mhurhangee/patent-ind-claim-en huggingface dataset:
A method for estimating a geographical position of a point of interest, the method comprising: - marking a point of interest on an identified object of interest on a digital image, acquired by the first communication device; - acquiring , by processing image data of the digital image, estimates of a first relative distance between, and a direction from the first communication device to the point of interest, by estimating the height of the object of interest; - acquiring complementary data, suitable for estimating at least one second relative distance between, and a second direction from a respective second communication device to the point of interest, wherein the at least one second communication device has been determined based on the estimated first relative distance and direction, and - acquiring an estimate of a geographical position of the point of interest, based on the estimates of the first relative distance and direction and the acquired complementary data. - marking a point of interest on an identified object of interest on a digital image, acquired by the first communication device; - acquiring , by processing image data of the digital image, estimates of a first relative distance between, and a direction from the first communication device to the point of interest, by estimating the height of the object of interest; - acquiring complementary data, suitable for estimating at least one second relative distance between, and a second direction from a respective second communication device to the point of interest, wherein the at least one second communication device has been determined based on the estimated first relative distance and direction, and - acquiring an estimate of a geographical position of the point of interest, based on the estimates of the first relative distance and direction and the acquired complementary data.
A planar transformer, comprising: - a first winding and a second winding , and - a third winding and a fourth winding which are arranged between the first winding and the second winding , wherein each of the third winding and the fourth winding comprises a shielding turn that covers at least 30 percent of a winding window of the planar transformer, said shielding turns being arranged in such a manner that the shielding turns together cover at least 50 percent of the winding window, characterised in that one of the shielding turns is arranged on the inner half of the winding window and the other of the shielding turns is arranged on the outer half of the winding window. - a first winding and a second winding , and - a third winding and a fourth winding which are arranged between the first winding and the second winding , wherein each of the third winding and the fourth winding comprises a shielding turn that covers at least 30 percent of a winding window of the planar transformer, said shielding turns being arranged in such a manner that the shielding turns together cover at least 50 percent of the winding window,
Adaptive operating device for agricultural tractors, having two or more operating areas , wherein each operating area has at least one manually operated physical operating element , wherein the operating device has a detection device , which detects the type of working device coupled to the tractor when in use, wherein the operating device further has a configuration device cooperating with the detection device , which configuration device configures the functionality of an operating element and/or an operating area depending on the type of coupled working device , wherein the operating device further has at least one display element , which displays a configuration of an operating area when in use, characterized in that depending on the configuration, at least one operating element can be modified in its spatial position and/or can be configured in the direction and/or extent of its movement.
Film-encapsulated vacuum insulation body , comprising a core and an air-tight enveloping foil consisting of several layers and surrounding the core , wherein a thin layer made of aluminum is vapor deposited onto a substrate as a barrier layer and is covered by a protective layer, and wherein a low-melting sealing layer made of polyethylene is located at the bottom side of the substrate layer, wherein a textile product , especially a fleece, and/or a textile surface object , especially a non-woven fabric, is inserted between the core and the envelopoing foil at least in certain areas, wherein the filaments of the textile product and/or of the textile surface object have at least two components , which consist of different materials, but are bound together, and wherein the two components of the filaments are arranged concentric to each other, namely in the form of an inner core on the one hand and a sheath made of polymer material surrounding the core at the outside on the other hand, characterized in that the molecular formula of the monomer or of the repeating unit of the polymer material of the sheath of the filament coincides with the molecular formula of the monomer or of the repeating unit of the polymer material of the sealing layer of the enveloping foil .
A battery pack comprising: a housing extending along an axis; a battery cell positioned in the housing; a first insertion alignment member disposed on the housing guiding insertion of the battery pack into a first electronic device in a first direction relative to the axis; and a second insertion alignment member guiding insertion of the battery pack into a second electronic device in a different, second direction relative to the axis. a housing extending along an axis; a battery cell positioned in the housing; a first insertion alignment member disposed on the housing guiding insertion of the battery pack into a first electronic device in a first direction relative to the axis; and a second insertion alignment member guiding insertion of the battery pack into a second electronic device in a different, second direction relative to the axis.
