mhurhangee/ep-ind-claims huggingface dataset:
A vending system, comprising: a card reader; a vending machine in communication with the card reader; a spacer (60, 70), positioned between the card reader and the vending machine, adapted for mounting the card reader to the vending machine; and a wireless communication device comprising a wireless communication board electronically coupled to the vending machine, the system characterized by including: the wireless communication device including a bracket, said bracket attached in the spacer (60, 70); and the wireless communication board is fastened to the bracket, wherein the spacer (60, 70) includes several bars (600, 602, 700, 702, 706, 710) and wherein the bracket includes flanges, each flange configured to engage one of the bars (600, 602, 700, 702, 706, 710) and wherein each of said flanges includes a lip that extends over the bars (600, 602, 700, 702, 706, 710), thereby attaching the bracket in the spacer (60, 70), wherein the bracket includes a tab that engages the spacer (60, 70), the wireless communication device is attached in the spacer (60, 70), preventing translation of the bracket in the spacer (60, 70). a card reader; a vending machine in communication with the card reader; a spacer (60, 70), positioned between the card reader and the vending machine, adapted for mounting the card reader to the vending machine; and a wireless communication device comprising a wireless communication board electronically coupled to the vending machine, the system characterized by including: the wireless communication device including a bracket, said bracket attached in the spacer (60, 70); and the wireless communication board is fastened to the bracket, wherein the spacer (60, 70) includes several bars (600, 602, 700, 702, 706, 710) and wherein the bracket includes flanges, each flange configured to engage one of the bars (600, 602, 700, 702, 706, 710) and wherein each of said flanges includes a lip that extends over the bars (600, 602, 700, 702, 706, 710), thereby attaching the bracket in the spacer (60, 70), wherein the bracket includes a tab that engages the spacer (60, 70), the wireless communication device is attached in the spacer (60, 70), preventing translation of the bracket in the spacer (60, 70). the wireless communication device including a bracket, said bracket attached in the spacer (60, 70); and the wireless communication board is fastened to the bracket, wherein the spacer (60, 70) includes several bars (600, 602, 700, 702, 706, 710) and wherein the bracket includes flanges, each flange configured to engage one of the bars (600, 602, 700, 702, 706, 710) and wherein each of said flanges includes a lip that extends over the bars (600, 602, 700, 702, 706, 710), thereby attaching the bracket in the spacer (60, 70), wherein the bracket includes a tab that engages the spacer (60, 70), the wireless communication device is attached in the spacer (60, 70), preventing translation of the bracket in the spacer (60, 70).
A container comprising a base, a lid, and a removable and foldable sleeve which is configured to be folded and laid flat on the base and to be erected and perpendicular to the base, said lid being arranged to cover the sleeve and being provided with an attachment means for securing the lid to the container when said lid is not on the sleeve, characterized in that said attachment means (31, 32) connects the lid to the base of the container and is configured so that said lid can be secured to the base whether said sleeve is erected or removed.
A gas turbine engine comprising: a spool; a turbine coupled to drive the spool; a propulsor coupled to be driven by said turbine through said spool; and a gear assembly coupled between said propulsor and said spool such that rotation of said spool drives said propulsor at a different speed than said spool; wherein said propulsor includes a hub and a row of propulsor blades that extend from said hub, and said row includes a number of said propulsor blades that is 10, 12, 14 or 16 wherein each of said propulsor blades extends radially between a root and a tip and in a chord direction between a leading edge and a trailing edge at the tip to define a chord dimension, said row of propulsor blades defining a circumferential pitch with regard to said tips; characterized in that: said row of propulsor blades has a solidity value at said tip defined as CD/CP that is between 0.89 and 1.1. a spool; a turbine coupled to drive the spool; a propulsor coupled to be driven by said turbine through said spool; and a gear assembly coupled between said propulsor and said spool such that rotation of said spool drives said propulsor at a different speed than said spool; wherein said propulsor includes a hub and a row of propulsor blades that extend from said hub, and said row includes a number of said propulsor blades that is 10, 12, 14 or 16 wherein each of said propulsor blades extends radially between a root and a tip and in a chord direction between a leading edge and a trailing edge at the tip to define a chord dimension, said row of propulsor blades defining a circumferential pitch with regard to said tips; characterized in that: said row of propulsor blades has a solidity value at said tip defined as CD/CP that is between 0.89 and 1.1.
