mhurhangee/patent-ind-claim-en huggingface dataset:
A planar positioning apparatus , comprising a stator which comprises a coil arrangement consisting of flat coils , a rotor which is arranged opposite the stator in the operating state of the positioning apparatus and which has a planar magnet arrangement comprising a plurality of rows of magnets, wherein the plane which is spanned by the planar magnet arrangement is arranged parallel to the plane of the coil arrangement, a position measuring head , which is arranged within the stator or rotor in the operating state of the positioning apparatus, for detecting the position of the rotor relative to the stator, an area scale which is fixed to the rotor or the stator in a specific position, and an evaluation and control device for evaluating position signals of the position measuring head and for controlling the application of current to the coil arrangement for controlling the position of the rotor with respect to the stator, wherein the stator or the rotor has at least one window for making the area scale visible for the position measuring head, and the area scale extends beyond the window between the coil and magnet arrangement, wherein the rotor comprises a chessboard-like arrangement of fields of rows of magnets (12a - 12d) each having a square contour and uniform polarization of all of the magnets in one field and mutually perpendicular polarization of the adjacent fields, and in each case a separating web (12e - 12h) is formed between adjacent fields, characterized in that - two rows of magnets that are adjacent diagonally opposite are offset from one another such that - two of the opposite boundary edges extending in the same direction are aligned with one another, - whereas the two other opposite boundary edges extending in the same direction have an offset of the triple amount of the web width, so that two consecutive boundary webs extending in the same direction always have a lateral offset by the amount of the web width. - two rows of magnets that are adjacent diagonally opposite are offset from one another such that - two of the opposite boundary edges extending in the same direction are aligned with one another, - whereas the two other opposite boundary edges extending in the same direction have an offset of the triple amount of the web width, so that two consecutive boundary webs extending in the same direction always have a lateral offset by the amount of the web width.
An air-conditioning system that can be used together with a countermeasure device operating during leakage of a refrigerant, the air-conditioning system comprising: an air conditioner including an outdoor unit and a plurality of indoor units , each indoor unit being provided in a corresponding one of a plurality of indoor spaces (A) and including a first control unit ; and a second control unit capable of communicating with the plurality of first control units , the air conditioner including a refrigerant circuit which is formed by connecting the outdoor unit and the plurality of indoor units together and through which the refrigerant circulates, each first control unit being capable of communicating with the countermeasure device if the countermeasure device is installed in correspondence with one of the indoor spaces (A) where the first control unit is located, the second control unit having a first function of prohibiting operation of the air conditioner if a first condition where communication between the first control unit and the countermeasure device is not established in any of the plurality of indoor units is satisfied, the second control unit permitting the operation of all the indoor units of the air conditioner if communication between at least one of the plurality of first control units and the countermeasure device is established. an air conditioner including an outdoor unit and a plurality of indoor units , each indoor unit being provided in a corresponding one of a plurality of indoor spaces (A) and including a first control unit ; and a second control unit capable of communicating with the plurality of first control units , the air conditioner including a refrigerant circuit which is formed by connecting the outdoor unit and the plurality of indoor units together and through which the refrigerant circulates, each first control unit being capable of communicating with the countermeasure device if the countermeasure device is installed in correspondence with one of the indoor spaces (A) where the first control unit is located, the second control unit having a first function of prohibiting operation of the air conditioner if a first condition where communication between the first control unit and the countermeasure device is not established in any of the plurality of indoor units is satisfied, the second control unit permitting the operation of all the indoor units of the air conditioner if communication between at least one of the plurality of first control units and the countermeasure device is established.
A method of controlling an aircraft in the event of pilot incapacity, comprising: detecting, using at least one sensor , the occurrence of an event relating to a pilot's capacity to control the aircraft; determining, using a controller that is operatively connected to the at least one sensor , whether the event justifies a controlled takeover of the aircraft from the pilot; asserting a controlled takeover of the aircraft from the pilot if it has been determined that a controlled takeover is justified; and executing a controlled landing of the aircraft without assistance of the pilot; characterized in that determining whether the event justifies a controlled takeover includes confirming whether the pilot is incapacitated by illuminating the pilot with a laser and analyzing the reflected light; wherein asserting a controlled takeover of the aircraft from the pilot involves asserting remote flight control of the aircraft in response to confirming that the pilot is incapacitated from illuminating the pilot with the laser and analyzing the reflected light. detecting, using at least one sensor , the occurrence of an event relating to a pilot's capacity to control the aircraft; determining, using a controller that is operatively connected to the at least one sensor , whether the event justifies a controlled takeover of the aircraft from the pilot; asserting a controlled takeover of the aircraft from the pilot if it has been determined that a controlled takeover is justified; and executing a controlled landing of the aircraft without assistance of the pilot; characterized in that determining whether the event justifies a controlled takeover includes confirming whether the pilot is incapacitated by illuminating the pilot with a laser and analyzing the reflected light; wherein asserting a controlled takeover of the aircraft from the pilot involves asserting remote flight control of the aircraft in response to confirming that the pilot is incapacitated from illuminating the pilot with the laser and analyzing the reflected light.