A composite anode structure for a lithium-ion rechargeable cell, the composite anode structure having a felt or felt-like structure, comprising a plurality of elongate silicon-based fibres and a polymer binder, in which the silicon-based fibres crossover to provide multiple intersections, wherein the intersections comprise a disrupted crystalline structure comprising an amorphous structure and wherein the silicon-based fibres have transverse dimensions in the range 0.08 to 0.5 microns and have a length in the range 20 to 300 microns.
Tire building apparatus for joining or cutting tire components , wherein the tire building apparatus comprises a rocking member that is movable in a rocking plane (P) in a rocking motion along a rocking line (L) to join or cut tire components , characterized in that the tire building apparatus comprises a translation guide extending in a translation direction (T) parallel to the rocking line (L) and a carriage that is translationally displaceable in said translation direction (T) along said translation guide , wherein the rocking member comprises a main body that at one end has a convex edge that defines a minor arc of a circle (C) and at the other end extends at least up to a rotation center (X) concentric to said circle (C), wherein the rocking member is supported by the carriage at the rotation center (X) and is angularly displaceable with respect to said carriage about a rotation axis (X) extending perpendicular to the rocking plane (P) through said rotation center (X).
A device (300; 400) for vascular access hemostasis, the device comprising: an enclosure configured to at least partially receive a medical device, the enclosure defining a cavity and having a first seal portion ; and a second seal portion , the cavity disposed between the first seal portion and the second seal portion; a barrel in structural communication with the second seal portion; the second seal portion comprising a septum seal; the second seal portion defining two or more discrete portions each separated from one another by one or more split lines, the discrete portions each comprising a mating surface configured to interface with mating surfaces of other discrete portions, the mating surface comprising a surface topology including a plurality of raised portions and depressions; characterised in that there is a constriction ring disposed around the barrel such that the constriction ring interfaces with the second seal portion to limit movement of the one or more split lines. an enclosure configured to at least partially receive a medical device, the enclosure defining a cavity and having a first seal portion ; and a second seal portion , the cavity disposed between the first seal portion and the second seal portion; a first seal portion ; and a second seal portion , the cavity disposed between the first seal portion and the second seal portion; a barrel in structural communication with the second seal portion; the second seal portion comprising a septum seal; the second seal portion defining two or more discrete portions each separated from one another by one or more split lines, the discrete portions each comprising a mating surface configured to interface with mating surfaces of other discrete portions, the mating surface comprising a surface topology including a plurality of raised portions and depressions; characterised in that there is a constriction ring disposed around the barrel such that the constriction ring interfaces with the second seal portion to limit movement of the one or more split lines.
A solid electrolyte material comprising Li, M, O, and X, wherein M is at least one element selected from the group consisting of Nb and Ta, and X is at least one element selected from the group consisting of Cl, Br, and I and includes Cl, wherein a molar ratio O/X of O to X is greater than or equal to 0.16 and less than or equal to 0.35. M is at least one element selected from the group consisting of Nb and Ta, and X is at least one element selected from the group consisting of Cl, Br, and I and includes Cl, wherein a molar ratio O/X of O to X is greater than or equal to 0.16 and less than or equal to 0.35.
