mhurhangee/ep-ind-claims huggingface dataset:
A multi-reflecting time-of-flight mass spectrometer apparatus comprising: a pulsed ion source for generating ion packets; at least two grid-free ion mirrors separated by a field-free region for passing ions of the ion packets along a planar multi-reflected trajectory, the pulsed ion source being located outside a space between the at least two grid-free ion mirrors; and an ion receiver for receiving the ions; the multi-reflecting time-of-flight mass spectrometer apparatus characterized in that the apparatus further comprises at least one spatially and energy isochronous ion transfer interface (31;32) comprising electrostatic sectors with curved ion axes located in-between said ion source and said ion receiver, wherein a first ion transfer interface of the at least one spatially and energy isochronous ion transfer interface includes a first end and a second end, the first end being coupled to the pulsed ion source outside the space and directly receiving the ion packets, and the second end being inside the space and passing the ions to one of the grid free ion mirrors. a pulsed ion source for generating ion packets; at least two grid-free ion mirrors separated by a field-free region for passing ions of the ion packets along a planar multi-reflected trajectory, the pulsed ion source being located outside a space between the at least two grid-free ion mirrors; and an ion receiver for receiving the ions; the multi-reflecting time-of-flight mass spectrometer apparatus characterized in that the apparatus further comprises at least one spatially and energy isochronous ion transfer interface (31;32) comprising electrostatic sectors with curved ion axes located in-between said ion source and said ion receiver, wherein a first ion transfer interface of the at least one spatially and energy isochronous ion transfer interface includes a first end and a second end, the first end being coupled to the pulsed ion source outside the space and directly receiving the ion packets, and the second end being inside the space and passing the ions to one of the grid free ion mirrors.
A home agent of a mobile IP control system comprising one or a plurality of radio relay devices for presenting a radio connection link to a mobile terminal, the home agent for communicating with the mobile terminal via each of the radio relay devices, and a foreign agent which relays a communication between the radio relay devices and the home agent, wherein the mobile terminal and a partner terminal set in advance communicate mutually via the home agent, wherein the home agent has a function for receiving, from the foreign agent, a radio communication type used for a mutual radio communication performed between each of the radio relay devices and the mobile terminal in a position registration of the mobile terminal and a function for controlling a communication band of the mutual communication performed between each of the radio relay devices and the mobile terminal based on the radio communication type.
Computer implement method for detecting optical defects within a windshield, wherein said method takes, as input, a digital image map of the intensity of optical power of a windshield, and provides, as output, a digital image map of optical defects, wherein said method comprises the following steps: (a) an image processing of said digital image map of optical powers for detecting and delimiting regions that differs in intensity of optical power; (b) computing, for each detected regions, a representative geometric dimension and a representative value of the optical power; (c) computing an image map of the detected regions for which the product between the representative geometric dimension and the representative value of the optical power is equal or superior to 2.9.10 -4. (a) an image processing of said digital image map of optical powers for detecting and delimiting regions that differs in intensity of optical power; (b) computing, for each detected regions, a representative geometric dimension and a representative value of the optical power; (c) computing an image map of the detected regions for which the product between the representative geometric dimension and the representative value of the optical power is equal or superior to 2.9.10 -4.
A roll with a film web rolled up into windings which lie on top of each other for a wall connection of a window, a door or another component, wherein the film web comprises a layered composite which has a fleece layer, a membrane and a self-adhesive layer, wherein a covering film is applied to at least a portion of the self-adhesive layer, wherein, in a region along at least one, preferably both longitudinal edges of the film web, the covering film is folded around the layered composite in a manner such that a folded-over section of the covering film of a winding partially covers over the layered composite of this winding and the folded-over section is accommodated in the interior of the roll. wherein the film web comprises a layered composite which has a fleece layer, a membrane and a self-adhesive layer, wherein a covering film is applied to at least a portion of the self-adhesive layer, wherein, in a region along at least one, preferably both longitudinal edges of the film web, the covering film is folded around the layered composite in a manner such that a folded-over section of the covering film of a winding partially covers over the layered composite of this winding and the folded-over section is accommodated in the interior of the roll.
