mhurhangee/ep-ind-claims huggingface dataset:
A product return/replacement device for returning/replacing a product, the product return/replacement device comprising: a computer; and a printer, wherein the computer includes a reading portion which reads a product return/replacement reception code that is presented by a consumer who wants to return/replace the product and that indicates that a product return/replacement reservation is made, a communication portion which transmits the product return/replacement reception code read by the reading portion to an external product return/replacement server so as to receive a delivery code for managing a delivery status of the product from the product return/replacement server and a processor which makes the printer print a label on which the delivery code transmitted from the product return/replacement server is displayed, the consumer can stick the printed label to the product related to the return/replacement and when the reading portion reads the delivery code which is displayed on the label stuck to the product, the communication portion transmits the delivery code read by the reading portion to the external product return/replacement server. a computer; and a printer, wherein the computer includes a reading portion which reads a product return/replacement reception code that is presented by a consumer who wants to return/replace the product and that indicates that a product return/replacement reservation is made, a communication portion which transmits the product return/replacement reception code read by the reading portion to an external product return/replacement server so as to receive a delivery code for managing a delivery status of the product from the product return/replacement server and a processor which makes the printer print a label on which the delivery code transmitted from the product return/replacement server is displayed, a reading portion which reads a product return/replacement reception code that is presented by a consumer who wants to return/replace the product and that indicates that a product return/replacement reservation is made, a communication portion which transmits the product return/replacement reception code read by the reading portion to an external product return/replacement server so as to receive a delivery code for managing a delivery status of the product from the product return/replacement server and a processor which makes the printer print a label on which the delivery code transmitted from the product return/replacement server is displayed, the consumer can stick the printed label to the product related to the return/replacement and when the reading portion reads the delivery code which is displayed on the label stuck to the product, the communication portion transmits the delivery code read by the reading portion to the external product return/replacement server.
Communicating gas distribution outlet comprising: - an outlet body passed through by at least one inner gas passage making it possible for the passage of a gas through said outlet body, - a system for controlling the gas flow arranged on the inner gas passage of the outlet body, - a fluidic oscillation flow sensor arranged on the inner gas passage and comprising two microphones designed and arranged to measure an oscillation frequency of gas tourbillons, said fluidic oscillation flow sensor being configured to provide said at least one oscillation frequency signal of gas tourbillons to the signal processing means, - signal processing means configured to recover and process the measuring signal(s) delivered by the fluidic oscillation flow sensor, the signal processing means being configured to transform at least one frequency value delivered by the fluidic oscillation flow sensor into at least one flow value, - at least one telecommunication module (51, 52) comprising at least one radio modem associated with at least one emitting/receiving antenna, configured to wirelessly transmit one or more measuring signals coming from the signal processing means. - an outlet body passed through by at least one inner gas passage making it possible for the passage of a gas through said outlet body, - a system for controlling the gas flow arranged on the inner gas passage of the outlet body, - a fluidic oscillation flow sensor arranged on the inner gas passage and comprising two microphones designed and arranged to measure an oscillation frequency of gas tourbillons, said fluidic oscillation flow sensor being configured to provide said at least one oscillation frequency signal of gas tourbillons to the signal processing means, - signal processing means configured to recover and process the measuring signal(s) delivered by the fluidic oscillation flow sensor, the signal processing means being configured to transform at least one frequency value delivered by the fluidic oscillation flow sensor into at least one flow value, - at least one telecommunication module (51, 52) comprising at least one radio modem associated with at least one emitting/receiving antenna, configured to wirelessly transmit one or more measuring signals coming from the signal processing means.
A system that facilitates dynamic code execution in a managed object environment, comprising: a class component having an abstract root type which includes a system object hierarchy on one side of an associated tree, and a rules component that analyzes runtime extensions; characterized in that the class component declares an inheritance hierarchy for one or more tagged values associated with a dynamic programming language, the abstract root type includes a tagged type for the one or more tagged values on another side of the tree, wherein the tagged type represents an encoding that distinguishes a pointer value from a data value, the tagged values are extended to perform arithmetic operations, and the rules component comprises at least one metadata validation rule that mitigates user-defined types comprised in the system object hierarchy from inheriting abstract root type elements or the tagged values. a class component having an abstract root type which includes a system object hierarchy on one side of an associated tree, and a rules component that analyzes runtime extensions; characterized in that the class component declares an inheritance hierarchy for one or more tagged values associated with a dynamic programming language, the abstract root type includes a tagged type for the one or more tagged values on another side of the tree, wherein the tagged type represents an encoding that distinguishes a pointer value from a data value, the tagged values are extended to perform arithmetic operations, and the rules component comprises at least one metadata validation rule that mitigates user-defined types comprised in the system object hierarchy from inheriting abstract root type elements or the tagged values.
