mhurhangee/patent-ind-claim-en huggingface dataset:
A method for applying a mixed polyurethane composition comprising: A) a polyol component (A) comprising at least one polyol; and B) a hardener component (B) comprising at least one polyisocyanate, whereby the polyurethane composition further comprises at least one metallic pigment (MP) selected from the group consisting of metallic effect pigments (MPM) and pearlescent pigments (MPP) preferably as a flooring material, wherein the method comprises the steps of: a) providing a space where the polyurethane composition is applied; b) mixing components (A) and (B) of the polyurethane composition to obtain a mixed polyurethane composition; c) applying the mixed polyurethane composition on a desired location and in a desired shape within the space provided; d) creating a pattern on the surface of the applied mixed polyurethane composition by contacting the applied mixed polyurethane composition with an object; and e) allowing the applied mixed polyurethane composition cure; and f) sanding the surface of the polyurethane composition; and g) applying an additional layer of a topcoat composition on the polyurethane composition, wherein the topcoat composition is a transparent two component polyurethane composition. A) a polyol component (A) comprising at least one polyol; and B) a hardener component (B) comprising at least one polyisocyanate, a) providing a space where the polyurethane composition is applied; b) mixing components (A) and (B) of the polyurethane composition to obtain a mixed polyurethane composition; c) applying the mixed polyurethane composition on a desired location and in a desired shape within the space provided; d) creating a pattern on the surface of the applied mixed polyurethane composition by contacting the applied mixed polyurethane composition with an object; and e) allowing the applied mixed polyurethane composition cure; and f) sanding the surface of the polyurethane composition; and g) applying an additional layer of a topcoat composition on the polyurethane composition, wherein the topcoat composition is a transparent two component polyurethane composition.
A metal gasket bellows seal (300; 506) comprising: a first ply (400; 500) comprised of a first material (401; 501) having a first yield strength; a second ply (402; 502) positioned adjacent to the first ply (400; 500) and comprised of a second material (403; 503) having a second yield strength that is different than the first yield strength, wherein: the second yield strength is less than the first yield strength; the metal gasket bellows seal (300; 506) has a first end , a second end and a serpentine shape; the first ply (400; 500) and the second ply (402; 502) define a first dimple proximate to the first end and a second dimple proximate to the second end ; and at least one spacer (504; 700) is positioned between the first ply and the second ply and configured to reduce a surface area of contact between the first ply and the second ply , wherein the at least one spacer (504; 700) is comprised of a third material that includes a ceramic; characterized in that the first material is an alloy having, by weight percent (wt%), 58% nickel, 19% chromium, 13% cobalt, 4% molybdenum, 3% titanium and 1.4% aluminum, and the second material (403; 503) is an alloy having, by weight percent (wt%), 39% cobalt, 22% nickel, 22% chromium and 14% tungsten. a first ply (400; 500) comprised of a first material (401; 501) having a first yield strength; a second ply (402; 502) positioned adjacent to the first ply (400; 500) and comprised of a second material (403; 503) having a second yield strength that is different than the first yield strength, wherein: the second yield strength is less than the first yield strength; the metal gasket bellows seal (300; 506) has a first end , a second end and a serpentine shape; the first ply (400; 500) and the second ply (402; 502) define a first dimple proximate to the first end and a second dimple proximate to the second end ; and at least one spacer (504; 700) is positioned between the first ply and the second ply and configured to reduce a surface area of contact between the first ply and the second ply , wherein the at least one spacer (504; 700) is comprised of a third material that includes a ceramic; characterized in that the second yield strength is less than the first yield strength; the metal gasket bellows seal (300; 506) has a first end , a second end and a serpentine shape; the first ply (400; 500) and the second ply (402; 502) define a first dimple proximate to the first end and a second dimple proximate to the second end ; and at least one spacer (504; 700) is positioned between the first ply and the second ply and configured to reduce a surface area of contact between the first ply and the second ply , wherein the at least one spacer (504; 700) is comprised of a third material that includes a ceramic; characterized in that the first material is an alloy having, by weight percent (wt%), 58% nickel, 19% chromium, 13% cobalt, 4% molybdenum, 3% titanium and 1.4% aluminum, and the second material (403; 503) is an alloy having, by weight percent (wt%), 39% cobalt, 22% nickel, 22% chromium and 14% tungsten.
