mhurhangee/patent-ind-claim-en huggingface dataset:
Method for gauging surfaces (7, 7', 7", 7′′′), in particular of industrial workpieces, comprising at least • generation of a frequency-modulated laser beam having a coherence length of more than 1 millimetre, in particular in the range of 1 millimetre to 20 centimetre, • emission of the laser beam as measuring radiation (MS) to the surface, • reception of the measuring radiation (MS) scattered back from the surface (7, 7', 7", 7′′′) and • interferometric distance measurement from a reference point to the surface (7, 7', 7", 7′′′) with the use of a measuring and a reference interferometer arm, • the measuring radiation (MS) being emitted and received during gauging over the surface to be gauged and, in the interferometric distance measurement, measuring and reference interferometer arm having a partly common beam path, in particular with a reference surface defining the reference interferometer arm and present within the beam forming optical system used for emitting the laser beam, characterized in that deviations from the substantially perpendicular impingement of the measuring radiation (MS) on the surface (7, 7', 7", 7′′′) are taken into account algorithmically in the distance measurement, whereby only amplitude values in the interferogram for the back-scattered measuring radiation (MS) which are above a threshold value are taken into account for calculating the phase information or in the distance measurement, an amplitude weighting of the phase values is effected for calculating the phase information. • generation of a frequency-modulated laser beam having a coherence length of more than 1 millimetre, in particular in the range of 1 millimetre to 20 centimetre, • emission of the laser beam as measuring radiation (MS) to the surface, • reception of the measuring radiation (MS) scattered back from the surface (7, 7', 7", 7′′′) and • interferometric distance measurement from a reference point to the surface (7, 7', 7", 7′′′) with the use of a measuring and a reference interferometer arm, • the measuring radiation (MS) being emitted and received during gauging over the surface to be gauged and, in the interferometric distance measurement, measuring and reference interferometer arm having a partly common beam path, in particular with a reference surface defining the reference interferometer arm and present within the beam forming optical system used for emitting the laser beam,
A device for avoiding excessive loads on the human foot when walking, comprising: a a shoe insole having at least one force sensor for generating a measurement signal which indicates loads and/or partial loads on the foot when walking; an analyzing unit electrically connected to the at least one force sensor and configured for analyzing the measurement signal of the at least one force sensor ; an electric power source configured for providing electric power to the analyzing unit ; and a feedback control signal generator having at least one feedback output unit associated therewith; wherein the feedback control signal generator is configured to generate a feedback control signal on the basis of the analysis by the analyzing unit , the at least one feedback output unit is configured to be controlled by the feedback control signal to output a feedback signal due to loads and/or partial loads on the foot, and the at least one feedback output unit is an actuator , which receives the feedback control signal and is configured to output a tactile feedback in the region of the foot longitudinal arch; wherein the analyzing unit and the energy source are disposed as a common unit in a cavity of a housing which is integrated into the shoe insole in the region of its foot longitudinal arch, characterized in that the feedback control signal generator is also disposed as a part of the common unit in the cavity of the housing, that the housing is curved shape and formed corresponding to an average shape of a foot longitudinal arch to directly support a foot in the region of the foot longitudinal arch, and that the actuator is disposed on the housing or directly at the housing or in the housing to output the tactile feedback in the region of the foot longitudinal arch.
