mhurhangee/patent-ind-claim-en huggingface dataset:
A protective head cover for an animal, the protective head cover comprising: a first rectangular cover portion adjustably fastenable around the neck of the animal and a second closed curvilinear cover portion comprising a tangential edge which attaches to the first cover portion, and tapering outward sections on either side of the tangential edge, the second cover portion being adjustably fastenable and adapted to cover at least the occiput and ears of the animal; a first fastener part located on the first cover portion and near the tangential edge of the second cover portion , the first fastener part being adapted to attach to a second fastener part on the second cover portion , wherein the first and the second fastener parts are located on a first axis perpendicular to the tangential edge of the second cover portion , wherein the first and the second fastener parts can be adjustably fastened to each other so as to vary an amount of overlap between the first and the second cover portions whereby a part of the second cover portion is arranged to be disposed in a folding position on top of the first cover portion, wherein the first and the second fastener parts are located on an outer part of the protective head cover. a first rectangular cover portion adjustably fastenable around the neck of the animal and a second closed curvilinear cover portion comprising a tangential edge which attaches to the first cover portion, and tapering outward sections on either side of the tangential edge, the second cover portion being adjustably fastenable and adapted to cover at least the occiput and ears of the animal; a first fastener part located on the first cover portion and near the tangential edge of the second cover portion , the first fastener part being adapted to attach to a second fastener part on the second cover portion , wherein the first and the second fastener parts are located on a first axis perpendicular to the tangential edge of the second cover portion , wherein the first and the second fastener parts can be adjustably fastened to each other so as to vary an amount of overlap between the first and the second cover portions whereby a part of the second cover portion is arranged to be disposed in a folding position on top of the first cover portion, wherein the first and the second fastener parts are located on an outer part of the protective head cover.
A clothes dryer comprising a condensing apparatus, wherein a condensing apparatus comprises a hot air channel , in communication with a drying chamber , and a water supply apparatus , for feeding cooling water into the hot air channel , an inlet of the hot air channel being located at a lower location, an outlet of the hot air channel being located at a higher location, wherein two flow guide ribs are formed on a wall of the hot air channel , an upper end of the flow guide ribs is close to an outlet of the water supply apparatus , wherein the outlet of the water supply apparatus is higher than a horizontal centerline (a1) of the hot air channel and is disposed toward a cooling water flowing area , a lower end of the flow guide ribs is close to the inlet of the hot air channel , and the flow guide ribs and the wall of the hot air channel define the cooling water flowing area together, wherein the hot air channel includes a first wall and a second wall that face each other, and a third wall that connects the first wall and the second wall , characterized in that the first flow guide rib is located on the first wall , the second flow guide rib is located on the second wall , wherein the first flow guide rib and the second flow guide rib protrude towards to the interior of the hot air channel , wherein the cooling water flowing area is formed on the first wall , the second wall , and the third wall that use the first flow guide rib and the second flow guide rib as boundaries, wherein an opening, extending along the hot air channel , is realized between the first flow guide rib and the second flow guide rib , and wherein a protruding structure that transversely extends out is disposed below the cooling water flowing area for performing a heat exchange between turbulent hot air and dispersed cooling water at the protruding structure .
A method for providing sideslip envelope protection to an aircraft , comprising: obtaining values of a sideslip envelope indicative of operating conditions of the aircraft along an axis; and estimating a sideslip angle along the axis from at least one of the operating conditions; the method characterized by : comparing the sideslip angle with the sideslip envelope to generate an output value; determining a maximum yaw rate from the output value; and scaling the maximum yaw rate to generate a scaled yaw rate. obtaining values of a sideslip envelope indicative of operating conditions of the aircraft along an axis; and estimating a sideslip angle along the axis from at least one of the operating conditions; the method characterized by : comparing the sideslip angle with the sideslip envelope to generate an output value; determining a maximum yaw rate from the output value; and scaling the maximum yaw rate to generate a scaled yaw rate. comparing the sideslip angle with the sideslip envelope to generate an output value; determining a maximum yaw rate from the output value; and scaling the maximum yaw rate to generate a scaled yaw rate.