A method for collaborative localization of multiple devices in a geographic area, the method, performed by a mobile device , comprising: receiving global localization data originating with one or more neighboring devices over a first time period, the global localization based on location data along with a distance and direction between the one or more neighboring devices and the mobile device, wherein the one or more neighboring devices are aerial vehicles; receiving local localization data originating with the mobile device over a second time period, the local localization data based on sensor data; determining a first confidence level from the local localization data over the first time period; determining a second confidence level from the global localization data over the second time period; identifying a collaborative location threshold; performing a comparison of the second confidence level from the global localization data to the collaborative location threshold; generating, or instructing the one or more neighboring devices to generate, a flight command for the one or more neighboring devices based on the comparison, wherein the command comprises travelling toward the mobile device; receiving updated global localization data; updating the second confidence level; and performing, by a processor, a collaborative localization calculation for the mobile device based on the first confidence level and the second confidence level. receiving global localization data originating with one or more neighboring devices over a first time period, the global localization based on location data along with a distance and direction between the one or more neighboring devices and the mobile device, wherein the one or more neighboring devices are aerial vehicles; receiving local localization data originating with the mobile device over a second time period, the local localization data based on sensor data; determining a first confidence level from the local localization data over the first time period; determining a second confidence level from the global localization data over the second time period; identifying a collaborative location threshold; performing a comparison of the second confidence level from the global localization data to the collaborative location threshold; generating, or instructing the one or more neighboring devices to generate, a flight command for the one or more neighboring devices based on the comparison, wherein the command comprises travelling toward the mobile device; receiving updated global localization data; updating the second confidence level; and performing, by a processor, a collaborative localization calculation for the mobile device based on the first confidence level and the second confidence level.
A communication entity associated with a base station , wherein the communication entity comprises: an analyzer configured to analyze the content and/or type of an intelligent transportation systems, ITS, message received by the base station ; a local message distributor configured to adopt a local message distribution policy for distributing the ITS message to at least one user equipment of a plurality of user equipments (110a, b) in a service area of the base station on the basis of the content and/or type of the ITS message; a global message distributor configured to adopt a global message distribution policy for distributing the ITS message to at least one of a plurality of further communication entities (100b-d) on the basis of the content and/or type of the ITS message, wherein each further communication entity (100b-d) is associated with a respective further base station (101b-d); and the communication entity being characterised by the global message distributor is further configured to forward the ITS message to a further user equipment of the plurality of user equipments (110a, b) within the service area of the base station associated with the communication entity and to instruct the further user equipment to forward the ITS message to a further communication entity associated with a further base station once the further user equipment is within the service area of the further base station . an analyzer configured to analyze the content and/or type of an intelligent transportation systems, ITS, message received by the base station ; a local message distributor configured to adopt a local message distribution policy for distributing the ITS message to at least one user equipment of a plurality of user equipments (110a, b) in a service area of the base station on the basis of the content and/or type of the ITS message; a global message distributor configured to adopt a global message distribution policy for distributing the ITS message to at least one of a plurality of further communication entities (100b-d) on the basis of the content and/or type of the ITS message, wherein each further communication entity (100b-d) is associated with a respective further base station (101b-d); and the communication entity being characterised by the global message distributor is further configured to forward the ITS message to a further user equipment of the plurality of user equipments (110a, b) within the service area of the base station associated with the communication entity and to instruct the further user equipment to forward the ITS message to a further communication entity associated with a further base station once the further user equipment is within the service area of the further base station .
An arrangement for delivery of a substance to an animal, the arrangement comprising: a winged capsule including a capsule and wings , the capsule being adapted to deliver the substance to the animal, and the wings affixed to the capsule and operable to fold for insertion into the animal and to expand after insertion; characterised by a wing protector including a slot sized and shaped to receive at least a portion of each of the wings and removably attach the winged capsule to the wing protector. a winged capsule including a capsule and wings , the capsule being adapted to deliver the substance to the animal, and the wings affixed to the capsule and operable to fold for insertion into the animal and to expand after insertion; characterised by a wing protector including a slot sized and shaped to receive at least a portion of each of the wings and removably attach the winged capsule to the wing protector.
