mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for displaying and using a graphical user interface, GUI, the method comprising: displaying, via the GUI, a graphical representation of a plurality of electrodes of an ablation catheter; designating, via the GUI, at least some of the plurality of electrodes to be active electrodes (346, 348); designating, via the GUI, the active electrodes (346, 348) as a source electrode or a sink electrode; assigning, via the GUI, an electrical unit to each of the designated source electrodes; and estimating an amount of electrical units associated with each of the designated sink electrodes based on the assigned electrical unit of the designated source electrodes and further based on distances between the designated source electrodes and the designated sink electrodes; wherein the electrical unit is power. displaying, via the GUI, a graphical representation of a plurality of electrodes of an ablation catheter; designating, via the GUI, at least some of the plurality of electrodes to be active electrodes (346, 348); designating, via the GUI, the active electrodes (346, 348) as a source electrode or a sink electrode; assigning, via the GUI, an electrical unit to each of the designated source electrodes; and estimating an amount of electrical units associated with each of the designated sink electrodes based on the assigned electrical unit of the designated source electrodes and further based on distances between the designated source electrodes and the designated sink electrodes; wherein the electrical unit is power.
A compressor comprising - a casing carrying the components therein, - a cylinder wherein the compression process is performed, - a cylinder head disposed on the cylinder, - a valve plate situated between the cylinder and the cylinder head, - at least one exhaust chamber disposed below the cylinder head wherein the pumped circulating fluid fills, - at least one suction chamber wherein the sucked circulating fluid fills and - at least one cover mounted onto the cylinder head, wherein - at least one insulation chamber is situated between the cylinder head and the cover, characterized in that the insulation chamber is formed as a recess arranged on the cylinder head and situated between the opposite walls that divide the inner volume of the cylinder head into two, separating the suction chamber from the exhaust chamber. - a cylinder wherein the compression process is performed, - a cylinder head disposed on the cylinder, - a valve plate situated between the cylinder and the cylinder head, - at least one exhaust chamber disposed below the cylinder head wherein the pumped circulating fluid fills, - at least one suction chamber wherein the sucked circulating fluid fills and - at least one cover mounted onto the cylinder head, - at least one insulation chamber is situated between the cylinder head and the cover,
Emergency pendant comprising: - a housing comprising a wireless communication module controlled by actuation means; - a suspension assembly comprising a first cable having a proximal end and a second cable having a proximal end, the housing being secured to each of the proximal ends (22a, 22b) of the first and second cables (20a, 20b); the actuation means comprising a sensor of tension of the proximal end (22a, 22b) of the first cable (20a, 20b) and/or of the second cable, characterized in that the suspension assembly comprises a system for fixing a distal end of the first cable with a distal end of the second cable, the fixing system comprising a first part and a second part, the first part being secured to the distal end of the first cable and adapted to slide on the second cable, the second part being secured to the distal end of the second cable and adapted to slide on the first cable. - a housing comprising a wireless communication module controlled by actuation means; - a suspension assembly comprising a first cable having a proximal end and a second cable having a proximal end, the housing being secured to each of the proximal ends (22a, 22b) of the first and second cables (20a, 20b);
Supply device comprising a grain separation apparatus of an agricultural sowing machine, wherein the grain separation apparatus has a separation apparatus with a seed storage space, to which the crop to be separated is fed from a collecting tank of the supply device, wherein the collecting tank of the supply device has at least two feed openings (7, 8), wherein crop feed devices (9.2.1, 9.2.2) are respectively arranged on the feed openings (7, 8), wherein at least one storage tank (9.2.2) with drop delivery is to be arranged on at least one of the feed openings (7, 8) in the immediate vicinity of the feed opening (7, 8) of the collecting tank, wherein a pneumatic refilling device is to be arranged at at least one other feed opening (7, 8), characterized in that an interface of the feed openings (7, 8) is formed uniformly so that both the pneumatic refilling device and the storage tank (9.2.2) are to be arranged.