An electronic module for use as a subsea electronic module for an underwater fluid extraction well, the module comprising a housing , a first and second local area Ethernet network to enable communication within the module, the first and second local area Ethernet networks (A,B) being segregated to provide redundancy, each local area network including a plurality of interfaces with components of the networks; an Ethernet switch operable to manage and route traffic on the first and second local area networks; and wherein the interfaces comprise capacitive coupling interfaces; the housing comprising at least two bays, each bay containing a plurality of stacked electronics cards and Ethernet switch blades with each Ethernet switch blade being orthogonal to the respective stack of electronics cards and having ports assigned for connection to the electronics cards mounted in the same bay and ports assigned for bay to bay connectivity to control local area network traffic; wherein capacitive coupling between the Ethernet switch blades and the electronics cards and the Ethernet switch is enabled by a multiplicity of capacitances provided on the respective electronics cards . the housing comprising at least two bays, each bay containing a plurality of stacked electronics cards and Ethernet switch blades with each Ethernet switch blade being orthogonal to the respective stack of electronics cards and having ports assigned for connection to the electronics cards mounted in the same bay and ports assigned for bay to bay connectivity to control local area network traffic; wherein capacitive coupling between the Ethernet switch blades and the electronics cards and the Ethernet switch is enabled by a multiplicity of capacitances provided on the respective electronics cards .
A rotor for a compressor system comprising: a rotor body defining a longitudinal axis extending between a first axial body end and a second axial body end , and having an outer compression surface structured to impinge during rotation of the rotor body upon a gas conveyed between a gas inlet and a gas outlet in a housing ; the rotor body further including an inner heat exchange surface defining a cooling cavity , and having formed therein a coolant inlet , a coolant outlet in fluid communication with the cooling cavity , and a coolant manifold ; and the coolant manifold having an inlet runner fluidly connected with the coolant inlet , and a plurality of coolant supply conduits having an axial and circumferential distribution and extending outwardly from the inlet runner so as to direct a coolant fluid toward the inner heat exchange surface ; wherein the cooling cavity is structured to collect the coolant fluid exiting the plurality of coolant supply conduits . a rotor body defining a longitudinal axis extending between a first axial body end and a second axial body end , and having an outer compression surface structured to impinge during rotation of the rotor body upon a gas conveyed between a gas inlet and a gas outlet in a housing ; the rotor body further including an inner heat exchange surface defining a cooling cavity , and having formed therein a coolant inlet , a coolant outlet in fluid communication with the cooling cavity , and a coolant manifold ; and the coolant manifold having an inlet runner fluidly connected with the coolant inlet , and a plurality of coolant supply conduits having an axial and circumferential distribution and extending outwardly from the inlet runner so as to direct a coolant fluid toward the inner heat exchange surface ; wherein the cooling cavity is structured to collect the coolant fluid exiting the plurality of coolant supply conduits .
Anti-vibration device (DA) for a through hole (TT) of a base (ED) of a rear part (PR1) of a functional device (DF) suitable for being secured to a wall (PF) inclined with respect on a horizontal plane, said anti-vibration device (DA) comprising a spacer (ET), comprising a passage (PE) suitable for being crossed by a screw (VS, VI) secured to said wall (PF), and a part d 'damping (PA), deformable, fitted onto said spacer (ET) and intended to be housed at least partially in said through hole (TT), characterized in that said damping part (PA) comprises at least one protuberance (PP) extending radially above said passage (PE) and deforming, during a phase of pre-holding said base (ED) with respect to said screw (VS, VI), in order to be pressed against a end (EE) of said spacer (ET) having an end portion (PT1) partially housed between two adjacent portions of a thread of said screw (VS, VI) to prevent disengagement of said screw (VS, VI).
A method comprising: receiving by a mobile device a beacon sent from an access point , wherein the beacon includes a duration parameter associated with a duration of a time interval for device authentication and association; performing a hash operation on a value that is selected by the mobile device or that is associated with the mobile device , wherein performing the hash operation on the value generates a back-off time interval; and during the time interval for device authentication, sending to the access point at a time determined according to a start time of the time interval plus the back-off time interval an authentication request, an association request, or a combination thereof. receiving by a mobile device a beacon sent from an access point , wherein the beacon includes a duration parameter associated with a duration of a time interval for device authentication and association; performing a hash operation on a value that is selected by the mobile device or that is associated with the mobile device , wherein performing the hash operation on the value generates a back-off time interval; and during the time interval for device authentication, sending to the access point at a time determined according to a start time of the time interval plus the back-off time interval an authentication request, an association request, or a combination thereof.