A method for delivering respiratory gas to passengers on-board an aircraft, comprising: detecting respirations of a passenger in a face mask associated to the passenger, and supplying the face mask with a dose (D) of respiratory gas based on each passenger respiration detection, characterised in that the method further comprises supplying the face mask with anti-blocking gas (14, 16, P, CF), so that the occurrence of blockage, in particular due to moisture, preventing detection of respiration is reduced. detecting respirations of a passenger in a face mask associated to the passenger, and supplying the face mask with a dose (D) of respiratory gas based on each passenger respiration detection, characterised in that the method further comprises supplying the face mask with anti-blocking gas (14, 16, P, CF), so that the occurrence of blockage, in particular due to moisture, preventing detection of respiration is reduced.
An audio system configured to receive a microphone time domain signal from a microphone , the audio system comprising: a frequency-transform module configured to receive the microphone time domain signal from the microphone and to transform it into a frequency domain signal, wherein the microphone time domain signal is divided into a set of time-domain frames , each including a set of samples of the microphone time domain signal, wherein each time-domain frame is transformed into a frequency domain, so that each time-domain frame is transformed to a frequency-domain frame resulting in a time series of the frequency-domain frames ; a magnitude squared module configured to receive the frequency domain signal from the frequency-transform module and to output a magnitude-squared frequency-domain noise-reference signal; a noise-estimation filter , configured to receive the magnitude-squared frequency-domain noise-reference signal from the magnitude squared module and to generate a magnitude-squared frequency-domain noise-estimation signal, wherein the noise-estimation filter is configured to operate over the time series of the frequency-domain frames; and a noise-reduction filter configured to receive the microphone time domain signal, the microphone time domain signal including a noise component correlated to an acoustic noise signal, and to suppress the noise component of the microphone time domain signal, based, at least in part, on the magnitude-squared frequency-domain noise-estimation signal, to generate a noise-suppressed signal. a frequency-transform module configured to receive the microphone time domain signal from the microphone and to transform it into a frequency domain signal, wherein the microphone time domain signal is divided into a set of time-domain frames , each including a set of samples of the microphone time domain signal, wherein each time-domain frame is transformed into a frequency domain, so that each time-domain frame is transformed to a frequency-domain frame resulting in a time series of the frequency-domain frames ; a magnitude squared module configured to receive the frequency domain signal from the frequency-transform module and to output a magnitude-squared frequency-domain noise-reference signal; a noise-estimation filter , configured to receive the magnitude-squared frequency-domain noise-reference signal from the magnitude squared module and to generate a magnitude-squared frequency-domain noise-estimation signal, wherein the noise-estimation filter is configured to operate over the time series of the frequency-domain frames; and a noise-reduction filter configured to receive the microphone time domain signal, the microphone time domain signal including a noise component correlated to an acoustic noise signal, and to suppress the noise component of the microphone time domain signal, based, at least in part, on the magnitude-squared frequency-domain noise-estimation signal, to generate a noise-suppressed signal.
An operating device for operating an implement with at least one attachment, comprising at least one manual control unit and at least one controller/regulator, wherein the controller/regulator is equipped to actuate the attachment on the basis of a single control movement of the manual control unit, which is detectable by means of a single detection means provided on the manual control unit, for carrying out a linear movement, characterized in that the at least one manual control unit as a first manual control unit is equipped to move the attachment along a first and a second axis, which are perpendicular to each other, and rotate the same about a third axis that is parallel to the first or second axis and is spaced apart from the same; the at least one manual control unit comprises a proportional control element for actuating the working tool for rotating; and that a second manual control unit is equipped to rotate the attachment about at least one axis. the at least one manual control unit as a first manual control unit is equipped to move the attachment along a first and a second axis, which are perpendicular to each other, and rotate the same about a third axis that is parallel to the first or second axis and is spaced apart from the same; the at least one manual control unit comprises a proportional control element for actuating the working tool for rotating; and that a second manual control unit is equipped to rotate the attachment about at least one axis.
