mhurhangee/patent-ind-claim-en huggingface dataset:
A ferrite switch, comprising a coupler , a first magic T and two ferrite circulators , wherein the ferrite circulators have first ports (R1), second ports (R2), and third ports (R3), the second ports (R2) are connected to short-circuit loads , the first ports (R1) of the two ferrite circulators are respectively connected to two output ports (S1, S2) of the coupler , the two output ports (S1, S2) of the coupler are configured to output equi-amplitude in-phase or equi-amplitude phase-inverted power signals, and the third ports (R3) of the two ferrite circulators are respectively connected to two input ports (P1, P2) of the first magic T ; the short-circuit load is configured as follows: when the ferrite circulator is in a first magnetic field bias state, a power signal input from the first port (R1) outputs a first phase from the third port (R3); and when the ferrite circulator is in a second magnetic field bias state, after being reflected by the second port (R2), a power signal input from the first port (R1) outputs a second phase from the third port (R3), wherein a phase difference between the first phase and the second phase is 180 degrees; the two ferrite circulators are configured to have a same magnetic field bias state or different magnetic field bias states. the ferrite circulators have first ports (R1), second ports (R2), and third ports (R3), the second ports (R2) are connected to short-circuit loads , the first ports (R1) of the two ferrite circulators are respectively connected to two output ports (S1, S2) of the coupler , the two output ports (S1, S2) of the coupler are configured to output equi-amplitude in-phase or equi-amplitude phase-inverted power signals, and the third ports (R3) of the two ferrite circulators are respectively connected to two input ports (P1, P2) of the first magic T ; the short-circuit load is configured as follows: when the ferrite circulator is in a first magnetic field bias state, a power signal input from the first port (R1) outputs a first phase from the third port (R3); and when the ferrite circulator is in a second magnetic field bias state, after being reflected by the second port (R2), a power signal input from the first port (R1) outputs a second phase from the third port (R3), wherein a phase difference between the first phase and the second phase is 180 degrees; the two ferrite circulators are configured to have a same magnetic field bias state or different magnetic field bias states.
An agricultural header (110; 400), comprising: a main section (111; 401) including a main frame (112; 402) carrying a cutting element (113; 403); at least one wing section (120, 130; 410, 420) pivotably coupled to said main section (111; 401) and including a wing frame (121, 131; 411, 421), said wing frame (121, 131; 411, 421) supporting said cutting element (113; 403) such that pivotable movement of said at least one wing section (120; 410, 420) causes a corresponding flexure of said at least one cutting element (113; 403); and a linkage (200; 430) pivotably coupling said at least one wing section (120; 410, 420) to said main section (111; 401), characterized by : said linkage (200; 430) including an upper bar (201; 431) and a lower bar (202; 432) which are both coupled to said main frame (112; 402) and said wing frame (121, 131; 411, 421). a main section (111; 401) including a main frame (112; 402) carrying a cutting element (113; 403); at least one wing section (120, 130; 410, 420) pivotably coupled to said main section (111; 401) and including a wing frame (121, 131; 411, 421), said wing frame (121, 131; 411, 421) supporting said cutting element (113; 403) such that pivotable movement of said at least one wing section (120; 410, 420) causes a corresponding flexure of said at least one cutting element (113; 403); and a linkage (200; 430) pivotably coupling said at least one wing section (120; 410, 420) to said main section (111; 401), characterized by : said linkage (200; 430) including an upper bar (201; 431) and a lower bar (202; 432) which are both coupled to said main frame (112; 402) and said wing frame (121, 131; 411, 421).
A method for producing a diesel, jet or gasoline fuel blend, the method comprising a preparation step of providing a feedstock comprising at least 5 wt.-% of 5-nonanone, a condensation step of condensing at least the 5-nonanone in the feedstock in the presence of a condensation catalyst to obtain a condensation product, wherein the condensation results in dimerization of 5-nonanone and/or oligomerization of 5-nonanone and/or condensation of 5-nonanone with a further ketone, with the provision that the further ketone is not 5-nonanone and is used in addition to 5-nonanone, and the content of the further ketone in the feedstock is less than 95 wt.-%, optionally further comprising a hydrogenation step of hydrogenating the condensation product to obtain a hydrogenated condensation product, and employing the condensation product or the hydrogenated condensation product as a fuel component.