A high-strength hot-rolled steel sheet having a composition containing, by mass%, C: 0.04% or more and less than 0.12%, Si: 0.2% or more and 2.0% or less, Mn: 1.0% or more and 3.0% or less, P: 0.03% or less, S: 0.005% or less, Al: 0.005% or more and 0.100% or less, N: 0.010% or less, Ti: 0.02% or more and 0.15% or less, Cr: 0.10% or more and 1.00% or less, B: 0.0005% or more and 0.0050% or less, optionally one or more selected from Nb: 0.005% or more and 0.050% or less, V: 0.05% or more and 0.30% or less, and Mo: 0.05% or more and 0.30% or less, optionally one or two selected from Cu: 0.01% or more and 0.30% or less, and Ni: 0.01% or more and 0.30% or less, optionally one or more selected from Sb: 0.0002% or more and 0.020% or less, Ca: 0.0002% or more and 0.0050% or less, and REM: 0.0002% or more and 0.010% or less, the balance being Fe and inevitable impurities, and having a microstructure including a bainite phase having an area ratio of 85% or more as a main phase, and a martensite phase or martensite-austenite constituent having an area ratio of 15% or less as a second phase, the balance being a ferrite phase, wherein the second phase has an average grain diameter of 3.0 μm or less, prior-austenite grains have an average aspect ratio of 1.3 or more and 5.0 or less, recrystallized prior-austenite grains have an area ratio of 15% or less relative to non-recrystallized prior-austenite grains, and the hot-rolled steel sheet contains precipitates having a diameter of less than 20 nm in an amount of 0.10% or less by mass%, and has a tensile strength TS of 980 MPa or more as determined in accordance with JIS Z 2241 . wherein the second phase has an average grain diameter of 3.0 μm or less, prior-austenite grains have an average aspect ratio of 1.3 or more and 5.0 or less, recrystallized prior-austenite grains have an area ratio of 15% or less relative to non-recrystallized prior-austenite grains, and the hot-rolled steel sheet contains precipitates having a diameter of less than 20 nm in an amount of 0.10% or less by mass%, and has a tensile strength TS of 980 MPa or more as determined in accordance with JIS Z 2241 .
A disposable absorbent article for wearing about the lower torso of a wearer, the disposable absorbent article comprising: a first waist region , a second waist region , a crotch region disposed between the first and second waist regions ; a first waist edge and a second waist edge ; and a first longitudinal edge and a second longitudinal edge; the disposable absorbent article comprising: 1.) a topsheet ; 2.) a backsheet ; 3.) an absorbent core disposed between the topsheet and the backsheet ; 4.) a leg gasketing system ; and 5.) at least one waist gasketing element ; wherein the leg gasketing system comprises a web of material forming an inner cuff and a portion of an outer cuff ; wherein the inner cuff comprises an inner cuff folded edge and an inner cuff material edge and the outer cuff comprises an outer cuff material edge ; such that the web of material is folded laterally outward to form the inner cuff folded edge ; wherein at least a portion of the web of material between the outer cuff material edge and the inner cuff folded edge is attached to the backsheet in the first waist region , the second waist region and the crotch region ; and at least a portion of the web of material between the inner cuff folded edge and the outer cuff material edge is attached to the topsheet in the crotch region and the first waist region ; and the web of material between the inner cuff folded edge and the outer cuff material edge is unattached to the topsheet in at least a portion of the second waist region , forming a leg gasketing system pocket , wherein the leg gasketing system pocket comprises an opening on an inboard longitudinal edge of the leg gasketing system pocket , wherein the leg gasketing system pocket is free of elastic members; wherein the at least one waist gasketing element has an inboard lateral edge, an outboard lateral edge, and two longitudinal edges; the at least one waist gasketing element comprising at least one elastic material; wherein the at least one waist gasketing element is attached to: 1) the chassis of the disposable absorbent article and 2) the leg gasketing system , such that at least a portion of the outboard lateral edge of the waist gasketing element is attached to the chassis and at least a portion of the outboard lateral edge of the waist gasketing element is attached to the web of material forming the leg gasketing system ; and wherein the inboard lateral edge of the waist gasketing element is unattached to the chassis of the disposable absorbent article ; wherein the outboard lateral edge of the waist gasketing element is coterminous with the second waist edge of the disposable absorbent article , and wherein at least a portion of each of the two longitudinal edges of the waist gasketing element are attached to the leg gasketing system . 1.) a topsheet ; 2.) a backsheet ; 3.) an absorbent core disposed between the topsheet and the backsheet ; 4.) a leg gasketing system ; and 5.) at least one waist gasketing element ;
A cartridge for processing a fluid, said cartridge comprising: a housing that is generally tubular, having a housing wall, a first end, a second end, and having a midplane located between the first end and the second end; and a plurality of fibers , at least some of said fibers being hollow and having porous walls or a semipermeable membrane, at least portions of said plurality of fibers being contained within said housing, said plurality of fibers being potted near their ends in a potting material , wherein said plurality of fibers are arranged as a bundle of fibers that are generally parallel to each other at least at said midplane of said housing, and wherein at said midplane of said housing, said fibers are distributed substantially uniformly across a cross-section of said housing taken perpendicular to a longitudinal direction of said housing, and said plurality of fibers in said bundle of fibers having an average fiber-centerline-to-fiber-centerline spacing, wherein, adjacent to said potting material , said bundle of fibers contains void flow channels that are substantially open and have a transverse dimension that is at least 3 times said average fiber-centerline-to-fiber-centerline spacing, wherein said void flow channels adjoin an outer circumference of said fiber bundle and extend inwardly to a radially more inward location, further comprising a distributor that is in fluid communication with said void flow channels , and wherein said housing comprises a passageway through said housing wall, said passageway being in fluid communication with said void flow channels . a housing that is generally tubular, having a housing wall, a first end, a second end, and having a midplane located between the first end and the second end; and a plurality of fibers , at least some of said fibers being hollow and having porous walls or a semipermeable membrane, at least portions of said plurality of fibers being contained within said housing, said plurality of fibers being potted near their ends in a potting material , wherein said plurality of fibers are arranged as a bundle of fibers that are generally parallel to each other at least at said midplane of said housing, and wherein at said midplane of said housing, said fibers are distributed substantially uniformly across a cross-section of said housing taken perpendicular to a longitudinal direction of said housing, and said plurality of fibers in said bundle of fibers having an average fiber-centerline-to-fiber-centerline spacing, wherein, adjacent to said potting material , said bundle of fibers contains void flow channels that are substantially open and have a transverse dimension that is at least 3 times said average fiber-centerline-to-fiber-centerline spacing, wherein said void flow channels adjoin an outer circumference of said fiber bundle and extend inwardly to a radially more inward location, further comprising a distributor that is in fluid communication with said void flow channels , and wherein said housing comprises a passageway through said housing wall, said passageway being in fluid communication with said void flow channels .
