the nozzle tip structure. a heat shield on an exterior of the support, wherein the conduit (16, 18), the nozzle tip structure of the nozzle, the support, and the heat shield are a single unitary piece; and a thermally compliant feature at the nozzle which allows the fuel injector to adjust for differential thermal expansion, wherein the thermally compliant feature comprises a gap in the nozzle, and the gap is located between the heat shield and the nozzle tip structure.
A DHCP-based authentication method, characterized by comprising: receiving, by a DHCP server, a DHCP discover message sent by a DHCP client, wherein the DHCP discover message comprises a universal resource locator, URL, of a CA and an identifier of the DHCP client; discovering, by the DHCP server, the CA according to the URL of the CA, and sending an authorization request to the CA, wherein the authorization request carries the identifier of the DHCP client; receiving, by the DHCP server, authorization information returned by the CA, wherein the authorization information comprises a certificate of the DHCP client; authenticating, by the DHCP server, the DHCP client according to the certificate of the DHCP client; and sending, by the DHCP server, a DHCP offer message to the DHCP client, wherein the DHC P offer message comprises the authorization information returned by the CA, so that the DHCP client authenticates the DHCP server according to the authorization information. receiving, by a DHCP server, a DHCP discover message sent by a DHCP client, wherein the DHCP discover message comprises a universal resource locator, URL, of a CA and an identifier of the DHCP client; discovering, by the DHCP server, the CA according to the URL of the CA, and sending an authorization request to the CA, wherein the authorization request carries the identifier of the DHCP client; receiving, by the DHCP server, authorization information returned by the CA, wherein the authorization information comprises a certificate of the DHCP client; authenticating, by the DHCP server, the DHCP client according to the certificate of the DHCP client; and sending, by the DHCP server, a DHCP offer message to the DHCP client, wherein the DHC P offer message comprises the authorization information returned by the CA, so that the DHCP client authenticates the DHCP server according to the authorization information.
Refrigeration appliance with a cooling circuit with a high pressure region comprising a compressor (103, 133) for compressing a refrigerant with a refrigerant transfer point, a condenser for condensing the refrigerant and a refrigerant line (107, 120, 133) between the refrigerant transfer point and the condenser for transporting the refrigerant, wherein the refrigerant line comprises a compressor connection nozzle (121, 135) and a refrigerant pipe (106, 122, 134), wherein the refrigerant line comprises a line region (111, 113, 115; 125; 136, 138, 142, 144) with a first flow cross-section and a constriction region (112, 114, 116; 126; 137, 139, 143, 145) with a second flow cross-section which is smaller than the first flow cross-section, wherein the constriction region (112, 114, 116; 126; 137, 139, 143, 145) is formed by at least one concave curve of a pipe wall of the refrigerant pipe (106, 122, 134), characterised in that the constriction region (112, 114, 116; 126; 137, 139, 143, 145) is arranged near the compressor (103, 133) at a distance of less than 250 mm downstream of the compressor (103, 133).
An insole to be used with a shoe, comprising: a shankboard being attached to the insole, the shankboard being arranged to partially extend over a surface of the insole leaving a section along a periphery of the insole free, thereby enabling Strobel lasting of the insole to an upper of the shoe, the shankboard extending longitudinally along the surface of the insole from a heel section to a front foot section; the insole being characterized in further comprising: a piercing-resistant member being arranged to overlap the shankboard only at the front foot section of the insole where the shankboard ends and the piercing-resistant member starts.