A traction transformer for railbound vehicles comprising: - an insulating liquid filled enclosure with a first and a second cover (206, 207) arranged at axial ends of the enclosure, - at least two windings (30, 31) contained in the enclosure, - a transformer core arranged outside the enclosure, - mounting means for mounting the transformer to the railbound vehicle, wherein further the insulating liquid is a transformer oil, and characterised in that the mounting means are attached to the transformer core, and wherein the enclosure is clamped between at least two support elements (60, 62 or 61, 63) pressing at the axial ends onto the first and the second cover (206, 207). - an insulating liquid filled enclosure with a first and a second cover (206, 207) arranged at axial ends of the enclosure, - at least two windings (30, 31) contained in the enclosure, - a transformer core arranged outside the enclosure, - mounting means for mounting the transformer to the railbound vehicle,
A heat exchanger to perform heat exchange between a supply air flow and an exhaust air flow, comprising: a prism-shaped heat exchange element; a plurality of frame members mounted to sides of the heat exchange element in a one-to-one relationship, the sides extending along an axial direction of the heat exchange element; and two cover members each covering an end face in the axial direction of the heat exchange element, and a plurality of connecting portions for connecting each of the frame members to each of the cover members, characterized in that the heat exchanger further comprises: gaps (25, 26) to allow movement of each of the frame members along a direction perpendicular to the axial direction of the heat exchange element are provided at each of the connecting portions such that each of the frame members is movable along with deformation of the heat exchange element due to long-term use. a prism-shaped heat exchange element; a plurality of frame members mounted to sides of the heat exchange element in a one-to-one relationship, the sides extending along an axial direction of the heat exchange element; and two cover members each covering an end face in the axial direction of the heat exchange element, and a plurality of connecting portions for connecting each of the frame members to each of the cover members, characterized in that the heat exchanger further comprises: gaps (25, 26) to allow movement of each of the frame members along a direction perpendicular to the axial direction of the heat exchange element are provided at each of the connecting portions such that each of the frame members is movable along with deformation of the heat exchange element due to long-term use.
A fluid catalytic cracking unit (FCCU) for production of petrochemical feedstock fractions, the FCCU comprising: a first reactor to receive a stream of desalinated crude oil and a first stream of a regenerated catalyst and produce a first cracked product stream; a second reactor to receive a stream of light cracked naphtha and a second stream of the regenerated catalyst to produce a second cracked product stream; a third reactor to receive a bottom stream and a third stream of the regenerated catalyst to obtain a third cracked product stream; and a fractionating column and gas concentration section to separate components of the first cracked product stream, the second cracked product stream, and the third cracked product stream to produce a gas fraction, a cracked naphtha stream, a cycle cut oil stream, and the bottom stream, wherein the LCN received by the second reactor is obtained from the cracked naphtha stream, and wherein the gas fraction and the cracked naphtha stream are further fractionated to obtain Ethylene, Propylene, Butylene, Benzene, Toluene and Xylene as the petrochemical feedstock fractions. a first reactor to receive a stream of desalinated crude oil and a first stream of a regenerated catalyst and produce a first cracked product stream; a second reactor to receive a stream of light cracked naphtha and a second stream of the regenerated catalyst to produce a second cracked product stream; a third reactor to receive a bottom stream and a third stream of the regenerated catalyst to obtain a third cracked product stream; and a fractionating column and gas concentration section to separate components of the first cracked product stream, the second cracked product stream, and the third cracked product stream to produce a gas fraction, a cracked naphtha stream, a cycle cut oil stream, and the bottom stream, wherein the LCN received by the second reactor is obtained from the cracked naphtha stream, and wherein the gas fraction and the cracked naphtha stream are further fractionated to obtain Ethylene, Propylene, Butylene, Benzene, Toluene and Xylene as the petrochemical feedstock fractions.
Operating unit for a device, e.g. for a vehicle component, in particular a man-machine interface, comprising - a housing which comprises an operating panel and is provided for attachment in an apparatus, particularly a vehicle dashboard or vehicle center console, - the operating panel being elastically supported at the housing, - an actuator for mechanically exciting the operating panel when operation of the operating panel is detected, and - a balance weight, - the balance weight being mechanically excitable by the or by an actuator when operation of the operating panel is detected and is elastically supported in and/or at the housing and/or is elastically supported at the operating panel, - the balance weight being movable to compensate for the forces acting on the housing when the operating panel is mechanically excited, and - the operating panel being designed as a front side of a display unit that is elastically supported at the housing, characterized in - that the balance weight is designed as a backlight unit for backlighting the display unit. - a housing which comprises an operating panel and is provided for attachment in an apparatus, particularly a vehicle dashboard or vehicle center console, - the operating panel being elastically supported at the housing, - an actuator for mechanically exciting the operating panel when operation of the operating panel is detected, and - a balance weight, - the balance weight being mechanically excitable by the or by an actuator when operation of the operating panel is detected and is elastically supported in and/or at the housing and/or is elastically supported at the operating panel, - the balance weight being movable to compensate for the forces acting on the housing when the operating panel is mechanically excited, and - the operating panel being designed as a front side of a display unit that is elastically supported at the housing, characterized in - that the balance weight is designed as a backlight unit for backlighting the display unit.