A process for manufacturing a wire comprising at least the following steps: a. providing a wire precursor comprising a copper core with a surface and a coating layer , which coating layer is superimposed over the surface of the copper core , wherein the coating layer comprises aluminium, wherein in a cross-sectional view of the wire precursor the area share of the coating layer is in the range of from 20 to 50 %, based on the total area of the cross-section of the wire precursor , and wherein the aspect ratio between the longest path and the shortest path through the wire precursor in a cross-sectional view is in the range of from larger than 0.8 to 1.0, wherein the wire precursor has a diameter in the range of from 0.5 to 5 mm. b. shaping the wire precursor , c. annealing the shaped wire precursor , whereby the wire is obtained, wherein the wire has a diameter in the range of from 100 μm to 600 μm, wherein the annealing is performed at a temperature in the range of from 140 °C to 400 °C over a period of from 30 minutes to 5 hours, wherein an intermediate layer is formed in step c. a. providing a wire precursor comprising a copper core with a surface and a coating layer , which coating layer is superimposed over the surface of the copper core , wherein the coating layer comprises aluminium, wherein in a cross-sectional view of the wire precursor the area share of the coating layer is in the range of from 20 to 50 %, based on the total area of the cross-section of the wire precursor , and wherein the aspect ratio between the longest path and the shortest path through the wire precursor in a cross-sectional view is in the range of from larger than 0.8 to 1.0, wherein the wire precursor has a diameter in the range of from 0.5 to 5 mm. wherein in a cross-sectional view of the wire precursor the area share of the coating layer is in the range of from 20 to 50 %, based on the total area of the cross-section of the wire precursor , and wherein the aspect ratio between the longest path and the shortest path through the wire precursor in a cross-sectional view is in the range of from larger than 0.8 to 1.0, wherein the wire precursor has a diameter in the range of from 0.5 to 5 mm. b. shaping the wire precursor , c. annealing the shaped wire precursor , whereby the wire is obtained, wherein the wire has a diameter in the range of from 100 μm to 600 μm, wherein the annealing is performed at a temperature in the range of from 140 °C to 400 °C over a period of from 30 minutes to 5 hours, wherein an intermediate layer is formed in step c.
A scroll fluid machine comprising: a first scroll member in which a spiral first wall is provided on a first end plate ; a second scroll member in which a spiral second wall is provided on a second end plate disposed to face the first end plate and the second wall meshes with the first wall such that the second scroll member is configured to perform a revolution orbiting movement relative to the first scroll member ; and an inclined portion (3b1, 5bl) in which an inter-facing surface distance between the first end plate and the second end plate facing each other continuously decreases from outer peripheral sides (3b3, 5b3) of the first wall and the second wall toward inner peripheral sides (3b2, 5b2) thereof, wherein a groove portion formed on a tooth tip of each of the first wall and the second wall corresponding to the inclined portion is provided with a tip seal which comes into contact with a facing tooth bottom so as to seal a fluid, characterised in that an overall shape of the groove portion is rectangular in a horizontal sectional view and in that a groove bottom of the groove portion has an arc shape in which a center portion (3d2) in a groove width direction is deepest, and in that an overall shape of the tip seal is rectangular in a horizontal sectional view, and in that a center portion of the tip seal in a width direction of a tip seal bottom portion facing the groove bottom protrudes in an arc shape from both side portions (7a2) of the tip seal . a first scroll member in which a spiral first wall is provided on a first end plate ; a second scroll member in which a spiral second wall is provided on a second end plate disposed to face the first end plate and the second wall meshes with the first wall such that the second scroll member is configured to perform a revolution orbiting movement relative to the first scroll member ; and an inclined portion (3b1, 5bl) in which an inter-facing surface distance between the first end plate and the second end plate facing each other continuously decreases from outer peripheral sides (3b3, 5b3) of the first wall and the second wall toward inner peripheral sides (3b2, 5b2) thereof, wherein a groove portion formed on a tooth tip of each of the first wall and the second wall corresponding to the inclined portion is provided with a tip seal which comes into contact with a facing tooth bottom so as to seal a fluid, characterised in that an overall shape of the groove portion is rectangular in a horizontal sectional view and in that a groove bottom of the groove portion has an arc shape in which a center portion (3d2) in a groove width direction is deepest, and in that an overall shape of the tip seal is rectangular in a horizontal sectional view, and in that a center portion of the tip seal in a width direction of a tip seal bottom portion facing the groove bottom protrudes in an arc shape from both side portions (7a2) of the tip seal .
A system for fishing a metal object from a subterranean well , the system including: a fishing tool with housing , the housing being an elongated member having an internal bore ; a first electromagnetic assembly located within the internal bore of the housing; and a second electromagnetic assembly located at an outer diameter surface of the housing, the second electromagnetic assembly being moveable between a contracted position and an extended position where the second electromagnetic assembly extends outward from the housing; where the first electromagnetic assembly is operable to generate a first magnetic force with an adjustable magnitude; and the second electromagnetic assembly is operable to generate a second magnetic force with an adjustable magnitude, the first magnetic force and the second magnetic force having a same magnetic polarity. a fishing tool with housing , the housing being an elongated member having an internal bore ; a first electromagnetic assembly located within the internal bore of the housing; and a second electromagnetic assembly located at an outer diameter surface of the housing, the second electromagnetic assembly being moveable between a contracted position and an extended position where the second electromagnetic assembly extends outward from the housing; where the first electromagnetic assembly is operable to generate a first magnetic force with an adjustable magnitude; and the second electromagnetic assembly is operable to generate a second magnetic force with an adjustable magnitude, the first magnetic force and the second magnetic force having a same magnetic polarity.
