mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting a physical layer protocol data unit, PPDU, applied to a wireless local area network and comprising: generating a PPDU, wherein the PPDU comprises indication information, the indication information is located in a high efficiency signaling field, HE-SIG, the PPDU further comprises a signal extension, SE, field, and the SE field is located after a last orthogonal frequency division multiplexing, OFDM, symbol that carries useful information in the PPDU; and wherein a first value of the indication information instructs a receive end to keep a value of M1 unchanged, and a second value of the indication information instructs the receive end to subtract 1 from the value of M1; wherein M1 is a quantity of OFDM symbols calculated according to a length indicated by a Length field included in the PPDU; sending the PPDU. generating a PPDU, wherein the PPDU comprises indication information, the indication information is located in a high efficiency signaling field, HE-SIG, the PPDU further comprises a signal extension, SE, field, and the SE field is located after a last orthogonal frequency division multiplexing, OFDM, symbol that carries useful information in the PPDU; and wherein a first value of the indication information instructs a receive end to keep a value of M1 unchanged, and a second value of the indication information instructs the receive end to subtract 1 from the value of M1; wherein M1 is a quantity of OFDM symbols calculated according to a length indicated by a Length field included in the PPDU; sending the PPDU.
A SCR catalytic converter having at least one catalytically active component (V), which is (i) a titanium-vanadium system having vanadium as the catalytically active component (V); or (ii) a WO 3 /CeO 2 system or a stabilized WO 3 /CeO 2 system and having at least one porous inorganic filler component (F), which is a pillared clay material, wherein the inorganic filler component (F) has at least mesoporosity, wherein the inorganic porous filler component (F) is within the range from 10 to 25% by weight based on the total mass of the final SCR catalytic converter.
A pharmaceutical composition comprising an effective amount of an isolated lysin polypeptide consisting in an amino acid sequence selected from the group consisting of SEQ ID NO: 6, SEQ ID NO: 9, and SEQ ID NO: 10, wherein the lysin polypeptide inhibits the growth, or reduces the population, or kills P. aeruginosa and optionally at least one other species of Gram-negative bacteria; and a pharmaceutically acceptable carrier, optionally in the form of a solution, a suspension, an emulsion, an inhalable powder, an aerosol, or a spray.
Smoothing device for an agricultural soil cultivating and/or distribution machine having a frame and soil cultivating tools and/or sowing coulters arranged thereon, wherein, behind the soil cultivating tools and/or sowing coulters, the smoothing device is arranged on the frame by means of a holding device, wherein the holding device has an articulation device , fastened to support arms , with an articulated joint , wherein at least one support beam which extends transversely to the direction of travel and on which the smoothing elements are arranged is fastened to the articulated joint by means of the articulated joint , the articulation axis of which extends transversely to the direction of travel , so as to be rotatable about the articulation axis , wherein the articulated joint is configured such that, when the machine is travelling in reverse, the support beam with the smoothing elements pivots about the articulation axis such that the free ends of the smoothing elements pivot into the direction of travel with respect to the frame, characterized in that the articulation axis of the articulated joint is located behind the support beam at a distance therefrom.
A therapeutically effective amount of one or more C1 esterase inhibitors for use in a method for improving graft kidney function at about 1 year post-transplantation or reducing the likelihood of delayed kidney graft function at about 2-4 weeks post-transplantation in a subject that has undergone or will undergo kidney transplantation compared to kidney function within one week following the kidney transplantation or to a control subject having undergone a kidney transplantation and experiencing delayed graft function who has not had a therapeutically effective amount of one or more C1 esterase inhibitors, wherein the method comprises administering to the subject a therapeutically effective amount of the one or more C1 esterase inhibitors, wherein the therapeutically effective amount is about 25-50 units/kg of the subject administered intravenously, and administered on the day of kidney transplantation and/or about 24 hours after the transplantation.
Ring saw having: a tool holder for guiding a ring saw blade , a receiving space , in which the tool holder is arranged, a motor , a driving wheel , which is arranged for driving the ring saw blade in the cutting plane (E) and is coupled to the motor , at least one guide roller , which is arranged on one side of the cutting plane (E) in order to guide the ring saw blade from one side, a water flushing system , characterized in that an outlet of the water flushing system is directed at the guide roller . a tool holder for guiding a ring saw blade , a receiving space , in which the tool holder is arranged, a motor , a driving wheel , which is arranged for driving the ring saw blade in the cutting plane (E) and is coupled to the motor , at least one guide roller , which is arranged on one side of the cutting plane (E) in order to guide the ring saw blade from one side, a water flushing system , characterized in that an outlet of the water flushing system is directed at the guide roller .