Battery cell comprising a membrane, which is designed to curve outwards in the event of an increase in pressure within the battery cell and thus produce an electrically conductive connection between the two poles (24, 25), wherein the insulated pole has an overhang and a conductor is arranged on the outer side of the membrane and is connected to the battery cell in such a way that, by virtue of the outwardly curving membrane, the conductor is lifted off from the membrane on one side and is pressed against the overhang, with the result that the poles (24, 25) are electrically conductively connected to one another via the conductor, characterized in that an electrical insulator is arranged between the membrane and the conductor, with the result that a possible current between the two poles (24, 25) must flow through the conductor.
The method of stabilization of ammonia residues in the mixture of one or several energy by- product(s) that contain ammonia residues with one or several components selected from cement, quick lime, lime water solution and plasticizer for building materials characterized by the addition of tannin to the mixture, where the amount of tannin is 1 x 10 -3 kg to 3 x 10 2 kg per 1000 kg of energy by - product(s) to form an insoluble salt.
A gas turbine engine comprising a fuel system, the gas turbine engine further comprising a combustor having a fuel injector, the gas turbine engine comprising a main alternating current electrical generator driven by an engine shaft (26, 28, 30) such that the electrical output frequency of the electrical generator varies in dependence on engine rotational speed, the fuel system comprising: a variable flow fuel pump configured to provide a fuel flow to the fuel injector; a frequency and / or voltage controller configured to provide electrical power having at least one of a predetermined output frequency and a predetermined voltage; and a variable speed electric motor configured to drive the fuel pump; the electric motor comprising an induction motor having a stator and at least a first rotor, characterised in that the stator has first and second sets of stator windings (156, 158), each set of stator windings (156, 158) being configured to impart a torque on the fuel pump rotor in use, the first set of stator windings being supplied with electrical power having the output frequency of and voltage supplied by the main generator, the second set of stator windings being supplied with electrical power from the frequency and / or voltage controller. a variable flow fuel pump configured to provide a fuel flow to the fuel injector; a frequency and / or voltage controller configured to provide electrical power having at least one of a predetermined output frequency and a predetermined voltage; and a variable speed electric motor configured to drive the fuel pump; the electric motor comprising an induction motor having a stator and at least a first rotor, characterised in that the stator has first and second sets of stator windings (156, 158), each set of stator windings (156, 158) being configured to impart a torque on the fuel pump rotor in use, the first set of stator windings being supplied with electrical power having the output frequency of and voltage supplied by the main generator, the second set of stator windings being supplied with electrical power from the frequency and / or voltage controller.
A culture medium for expanding a population of adult epithelial stem cells, wherein said culture medium comprises: i. any one of Rspondin 1-4; and ii. one or more TGF-beta inhibitor, wherein the inhibitor is a TGF-beta inhibitor if it can inhibit TGF-beta signalling in a cellular assay in which cells are stably transfected with a reporter construct comprising the human PAI-1 promoter. i. any one of Rspondin 1-4; and ii. one or more TGF-beta inhibitor, wherein the inhibitor is a TGF-beta inhibitor if it can inhibit TGF-beta signalling in a cellular assay in which cells are stably transfected with a reporter construct comprising the human PAI-1 promoter.
An electro-mechanical control system that is configured to carry out a method of calibrating the pneumatic performance range of a system for delivering pneumatic power to a pneumatically sealed trocar, comprising the steps of: a) supplying pneumatic power to a pneumatically sealed trocar to achieve a desired cavity pressure; b) measuring the pneumatic power supplied to the pneumatically sealed trocar and the cavity pressure over a predetermined time period (t 1 -t 2; t 1 -t 1', t 2 -t 2', t 3 -t 3', t 4 -t 4'), as the system attempts to maintain the desired cavity pressure; c) calculating performance characteristics of the pneumatically sealed trocar based on the measured cavity pressure and pneumatic power values by way of reference to a look-up table with known values, including expected baseline performance values conditional upon corresponding average cavity pressure values and average pneumatic power values; and d) adjusting the pneumatic power supplied to the pneumatically sealed trocar based upon the calculated performance characteristics of the pneumatically sealed trocar by setting operating limits around the calculated performance characteristics of the trocar. a) supplying pneumatic power to a pneumatically sealed trocar to achieve a desired cavity pressure; b) measuring the pneumatic power supplied to the pneumatically sealed trocar and the cavity pressure over a predetermined time period (t 1 -t 2; t 1 -t 1', t 2 -t 2', t 3 -t 3', t 4 -t 4'), as the system attempts to maintain the desired cavity pressure; c) calculating performance characteristics of the pneumatically sealed trocar based on the measured cavity pressure and pneumatic power values by way of reference to a look-up table with known values, including expected baseline performance values conditional upon corresponding average cavity pressure values and average pneumatic power values; and d) adjusting the pneumatic power supplied to the pneumatically sealed trocar based upon the calculated performance characteristics of the pneumatically sealed trocar by setting operating limits around the calculated performance characteristics of the trocar.