A method, comprising: receiving marine electronics data at a marine electronics device disposed on a vessel; receiving, at the marine electronics device, navigational location of a geographical point, provided by a user; calculating a plurality of laylines based on the navigational location and the marine electronics data, wherein the plurality of laylines comprises a starboard layline and a port layline; and displaying a vessel marker representing the vessel, a compass scale, and the plurality of laylines on a display screen of the marine electronics device, wherein the vessel marker, the compass scale and the laylines are integrated on the display screen, wherein displaying the vessel marker comprises: displaying the vessel marker as being centered within the compass scale; and displaying the starboard layline as extending from a starboard side of the vessel marker centered within the compass scale and the port layline as extending from a port side of the vessel marker centered within the compass scale. receiving marine electronics data at a marine electronics device disposed on a vessel; receiving, at the marine electronics device, navigational location of a geographical point, provided by a user; calculating a plurality of laylines based on the navigational location and the marine electronics data, wherein the plurality of laylines comprises a starboard layline and a port layline; and displaying a vessel marker representing the vessel, a compass scale, and the plurality of laylines on a display screen of the marine electronics device, wherein the vessel marker, the compass scale and the laylines are integrated on the display screen, wherein displaying the vessel marker comprises: displaying the vessel marker as being centered within the compass scale; and displaying the starboard layline as extending from a starboard side of the vessel marker centered within the compass scale and the port layline as extending from a port side of the vessel marker centered within the compass scale. displaying the vessel marker as being centered within the compass scale; and displaying the starboard layline as extending from a starboard side of the vessel marker centered within the compass scale and the port layline as extending from a port side of the vessel marker centered within the compass scale.
A method of operation by Visited Session Management Function, V-SMF, in a Visited Communication Network, VCN,, the method comprising: determining that usage information for offloaded traffic shall be reported back to a Home Communication Network, HCN,, the offloaded traffic being user traffic of a communication session that is offloaded to a Data Network, DN, at the VCN rather than routed back to the HCN, and the communication session involving a communication device that is associated with the HCN; obtaining addressing information of a Home Charging Function, H-CHF, for reporting the usage information back to the HCN; and reporting the usage information for the offloaded traffic back to the Home Charging Function, H-CHF, in the HCN in accordance with the addressing information, for charging of the communication session in the HCN; and characterised in that wherein determining that the usage information shall be reported back to the HCN comprises the V-SMF determining that the DN has a Data Network Access Identifier, DNAI, indicated in policy information provided to the V-SMF _by a Visited Policy Control Function, V-PCF, in the VCN. determining that usage information for offloaded traffic shall be reported back to a Home Communication Network, HCN,, the offloaded traffic being user traffic of a communication session that is offloaded to a Data Network, DN, at the VCN rather than routed back to the HCN, and the communication session involving a communication device that is associated with the HCN; obtaining addressing information of a Home Charging Function, H-CHF, for reporting the usage information back to the HCN; and reporting the usage information for the offloaded traffic back to the Home Charging Function, H-CHF, in the HCN in accordance with the addressing information, for charging of the communication session in the HCN; and characterised in that wherein determining that the usage information shall be reported back to the HCN comprises the V-SMF determining that the DN has a Data Network Access Identifier, DNAI, indicated in policy information provided to the V-SMF _by a Visited Policy Control Function, V-PCF, in the VCN.
A combustion chamber of a turbomachine, comprising: - an annular external casing; - a flame tube connected to the external casing, said flame tube comprising an annular internal wall and an annular external wall defining on the one hand a first radial portion at the inlet of the flame tube and on the other hand a second axial portion at the outlet of the flame tube, the first portion of the flame tube extending toward the second portion while forming a bend between the inlet and the outlet of the flame tube, the flame tube further comprising a chamber bottom located at the inlet of the flame tube; - a fuel injection system configured to inject fuel into the flame tube via the inlet of the flame tube, the injection system comprising an injector axis (AA') and having a main direction coaxial with a longitudinal axis Y along which the first portion extends, said injection system comprising an air manifold, comprising a circular portion around the injector axis, the circular portion from which extends an orifice forming an air inlet of the manifold, the orifice being configured to rotate the entering flow of air around the implantation axis so that it feeds spirals, the combustion chamber being characterized in that the injector axis (AA') of the injection system is parallel to the first portion, in that the injection system includes spirals (40'e) disposed around an implantation axis which is parallel to the injector axis (AA'), and in that the air manifold (40'd) is further configured to bring air to said spirals (40'e) of said injection system. - an annular external casing; - a flame tube connected to the external casing, said flame tube comprising an annular internal wall and an annular external wall defining on the one hand a first radial portion at the inlet of the flame tube and on the other hand a second axial portion at the outlet of the flame tube, the first portion of the flame tube extending toward the second portion while forming a bend between the inlet and the outlet of the flame tube, the flame tube further comprising a chamber bottom located at the inlet of the flame tube; - a fuel injection system configured to inject fuel into the flame tube via the inlet of the flame tube, the injection system comprising an injector axis (AA') and having a main direction coaxial with a longitudinal axis Y along which the first portion extends, said injection system comprising an air manifold, comprising a circular portion around the injector axis, the circular portion from which extends an orifice forming an air inlet of the manifold, the orifice being configured to rotate the entering flow of air around the implantation axis so that it feeds spirals, the combustion chamber being characterized in that the injector axis (AA') of the injection system is parallel to the first portion, in that the injection system includes spirals (40'e) disposed around an implantation axis which is parallel to the injector axis (AA'), and in that the air manifold (40'd) is further configured to bring air to said spirals (40'e) of said injection system.