A nano particle generator comprising: a body; a heating unit; a material (40, 40a, 40b) received in the body to be evaporated by heating by the heating unit, and a channel (20, 20a, 20b) extending through the body such that the fluid to condense the evaporated material flows along the channel, wherein the heating unit comprises at least one locating part (31, 31a, 31b) formed therein such that the material is located in the locating part, characterized by further comprising an insulating member supporting the heating unit, wherein the insulating member and the heating unit are arranged one after the other in flow direction of the flow with the heating unit downstream of the insulating member, and the channel is divided into two channels (20a, 20b) about the heating unit, wherein at least two or more locating parts (31, 31a, 31b) are formed on opposite sides of the heating unit.
Power module, with a least one electrical power component, especially an electronic power semiconductor component, with a first electrical contact for a load current created on an underside of the power component and a second electrical contact for a load current created on an upper side of the power component by means of an electrical contact surface, characterised in that, to reduce an explosion pressure and to receive the power on overload of a power component, a cavity filled with at least one electrically-conducting particle is arranged on the electrical contact surface.
Air vent consisting of a housing with at least one opening for the supply of an air flow and an opening for issue of the supplied air flow, wherein the air flow can be supplied to the air vent from an air supply shaft or an air supply line in heating, ventilating or air conditioning installations, particularly for passenger compartments in motor vehicles, and the air vent is insertable by the housing into a wall passage or mountable behind such, wherein an insert, which is mounted to be rotationally and/or pivotably movable about a mounting, with at least one arrangement for guidance and/or deflection of the supplied air flow and an element, which is arranged centrally in the insert and is connected with the at least one arrangement (3; 9) for guidance and/or deflection of the supplied air flow, is arranged in the housing, and wherein the mounting is arranged on the centre longitudinal axis of the housing, the mounting is realised by means of a bearing which consists of a bearing shell in which a spherical element lies, the element being disposed in operative connection with the insert when rotational movement of the insert takes place, but not disposed in operative connection when pivotation or tipping of the insert takes place, and an optical coupling between two optical conductors (17, 18), which serve for lighting the air vent, is realised in the bearing, characterised in that the bearing shell is formed by two bearing half shells (25-1, 25-2), wherein the two bearing half shells (25-1, 25-2) are at least partly surrounded by a spring and the bearing half shells (25-1, 25-2) enclose a spherical head, wherein the spherical head has nubs which lie between the two bearing half shells (25-1, 25-2) and wherein the two bearing half shells (25-1, 25-2) consist of different plastics materials and are produced in a two-component injecting-moulding process and wherein the plastics material of the spherical head, which is disposed in contact with the two bearing half shells (25-1, 25-2), is a plastics material different from that of the two bearing half shells (25-1, 25-2).
Method for controlling vehicle functions (F1 to Fn) for increasing a wellbeing and/or for increasing an alertness of at least one vehicle user in a vehicle, wherein a number of vehicle functions (F1 to Fn) is activated following the selection of at least one specific user menu, characterised in that, following the selection of a user menu, in each case a control function assigned to the user menu is preset from the number of vehicle functions (F1 to Fn) and the chronological and content-related processes of the other vehicle functions (F1 to Fn) assigned to the user menu are adjusted with respect to the control function.
A full-moment connection in place between at least one beam and a column in a building frame, where the column possesses generally planar faces joined at plural, laterally spaced corners, said connection comprising a collar having corners, and including plural adjacent transverse components, one of which is joined to an end in the at least one beam, each said transverse component possessing a generally planar expanse which faces, and is generally parallel and planar with respect to an associated column face, with each transverse component forming portions of a pair of said corners in the collar in conjunction with a pair of spaced, adjacent, trans-verse components which are associated with adjacent column faces, said collar corners being disposed adjacent respective ones of the corners in the column, wherein each transverse component includes upper and lower, laterally elongate transverse elements (36, 38), and characterised in that each transverse component further includes, interconnecting each upper and lower transverse element (36, 38), an elongate bridging component.