A method of receiving a signal by a first station, STA, from a second STA in a wireless local area network, WLAN, system, the method comprising: receiving a header field comprising 2 ∗ N Modulation and Coding Scheme, MCS, information for at least one spatial stream from the second STA, wherein N is a natural number; and receiving the signal from the second STA based on the 2 ∗ N MCS information for spatial streams, wherein based on the signal being received based on a channel aggregation, N MCS information of 2 ∗ N MCS information is used for a first aggregated channel and remaining N MCS information of 2 ∗ N MCS information is used for a second aggregated channel, wherein the 2 ∗ N MCS information indicates a plurality of a modulation types, characterized in that : based on a maximum number of the at least one spatial stream being 8, a maximum number of the MCS information having different modulation types among the 2 ∗ N MCS information is 4, and wherein based on the channel aggregation being not used for the spatial streams, the 2 ∗ N MCS information is used for Single User - Multi Input Multi Output, SU-MIMO transmission using single channel or channel bonding. receiving a header field comprising 2 ∗ N Modulation and Coding Scheme, MCS, information for at least one spatial stream from the second STA, wherein N is a natural number; and receiving the signal from the second STA based on the 2 ∗ N MCS information for spatial streams, wherein based on the signal being received based on a channel aggregation, N MCS information of 2 ∗ N MCS information is used for a first aggregated channel and remaining N MCS information of 2 ∗ N MCS information is used for a second aggregated channel, wherein the 2 ∗ N MCS information indicates a plurality of a modulation types, characterized in that : based on a maximum number of the at least one spatial stream being 8, a maximum number of the MCS information having different modulation types among the 2 ∗ N MCS information is 4, and wherein based on the channel aggregation being not used for the spatial streams, the 2 ∗ N MCS information is used for Single User - Multi Input Multi Output, SU-MIMO transmission using single channel or channel bonding. based on a maximum number of the at least one spatial stream being 8, a maximum number of the MCS information having different modulation types among the 2 ∗ N MCS information is 4, and wherein based on the channel aggregation being not used for the spatial streams, the 2 ∗ N MCS information is used for Single User - Multi Input Multi Output, SU-MIMO transmission using single channel or channel bonding.
A bone fixation system , comprising: a bone fixation having an aperture dimensioned to receive a fastener there through; a polymeric element adjacent the aperture ; a fastener configured to secure the bone fixation to a patient's bone; and a sonotrode ; characterised in that a recess is positioned adjacent the aperture and the polymeric element is positioned within the recess . a bone fixation having an aperture dimensioned to receive a fastener there through; a polymeric element adjacent the aperture ; a fastener configured to secure the bone fixation to a patient's bone; and a sonotrode ; characterised in that a recess is positioned adjacent the aperture and the polymeric element is positioned within the recess .
A computer-implemented method for developing a treatment plan for treating a subject, comprising receiving a scanned dental model of a subject's dentition; and determining a treatment plan having a plurality of incremental movements for repositioning one or more teeth (T; 320) of the subject's dentition, wherein one or more three-dimensional spheres of influence each having a predefined diameter is assigned to a model of each of the one or more teeth (T; 320) to define a safety envelope and to set a proximity distance between each tooth model as the tooth models move along a tooth movement path. receiving a scanned dental model of a subject's dentition; and determining a treatment plan having a plurality of incremental movements for repositioning one or more teeth (T; 320) of the subject's dentition, wherein one or more three-dimensional spheres of influence each having a predefined diameter is assigned to a model of each of the one or more teeth (T; 320) to define a safety envelope and to set a proximity distance between each tooth model as the tooth models move along a tooth movement path.
A method for wireless communication by a user equipment, UE, comprising: receiving an uplink, UL, grant assigning resources for UL transmissions by the UE to a next generation Node B, gNB; determining the assigned resources are insufficient to transmit the UL transmissions; transmitting to the gNB a power headroom report, PHR, having a negative value based, at least in part, on the determination; and receiving a second UL grant assigning additional UL resources for the UL transmissions in response to transmitting the PHR having the negative value. receiving an uplink, UL, grant assigning resources for UL transmissions by the UE to a next generation Node B, gNB; determining the assigned resources are insufficient to transmit the UL transmissions; transmitting to the gNB a power headroom report, PHR, having a negative value based, at least in part, on the determination; and receiving a second UL grant assigning additional UL resources for the UL transmissions in response to transmitting the PHR having the negative value.