Gas processing vessel of cylindrical shape with a vertical axis, comprising a cylindrical shell of vertical axis, an upper end wall, a lower end wall, an inlet orifice, an outlet orifice, a gas distribution device and a first particulate material, the distribution device being fixed in said vessel next to the gas inlet or outlet orifice recessed into the lower end wall, the distribution device comprising: - a gas-permeable cover covering said orifice and having a wall with a substantially circular base, the cover being designed to be in contact without a weld with the lower end wall and having a diameter greater than or equal to one third of the diameter of the vessel, - a second particulate material with an equivalent diameter De greater than or equal to 10 mm and greater than the dimensions of the openings in the cover, the second particulate material being accommodated around the cover at least to a height corresponding to the upper end of the cover, and - a means for centering the cover above the inlet or outlet orifice, said means being fixed to the pipe that is connected to the orifice. - a gas-permeable cover covering said orifice and having a wall with a substantially circular base, the cover being designed to be in contact without a weld with the lower end wall and having a diameter greater than or equal to one third of the diameter of the vessel, - a second particulate material with an equivalent diameter De greater than or equal to 10 mm and greater than the dimensions of the openings in the cover, the second particulate material being accommodated around the cover at least to a height corresponding to the upper end of the cover, and - a means for centering the cover above the inlet or outlet orifice, said means being fixed to the pipe that is connected to the orifice.
A biocompatible implant comprising one or more metal(s), metal alloy(s), metal oxide(s) or a combination thereof, wherein a compound selected from the group consisting of an inositol phosphate, an ester of an IP, a pharmaceutically acceptable salt thereof or a combination thereof, is/are covalently bound, with linker, to at least a part of a metal, metal alloy or metal oxide surface of said biocompatible implant.
Method for wireless, in particular inductive, energy transmission from an energy transmission device to a load, wherein at least one method step comprises interrupting the energy transmission from the energy transmission device to the load in conjunction with a foreign object detection, and wherein at least two different types of foreign object detection are carried out, characterized in that individual or all types of foreign object detection and/or the alternation between the different types of foreign object detection are activable or deactivable by a user by remote control, in particular by app.
Method for controlling a charging current limit value for a battery management system, characterized by the following steps: - determining reference currents i ref for a measured temperature T sens and a given state of charge SOC for different periods t ref; - calculating a corresponding reference time constant τ ref for each reference current i ref on the basis of a model for calculating an average value i avrg of a charging current i req using a continuous current i cont that corresponds to the minimum current permissible without lithium plating; - forming a diagram of the relationship between the reference time constant i ref and the reference current i ref on the basis of the calculated reference time constants τ ref and the determined reference currents i ref for each particular temperature T and each particular state of charge SOC; - ascertaining a predictive time constant τ pred by comparing a measured value i sens of a charging current i req with the reference currents i ref; - calculating a predictive limit average value i pred of the charging current i req based on the continuous current i cont, a predictive period t pred and the predictive time constant τ pred. - determining reference currents i ref for a measured temperature T sens and a given state of charge SOC for different periods t ref; - calculating a corresponding reference time constant τ ref for each reference current i ref on the basis of a model for calculating an average value i avrg of a charging current i req using a continuous current i cont that corresponds to the minimum current permissible without lithium plating; - forming a diagram of the relationship between the reference time constant i ref and the reference current i ref on the basis of the calculated reference time constants τ ref and the determined reference currents i ref for each particular temperature T and each particular state of charge SOC; - ascertaining a predictive time constant τ pred by comparing a measured value i sens of a charging current i req with the reference currents i ref; - calculating a predictive limit average value i pred of the charging current i req based on the continuous current i cont, a predictive period t pred and the predictive time constant τ pred.
A radio-controlled self-levelling vehicle comprising a bottom panel, two movement assemblies (G1, G2), each of which is set on a respective side of the vehicle and in turn comprises a plurality of wheels; the vehicle further comprises two levelling units (L1, L2), which are set between the bottom panel and each movement assembly (G1; G2) and are designed to vary selectively the relative position between the bottom panel and each movement assembly (G1; G2); wherein each movement assembly (G1; G2) comprises a chain-transmission system and a hydraulic motor; in particular, each chain-transmission system comprises three wheels, and the hydraulic motor is connected to a drive wheel, which transmits the motion to the remaining wheels; wherein each movement assembly (G1; G2) comprises a guard for enclosing, at least in part, the chain-transmission system; wherein each levelling unit (L1; L2) comprises a slide-guide system (18, 19) and a drive, which is designed to vary selectively the relative position of the components of said slide-guide system (18, 19).