A process for producing a lignin composition, which process comprises: - providing a lignin slurry comprising water and a water miscible organic solvent; - subjecting the lignin slurry to extraction at an extraction temperature of less than 100°C for an extraction time of at least 1 minute to provide an extracted slurry; - removing liquid from the extracted slurry to provide an extracted lignin; and - suspending the extracted lignin in a polar organic solvent to provide a lignin composition having a dry matter content of at least 30% by weight. - providing a lignin slurry comprising water and a water miscible organic solvent; - subjecting the lignin slurry to extraction at an extraction temperature of less than 100°C for an extraction time of at least 1 minute to provide an extracted slurry; - removing liquid from the extracted slurry to provide an extracted lignin; and - suspending the extracted lignin in a polar organic solvent to provide a lignin composition having a dry matter content of at least 30% by weight.
A screw comprising a shank portion, a head portion disposed at one end of said shank portion, a drilling portion disposed at the other end of said shank portion, and a plurality of threaded units spirally disposed around said shank portion; wherein two inclined cutting planes are formed on said drilling portion and are connected at a cutting edge, characterized in that said two inclined cutting planes are formed on said drilling portion without passing across said threaded units, said threaded units extending toward said cutting edge and a terminal thread of said threaded units directly connecting to one end of said cutting edge, wherein a positioning member is formed on said cutting planes for positioning said cutting edge in time of cutting. wherein two inclined cutting planes are formed on said drilling portion and are connected at a cutting edge, characterized in that said two inclined cutting planes are formed on said drilling portion without passing across said threaded units, said threaded units extending toward said cutting edge and a terminal thread of said threaded units directly connecting to one end of said cutting edge, wherein a positioning member is formed on said cutting planes for positioning said cutting edge in time of cutting.
A method for determining the depth of a metal feature within a rubber or elastomeric material having opposing sides, the method comprising; positioning a proximity sensor at a starting position along one side of the material, the proximity sensor configured to change state upon being brought into, or out of, range of the metal feature, the proximity sensor configured for movement in and out of a housing; placing the housing against a surface along one side of the material; moving the proximity sensor relative to the material and the housing until the proximity sensor changes state at a finishing position; determining the distance, along a direction normal to one side of the material, between the starting position and the finishing position where the proximity sensor changed state; repeating said steps of positioning, moving, and determining along the other side of the material; determining the thickness of the material along the normal direction; and calculating the depth of the metal feature using measurements from the previously recited steps.
Lithium-ion accumulator precursor comprising - one or more electrode modules each formed by (a) at least one textile positive electrode precursor, composed of a textile metallic structure, fluorinated or oxyfluorinated at the surface, based on one or more transition metals from groups 4 to 12 of the Periodic Table of the Elements, (b) a polymeric separator, impregnated with a solution of a lithium salt in an aprotic organic solvent, said separator covering the entire surface of the textile positive electrode precursor, (c) a negative electrode precursor forming a solid, preferably continuous, matrix which encloses the structure formed by (a) and (b), and - at least one sacrificial metallic lithium electrode, formed by a metallic lithium strip supported by an electrical conductor, and separated from the electrode module or modules by a polymeric separator impregnated with a solution of a lithium salt in an aprotic organic solvent, characterized in that the ratio of the cumulative geometric surface area of the lithium strip or strips to the cumulative geometric surface area of all of the textile positive electrode precursors is within the range from 0.05 to 0.33, preferably from 0.1 to 0.25. - one or more electrode modules each formed by (a) at least one textile positive electrode precursor, composed of a textile metallic structure, fluorinated or oxyfluorinated at the surface, based on one or more transition metals from groups 4 to 12 of the Periodic Table of the Elements, (b) a polymeric separator, impregnated with a solution of a lithium salt in an aprotic organic solvent, said separator covering the entire surface of the textile positive electrode precursor, (c) a negative electrode precursor forming a solid, preferably continuous, matrix which encloses the structure formed by (a) and (b), and (a) at least one textile positive electrode precursor, composed of a textile metallic structure, fluorinated or oxyfluorinated at the surface, based on one or more transition metals from groups 4 to 12 of the Periodic Table of the Elements, (b) a polymeric separator, impregnated with a solution of a lithium salt in an aprotic organic solvent, said separator covering the entire surface of the textile positive electrode precursor, (c) a negative electrode precursor forming a solid, preferably continuous, matrix which encloses the structure formed by (a) and (b), and - at least one sacrificial metallic lithium electrode, formed by a metallic lithium strip supported by an electrical conductor, and separated from the electrode module or modules by a polymeric separator impregnated with a solution of a lithium salt in an aprotic organic solvent,