Dismountable numerical control machine which comprises a principal longitudinal bedplate, a principal carriage or base, a column attached to the principal carriage or base, a secondary carriage or crosspiece and an arm, in which the principal carriage or base moves horizontally along the principal longitudinal bedplate, while the secondary carriage or crosspiece can move vertically in relation to the column; and in which, also, the arm can be moved horizontally in relation to the secondary carriage or crosspiece, wherein the dismountable numerical control machine further comprises a transport tool configured as an auxiliary longitudinal bedplate placed adjacent to the principal longitudinal bedplate, on which the principal carriage or base, the column and the secondary carriage or crosspiece are secured in the transport position by means of stops, said stops being positionable at both ends of the transport tool, thereby preventing the principal carriage or base, the column and the secondary carriage or crosspiece from moving on the transport tool, and wherein the principal longitudinal bedplate is the support along which the principal carriage or base moves, comprising a number of inserts in bearing raceways, guide and bushing for level regulation; and in which the principal longitudinal bedplate comprises a number of connecting sleeves in its side, which correspond to inserts in the transport tool, thereby allowing the movement of the principal carriage or base from the principal longitudinal bedplate to the transport tool and vice-versa once the stops have been removed.
A multistage compressor, wherein an electric motor is disposed in a substantially central section inside a sealed housing, a low-stage compression mechanism and a high-stage compression mechanism that are driven by the electric motor via a rotary shaft are disposed below and above to flank the electric motor, respectively, intermediate-pressure refrigerant gas compressed by the low-stage compression mechanism is discharged into the sealed housing, and the intermediate-pressure refrigerant gas is taken in by the high-stage compression mechanism so as to be compressed in two stages, characterized in that an oil separator plate (45, 50) that centrifugally separates lubricating oil contained in the intermediate-pressure refrigerant gas, which is taken in by the high-stage compression mechanism after passing through the electric motor, is provided at one end of a rotor of the electric motor such that the rotary shaft extends through the oil separator plate (45, 50), wherein an inlet of a gas channel that guides the intermediate-pressure refrigerant gas, which passes through the electric motor and flows in between the electric motor and the high-stage compression mechanism, to an intake of the high-stage compression mechanism is provided at an inner peripheral side relative to a stator coil end of the electric motor, and wherein a section of the gas channel is formed between a lower surface of a supporting member of the high-stage compression mechanism and an upper surface of a bracket that fixes the supporting member within the sealed housing.
Supporting framework construction having a supporting profile arrangement, a) wherein the supporting profile arrangement can be fixed for renovation purposes to a stationary supporting structure which is a post/bar structure, b) wherein the supporting framework construction is designed to hold flat peripheral attachment elements and consists of a plurality of profile rails, c) wherein the supporting profile arrangement can be fitted at right angles to the supporting structure, d) wherein the supporting profile arrangement has at least one supporting profile, and e) wherein the supporting profile is provided with fastening webs (14, 15) on the side facing towards the stationary supporting structure, said fastening webs being at an acute angle to the bearing surface of the stationary supporting structure, characterized in that f) an adapter profile rail for mounting a further profile rail is fixed to the supporting profile on the side facing away from the supporting structure, and g) free end regions of the fastening webs (14, 15) are designed as undercut grooves (18, 19). a) wherein the supporting profile arrangement can be fixed for renovation purposes to a stationary supporting structure which is a post/bar structure, b) wherein the supporting framework construction is designed to hold flat peripheral attachment elements and consists of a plurality of profile rails, c) wherein the supporting profile arrangement can be fitted at right angles to the supporting structure, d) wherein the supporting profile arrangement has at least one supporting profile, and e) wherein the supporting profile is provided with fastening webs (14, 15) on the side facing towards the stationary supporting structure, said fastening webs being at an acute angle to the bearing surface of the stationary supporting structure, f) an adapter profile rail for mounting a further profile rail is fixed to the supporting profile on the side facing away from the supporting structure, and g) free end regions of the fastening webs (14, 15) are designed as undercut grooves (18, 19).