A transparent laminated film , used for covering a display side of a display panel , comprising a first film layer , a central film layer , and a second film layer which are sequentially stacked, wherein each of a material of the first film layer and a material of the second film layer comprises a thermoplastic plastic, and a material of the central film layer comprises a thermosetting plastic; characterized in that : the thermoplastic plastic comprises thermoplastic polyimide, and the thermosetting plastic comprises thermosetting polyimide; a transmittance of the central film layer is greater than a transmittance of the first film layer and greater than a transmittance of the second film layer ; and an elastic modulus of the central film layer is greater than an elastic modulus of the first film layer and greater than an elastic modulus of the second film layer . wherein each of a material of the first film layer and a material of the second film layer comprises a thermoplastic plastic, and a material of the central film layer comprises a thermosetting plastic; characterized in that : the thermoplastic plastic comprises thermoplastic polyimide, and the thermosetting plastic comprises thermosetting polyimide; a transmittance of the central film layer is greater than a transmittance of the first film layer and greater than a transmittance of the second film layer ; and an elastic modulus of the central film layer is greater than an elastic modulus of the first film layer and greater than an elastic modulus of the second film layer . the thermoplastic plastic comprises thermoplastic polyimide, and the thermosetting plastic comprises thermosetting polyimide; a transmittance of the central film layer is greater than a transmittance of the first film layer and greater than a transmittance of the second film layer ; and an elastic modulus of the central film layer is greater than an elastic modulus of the first film layer and greater than an elastic modulus of the second film layer .
An orthosis for maintaining a limb or joint of a human or vertebrate animal, comprising: • a sleeve formed in an elastic fabric, and shaped to compress a limb or joint, • a plate made of a thermoformable material, and • a pocket formed on the sleeve for receiving the plate, the pocket having a shape adjusted to that of the plate, • characterized in that the surface of the plate and/or the inner surface of the pocket are treated to reduce the embedding effect of threads of the fabric forming the pocket, in the plate, and thereby allow relative movement of the plate with respect to the fabric forming the pocket, during and after a thermoforming operation of the plate, performed by placing the orthosis on the limb or articulation with the plate present in the pocket. • a sleeve formed in an elastic fabric, and shaped to compress a limb or joint, • a plate made of a thermoformable material, and • a pocket formed on the sleeve for receiving the plate, the pocket having a shape adjusted to that of the plate, • characterized in that the surface of the plate and/or the inner surface of the pocket are treated to reduce the embedding effect of threads of the fabric forming the pocket, in the plate, and thereby allow relative movement of the plate with respect to the fabric forming the pocket, during and after a thermoforming operation of the plate, performed by placing the orthosis on the limb or articulation with the plate present in the pocket.
A dish wand comprising: a handle with a holding end and a working end , wherein the working end comprises a first attachment ; a support comprising a first portion and second portion, wherein the support connects with the first attachment ; a cleaning material for cleaning dishware having a first working surface secured to the first portion of the support and a second working surface secured to the second portion of the support; wherein a hinge is provided between the first portion and the second portion for providing flexing therebetween and is a living hinge, a thinner or weaker section of the support , or a more flexible material than the support ; and wherein the first working surface continuously curves to the second working surface forming a curving portion between. a handle with a holding end and a working end , wherein the working end comprises a first attachment ; a support comprising a first portion and second portion, wherein the support connects with the first attachment ; a cleaning material for cleaning dishware having a first working surface secured to the first portion of the support and a second working surface secured to the second portion of the support; wherein a hinge is provided between the first portion and the second portion for providing flexing therebetween and is a living hinge, a thinner or weaker section of the support , or a more flexible material than the support ; and wherein the first working surface continuously curves to the second working surface forming a curving portion between.
A lomitapide composition comprising: lomitapide or a pharmaceutically acceptable salt thereof, and less than 0.1% by weight of a carbamate product represented by and a pharmaceutically acceptable excipient.