An inductively heatable aerosol-forming rod for use in an aerosol-generating article , the aerosol-forming rod comprising - a first cylindrical core portion comprising at least one of a first aerosol-forming substrate and a first flavoring material; - a second cylindrical core portion separate from the first core portion comprising at least one of a second aerosol-forming substrate and a second flavoring material; - at least one elongate susceptor laterally abutting the first core portion and the second core portion in a non-bond manner such that the susceptor is sandwiched between the first core portion and the second core portion; - a sleeve portion arranged around the first core portion, the second core portion and the susceptor, wherein the sleeve portion comprises at least one of a filler material, a third aerosol-forming substrate and a third flavoring material; and - a wrapper entirely surrounding the sleeve portion. - a first cylindrical core portion comprising at least one of a first aerosol-forming substrate and a first flavoring material; - a second cylindrical core portion separate from the first core portion comprising at least one of a second aerosol-forming substrate and a second flavoring material; - at least one elongate susceptor laterally abutting the first core portion and the second core portion in a non-bond manner such that the susceptor is sandwiched between the first core portion and the second core portion; - a sleeve portion arranged around the first core portion, the second core portion and the susceptor, wherein the sleeve portion comprises at least one of a filler material, a third aerosol-forming substrate and a third flavoring material; and - a wrapper entirely surrounding the sleeve portion.
A dermatological composition comprising at least one extract based on polar lipids of wheat germ for use in preventing and/or treating atopic dermatitis resulting from an allergic reaction to dust mites in a subject.
A signal sending method, comprising: obtaining (s410) to-be-sent frequency domain data; determining (s420) a first subband for transmitting the data from a plurality of different subbands having different subcarrier spacings, wherein the different subcarrier spacings are integral multiples of a basic frequency spacing such that the subcarrier spacing of the first subband is an integral multiple of the basic frequency spacing; performing (s430) subcarrier mapping in the first subband for the data, wherein a subcarrier that is used to perform the subcarrier mapping is a subcarrier that is in the determined first subband and located at a frequency that is an integral multiple of the subcarrier spacing of the first subband, and frequency locations of subcarriers that are used to perform subcarrier mapping in the plurality of different subbands do not overlap with each other; performing (s440) inverse fast Fourier transformation, IFFT, on the subcarrier obtained after the subcarrier mapping, to obtain a time domain signal; performing (s450) an operation of adding a cyclic prefix on the time domain signal; filtering (s460) the signal to which the cyclic prefix has been added; and sending (s470) the filtered signal. obtaining (s410) to-be-sent frequency domain data; determining (s420) a first subband for transmitting the data from a plurality of different subbands having different subcarrier spacings, wherein the different subcarrier spacings are integral multiples of a basic frequency spacing such that the subcarrier spacing of the first subband is an integral multiple of the basic frequency spacing; performing (s430) subcarrier mapping in the first subband for the data, wherein a subcarrier that is used to perform the subcarrier mapping is a subcarrier that is in the determined first subband and located at a frequency that is an integral multiple of the subcarrier spacing of the first subband, and frequency locations of subcarriers that are used to perform subcarrier mapping in the plurality of different subbands do not overlap with each other; performing (s440) inverse fast Fourier transformation, IFFT, on the subcarrier obtained after the subcarrier mapping, to obtain a time domain signal; performing (s450) an operation of adding a cyclic prefix on the time domain signal; filtering (s460) the signal to which the cyclic prefix has been added; and sending (s470) the filtered signal.