Agricultural implement comprising - at least one carrier element carrying an agricultural tool for processing land, wherein the carrier element is arranged to be pivotable about a fulcrum, and - at least one first tension spring element which so engages a first engagement point of the carrier element that the tool can be biased about the fulcrum in the direction of the ground, characterised by - at least one second tension spring element which so engages a second engagement point of the carrier element that the tool can be biased about the fulcrum in a direction away from the ground and - a setting device for setting a pressing force of the tool against the ground, by means of which device the levels of bias of the first and second tension spring elements (5, 7) are settable. - at least one carrier element carrying an agricultural tool for processing land, wherein the carrier element is arranged to be pivotable about a fulcrum, and - at least one first tension spring element which so engages a first engagement point of the carrier element that the tool can be biased about the fulcrum in the direction of the ground, - at least one second tension spring element which so engages a second engagement point of the carrier element that the tool can be biased about the fulcrum in a direction away from the ground and - a setting device for setting a pressing force of the tool against the ground, by means of which device the levels of bias of the first and second tension spring elements (5, 7) are settable.
System for producing three-dimensional structures which contain two or more different materials, having a 3D print head which has a first material feed for feeding a quasi-endless fiber material and at least one second material feed for feeding a matrix material, which open into a common mixing chamber of the 3D print head, the mixing chamber being designed to form a material mixture of the fiber material and the matrix material, and wherein an extrusion channel extends from the mixing chamber in the direction of an extrusion opening, through which the material mixture is transported in an extrusion direction from the mixing chamber to the extrusion opening, in order to print the material mixture from the extrusion opening for producing the three-dimensional structure, and with an automatic movement device, on which the 3D print head is arranged as an end effector and which is designed to move the 3D print head in a moving direction (R v), the system being designed in such a way that during the extrusion of the material mixture by the 3D print head, an extrusion angle between the extrusion direction in the extrusion channel of the 3D print head and the substrate plane is set and/or adjustable to less than 90° in the direction of travel (R v) of the 3D print head, the system having a control unit for controlling the automatic movement machine for controlling the movement of the 3D print head during the production of the three-dimensional structure, characterized in that the control unit is set up at the end of a partial structure of the three-dimensional structure formed by the extrusion of a material mixture, to incline the 3D print head by means of the automatic movement unit against a direction of travel (R v) of the 3D print head such that an extrusion angle greater than 90° is set and that at least one radially inwardly projecting tear-off edge is provided in the extrusion channel such that this interacts with the material mixture at a set extrusion angle greater than 90° to tear off the fiber material of the material mixture in a controlled manner.
A method for reducing leakage power in a memory array, the method comprising: dynamically placing a group of one or more memory cells of the memory array in a reduced power state during an inactive state, by causing read bit lines and write bit lines corresponding to the group of one or more memory cells to float, wherein the memory cells are formed as static random access memory, SRAM, cells having eight transistors; and during an access operation, dynamically activating one or more selected memory cells of the group by precharging selected read bit lines or selected write bit lines associated with the one or more selected memory cells, and characterized by, for a write operation, dynamically precharging the selected write bit lines before and after the write operation. dynamically placing a group of one or more memory cells of the memory array in a reduced power state during an inactive state, by causing read bit lines and write bit lines corresponding to the group of one or more memory cells to float, wherein the memory cells are formed as static random access memory, SRAM, cells having eight transistors; and during an access operation, dynamically activating one or more selected memory cells of the group by precharging selected read bit lines or selected write bit lines associated with the one or more selected memory cells, and characterized by, for a write operation, dynamically precharging the selected write bit lines before and after the write operation.