A scalable driver assistance system for a motor vehicle , the scalable driver assistance system comprising: a domain controller including: a decision and control logic microcontroller ; a first perception logic integrated circuit communicatively coupled to the decision and control logic microcontroller ; a second perception logic integrated circuit communicatively coupled to the decision and control logic microcontroller and to the first perception logic integrated circuit ; a ranging device communicatively coupled to the decision and control logic microcontroller ; a first set of cameras communicatively coupled to the first perception logic integrated circuit ; and a second set of cameras communicatively coupled to the second perception logic integrated circuit , wherein the domain controller provides a Level 3 of driver assistance and removing one or both of the second perception logic integrated circuit and the decision and logic microcontroller results in the domain controller being functional to provide Level 1 and Level 2 of driver assistance, and wherein the domain controller is functional to control the vehicle using the second perception logic integrated circuit and the second set of cameras if at least one of the first perception logic integrated circuit or the first set of cameras enters a fault condition. a domain controller including: a decision and control logic microcontroller ; a first perception logic integrated circuit communicatively coupled to the decision and control logic microcontroller ; a second perception logic integrated circuit communicatively coupled to the decision and control logic microcontroller and to the first perception logic integrated circuit ; a decision and control logic microcontroller ; a first perception logic integrated circuit communicatively coupled to the decision and control logic microcontroller ; a second perception logic integrated circuit communicatively coupled to the decision and control logic microcontroller and to the first perception logic integrated circuit ; a ranging device communicatively coupled to the decision and control logic microcontroller ; a first set of cameras communicatively coupled to the first perception logic integrated circuit ; and a second set of cameras communicatively coupled to the second perception logic integrated circuit , wherein the domain controller provides a Level 3 of driver assistance and removing one or both of the second perception logic integrated circuit and the decision and logic microcontroller results in the domain controller being functional to provide Level 1 and Level 2 of driver assistance, and wherein the domain controller is functional to control the vehicle using the second perception logic integrated circuit and the second set of cameras if at least one of the first perception logic integrated circuit or the first set of cameras enters a fault condition.
A polyurethane comprising a reaction product of components comprising: (a) an isocyanate functional prepolymer comprising a reaction product of components comprising: 1 equivalent of at least one polyisocyanate; and 0.1 to 0.4 equivalent of at least one polycarbonate polyol based upon the 1 equivalent of the at least one polyisocyanate; and (b) 0.5 to 0.8 equivalent of trimethylolpropane based upon the 1 equivalent of the at least one polyisocyanate; and (c) 0.1 to 0.5 equivalent of pentanediol or cyclohexane dimethanol based upon the 1 equivalent of the at least one polyisocyanate. (a) an isocyanate functional prepolymer comprising a reaction product of components comprising: 1 equivalent of at least one polyisocyanate; and 0.1 to 0.4 equivalent of at least one polycarbonate polyol based upon the 1 equivalent of the at least one polyisocyanate; and 1 equivalent of at least one polyisocyanate; and 0.1 to 0.4 equivalent of at least one polycarbonate polyol based upon the 1 equivalent of the at least one polyisocyanate; and (b) 0.5 to 0.8 equivalent of trimethylolpropane based upon the 1 equivalent of the at least one polyisocyanate; and (c) 0.1 to 0.5 equivalent of pentanediol or cyclohexane dimethanol based upon the 1 equivalent of the at least one polyisocyanate.
A hydraulic steering device which hydraulically connects a steering cylinder to a supply system , wherein the supply system is hydraulically operatively connectable to the steering cylinder via a steering assembly for the purposes of forming a main flow connection , and the supply system is in addition hydraulically operatively connectable to the steering cylinder via a flow regulating valve arrangement so that a secondary flow connection can be formed which bypasses the main flow connection and via which at least one first working chamber and one second working chamber of the steering cylinder can be supplied independently of one another with hydraulic fluid, and wherein the flow regulating valve arrangement comprises multiple independently actuable valves by means of which at least a first feed and a first return for the first working chamber and a second feed and a second return for the second working chamber can be adjusted, and wherein the hydraulic steering device furthermore comprises at least one shut-off valve for shutting off the secondary flow connection at least in sections and furthermore comprises at least one electrical control apparatus which is designed to output actuation currents for one or more valves , characterized in that the hydraulic steering device comprises means for measuring and for comparing at least two actuation currents, and the means are furthermore designed to move at least the shut-off valve into a shut-off position in the presence of a deviation of compared actuation currents.
