mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, comprising: displaying at least one of projection data or reconstructed image data having visually observable artifacts, wherein the at least one of the projection data or the reconstructed image data corresponds to an imaging examination of an object or subject; responsive to the displaying of the at least one of projection data or reconstructed image data, displaying, concurrently with the at least one of the projection data or the reconstructed image data, one or more sample images with known artifacts; identifying, by user input, one or more of the sample images with known artifacts having artifacts similar to the visually observable artifacts in the at least one of the projection data or the reconstructed image data; and responsive to the identifying of the one or more of the sample images, retrieving and displaying information about the so identified one or more of the sample images, wherein the information includes information related to mitigating the visually observable artifacts. displaying at least one of projection data or reconstructed image data having visually observable artifacts, wherein the at least one of the projection data or the reconstructed image data corresponds to an imaging examination of an object or subject; responsive to the displaying of the at least one of projection data or reconstructed image data, displaying, concurrently with the at least one of the projection data or the reconstructed image data, one or more sample images with known artifacts; identifying, by user input, one or more of the sample images with known artifacts having artifacts similar to the visually observable artifacts in the at least one of the projection data or the reconstructed image data; and responsive to the identifying of the one or more of the sample images, retrieving and displaying information about the so identified one or more of the sample images, wherein the information includes information related to mitigating the visually observable artifacts.
A method for a leakage test of a test piece located in a test chamber, wherein the test chamber is an evacuable flexible test chamber for a leakage test of a test piece having a wall surrounding a test chamber volume, wherein at least a portion of said wall is made up of two layers (18, 20) of wall material of which at least the layer facing the test chamber volume is made from a flexible material, between the two layers (18, 20) an overpressure as compared to the atmosphere surrounding the test chamber is adapted to be created and an overpressure between the layers (18, 20) is created before the chamber is closed, characterized in that a check as to whether a test piece is in the test chamber is performed by monitoring the pressure between the two layers (18, 20) when the test chamber is being closed.
A blood treatment apparatus, comprising: a blood treatment unit configured to receive untreated blood and fresh blood treatment fluid, and emit treated blood and used blood treatment fluid, at least one fluid pump (12c, 14, 15) configured to pass blood treatment fluid through the blood treatment unit, and at least one blood pump (1 a, 1b) configured to extract untreated blood from a blood source (P, S), pass extracted blood through the blood treatment unit and deliver treated blood to a target vessel (P, T), characterized in that at least one of the at least one fluid pump (12c, 14, 15) is configured to control the operation of at least one of the at least one blood pump (1 a, 1 b) via the blood treatment fluid, at least one of the at least one blood pump (1 a, 1 b) is integrated into a joint apparatus element comprising the blood treatment unit, and wherein the apparatus comprises two blood pumps (1a, 1b), and both blood pumps (1 a, 1b) are integrated into the joint apparatus element. a blood treatment unit configured to receive untreated blood and fresh blood treatment fluid, and emit treated blood and used blood treatment fluid, at least one fluid pump (12c, 14, 15) configured to pass blood treatment fluid through the blood treatment unit, and at least one blood pump (1 a, 1b) configured to extract untreated blood from a blood source (P, S), pass extracted blood through the blood treatment unit and deliver treated blood to a target vessel (P, T), characterized in that at least one of the at least one fluid pump (12c, 14, 15) is configured to control the operation of at least one of the at least one blood pump (1 a, 1 b) via the blood treatment fluid, at least one of the at least one blood pump (1 a, 1 b) is integrated into a joint apparatus element comprising the blood treatment unit, and wherein the apparatus comprises two blood pumps (1a, 1b), and both blood pumps (1 a, 1b) are integrated into the joint apparatus element.