A removable tubing cartridge for aligning a pump segment tubing within an infusion pump , the cartridge comprising: an elongated cartridge body comprising an upper end and a lower end; an upper lip disposed about the upper end of the cartridge body, wherein the upper lip extends axially away from the cartridge body in a first direction; at least one lower fastener disposed about the lower end of the cartridge body, wherein the at least one lower fastener extends axially away from the cartridge body in the first direction and the upper lip and the at least one lower fastener are configured to cooperatively align the cartridge body within the infusion pump ; characterized by : an upper tubing adapter cavity formed in the upper lip , the upper tubing adapter cavity having a mating profile defining an opening of the upper tubing adapter cavity to receive an upper tubing adapter , wherein the mating profile defines a generally semi-circular mating profile extending from an edge of the upper lip toward the cartridge body; and a lower tubing adapter cavity formed in the cartridge body, wherein the lower tubing adapter cavity is longitudinally spaced apart from the upper tubing adapter cavity and the upper tubing adapter cavity and the lower tubing adapter cavity are configured to cooperatively align the pump segment tubing relative to the cartridge body. an upper tubing adapter cavity formed in the upper lip , the upper tubing adapter cavity having a mating profile defining an opening of the upper tubing adapter cavity to receive an upper tubing adapter , wherein the mating profile defines a generally semi-circular mating profile extending from an edge of the upper lip toward the cartridge body; and a lower tubing adapter cavity formed in the cartridge body, wherein the lower tubing adapter cavity is longitudinally spaced apart from the upper tubing adapter cavity and the upper tubing adapter cavity and the lower tubing adapter cavity are configured to cooperatively align the pump segment tubing relative to the cartridge body.
A drain mast configured to be positioned in an aircraft enclosure comprising an aircraft engine cowling surrounding an aircraft engine, the drain mast being configured to drain fluids from the aircraft enclosure, the drain mast having: a self-supporting tube section configured to be positioned within the aircraft enclosure, the tube section including a plurality of generally aligned fluid passages extending from an upper end to a lower end of the tube section and each fluid passage having a peripheral wall ; a substantially aerodynamic fairing configured to extend from the outer surface of the aircraft engine cowling, the fairing including a plurality of fairing fluid passages each of which is connected at one end to a respective fluid passage and at the other end to a respective one of a plurality of fluid outlets located in the fairing , the cross sectional shape of said self-supporting tube section corresponding substantially to the collective width of the plurality of generally aligned fluid passages and their respective peripheral walls so as to minimize said cross sectional shape at a respective position along said tube section , characterized by : each fluid passage having at least a portion of its peripheral wall in common with at least a portion of an adjacent, aligned fluid passage , the upper end of each fluid passage being configured to be in fluid communication with one or more aircraft components a self-supporting tube section configured to be positioned within the aircraft enclosure, the tube section including a plurality of generally aligned fluid passages extending from an upper end to a lower end of the tube section and each fluid passage having a peripheral wall ; a substantially aerodynamic fairing configured to extend from the outer surface of the aircraft engine cowling, the fairing including a plurality of fairing fluid passages each of which is connected at one end to a respective fluid passage and at the other end to a respective one of a plurality of fluid outlets located in the fairing , the cross sectional shape of said self-supporting tube section corresponding substantially to the collective width of the plurality of generally aligned fluid passages and their respective peripheral walls so as to minimize said cross sectional shape at a respective position along said tube section , characterized by : each fluid passage having at least a portion of its peripheral wall in common with at least a portion of an adjacent, aligned fluid passage , the upper end of each fluid passage being configured to be in fluid communication with one or more aircraft components
A flexible printed circuit comprising: an electronic component having a pair of electrodes , wherein the electronic component is a block body extending in one direction with the first electrode as one end and the second electrode as the other end; a base film ; a conductive pattern layer which is laminated on a portion of the base film and has a pair of bonding regions to which each one of the pair of electrodes is soldered respectively; and a coverlay laminated on the base film or the pattern layer via an adhesive and having an opening for externally exposing a portion of the pattern layer including the pair of bonding regions , and in which the electronic component is mounted, characterized in that the pattern layer has a groove that opens in a range between the bonding region and an edge of the opening on a surface of the pattern layer , wherein the adhesive has flown down into the groove " an electronic component having a pair of electrodes , wherein the electronic component is a block body extending in one direction with the first electrode as one end and the second electrode as the other end; a base film ; a conductive pattern layer which is laminated on a portion of the base film and has a pair of bonding regions to which each one of the pair of electrodes is soldered respectively; and a coverlay laminated on the base film or the pattern layer via an adhesive and having an opening for externally exposing a portion of the pattern layer including the pair of bonding regions , and in which the electronic component is mounted, characterized in that the pattern layer has a groove that opens in a range between the bonding region and an edge of the opening on a surface of the pattern layer , wherein the adhesive has flown down into the groove "