Method for evaluating a state of health of an electric battery of an electric vehicle, said method comprising a step of: - performing a given number (m) of tests on the electric battery, each giving results, wherein the results of the tests are from a dataset comprising tests that include partial charge and/or discharge action of the battery, called proxy tests and/or tests that include a full charge and/or discharge action of the battery, called full test, - associating each result to a state of the battery, a given number of states of the battery being possible, each state of the battery corresponding to a remaining range of remaining potential of the electric battery, - estimating a probability of each state of the battery on the basis of a Bayesian calculation, and - estimating the SOH in function of the probability of each state and of the results of the tests, called estimated SOH, wherein a confidence value is assigned to the estimated SOH on the basis of previous estimated SOH values and a last full test value - performing a given number (m) of tests on the electric battery, each giving results, wherein the results of the tests are from a dataset comprising tests that include partial charge and/or discharge action of the battery, called proxy tests and/or tests that include a full charge and/or discharge action of the battery, called full test, - associating each result to a state of the battery, a given number of states of the battery being possible, each state of the battery corresponding to a remaining range of remaining potential of the electric battery, - estimating a probability of each state of the battery on the basis of a Bayesian calculation, and - estimating the SOH in function of the probability of each state and of the results of the tests, called estimated SOH,
Device for separating feed material, having a plurality of rotation elements designed as screw conveyors, the rotation elements forming a deck, and the rotation element having a core tube and a helix running spirally around the core tube, characterized in that at least one further rotation element designed as a screw conveyor is arranged below the rotation elements forming the deck, in that the further rotation element is provided for cleaning an intermediate space between two directly adjacent rotation elements of the deck, and in that the further rotation element has a core tube and a helix running spirally around the core tube.
An energy guiding chain for guiding cables, hoses and the like between two connecting points moveable relative to each other, comprising a plurality of chain links which are connected to each other in articulated fashion and made of plastic and each of which has a bottom wall, adjoining opposite side walls (3, 4), and a cover wall, wherein the cover wall is or can be detachably connected to the side walls (3, 4), the side walls (3, 4) each have a pivot pin and a joint opening for the articulated connection of adjacent chain links, the pivoting angle is limited by stops in both pivoting directions, the cover wall has at least one fastening tab on each side, the fastening tabs engage over the side walls (3, 4) at the outer surfaces thereof, snap-in elements are provided at the insides of the fastening tabs facing towards the outer surfaces of the side walls (3, 4), mating snap-in elements are provided on the outer surfaces of the side walls (3, 4), interacting with the snap-in elements of the fastening tabs, characterised in that the cover walls, side walls (3, 4) and bottom walls of adjacent chain links overlap over the entire pivoting angle, the snap-in elements and mating snap-in elements form a hinge on both sides of the energy guiding chain, the snap-in connection between the side walls (3, 4) and the cover wall is provided in a recessed region of the outer surface of the respective side wall (3, 4), and the recessed region of the respective side wall (3, 4) is dimensioned in such a way that in the snapped-in state of the snap-in connection the outside of the fastening tab terminates flush with the outer surface of the respective side wall (3, 4).
A computer-implemented method performed by a mobile device, comprising: sending a registration message to a serving access point, AP,, configured to provide access to an Internet Protocol, IP, Multimedia Subsystem, IMS, core; sending a message to the serving AP for initiating a communication session; receiving from the serving AP, a selected codec for the communication session; accessing from memory of the mobile device, a data structure that maintains a first codec-specific threshold in association with a first codec and a second codec-specific threshold in association with a second codec, wherein the first codec-specific threshold and the second codec-specific threshold are different thresholds; comparing the selected codec to the first codec stored in the memory of the mobile device; determining that the selected codec corresponds to the first codec; measuring a parameter of a radio signal from the serving AP to obtain a radio signal measurement; determining that the radio signal measurement is below the first codec-specific threshold associated with the first codec; and in response thereto transitioning the communication session from the serving AP to a target AP in communication range of the mobile device, the target AP configured to provide access to the IMS core. sending a registration message to a serving access point, AP,, configured to provide access to an Internet Protocol, IP, Multimedia Subsystem, IMS, core; sending a message to the serving AP for initiating a communication session; receiving from the serving AP, a selected codec for the communication session; accessing from memory of the mobile device, a data structure that maintains a first codec-specific threshold in association with a first codec and a second codec-specific threshold in association with a second codec, wherein the first codec-specific threshold and the second codec-specific threshold are different thresholds; comparing the selected codec to the first codec stored in the memory of the mobile device; determining that the selected codec corresponds to the first codec; measuring a parameter of a radio signal from the serving AP to obtain a radio signal measurement; determining that the radio signal measurement is below the first codec-specific threshold associated with the first codec; and in response thereto transitioning the communication session from the serving AP to a target AP in communication range of the mobile device, the target AP configured to provide access to the IMS core.