Method for operating an internal combustion engine having an IC engine which forms at least two combustion chambers delimited by cylinders formed in a cylinder housing and pistons guided therein and in which thermodynamic cyclic processes can be carried out during operation of the internal combustion engine, wherein a gas exchange in the combustion chambers is then controlled by means of, in each case, at least one intake valve and, in each case, at least one exhaust valve, and wherein - a first operating state is provided in which the thermodynamic cyclic processes are carried out both in a first combustion chamber and in a second combustion chamber, and - a second operating state is provided in which the thermodynamic cyclic processes are carried out in the first combustion chamber and the thermodynamic cyclic processes are not carried out in the second combustion chamber, wherein, for switching from the first operating state to the second operating state, a change is made from the use of a first valve lift curve to the use of a second valve lift curve for the actuation of the intake valve assigned to the first combustion chamber, and wherein at least the intake valve assigned to the first combustion chamber is closed before or after UT when actuated according to the first valve lift curve and nearer to UT when actuated according to the second valve lift curve, characterized in that, after switching from the first operating state to the second operating state, the control times for the intake valve assigned to the first combustion chamber are, by means of a phase adjuster, - adjusted in the direction of retard if, for the first operating state, an intake closure was provided before UT, or - adjusted in the direction of advance if, for the first operating state, an intake closure was provided after UT. - a first operating state is provided in which the thermodynamic cyclic processes are carried out both in a first combustion chamber and in a second combustion chamber, and - a second operating state is provided in which the thermodynamic cyclic processes are carried out in the first combustion chamber and the thermodynamic cyclic processes are not carried out in the second combustion chamber, - adjusted in the direction of retard if, for the first operating state, an intake closure was provided before UT, or - adjusted in the direction of advance if, for the first operating state, an intake closure was provided after UT.
A method of acquiring image data of a subject with an imaging system, comprising: determining a region of the subject to acquire image data; calling from a memory system a start position of an image detector; calling from the memory system an end position of the image detector; calling from the memory system an optimal path from the start position to the end position based on an analysis of test image data acquired from a plurality of patients; moving the image detector relative to the determined region of the subject from the start position to the end position along the called optimal path; detecting radiation with the image detector at a selected rate as the image detector moves along the called optimal path; and forming a reconstruction of the determined region of the subject based at least in part on the detected radiation. determining a region of the subject to acquire image data; calling from a memory system a start position of an image detector; calling from the memory system an end position of the image detector; calling from the memory system an optimal path from the start position to the end position based on an analysis of test image data acquired from a plurality of patients; moving the image detector relative to the determined region of the subject from the start position to the end position along the called optimal path; detecting radiation with the image detector at a selected rate as the image detector moves along the called optimal path; and forming a reconstruction of the determined region of the subject based at least in part on the detected radiation.
Method for biasing elevator movements of an elevator system comprising a destination control system and an input system, wherein an elevator car (1, 2) is called by an identification device of a passenger being read by the input system, characterized in that a signal-pattern that is produced by a passenger moving the respective identification device relative to parts of the input system, is recognized and the destination control system processes different programs depending on said signal-pattern, wherein the signal-pattern is a pattern consisting of one or more signals, wherein a preferred signal-pattern is a pattern comprising at least one short and/or at least one long signal, wherein the signals are especially produced via motions of the identification device relative to an input device of the input system, such as swipes, contacts, or other movements to and from a position where the identification device may be measured.
A method for regulating switching times of a relay having a pair of contacts to selectively and electrically couple an analog alternating current power source and a load, the method comprising: forming a digital pulse train representative of an AC signal (L1-N) at the load; and providing a first relay switching signal to the relay at a first time relative to a zero crossing of the AC signal (L1-N); characterized in that the method further comprises: determining a first value corresponding to a representative pulse width of the digital pulse train; selecting a second time for providing a second relay switching signal to the relay based on the first value and a second value representative of the width of a first pulse of the digital pulse train associated with the first relay switching signal at the first time; and providing the second relay switching signal to the relay at the second time. forming a digital pulse train representative of an AC signal (L1-N) at the load; and providing a first relay switching signal to the relay at a first time relative to a zero crossing of the AC signal (L1-N); characterized in that the method further comprises: determining a first value corresponding to a representative pulse width of the digital pulse train; selecting a second time for providing a second relay switching signal to the relay based on the first value and a second value representative of the width of a first pulse of the digital pulse train associated with the first relay switching signal at the first time; and providing the second relay switching signal to the relay at the second time. determining a first value corresponding to a representative pulse width of the digital pulse train; selecting a second time for providing a second relay switching signal to the relay based on the first value and a second value representative of the width of a first pulse of the digital pulse train associated with the first relay switching signal at the first time; and providing the second relay switching signal to the relay at the second time.