Method for generating and transmitting data from a transmitter to a receiver in the form of a road user, wherein the data are based on a geographical environment model of the transmitter , wherein the geographical environment model comprises objects in the geographical environment of the transmitter that are relevant to the road user; wherein method steps at the transmitter comprise: acquiring parameters of a transmission system for transmitting the data and/or traffic-relevant parameters of the transmitter; wherein the parameters of the transmission system comprise a reachability of at least one receiver ; generating the data on the basis of the objects relevant to the road user; and transmitting the data on the basis of the parameters of the transmission system and/or the traffic-relevant parameters of the transmitter, wherein the geographical environment model of the transmitter comprises object recognition on the basis of local sensor data of the transmitter and/or on the basis of sensor data of other road users or infrastructure, wherein the object recognition comprises data for a probability of existence of an object. acquiring parameters of a transmission system for transmitting the data and/or traffic-relevant parameters of the transmitter; wherein the parameters of the transmission system comprise a reachability of at least one receiver ; generating the data on the basis of the objects relevant to the road user; and transmitting the data on the basis of the parameters of the transmission system and/or the traffic-relevant parameters of the transmitter, wherein the geographical environment model of the transmitter comprises object recognition on the basis of local sensor data of the transmitter and/or on the basis of sensor data of other road users or infrastructure, wherein the object recognition comprises data for a probability of existence of an object.
A sensor assembly adapted to sense a hemodynamic parameter from a living subject, comprising: a substantially conformal frame having a central aperture with a frame lip formed along the circumference of the central aperture; a sensor element , said sensor element coupled to said frame by an at least partly flexible support structure ; and housing element adapted to encase at least a portion of the sensor element , wherein: said sensor element further comprises an electrical interface, and said sensor element is configured so as to form an electrical connection with a corresponding electrical interface of a host device simultaneously during mating of said sensor element to said host device ; said sensor element is coupled to said frame using a flexible and resilient suspension loop and associated serpentine-like suspending arms for enabling lateral movement of the sensor element within the frame ; the suspension loop is attached to the circumference of the housing element ; and the loop substantially encircles the electrical interface and fits within a groove formed in the outer edge of the sensor element . a substantially conformal frame having a central aperture with a frame lip formed along the circumference of the central aperture; a sensor element , said sensor element coupled to said frame by an at least partly flexible support structure ; and housing element adapted to encase at least a portion of the sensor element , wherein: said sensor element further comprises an electrical interface, and said sensor element is configured so as to form an electrical connection with a corresponding electrical interface of a host device simultaneously during mating of said sensor element to said host device ; said sensor element is coupled to said frame using a flexible and resilient suspension loop and associated serpentine-like suspending arms for enabling lateral movement of the sensor element within the frame ; the suspension loop is attached to the circumference of the housing element ; and the loop substantially encircles the electrical interface and fits within a groove formed in the outer edge of the sensor element . said sensor element further comprises an electrical interface, and said sensor element is configured so as to form an electrical connection with a corresponding electrical interface of a host device simultaneously during mating of said sensor element to said host device ; said sensor element is coupled to said frame using a flexible and resilient suspension loop and associated serpentine-like suspending arms for enabling lateral movement of the sensor element within the frame ; the suspension loop is attached to the circumference of the housing element ; and the loop substantially encircles the electrical interface and fits within a groove formed in the outer edge of the sensor element .