An anti-wobbling adjustable height stool comprising: an adjusting screw that includes a threaded seat support spindle and a spindle head disposed at an upper end of the threaded seat support spindle ; a support configured as three support legs which are positioned to contact a ground or floor surface on which the stool is placed; a bushing located at a middle of the support , vertically supported by the support and disposed outside the threaded seat support spindle ; the bushing being internally provided with a nut fit with the threaded seat support spindle , the nut being fixedly arranged at a top end inside the bushing ; a rubber pad arranged between the adjusting screw and the bushing ; a fitting recess arranged on the rubber pad ; a washer arranged at a bottom of the rubber pad , the washer having a diameter smaller than a diameter of the rubber pad and not smaller than a diameter of the fitting recess ; and a plurality of bolts that connect the washer and the rubber pad , wherein a bottom of the adjusting screw is installed in the fitting recess and is in interference fit with the rubber pad , wherein a movable gap is formed between an outer wall of the rubber pad and an inner wall of the bushing . an adjusting screw that includes a threaded seat support spindle and a spindle head disposed at an upper end of the threaded seat support spindle ; a support configured as three support legs which are positioned to contact a ground or floor surface on which the stool is placed; a bushing located at a middle of the support , vertically supported by the support and disposed outside the threaded seat support spindle ; the bushing being internally provided with a nut fit with the threaded seat support spindle , the nut being fixedly arranged at a top end inside the bushing ; a rubber pad arranged between the adjusting screw and the bushing ; a fitting recess arranged on the rubber pad ; a washer arranged at a bottom of the rubber pad , the washer having a diameter smaller than a diameter of the rubber pad and not smaller than a diameter of the fitting recess ; and a plurality of bolts that connect the washer and the rubber pad , wherein a bottom of the adjusting screw is installed in the fitting recess and is in interference fit with the rubber pad , wherein a movable gap is formed between an outer wall of the rubber pad and an inner wall of the bushing .
A method of processing stored data, the method comprising: reading data stored with error correcting bits from a storage device; performing a hash operation on the data read from the storage device to generate a first hash value; comparing said first hash value to a previously generated hash value corresponding to said data; and determining that a read error has occurred when said first hash value does not match said previously generated hash value. reading data stored with error correcting bits from a storage device; performing a hash operation on the data read from the storage device to generate a first hash value; comparing said first hash value to a previously generated hash value corresponding to said data; and determining that a read error has occurred when said first hash value does not match said previously generated hash value.
A radiation detection system for neutron capture therapy system, wherein the neutron capture therapy system comprises: an accelerator for accelerating a charged particle beam (P); a charged particle beam inlet for passing the charged particle beam; a neutron beam generating unit (T) for generating a neutron beam (N) by means of a nuclear reaction with the charged particle beam; a beam shaping assembly for adjusting flux and quality of the neutron beam generated by the neutron beam generating unit; and a beam outlet adjoining to the beam shaping assembly, wherein the neutron beam generating unit is arranged into the beam shaping assembly, and the radiation detection system comprises a radiation detection device , characterized in that the radiation detection device is arranged upstream of the neutron beam generating unit; the radiation detection device is configured to detect the neutron beam overflowing from the neutron generating unit in real time after the charged particle beam and the neutron generating unit are subjected to the nuclear reaction, and a control device is connected to the radiation detection device for controlling subsequent operation of the accelerator according to the detection result obtained by the radiation detection device. an accelerator for accelerating a charged particle beam (P); a charged particle beam inlet for passing the charged particle beam; a neutron beam generating unit (T) for generating a neutron beam (N) by means of a nuclear reaction with the charged particle beam; a beam shaping assembly for adjusting flux and quality of the neutron beam generated by the neutron beam generating unit; and a beam outlet adjoining to the beam shaping assembly, wherein the neutron beam generating unit is arranged into the beam shaping assembly, and the radiation detection system comprises a radiation detection device , characterized in that the radiation detection device is arranged upstream of the neutron beam generating unit; the radiation detection device is configured to detect the neutron beam overflowing from the neutron generating unit in real time after the charged particle beam and the neutron generating unit are subjected to the nuclear reaction, and a control device is connected to the radiation detection device for controlling subsequent operation of the accelerator according to the detection result obtained by the radiation detection device.
A belt bracket comprising a bracket portion and a nut element , said nut element comprising threads , said bracket portion comprising an attachment member adapted for attachment of a seat belt to said bracket portion (4,), and said nut element going through an opening in said bracket portion , said nut element being integrated into said belt bracket , such that said nut element is retained in said bracket portion , characterized in that said nut element is rotatable around a rotational axis (A1) in relation to said bracket portion , wherein said nut element comprises a nut portion located at a first side of said bracket portion , a collar located below the nut portion and on said first side of said bracket portion and a flange located in a recess of said bracket portion on a second opposite side of said bracket portion , said collar having a larger diameter than said nut portion , said collar and said flange having a larger diameter than said opening , therefore retaining said nut element in said bracket portion , an interspace being located between said bracket portion and said nut element , such that said nut element is free to rotate in relation to said bracket portion .