A device for delivery of warm therapeutic gas, the device comprising: a gas warmer assembly to warm a first gas to a temperature in a first temperature range to obtain warm first gas, wherein the gas warmer assembly comprises: a heater to warm the first gas to the temperature in the first temperature range; and a microprocessor to control the heater ; a first delivery unit coupled to the gas warmer assembly to deliver the warm first gas received from the gas warmer assembly to a main treatment chamber ; a second delivery unit to receive a therapeutic gas from a gas supply, wherein the second delivery unit comprises: a first portion that substantially passes through the first delivery unit, wherein the warm first gas warms the therapeutic gas in the first portion to obtain the warm therapeutic gas; and a second portion to deliver the warm therapeutic gas to a sub-treatment chamber ; a first sensor to measure and communicate a main treatment chamber temperature to the microprocessor ; wherein the sub-treatment chamber is adapted to enclose a site for treatment, wherein the main treatment chamber encloses the sub-treatment chamber to retain heat in the sub-treatment chamber ; and a second sensor to measure and communicate a sub-treatment chamber temperature to the microprocessor . a gas warmer assembly to warm a first gas to a temperature in a first temperature range to obtain warm first gas, wherein the gas warmer assembly comprises: a heater to warm the first gas to the temperature in the first temperature range; and a microprocessor to control the heater ; a heater to warm the first gas to the temperature in the first temperature range; and a microprocessor to control the heater ; a first delivery unit coupled to the gas warmer assembly to deliver the warm first gas received from the gas warmer assembly to a main treatment chamber ; a second delivery unit to receive a therapeutic gas from a gas supply, wherein the second delivery unit comprises: a first portion that substantially passes through the first delivery unit, wherein the warm first gas warms the therapeutic gas in the first portion to obtain the warm therapeutic gas; and a second portion to deliver the warm therapeutic gas to a sub-treatment chamber ; a first portion that substantially passes through the first delivery unit, wherein the warm first gas warms the therapeutic gas in the first portion to obtain the warm therapeutic gas; and a second portion to deliver the warm therapeutic gas to a sub-treatment chamber ; a first sensor to measure and communicate a main treatment chamber temperature to the microprocessor ; wherein the sub-treatment chamber is adapted to enclose a site for treatment, wherein the main treatment chamber encloses the sub-treatment chamber to retain heat in the sub-treatment chamber ; and a second sensor to measure and communicate a sub-treatment chamber temperature to the microprocessor .
Rail fastening element for rails of a fixed slab track , comprising a mounting base body and at least one rail holder which interacts with the said mounting base body on its upper side in a positively locking manner in a mounted state, transversally with respect to the rail longitudinal direction , the rail fastening element further comprising downwardly projecting anchor elements adapted to engage into cut-outs being provided within a support element of the fixed slab track , the mounting base body being provided with at least one filling channel which penetrates it substantially vertically from top to bottom for a sealing compound which can be filled though for locking purposes into the intermediate space between the mounting base body and the support element which lies below it or the cut-out which is provided in it, characterized in that the mounting base body being arrangeable in the cut-outs or above the latter and forming on the upper side a holder guide having two upwardly projecting guide flanges with downwardly converging, oblique guide faces which taper into guide grooves formed on the upper side and running, in a mounted state, in the rail longitudinal direction to interact in the positively locking manner with the rail holder , said rail holders being provided with corresponding oblique faces , the inclination of which being adapted to the guides faces , and, on their underside, having a guide projection , with which they engage in each case into one of the guides grooves , said at least one filling channel being provided in said at least one guide flange , whereas the rail fastening elements are insertable into the cut-outs from above and can be locked after their vertical and lateral orientation by means of the hardening sealing compound .
An in vitro use of an in vitro produced peripheral blood mononuclear cell (PBMC) monolayer or bone-marrow cell monolayer, produced by a method comprising (a) isolating PBMCs from a blood sample or bone-marrow cells from bone-marrow; and (b) incubating PBMCs or bone-marrow cells at a density of about 100 cells per mm 2 to about 30000 cells per mm 2 for determining whether the PBMC donor/bone-marrow cell donor suffers from a disease, wherein during the process of formation of the monolayer the sample is not subject to centrifugation and/or spinning, wherein the disease is a hematologic malignancy or a malignancy of myeloid and/or lymphoid tissue; or wherein the disease is a myeloproliferative disorder, inflammatory disorder, latent virus infection, cellular growth disorder, cellular chemotaxis disorder, metabolic disorder, or autoimmune disorder. (a) isolating PBMCs from a blood sample or bone-marrow cells from bone-marrow; and (b) incubating PBMCs or bone-marrow cells at a density of about 100 cells per mm 2 to about 30000 cells per mm 2
Flame detecting arrangement comprising: at least one flame detector , arranged with its field-of-view covering a predetermined area; at least one movement sensor , arranged together with the at least one flame detector ; and at least one processing device , arranged to: receive signals from the movement sensor ; detect movement of the flame detector based on these signals; determine whether the field-of-view of the flame detector still covers the predetermined area only after first detecting movement of the flame detector; and alert an operator and/or a control system if movement of the flame detector has been detected, in order to enable correction of the field-of-view of the flame detector to cover the predetermined area. at least one flame detector , arranged with its field-of-view covering a predetermined area; at least one movement sensor , arranged together with the at least one flame detector ; and at least one processing device , arranged to: receive signals from the movement sensor ; detect movement of the flame detector based on these signals; determine whether the field-of-view of the flame detector still covers the predetermined area only after first detecting movement of the flame detector; and receive signals from the movement sensor ; detect movement of the flame detector based on these signals; determine whether the field-of-view of the flame detector still covers the predetermined area only after first detecting movement of the flame detector; alert an operator and/or a control system if movement of the flame detector has been detected, in order to enable correction of the field-of-view of the flame detector to cover the predetermined area.