A system for production of a synthesis gas, comprising: - a synthesis gas generation reactor arranged for producing a first synthesis gas from a hydrocarbon feed stream; and - a post converter comprising a shell housing a catalyst, said catalyst being active for catalyzing steam methane reforming, methanation and reverse water gas shift reactions; said post converter comprising a conduit for supplying a CO 2 rich gas stream into a mixing zone of said post converter, said mixing zone being upstream said catalyst, where said CO 2 rich gas stream in said conduit upstream said mixing zone is in heat exchange relationship with gas flowing over said catalyst downstream the mixing zone; where said system further comprises a pipe for supplying at least a part of said first synthesis gas from said synthesis gas generation reactor into said mixing zone of said post converter, thereby combining said at least part of the first synthesis gas and said CO 2 rich gas stream to a mixed gas, wherein said post converter further comprises an outlet for outletting a product synthesis gas from said post converter. - a synthesis gas generation reactor arranged for producing a first synthesis gas from a hydrocarbon feed stream; and - a post converter comprising a shell housing a catalyst, said catalyst being active for catalyzing steam methane reforming, methanation and reverse water gas shift reactions; said post converter comprising a conduit for supplying a CO 2 rich gas stream into a mixing zone of said post converter, said mixing zone being upstream said catalyst, where said CO 2 rich gas stream in said conduit upstream said mixing zone is in heat exchange relationship with gas flowing over said catalyst downstream the mixing zone; where said system further comprises a pipe for supplying at least a part of said first synthesis gas from said synthesis gas generation reactor into said mixing zone of said post converter, thereby combining said at least part of the first synthesis gas and said CO 2 rich gas stream to a mixed gas, wherein said post converter further comprises an outlet for outletting a product synthesis gas from said post converter.
A winch overload protection system (150, 200), comprising: an overload detection unit operable to detect when a load on a winch (130, 205) of a workover system from movement of a downhole tool or pipe exceeds a safety load limit; and an overload control unit configured to receive an overload signal from the overload detection unit, and in response thereto stop movement of the downhole tool or pipe and release a brake (140, 235) on the winch. an overload detection unit operable to detect when a load on a winch (130, 205) of a workover system from movement of a downhole tool or pipe exceeds a safety load limit; and an overload control unit configured to receive an overload signal from the overload detection unit, and in response thereto stop movement of the downhole tool or pipe and release a brake (140, 235) on the winch.
A method for calculating X^Y comprising: (i) calculating, by an electronic device, a first transcendental function taking as an input a function of X, the first transcendental function outputting M1H, M1L and M2, wherein M2 has a first precision and M1H and M1L combined have a second precision greater than the first precision; (ii) calculating, by a two element dot product circuit of the electronic device, KH and KL according to a product of M1H and M2 and a product of M1L and M2; (iii) calculating, by the electronic device, a product of (a) a function of Y and (b) both KH and KL to obtain a high significance output TH and low significance output TL; (iv) calculating, by the electronic device, a second transcendental function according to a function of TH and TL to obtain an output that is an estimation of X^Y. (i) calculating, by an electronic device, a first transcendental function taking as an input a function of X, the first transcendental function outputting M1H, M1L and M2, wherein M2 has a first precision and M1H and M1L combined have a second precision greater than the first precision; (ii) calculating, by a two element dot product circuit of the electronic device, KH and KL according to a product of M1H and M2 and a product of M1L and M2; (iii) calculating, by the electronic device, a product of (a) a function of Y and (b) both KH and KL to obtain a high significance output TH and low significance output TL; (iv) calculating, by the electronic device, a second transcendental function according to a function of TH and TL to obtain an output that is an estimation of X^Y.