A drying appliance comprising: a cabinet ; a drum that processes articles of laundry, the drum positioned for rotational operation within the cabinet ; a blower that directs process air through a recirculating airflow path that includes the drum , wherein the drum and the blower are activated in an operating state and deactivated in an idle state ; and a first operable vent positioned proximate a front of the cabinet , within a wall of the recirculating airflow path proximate the drum ; and a second operable vent positioned proximate a rear of the cabinet , within an air scroll panel that conceals the blower within the cabinet ; and characterized in that the first and second operable vents define an open position after the drum and the blower define the idle state , and the first and second operable vents define a closed position after the drum and the blower define the operating state . a cabinet ; a drum that processes articles of laundry, the drum positioned for rotational operation within the cabinet ; a blower that directs process air through a recirculating airflow path that includes the drum , wherein the drum and the blower are activated in an operating state and deactivated in an idle state ; and a first operable vent positioned proximate a front of the cabinet , within a wall of the recirculating airflow path proximate the drum ; and a second operable vent positioned proximate a rear of the cabinet , within an air scroll panel that conceals the blower within the cabinet ; and characterized in that the first and second operable vents define an open position after the drum and the blower define the idle state , and the first and second operable vents define a closed position after the drum and the blower define the operating state .
A vibration damping arrangement comprising a pendulum which is pendular-mounted at a pivot point , a magnetic field generating device and a conductor arrangement which is arranged in the magnetic field of the magnetic field generating device, wherein either the magnetic field generating device or the conductor arrangement is fastened to the pendulum , characterized in that the pendulum is pendular-mounted in two spatial directions at the pivot point and the conductor arrangement is formed spherically.
A method for switching between fields of view of an ultrasound probe, the method comprising: obtaining an anatomical model representing a region of interest of a subject, wherein the anatomical model comprises anatomical information; establishing a first field of view relative to an ultrasonic probe, wherein the first field of view comprises an initial portion of the region of interest; obtaining ultrasound data from the first field of view by way of the ultrasonic probe; identifying a first anatomical feature within the first field of view based on the ultrasound data; and determining a location in digital space of the first field of view relative to the anatomical model based on the first anatomical feature, characterized in that the method further comprises: establishing a second field of view based on the anatomical model and the first field of view, wherein the second field of view is outside of the first field of view, and the first field of view functions as a reference field of view, and wherein establishing the second field of view comprises extrapolating the location of the second field of view based on the first anatomical feature; and switching from the first field of view to the second field of view. obtaining an anatomical model representing a region of interest of a subject, wherein the anatomical model comprises anatomical information; establishing a first field of view relative to an ultrasonic probe, wherein the first field of view comprises an initial portion of the region of interest; obtaining ultrasound data from the first field of view by way of the ultrasonic probe; identifying a first anatomical feature within the first field of view based on the ultrasound data; and determining a location in digital space of the first field of view relative to the anatomical model based on the first anatomical feature, characterized in that the method further comprises: establishing a second field of view based on the anatomical model and the first field of view, wherein the second field of view is outside of the first field of view, and the first field of view functions as a reference field of view, and wherein establishing the second field of view comprises extrapolating the location of the second field of view based on the first anatomical feature; and switching from the first field of view to the second field of view. establishing a second field of view based on the anatomical model and the first field of view, wherein the second field of view is outside of the first field of view, and the first field of view functions as a reference field of view, and wherein establishing the second field of view comprises extrapolating the location of the second field of view based on the first anatomical feature; and switching from the first field of view to the second field of view.
A method for evaluating the suitability of a given BaSO 4 reagent for use as a prothrombin adsorbent in preparing thrombin from a source of prothrombin, the method comprising: a. providing the given BaSO 4 reagent and a source of prothrombin; b. contacting a sample of the given BaSO 4 reagent and the source of prothrombin under conditions allowing adsorption of prothrombin from the source of prothrombin by the given BaSO 4 reagent thereby obtaining BaSO 4 -adsorbed prothrombin; and c. evaluating pro-coagulant activity of the BaSO 4 -adsorbed prothrombin, wherein when the evaluation of c. is carried out by comparing the pro-coagulant activity of the BaSO 4 -adsorbed prothrombin to a pro-coagulant activity of a normal mammalian plasma, the suitability of the given BaSO 4 reagent for use as a prothrombin adsorbant in a process for preparing thrombin is indicated by the pro-coagulant activity of the BaSO 4 -adsorbed prothrombin being not greater than the pro-coagulant activity of normal mammalian plasma. a. providing the given BaSO 4 reagent and a source of prothrombin; b. contacting a sample of the given BaSO 4 reagent and the source of prothrombin under conditions allowing adsorption of prothrombin from the source of prothrombin by the given BaSO 4 reagent thereby obtaining BaSO 4 -adsorbed prothrombin; and c. evaluating pro-coagulant activity of the BaSO 4 -adsorbed prothrombin, wherein when the evaluation of c. is carried out by comparing the pro-coagulant activity of the BaSO 4 -adsorbed prothrombin to a pro-coagulant activity of a normal mammalian plasma, the suitability of the given BaSO 4 reagent for use as a prothrombin adsorbant in a process for preparing thrombin is indicated by the pro-coagulant activity of the BaSO 4 -adsorbed prothrombin being not greater than the pro-coagulant activity of normal mammalian plasma.