A method at a base station to adjust a ZeroCorrelationZoneConfig, Ncs, parameter of the base station, characterized in that it comprises the following steps: setting an initial Ncs parameter; detecting an occurrence of a timing synchronization failure between a mobile device and the base station; if an occurrence of a timing synchronization failure has been detected, increasing a count of timing synchronization failures between the mobile device and the base station; determining whether the count of timing synchronization failures between the mobile device and the base station exceeds a threshold; and upon determining that the count of timing synchronization failures exceeds the threshold, dynamically adjusting the initial Ncs parameter. setting an initial Ncs parameter; detecting an occurrence of a timing synchronization failure between a mobile device and the base station; if an occurrence of a timing synchronization failure has been detected, increasing a count of timing synchronization failures between the mobile device and the base station; determining whether the count of timing synchronization failures between the mobile device and the base station exceeds a threshold; and upon determining that the count of timing synchronization failures exceeds the threshold, dynamically adjusting the initial Ncs parameter.
A machine for preparing a beverage, comprising a water circuit including a water pipe, a water tank, a pump, a water heater, and a hollow injection needle, wherein the pump draws a volume of water from said water tank and conducts it through said water pipe towards said hollow injection needle, for injection into an ingredient package and mixing therein with said ingredient, wherein it further comprises: - a pressurization device comprising a cavity; - a water line extending from the water pipe, downstream the pump, towards said cavity of the pressurization device; - a pressurization device valve disposed on said water line; - a gas line extending from the pressurization device to said hollow injection needle; and - a discharge valve disposed on the gas line; and characterized in that, when the pump is active, said discharge valve is closed and a volume of water is conducted through said water line into the cavity and thereby compresses a volume of gas held therein; and when the pump is inactive, said pressurization device valve is closed and the compressed volume of gas is discharged through said discharge valve and said hollow injection needle. - a pressurization device comprising a cavity; - a water line extending from the water pipe, downstream the pump, towards said cavity of the pressurization device; - a pressurization device valve disposed on said water line; - a gas line extending from the pressurization device to said hollow injection needle; and - a discharge valve disposed on the gas line;
A method of detecting a shadow in an intravascular image of a blood vessel, the method comprising: storing, using an intravascular diagnostic system, one or more intravascular datasets, each intravascular dataset comprising a plurality of scan lines; determining a plurality of line projections on a per scan line, each line projection determined using a near tissue offset and far tissue offset, wherein the near tissue offset corresponds to the offset to a boundary of a lumen of the blood vessel and the far tissue offset corresponds to the offset at the noise floor; determining local estimates of tissue intensity using the line projections; determining a locally adaptive threshold that varies across scanlines; and identifying shadows that represent features of interest in the intravascular datasets using groupings of contiguous scanlines in which the local estimates of intensity fall below the locally adaptive threshold. storing, using an intravascular diagnostic system, one or more intravascular datasets, each intravascular dataset comprising a plurality of scan lines; determining a plurality of line projections on a per scan line, each line projection determined using a near tissue offset and far tissue offset, wherein the near tissue offset corresponds to the offset to a boundary of a lumen of the blood vessel and the far tissue offset corresponds to the offset at the noise floor; determining local estimates of tissue intensity using the line projections; determining a locally adaptive threshold that varies across scanlines; and identifying shadows that represent features of interest in the intravascular datasets using groupings of contiguous scanlines in which the local estimates of intensity fall below the locally adaptive threshold.
A conversion seat configurable between a stowed position and a deployed position, comprising: a seat cushion; wherein in said stowed position, said seat cushion is in a vertical position providing an exposed lean post; and characterised in that in said deployed position, said seat cushion is rotated substantially two-hundred and seventy degrees from said stowed position into a horizontal position providing a seating surface. a seat cushion; wherein in said stowed position, said seat cushion is in a vertical position providing an exposed lean post; and characterised in that in said deployed position, said seat cushion is rotated substantially two-hundred and seventy degrees from said stowed position into a horizontal position providing a seating surface.