Device for securing to a component, in particular tolerance compensation element, having a first sleeve and a second sleeve which can be secured to and/or in the first sleeve by means of a screw connection, wherein the first sleeve and the second sleeve each have an aperture , wherein a screw can be screwed through the apertures and preferably through the component into a thread of a retention means , wherein the rotation direction of the thread of the screw connection differs from the rotation direction of the retention means , and wherein on the second sleeve there is formed a carrier device which can cooperate with the screw , characterised in that a releasable anti-rotation member is arranged and in that the first sleeve and the second sleeve are retained by the anti-rotation member in a defined position screwed into each other and in that the threads of the first sleeve and the second sleeve which produce the screw connection at least partially do not correspond to each other so that the anti-rotation member is produced by means of a thread clamping.
An apparatus for regenerative skin treatment and lipolysis comprising a vibrational energy generation means , a treatment fluid supply means and a control system for the control of said vibrational energy generation means and of said treatment fluid supply means ; at least one device for regenerative skin treatment and lipolysis comprising a body adapted to be placed in contact with a skin area to be treated, said device comprising a vibrational energy emission means adapted to selectively irradiate a deep layer of said skin area to be treated, and a treatment fluid emission means emitting a treatment fluid; said treatment fluid emission means being adapted to selectively spray treatment fluid to a surface layer of said skin area to be treated; said apparatus being characterized in that said treatment fluid supply means comprises at least one device capable of producing enriched oxygen starting from the surrounding environment or an ozone generator.
A method for wireless communications, comprising: determining , at a wireless device , a prioritization of a collection of carriers allocated for transmitting wireless signals; adjusting transmission power for a plurality of carriers in the collection of carriers according to the prioritization comprising adjusting transmission power of channels within each of the carriers in the plurality of carriers; and transmitting signals over one or more of the carriers using a plurality of antennas according to the transmission power, characterised in that two channel components of the channels are transmitted using separate antennas within the plurality of antennas and separate power amplifiers; and wherein determining the prioritization comprises: receiving, at the wireless device, the prioritization from one or more upstream network components . determining , at a wireless device , a prioritization of a collection of carriers allocated for transmitting wireless signals; adjusting transmission power for a plurality of carriers in the collection of carriers according to the prioritization comprising adjusting transmission power of channels within each of the carriers in the plurality of carriers; and transmitting signals over one or more of the carriers using a plurality of antennas according to the transmission power, characterised in that two channel components of the channels are transmitted using separate antennas within the plurality of antennas and separate power amplifiers; and wherein determining the prioritization comprises: receiving, at the wireless device, the prioritization from one or more upstream network components .
An antigen receptor, which receptor comprises a first peptide chain and a second peptide chain, wherein the first peptide chain comprises at least a first and a second domain, and an immunoreceptor signal transmission domain; the second peptide chain comprises at least a first and a second domain, and an immunoreceptor signal transmission domain; wherein the immunoreceptor signal transmission domain is preferably of human origin, wherein the first domain from the first peptide chain forms together with one of the domains from the second peptide chain a first antigen binding site, and wherein the second domain from the first peptide chain forms together with the other domain from the second peptide chain a second antigen binding site.
Seating device comprising a holder , a seat and at least one armrest , wherein the seat is movably attached to the holder for transfer between a substantially horizontal seating position and a forwardly tilted rising position, furthermore comprising an operation mechanism for the transfer of the seat from the seating position to the rising position, wherein the armrest is part of the operation mechanism, characterized in that for the purpose of being part of the operation mechanism, the armrest is attached to the holder so as to move in a vertical plane, for transfer between a normal position of use and a starting position that is situated higher for starting the operation of the transfer of the seat from the seating position to the rising position, and from that starting position, can be pressed downwards into an operation position that is situated lower than the starting position while transferring the seat into the rising position.