A piston for an internal combustion engine, the piston comprising: - a first groove arranged on an outer circumference of the piston to receive a first scraper ring ; - a second groove arranged on the outer circumference of the piston to receive a second scraper ring , wherein the second groove is arranged closer to a piston crown of the piston than the first groove ; and - a drain channel arranged adjacent to the second groove and extending inwardly from the second groove into the piston . - a first groove arranged on an outer circumference of the piston to receive a first scraper ring ; - a second groove arranged on the outer circumference of the piston to receive a second scraper ring , wherein the second groove is arranged closer to a piston crown of the piston than the first groove ; and - a drain channel arranged adjacent to the second groove and extending inwardly from the second groove into the piston .
A camera , comprising: a body , comprising a body-side mount ; and two or more groups of body-side contacts arranged on the same surface of the body as the body-side mount, the two or more groups of body-side contacts comprising at least a first group of body-side contacts and a second group of body-side contacts ; wherein the first group of body-side contacts comprises a contact that supplies electrical power from the body to a first lens and a contact that supplies a drive signal from the body to the first lens, the first group of body-side contacts being arranged to align with a first group of lens-side contacts on the first lens; the second group of body-side contacts comprises a contact that supplies electrical power from the body to a second lens and a contact that supplies a drive signal from the body to the second lens, the second group of body-side contacts being arranged to align with a second group of lens-side contacts on the second lens; wherein the first group of body-side contacts and the second group of body-side contacts do not share any contacts. a body , comprising a body-side mount ; and two or more groups of body-side contacts arranged on the same surface of the body as the body-side mount, the two or more groups of body-side contacts comprising at least a first group of body-side contacts and a second group of body-side contacts ; wherein the first group of body-side contacts comprises a contact that supplies electrical power from the body to a first lens and a contact that supplies a drive signal from the body to the first lens, the first group of body-side contacts being arranged to align with a first group of lens-side contacts on the first lens; the second group of body-side contacts comprises a contact that supplies electrical power from the body to a second lens and a contact that supplies a drive signal from the body to the second lens, the second group of body-side contacts being arranged to align with a second group of lens-side contacts on the second lens; wherein the first group of body-side contacts and the second group of body-side contacts do not share any contacts.
Processor for processing an audio signal , comprising: an analyzer for deriving a window control signal from the audio signal , the window control signal indicating a change from a first asymmetric window to a second window or indicating a change from a third window to a fourth asymmetric window , wherein the second window is shorter than the first asymmetric window , or wherein the third window is shorter than the fourth asymmetric window , wherein the first asymmetric window has a first overlap portion and a second overlap portion , wherein the first overlap portion of the first asymmetric window precedes the second overlap portion of the first asymmetric window , wherein the fourth asymmetric window has a first overlap portion and a second overlap portion, wherein the first overlap portion of the fourth asymmetric window precedes the second overlap portion of the fourth asymmetric window ; a window constructor for constructing the second window, wherein the window constructor is configured to determine a first overlap portion of the second window using a truncated first overlap portion of the first asymmetric window , or wherein the window constructor is configured to calculate a second overlap portion of the third window using a truncated second overlap portion of the fourth asymmetric window ; and a windower for applying the first asymmetric window and the second window , or the third window and the fourth asymmetric window , to obtain windowed audio signal portions . an analyzer for deriving a window control signal from the audio signal , the window control signal indicating a change from a first asymmetric window to a second window or indicating a change from a third window to a fourth asymmetric window , wherein the second window is shorter than the first asymmetric window , or wherein the third window is shorter than the fourth asymmetric window , wherein the first asymmetric window has a first overlap portion and a second overlap portion , wherein the first overlap portion of the first asymmetric window precedes the second overlap portion of the first asymmetric window , wherein the fourth asymmetric window has a first overlap portion and a second overlap portion, wherein the first overlap portion of the fourth asymmetric window precedes the second overlap portion of the fourth asymmetric window ; a window constructor for constructing the second window, wherein the window constructor is configured to determine a first overlap portion of the second window using a truncated first overlap portion of the first asymmetric window , or wherein the window constructor is configured to calculate a second overlap portion of the third window using a truncated second overlap portion of the fourth asymmetric window ; and a windower for applying the first asymmetric window and the second window , or the third window and the fourth asymmetric window , to obtain windowed audio signal portions .