A food carrier or trolley to be used in vehicles for passengers' transport such as trains and aeroplanes, comprising: - a main body defining a loading volume; and - displacement means connected to said main body at the lower part thereof, - an operating unit adapted to prepare and dispense beverages obtained by infusion, said beverages preferably being tea, coffee or the like, said operating unit comprising: - a preparation and dispensing machine housed in a first portion of said loading volume; and - an energy reserve and storage sub-unit connected for energy supply to said preparation and dispensing machine and housed in a second portion of the loading volume. Characterized in that - it further comprises extraction means activable at least on the preparation and dispensing machine to reversibly shift it between a rest and transport position, in which it is substantially contained inside the loading volume, and a working position, in which it is at least partly extracted from the loading volume and is accessible to an operator. - a main body defining a loading volume; and - displacement means connected to said main body at the lower part thereof, - an operating unit adapted to prepare and dispense beverages obtained by infusion, said beverages preferably being tea, coffee or the like, said operating unit comprising: - a preparation and dispensing machine housed in a first portion of said loading volume; and - an energy reserve and storage sub-unit connected for energy supply to said preparation and dispensing machine and housed in a second portion of the loading volume. - a preparation and dispensing machine housed in a first portion of said loading volume; and - an energy reserve and storage sub-unit connected for energy supply to said preparation and dispensing machine and housed in a second portion of the loading volume. - it further comprises extraction means activable at least on the preparation and dispensing machine to reversibly shift it between a rest and transport position, in which it is substantially contained inside the loading volume, and a working position, in which it is at least partly extracted from the loading volume and is accessible to an operator.
A resuscitation system for assisting a rescuer in resuscitating a patient, comprising: a CPR-assistance element configured to be applied to the patient's chest during resuscitation; a handheld computing / communication device (400, 600) being a cell phone, personal digital assistant or wireless email handset configured for performing a non-resuscitation function during time periods when resuscitation is not required, the non-resuscitation function being a computing function or a communication function, wherein the CPR-assistance element has a wireless communication device configured to communicate with the handheld computing / communication device and at least one sensor (416, 401, 407) configured to sense data relating to at least one of motion, ECG, circulation and ventilation from the patient and wherein the CPR-assistance element is configured to communicate said data relating to the patient to the handheld computing / communication device, wherein the handheld computing / communication device is further configured to provide CPR prompts to the rescuer based at least in part on the data received from the CPR-assistance element, the prompts being configured to provide feedback to the rescuer to assist in CPR of the patient; and wherein the CPR-assistance element is a thin, card-like device and the at least one sensor at least comprises a motion sensor configured to sense chest motion from which chest compression may be estimated. a CPR-assistance element configured to be applied to the patient's chest during resuscitation; a handheld computing / communication device (400, 600) being a cell phone, personal digital assistant or wireless email handset configured for performing a non-resuscitation function during time periods when resuscitation is not required, the non-resuscitation function being a computing function or a communication function, wherein the CPR-assistance element has a wireless communication device configured to communicate with the handheld computing / communication device and at least one sensor (416, 401, 407) configured to sense data relating to at least one of motion, ECG, circulation and ventilation from the patient and wherein the CPR-assistance element is configured to communicate said data relating to the patient to the handheld computing / communication device, wherein the handheld computing / communication device is further configured to provide CPR prompts to the rescuer based at least in part on the data received from the CPR-assistance element, the prompts being configured to provide feedback to the rescuer to assist in CPR of the patient; and wherein the CPR-assistance element is a thin, card-like device and the at least one sensor at least comprises a motion sensor configured to sense chest motion from which chest compression may be estimated.
Connector comprising a shielded cable, a sleeve and a shielding contact (11 1, 11 2, 11 3), through which the shielded cable extends in an axial direction, wherein the shielding contact (11 1, 11 2, 11 3) has at a first axial end a connection portion connecting the shielding contact at least indirectly to the sleeve and to a cable shielding of the shielded cable and wherein the shielding contact (11 1, 11 2, 11 3) has a contact portion, which extends in direction towards the second axial end of the shielding contact 11 1, 11 2, 11 3), characterised in that a first seal is provided, which encloses the sleeve and the connection portion of the shielding contact (11 1, 11 2, 11 3), and that the sleeve and the shielding contact (11 1, 11 2, 11 3) form in the area of the connection portion a groove, in which the first seal rests.