A cap opening and closing device , comprising: a mounting box ; a locking pin, rotatably and retractably mounted to the mounting box , and having a locking head for hooking the cap ; a guide block , mounted to the mounting box , and having a guide groove ; a rocker arm , rotatably mounted to the mounting box , and having one end fitted to the locking pin and the other end fitted with a pin hole ; a slidable pin , movably fitted in the pin hole along an axial direction of the pin hole ; characterized by an adjusting component , arranged on the other end of the rocker arm and abutting against the slidable pin , and configured to adjust the position of the slidable pin in the pin hole , wherein the slidable pin is adjusted by the adjusting component to fit to the guide groove and slide along the guide groove . a mounting box ; a locking pin, rotatably and retractably mounted to the mounting box , and having a locking head for hooking the cap ; a guide block , mounted to the mounting box , and having a guide groove ; a rocker arm , rotatably mounted to the mounting box , and having one end fitted to the locking pin and the other end fitted with a pin hole ; a slidable pin , movably fitted in the pin hole along an axial direction of the pin hole ; characterized by an adjusting component , arranged on the other end of the rocker arm and abutting against the slidable pin , and configured to adjust the position of the slidable pin in the pin hole , wherein the slidable pin is adjusted by the adjusting component to fit to the guide groove and slide along the guide groove .
A buried utility locator , comprising: a locator housing; a front end subsystem , coupled to or disposed in the locator housing, comprising a plurality of antenna arrays each tuned to one or more broadcast signal frequencies and a receiver circuit coupled thereto, the plurality of antenna arrays including at least a first antenna array located at a first position and a second antenna array located at a second position, spatially separated from the first position, the front end subsystem configured to receive, simultaneously at the first position and the second position, an ambient electromagnetic signal; a processing element , disposed in the locator housing and coupled to the front end subsystem , programmed to process simultaneously, a first measurement of a plurality of measurable aspects of the ambient electromagnetic signal at the first position, and a second measurement of the plurality of measurable aspects of the ambient electromagnetic signal at the second position, and compare the first measurement to the second measurement to determine information pertaining to the buried conductor; and a non-transitory memory coupled to the processing element to store the determined information pertaining to the buried conductor; wherein the ambient electromagnetic signal includes a combination of a direct magnetic field signal emitted from a radio transmitting antenna and a magnetic field signal emitted from the buried conductor resulting from electromagnetic coupling of the direct magnetic field signal to the buried conductor. a locator housing; a front end subsystem , coupled to or disposed in the locator housing, comprising a plurality of antenna arrays each tuned to one or more broadcast signal frequencies and a receiver circuit coupled thereto, the plurality of antenna arrays including at least a first antenna array located at a first position and a second antenna array located at a second position, spatially separated from the first position, the front end subsystem configured to receive, simultaneously at the first position and the second position, an ambient electromagnetic signal; a processing element , disposed in the locator housing and coupled to the front end subsystem , programmed to process simultaneously, a first measurement of a plurality of measurable aspects of the ambient electromagnetic signal at the first position, and a second measurement of the plurality of measurable aspects of the ambient electromagnetic signal at the second position, and compare the first measurement to the second measurement to determine information pertaining to the buried conductor; and a non-transitory memory coupled to the processing element to store the determined information pertaining to the buried conductor; wherein the ambient electromagnetic signal includes a combination of a direct magnetic field signal emitted from a radio transmitting antenna and a magnetic field signal emitted from the buried conductor resulting from electromagnetic coupling of the direct magnetic field signal to the buried conductor.
A thermoelectric heating/cooling device comprising: first and second thermally conductive headers ; a plurality of thermoelectric elements (P, N) thermally coupled in parallel between the first and second thermally conductive headers; and a resistive heating element integrated in a surface of the second header , wherein the second header is between the resistive heating element and the plurality of thermoelectric elements wherein the resistive heating element comprises a pattern of an electrically conductive material (203-1). first and second thermally conductive headers ; a plurality of thermoelectric elements (P, N) thermally coupled in parallel between the first and second thermally conductive headers; and a resistive heating element integrated in a surface of the second header ,