Shower toilet with a toilet body (14; 22) comprising at its rear end in mounting position a flush water intake opening for the supply of flush water in a flush water compartment (14A; 22B) defined by the toilet body (14; 22) for a flushing operation and a waste water opening with a primary odor barrier for flushing out waste water from the toilet body (14; 22) in the course of a flushing operation, a flush water distributor (16; 20) for distributing the flush water in the flush compartment (14A; 22B) that is configured for being inserted into the flush water intake opening and with an intimate washing device for carrying out an intimate washing of a user, characterized in that the flush water intake opening is provided as the only opening of the toilet body (14; 22) for a water intake, wherein the intimate washing device comprises an extendable shower lance (16C; 20A) and that the flush water distributor (16; 20) is configured as a combined component that also makes available, besides the distributing of flush water, the function of a shower lance housing (16D; 20D) and that is configured for being mounted between the toilet body (14; 22) and a flush water pipe coupling, wherein the shower lance (16C; 20A) is integrated in the flush water distributor and is extendable from a retracted rest position into a washing position for an intimate washing, wherein the shower lance compartment (16D; 20D) has, at its rear end in mounting position, a connecting nipple (16E; 20H) for connecting to a separate fresh water pipe, wherein the flush water distributor (16; 20) has a hollow cylindrical flush water socket (16A; 20B) with a front end that can be sealingly inserted into a rear side of the toilet body (14; 22) and with a rear end that can be connected with a flush water conducting flush pipe, wherein the flush water socket (16A; 20B) has, at its front end, several flush openings (16B; 201) for the fan-shaped distribution of the flush water in the toilet body (14; 22) or, at its front end, a end-to-end flush slit, wherein a seal (24; 161), that is designed as a annular elastic cuff, sealingly surrounds in mounting condition with an inner face a hollow cylindrical insertion section of the flush water socket (16A; 20B) and sealingly seats in the flux water intake opening with an outer face, wherein the shower lance housing (16D; 20D) is designed cylindrical and a longitudinal axis of the shower lance housing (16D; 20D) forms an angle between 3° to 35° to a longitudinal axis of the flush water distributor (16; 20), wherein the shower lance (16C; 20A) is placed longitudinally displaceable in the lance housing (16D; 20D) and can be driven into the flush compartment (14A; 22B) by means of water pressure against a compression spring placed in the lance housing (16D; 20D) through an opening that is provided in a union nut (16G; 20C), wherein the shower lance housing (16D; 20D) is designed in such a way that, after removal of the union nut (16G; 20C), the shower lance (16C; 20A) and the compression spring can be completely removed forwards for maintenance.
A method for forwarding information in a distributed network, comprising: Sending, by a forwarding device, when a message of an Application, APP, protocol is received, and according to a forwarding rule that is sent by a Software Defined Networking, SDN/OpenFlow controller, the message to a corresponding APP server or to a corresponding terminal directly, wherein the forwarding rule corresponds to the APP protocol; wherein, besides an SDN/OpenFlow protocol between an SDN/OpenFlow controller and the forwarding device, the APP protocol is any APP protocol, including a communication protocol between a user terminal and an APP layer and a communication protocol between a device in a non-SDN/Open Flow network and an SDN/OpenFlow network; the forwarding rule is a matching condition and a matching result of all types of messages corresponding to the APP protocol, wherein the matching condition includes a protocol type and a target Media Access Control, MAC, Address, and the matching result is information of an output interface of the forwarding device; characterized in that, after sending the message to the corresponding APP server or sending the message to the corresponding terminal, the method further comprises: sending, by the APP server, a state update message to the SDN/OpenFlow controller periodically, as required or in real time; and updating, by the SDN/OpenFlow controller, the forwarding rule according to the state update message, and sending the updated forwarding rule to the forwarding device actively. Sending, by a forwarding device, when a message of an Application, APP, protocol is received, and according to a forwarding rule that is sent by a Software Defined Networking, SDN/OpenFlow controller, the message to a corresponding APP server or to a corresponding terminal directly, wherein the forwarding rule corresponds to the APP protocol; wherein, besides an SDN/OpenFlow protocol between an SDN/OpenFlow controller and the forwarding device, the APP protocol is any APP protocol, including a communication protocol between a user terminal and an APP layer and a communication protocol between a device in a non-SDN/Open Flow network and an SDN/OpenFlow network; the forwarding rule is a matching condition and a matching result of all types of messages corresponding to the APP protocol, wherein the matching condition includes a protocol type and a target Media Access Control, MAC, Address, and the matching result is information of an output interface of the forwarding device; characterized in that, after sending the message to the corresponding APP server or sending the message to the corresponding terminal, the method further comprises: sending, by the APP server, a state update message to the SDN/OpenFlow controller periodically, as required or in real time; and updating, by the SDN/OpenFlow controller, the forwarding rule according to the state update message, and sending the updated forwarding rule to the forwarding device actively.