A method of fabricating a spin-orbit torque-based magnetic tunnel junction, the method comprising: forming a spin-orbit active layer on a substrate ; forming a free layer on the spin-orbit active layer ; forming a tunnel barrier layer on the free layer ; forming a pinned layer on the tunnel barrier layer ; and thermal-treating the free layer and the pinned layer to exhibit perpendicular magnetic anisotropy, wherein, in the forming of the spin-orbit active layer , W target and X target are simultaneously sputtered in a vacuum chamber such that a W-X alloy thin film, where W is tungsten and X comprises at least one of group IV semiconductors and group III-V semiconductors, is formed on the substrate disposed in the vacuum chamber. forming a spin-orbit active layer on a substrate ; forming a free layer on the spin-orbit active layer ; forming a tunnel barrier layer on the free layer ; forming a pinned layer on the tunnel barrier layer ; and thermal-treating the free layer and the pinned layer to exhibit perpendicular magnetic anisotropy, wherein, in the forming of the spin-orbit active layer , W target and X target are simultaneously sputtered in a vacuum chamber such that a W-X alloy thin film, where W is tungsten and X comprises at least one of group IV semiconductors and group III-V semiconductors, is formed on the substrate disposed in the vacuum chamber.
An electronic device comprising a user interface creator that is configured to create a user interface image including a pointer having a position that changes based on an input signal, wherein the user interface creator is configured to: determine virtual coordinates of the pointer in a virtual plane including the user interface image, based on the input signal; when the virtual coordinates of the pointer are present in a movable region in the virtual plane, display the pointer at a position of the virtual coordinates, the movable region being a region of the user interface image; when the virtual coordinates of the pointer are present outside the movable region in the virtual plane, display the pointer at a position in the movable region closest to the virtual coordinates; and when the virtual coordinates of the pointer have reached a boundary of a clip region in the virtual plane, limits the virtual coordinates within the clip region , the clip region being a larger region than the movable region , wherein the user interface image includes a button region present in the movable region , and characterized in that : the movable region is a smaller region than the user interface image; the button region has a predetermined distance from a boundary of the movable region , and a part of a boundary of the button region is a clip section , and when the virtual coordinates of the pointer have moved from a position in the button region and reached the clip section , the user interface creator is configured to limit the virtual coordinates within the button region . determine virtual coordinates of the pointer in a virtual plane including the user interface image, based on the input signal; when the virtual coordinates of the pointer are present in a movable region in the virtual plane, display the pointer at a position of the virtual coordinates, the movable region being a region of the user interface image; when the virtual coordinates of the pointer are present outside the movable region in the virtual plane, display the pointer at a position in the movable region closest to the virtual coordinates; and when the virtual coordinates of the pointer have reached a boundary of a clip region in the virtual plane, limits the virtual coordinates within the clip region , the clip region being a larger region than the movable region , wherein the user interface image includes a button region present in the movable region , and characterized in that : the movable region is a smaller region than the user interface image; the button region has a predetermined distance from a boundary of the movable region , and a part of a boundary of the button region is a clip section , and when the virtual coordinates of the pointer have moved from a position in the button region and reached the clip section , the user interface creator is configured to limit the virtual coordinates within the button region .
A method performed by a first electronic device (110; 210a-210z), the method comprising: detecting, by the first electronic device (110; 210a-210z), a second electronic device (120; 220a-220n); sending , by the first electronic device (110; 210a-210z) to the second electronic device in response to the first electronic device (110; 210a-210z) detecting the second electronic device, an authentication request that identifies, from among a larger set of authentication key pairs (207; 208), a subset of authentication keypairs that are usable to authenticate electronic devices; receiving, by the first electronic device (110; 210a-210z) from the second electronic device (120; 220a-220n), response data that the second electronic device provides in response to the authentication request , wherein the response data: i) identifies a selected authentication key pair from the subset of authentication key pairs identified by the authentication request as being valid for authenticating the second electronic device, and ii) includes a signature generated using a private key of the selected authentication key pair; and authenticating, by the first electronic device (110; 210a-210z), the second electronic device (120; 220a-220n) by determining that the received signature was generated using the private key from the selected authentication key pair. detecting, by the first electronic device (110; 210a-210z), a second electronic device (120; 220a-220n); sending , by the first electronic device (110; 210a-210z) to the second electronic device in response to the first electronic device (110; 210a-210z) detecting the second electronic device, an authentication request that identifies, from among a larger set of authentication key pairs (207; 208), a subset of authentication keypairs that are usable to authenticate electronic devices; receiving, by the first electronic device (110; 210a-210z) from the second electronic device (120; 220a-220n), response data that the second electronic device provides in response to the authentication request , wherein the response data: i) identifies a selected authentication key pair from the subset of authentication key pairs identified by the authentication request as being valid for authenticating the second electronic device, and ii) includes a signature generated using a private key of the selected authentication key pair; and i) identifies a selected authentication key pair from the subset of authentication key pairs identified by the authentication request as being valid for authenticating the second electronic device, and ii) includes a signature generated using a private key of the selected authentication key pair; and authenticating, by the first electronic device (110; 210a-210z), the second electronic device (120; 220a-220n) by determining that the received signature was generated using the private key from the selected authentication key pair.