A satellite communication system for mobile satellite communication, comprising: a plurality of communication satellites (30, 50) orbiting the earth distributed in different orbits, each of said communication satellites (30, 50) being capable of simultaneously handling a predetermined number of communication links to and from satellite phones and having the following features: a first orientable antenna and a second orientable antenna, control means, characterized in that said control means is adapted to control, in response to first control information, the orientation of said second antenna to a predetermined reference point with respect to the earth independently of the position of the respective communication satellite and is further adapted to align in response to second control information assigned to the respective communications satellite, wherein the second control information depends on a time- and location-dependent demand for communications links to be handled simultaneously and on the time-dependent position of the respective communications satellite, the first antenna specifically in such a way that it is not aligned with the predetermined reference point.
A gas fireplace combustion device structure, comprising a combustor and a simulated solid fuel, wherein the combustor is installed under the simulated solid fuel, wherein fire exit holes of the combustor are disposed on opposing sides of the simulated solid fuel, wherein a fuel gas inlet having a nozzle coupled thereto has a first combustion air inlet, wherein the nozzle has a fuel ejection outlet for ejecting a combustible gas into the fuel gas inlet so that the combustible gas and air are pre-mixed in the fuel gas inlet and enter from the fuel gas inlet into a cavity of the combustor, wherein the pre-mixed combustible gas and air exit from fire exit hole and are ignited, wherein a combustion air inlet passage is disposed under the combustor, wherein the combustor has a partition disposed thereunder, and a second combustion air outlet leading to the fire exit holes is formed between the partition and a lower surface of the combustor, wherein the second combustion air outlet and the combustion air inlet passage communicate to each other, such that combustion air enters the combustion air inlet passage and then passes through the second combustion air outlet to reach the fire exit holes for carrying out a primary combustion of the combustible gas at the fire exit holes, wherein the combustor has a slot formed at the middle thereof to form a third combustion air outlet, wherein the combustion air inlet passage communicates to the third combustion air outlet, wherein the simulated solid fuel has a combustion air slot formed thereon, wherein the combustion air slot and the third combustion air outlet communicate to each other directly, such that combustion air is resupplied from the third combustion air outlet and the combustion air slot to an area above the simulated solid fuel for a secondary combustion. wherein a combustion air inlet passage is disposed under the combustor, wherein the combustor has a partition disposed thereunder, and a second combustion air outlet leading to the fire exit holes is formed between the partition and a lower surface of the combustor, wherein the second combustion air outlet and the combustion air inlet passage communicate to each other, such that combustion air enters the combustion air inlet passage and then passes through the second combustion air outlet to reach the fire exit holes for carrying out a primary combustion of the combustible gas at the fire exit holes, wherein the combustor has a slot formed at the middle thereof to form a third combustion air outlet, wherein the combustion air inlet passage communicates to the third combustion air outlet, wherein the simulated solid fuel has a combustion air slot formed thereon, wherein the combustion air slot and the third combustion air outlet communicate to each other directly, such that combustion air is resupplied from the third combustion air outlet and the combustion air slot to an area above the simulated solid fuel for a secondary combustion.
A process for making a polymer foam, comprising forming a pressurized melt that contains a molten styrenic polymer, 0.4 to 100 parts by weight, per 100 parts by weight of the styrenic polymer, of a brominated styrene-butadiene polymer and 1.1 to 1.70 moles of a blowing agent mixture per kilogram of the styrenic polymer, and forcing the melt through an opening into a zone of lower pressure, where the blowing agent expands and the polymer cools and solidifies to form a foam, wherein the blowing agent mixture includes 0.65 to 0.9 moles of carbon dioxide per kilogram of the styrenic polymer, 0.25 to 0.45 moles of ethanol per kilogram of the styrenic polymer, 0.1 to 0.3 moles of a C 4 -C 5 hydrocarbon per kilogram of the styrenic polymer and 0.1 to 0.3 moles of water per kilogram of the styrenic polymer, wherein the average cell size of the foam is from 0.25 mm to 1 mm, per ASTM D3576.