Agricultural working machine comprising a tractor vehicle, an implement, a sensor device for acquiring at least 2D information and a control device which is connected to the sensor device and the implement and is suitable for controlling at least one function of the implement in dependence on the information acquired by the sensor device, wherein the sensor device is arranged in such a way that it can acquire 2D information on a piece of ground lying in front of the working machine, characterized in that the sensor device is an optical sensor or comprises an optical sensor, wherein the sensor device can measure crop height (h) of crop located on the piece of ground lying in front of the working machine, and the control unit controls a working height of the implement as a function of the crop height (h), and in that the control unit can calculate an optimum working height for the implement from all the crop heights (h1, hi, hn), determined at one time, of a specific area of the piece of ground, wherein the acquisition of 2D information relates to information on the piece of ground which is acquired in a plane which is perpendicular to the direction of travel of the vehicle.
A method for producing a cuprous oxide powder, the method comprising the steps of: adding ferrous ions to a copper ion containing solution, wherein the amount of the added ferrous ions is 0.00001 moles to 0.04 moles with respect to 1 mole of copper ions in the copper ion containing solution; adding one of an alkali solution and the copper ion containing solution, to which the ferrous ions are added, to the other thereof to form copper hydroxide; and adding a reducing agent to a solution, which contains copper hydroxide formed by adding the one of the alkali solution and the copper ion containing solution to the other thereof, to deposit cuprous oxide particles by reduction. adding ferrous ions to a copper ion containing solution, wherein the amount of the added ferrous ions is 0.00001 moles to 0.04 moles with respect to 1 mole of copper ions in the copper ion containing solution; adding one of an alkali solution and the copper ion containing solution, to which the ferrous ions are added, to the other thereof to form copper hydroxide; and adding a reducing agent to a solution, which contains copper hydroxide formed by adding the one of the alkali solution and the copper ion containing solution to the other thereof, to deposit cuprous oxide particles by reduction.
A composition comprising effective amounts of extracts of: (a) Coridothymus capitatus; (b) Origanum dictamnus; and (c) at least one of Salvia fruticosa or Salvia pomifera. (a) Coridothymus capitatus; (b) Origanum dictamnus; and (c) at least one of Salvia fruticosa or Salvia pomifera.
Process for preparation of marine sausages characterized in that the process comprises the following steps: a) cooking octopus' heads between 40 and 60 minutes; b) lower the temperature of the cooked octopus' heads between 0 and 3°C for 40 to 60 minutes; c) crushing the octopus' heads of step b) at a temperature of between 0°C and 4°C; d) adding salt, vegetable fat and colatura di alici to the crushed heads and amalgamate the mixture between 10 and 30 minutes at a temperature between 0°C and 4°C; e) stabilizing the amalgamated mass of step d) at a temperature between 0°C and 4oC for a time between 10 and 14 hours; and f) stuffing the amalgamated mass of step e) into a casing; wherein the quantity of octopus' heads in the marine sausage is greater than 90% in weight of the final sausage. a) cooking octopus' heads between 40 and 60 minutes; b) lower the temperature of the cooked octopus' heads between 0 and 3°C for 40 to 60 minutes; c) crushing the octopus' heads of step b) at a temperature of between 0°C and 4°C; d) adding salt, vegetable fat and colatura di alici to the crushed heads and amalgamate the mixture between 10 and 30 minutes at a temperature between 0°C and 4°C; e) stabilizing the amalgamated mass of step d) at a temperature between 0°C and 4oC for a time between 10 and 14 hours; and f) stuffing the amalgamated mass of step e) into a casing;
Contact tip for arc welding with at least one channel passing through the contact tip for receiving a welding wire, wherein the channel has a non-round cross-section, wherein the channel has a stellate, multi-lobular cross-section with convexly rounded sides, wherein the basic shape of the channel is a polygon with at least 3 vertices, within which the channel is located, wherein the convexly rounded sides have an at least partially arced cross-section with a radius (R, R1), characterised in that the convexly rounded sides have a central region and edge regions (12, 13) adjoining the central region, wherein the central regions are convexly rounded and the edge regions (12, 13) are configured as straight lines, wherein the edge regions (12, 13) tangentially adjoin the central region, wherein the centre points of the arcs are located outside the polygon, wherein the edge regions (12,13) are each shorter than the central region. characterised in that the convexly rounded sides have a central region and edge regions (12, 13) adjoining the central region, wherein the central regions are convexly rounded and the edge regions (12, 13) are configured as straight lines, wherein the edge regions (12, 13) tangentially adjoin the central region, wherein the centre points of the arcs are located outside the polygon, wherein the edge regions (12,13) are each shorter than the central region.