A projection system comprising: an excitation light source for applying to a subject light of a predetermined wavelength band including excitation light; an imaging unit for capturing a fluorescent image resulting from fluorescence emission of the subject ; a control unit for generating image data for projection based on the fluorescent image captured by the imaging unit ; and a projecting unit for projecting a projection image based on the image data for projection onto the subject with visible light; a dichroic mirror for transmitting light of a wavelength band of fluorescence emitted by the object and reflecting the visible light from the projecting unit, wherein the dichroic mirror is disposed to match an optical axis (Z2) of light incident on the imaging unit with an optical axis (Z3') of light exiting from the projecting unit , a first filter (f2) for cutting off a predetermined wavelength band component including a peak wavelength of the excitation light out of the light incident on the imaging unit , characterized in that the projection system further comprises a second filter (f1) attached onto the excitation light source for cutting off a predetermined wavelength band component including a peak wavelength of the fluorescence out of the light applied by the excitation light source . an excitation light source for applying to a subject light of a predetermined wavelength band including excitation light; an imaging unit for capturing a fluorescent image resulting from fluorescence emission of the subject ; a control unit for generating image data for projection based on the fluorescent image captured by the imaging unit ; and a projecting unit for projecting a projection image based on the image data for projection onto the subject with visible light; a dichroic mirror for transmitting light of a wavelength band of fluorescence emitted by the object and reflecting the visible light from the projecting unit, wherein the dichroic mirror is disposed to match an optical axis (Z2) of light incident on the imaging unit with an optical axis (Z3') of light exiting from the projecting unit , a first filter (f2) for cutting off a predetermined wavelength band component including a peak wavelength of the excitation light out of the light incident on the imaging unit , characterized in that the projection system further comprises a second filter (f1) attached onto the excitation light source for cutting off a predetermined wavelength band component including a peak wavelength of the fluorescence out of the light applied by the excitation light source .
A set of transportable containers, comprising at least two transportable containers , each one of the type of a suitcase, a trunk, a chest, a trolley case, and the like, said set comprising means for the mutual retention of said containers , which can be actuated in at least one stacking configuration wherein the bottom of a first said container is rested in parallel on the lid of a second said container in a specific mutual and active arrangement, said means being selectively deactivatable in order to allow the mutual spacing apart of said containers , said means for the mutual retention comprising at least: - a mutual coupling system , which is automatically activatable in said stacking configuration and is configured to obstruct the mutual spacing apart of said containers along a first axis (A), at right angles to said bottoms and to said lids , and a second axis (B), at right angles to said first axis (A), - a selective locking element , which is automatically activatable in said stacking configuration and is configured to obstruct the mutual spacing apart of said containers along a third axis (C), at right angles to said first axis (A) and to said second axis (B), said element being selectively deactivatable in order to allow the mutual spacing apart of said containers along said third axis (C), characterized in that said element comprises a hook , articulated to either said bottom of said first container or said lid of said second container about a rotation axis at right angles to the said lid and to the said bottom of the respective said container , in said stacking configuration said hook being elastically kept engaged with a respective projection extending from the other of either said bottom of said first container or said lid of said second container , in order to obstruct the mutual spacing apart of said containers along said third axis (C) in at least one direction of mutual spacing apart. - a mutual coupling system , which is automatically activatable in said stacking configuration and is configured to obstruct the mutual spacing apart of said containers along a first axis (A), at right angles to said bottoms and to said lids , and a second axis (B), at right angles to said first axis (A), - a selective locking element , which is automatically activatable in said stacking configuration and is configured to obstruct the mutual spacing apart of said containers along a third axis (C), at right angles to said first axis (A) and to said second axis (B), said element being selectively deactivatable in order to allow the mutual spacing apart of said containers along said third axis (C),