A method for detecting bladder cancer in a subject, comprising: detecting the accumulation of a urinary bladder tumor marker protein or peptide or nucleic acid encoding said protein or peptide ("UBTM") in the urine, said accumulation in said subject greater than about 1.2 times the accumulation of said UBTM in urine from a group of normal subjects not having malignant bladder cancer, characterized in that the UBTM is insulin-like growth factor binding protein 5 (IGFBP5). detecting the accumulation of a urinary bladder tumor marker protein or peptide or nucleic acid encoding said protein or peptide ("UBTM") in the urine, said accumulation in said subject greater than about 1.2 times the accumulation of said UBTM in urine from a group of normal subjects not having malignant bladder cancer, characterized in that the UBTM is insulin-like growth factor binding protein 5 (IGFBP5).
A handle for a door, window or other openable structure, the handle comprising: - a spindle having an axis, - a handle body rotatable about the axis of the spindle, - a spindle engaging part manually movable into and out of engagement with the spindle, such that rotation of the handle body causes rotation of the spindle only when the spindle engaging part engages the spindle; and - a catch for retaining the spindle engaging part in its engaged position characterised in that the spindle engaging part is manually movable along the handle body into and out of engagement with the spindle, the spindle engaging part comprising: an internal plate slidable within the handle body and having an end formation (10, 12) engageable with the spindle; and an external member slidable on a surface of the handle body, and connected to and controlling the internal plate; and in that the catch has a manually operable part extending on one side of the handle body. - a spindle having an axis, - a handle body rotatable about the axis of the spindle, - a spindle engaging part manually movable into and out of engagement with the spindle, such that rotation of the handle body causes rotation of the spindle only when the spindle engaging part engages the spindle; and - a catch for retaining the spindle engaging part in its engaged position
High-powered and flexible composite torsion shaft, which is intended to be attached to a drive shaft, and which torsion shaft has • a core element and a reinforcement comprising a polymeric base substance (17, 17') and • a multi-layered (16, 16', 16", 16"') reinforcing-fibre reinforcement forming a casing layer around the core element, each reinforcing-fibre layer being wound around the core element by hoop winding, in which in at least one reinforcing-fibre layer (16, 16', 16", 16′′′) there is a reinforcing-fibre reinforcement wound alternate in an opposite direction, and where • the winding angle is increasing as the average layer diameter increases, and several reinforcing-fibre layers (16, 16',16", 16′′′) are taken into the same impregnation by polymeric base substance (17, 17'), which is absorbing the entire layer (16, 16', 16", 16′′′), • the core element is preventing buckling in the casing component when the torsion shaft is bent into a curve. • a length of the flexible torsion shaft is 2 - 40 m, • the nominal torque M is in the range 2 - 30 Nm and the diameter D of the torsion shaft is then in the range D = 2.2 mm x √(M/Nm) ±30%, • the minimum curvature radius of the high-powered flexible torsion shaft is 30 - 200 cm, preferably 50 - 100 cm, and • the weight of the fibres is 50 - 75 % of the total weight, characterized in that the polymeric base substance (17, 17') is polyurethane-based polymer and said increasing winding angles are in the range of 45 - 57 degrees. • a core element and a reinforcement comprising a polymeric base substance (17, 17') and • a multi-layered (16, 16', 16", 16"') reinforcing-fibre reinforcement forming a casing layer around the core element, each reinforcing-fibre layer being wound around the core element by hoop winding, in which in at least one reinforcing-fibre layer (16, 16', 16", 16′′′) there is a reinforcing-fibre reinforcement wound alternate in an opposite direction, and where • the winding angle is increasing as the average layer diameter increases, and several reinforcing-fibre layers (16, 16',16", 16′′′) are taken into the same impregnation by polymeric base substance (17, 17'), which is absorbing the entire layer (16, 16', 16", 16′′′), • the core element is preventing buckling in the casing component when the torsion shaft is bent into a curve. • a length of the flexible torsion shaft is 2 - 40 m, • the nominal torque M is in the range 2 - 30 Nm and the diameter D of the torsion shaft is then in the range D = 2.2 mm x √(M/Nm) ±30%, • the minimum curvature radius of the high-powered flexible torsion shaft is 30 - 200 cm, preferably 50 - 100 cm, and • the weight of the fibres is 50 - 75 % of the total weight,