A position detection device comprising:a receiving unit receiving signals from a positioning satellite , and calculating a pseudo range to the positioning satellite based on the signals, and a positioning unit , calculating an initial position based on the pseudo range and setting a mesh around the initial position, as well as plural positions which are lattice points of the mesh as search points, characterized by the positioning unit calculating the pseudo range from each of the search points to each positioning satellite , as a pseudo range from each of the search points to each positioning satellite including a NLOS reflected path delay distance estimated by the three-dimensional map data and the ray-tracing method, the positioning unit calculating a reference position based on the pseudo range, the positioning unit selecting, as candidate positions, the search points of which distance between the reference position and the initial position is equal to a threshold or less, and the positioning unit deciding a current position based on the selected candidate positions, wherein the positioning unit sets the mesh around the selected candidate position, and repeats setting the search points, calculating the search point pseudo range, calculating the reference position, and selecting the candidate positions, wherein, when the number of the candidate position selected is less than a predetermined number, the positioning unit decides the candidate position of the shortest distance from the initial position as the current position, and, when the number of the candidate position selected is equal to the predetermined number or more, the positioning unit selects again the candidate position of the distance from the initial position equal to the threshold or less, and decides the current position by calculating an average weighted with an inverse of the distance from the initial position with regard to the candidate position selected again.
A method of down converting a microwave radio frequency - RF - signal spectrum into lower frequencies using photonics, the method comprising the steps of providing a plurality of optical wavelength channels in parallel; combining the wavelengths channels, passing the combined optical wavelengths channels through a modulator; passing a received antenna signal through said modulator, the modulator outputting an optical signal having characteristics relating to the input antenna signal, generating an output signal by WDM receiving and ADC converting the signal output from the modulator; and characterised in that method comprises imposing a local oscillator - LO - RF signal on each of the plurality of parallel optical wavelength channels, the frequency of the LO RF signal imposed being different for each of the optical wavelength channels, the LO frequencies spaced as a comb of frequencies with a spacing equal to or less than the highest frequency an individual ADC used for the ADC converting can analyse.
A helical gear pump or motor comprising: an external gear pair including a driving-side helical gear and a driven-side helical gear which mesh with each other; a pair of sliding contact members on which bearing holes of a driving shaft connected to the driving-side helical gear and bearing holes of a driven shaft connected to the driven-side helical gear are formed, the pair of sliding contact members sandwiching the external gear pair from both sides; a casing configured to house the external gear pair and the pair of sliding contact members; and a high-pressure hydraulic fluid groove which is formed in an abutment region between the driving-side helical gear and a sliding contact member on which the driving-side helical gear is pressed among the pair of sliding contact members, the high-pressure hydraulic fluid groove communicating with a high-pressure region of hydraulic fluid in the casing, characterised in that a distance between a tooth bottom circle of the driving-side helical gear and a bearing hole of the driving shaft is set larger than a distance between a tooth bottom circle of the driven-side helical gear and a bearing hole of the driven shaft. an external gear pair including a driving-side helical gear and a driven-side helical gear which mesh with each other; a pair of sliding contact members on which bearing holes of a driving shaft connected to the driving-side helical gear and bearing holes of a driven shaft connected to the driven-side helical gear are formed, the pair of sliding contact members sandwiching the external gear pair from both sides; a casing configured to house the external gear pair and the pair of sliding contact members; and a high-pressure hydraulic fluid groove which is formed in an abutment region between the driving-side helical gear and a sliding contact member on which the driving-side helical gear is pressed among the pair of sliding contact members, the high-pressure hydraulic fluid groove communicating with a high-pressure region of hydraulic fluid in the casing, characterised in that a distance between a tooth bottom circle of the driving-side helical gear and a bearing hole of the driving shaft is set larger than a distance between a tooth bottom circle of the driven-side helical gear and a bearing hole of the driven shaft.