A wind power turbine for generating electric energy, the wind power turbine comprising a supporting structure; a nacelle; a blade assembly rotating with respect to the nacelle; and a first and second electric machine (9, 13) comprising, respectively, a first and second stator (10, 14) substantially coaxial with each other, and a first and second rotor (11, 15) fitted to the first and second stator (10, 14) to rotate about a first and second axis (A1, A2); the wind power turbine comprising a transmission assembly (17; 48; 71) connecting the first rotor to the second rotor; and being characterized in that the transmission assembly (17; 48; 71) being deformable to permit relative movement between the first and second electric machine (9, 13), wherein the transmission assembly (17; 48; 71) comprises at least one elastic joint (44; 49, 50; 73) and a transmission shaft (45; 72).
A washing machine comprising: a tub; a drum rotatably provided in the tub; a pump configured to circulate water discharged from the tub; at least one circulation nozzle (62b, 62c, 62d, 62e) configured to spray the water pumped by the pump into the drum; a water supply valve configured to regulate the water supplied into the tub; a direct water nozzle configured to spray water from an external water source into the tub; a spray valve configured to regulate the water from the external water source supplied to the direct water nozzle; and a processor configured to: open the water supply valve to supply water into the tub; and accelerate rotation of the pump while the drum rotates; characterized in that the processor is further configured to, based on the rotation speed of the pump reaching a preset value during the acceleration of the pump, open the spray valve. a tub; a drum rotatably provided in the tub; a pump configured to circulate water discharged from the tub; at least one circulation nozzle (62b, 62c, 62d, 62e) configured to spray the water pumped by the pump into the drum; a water supply valve configured to regulate the water supplied into the tub; a direct water nozzle configured to spray water from an external water source into the tub; a spray valve configured to regulate the water from the external water source supplied to the direct water nozzle; and a processor configured to: open the water supply valve to supply water into the tub; and accelerate rotation of the pump while the drum rotates; characterized in that the processor is further configured to, based on the rotation speed of the pump reaching a preset value during the acceleration of the pump, open the spray valve. open the water supply valve to supply water into the tub; and accelerate rotation of the pump while the drum rotates; characterized in that the processor is further configured to, based on the rotation speed of the pump reaching a preset value during the acceleration of the pump, open the spray valve.
An airbag assembly for an aircraft, the air bag assembly comprising: an inflatable bladder configured to be inflated to an exterior of the aircraft; a vent integrated with and coupled to the inflatable bladder, the vent having a vent opening configured to release pressure within the inflatable bladder in order to dissipate energy; and a rigid vent support coupled to the inflatable bladder and located near the vent, the vent support being configured to prevent the deformation of the vent opening due to hoop stresses as pressure within the inflatable bladder increases, wherein the vent support includes an upper portion and a lower portion, characterised in that the upper portion and the lower portion are connected by a hinge on each side of the vent support, wherein the hinges allow the vent support to collapse while the airbag assembly is packaged in an uninflated condition. an inflatable bladder configured to be inflated to an exterior of the aircraft; a vent integrated with and coupled to the inflatable bladder, the vent having a vent opening configured to release pressure within the inflatable bladder in order to dissipate energy; and a rigid vent support coupled to the inflatable bladder and located near the vent, the vent support being configured to prevent the deformation of the vent opening due to hoop stresses as pressure within the inflatable bladder increases, wherein the vent support includes an upper portion and a lower portion, characterised in that the upper portion and the lower portion are connected by a hinge on each side of the vent support, wherein the hinges allow the vent support to collapse while the airbag assembly is packaged in an uninflated condition.
An apparatus management device configured to manage two or more apparatuses, comprising: a storage unit configured to store, for each of the two or more apparatuses, a correspondence relationship between a user request, an apparatus, and a control condition for the apparatus to be in an operating state appropriate for the user request; a first operation unit configured to accept an input operation of the user request; a selection unit configured to select an apparatus that does not satisfy the control condition from apparatuses that are associated, in the correspondence relationship stored in the storage unit, with the user request accepted by the first operation unit, among the two or more apparatuses; and a reporting unit configured to report the apparatus that is selected by the selection unit. a storage unit configured to store, for each of the two or more apparatuses, a correspondence relationship between a user request, an apparatus, and a control condition for the apparatus to be in an operating state appropriate for the user request; a first operation unit configured to accept an input operation of the user request; a selection unit configured to select an apparatus that does not satisfy the control condition from apparatuses that are associated, in the correspondence relationship stored in the storage unit, with the user request accepted by the first operation unit, among the two or more apparatuses; and a reporting unit configured to report the apparatus that is selected by the selection unit.