mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a sensor body including a low-pressure side and a high-pressure side; a sensor disposed between the low-pressure side and the high-pressure side and configured to measure pressure; at least one pressure input per each of the low-pressure side and the high-pressure side of the sensor body, in or on the sensor body, the at least one pressure input configured to provide at least one input pressure from at least one of the low-pressure side and the high-pressure side to the sensor; and multiple fluid passages (212, 302, 304, 402, 404a-404b, 406a-406d) configured to convey the at least one input pressure from the at least one pressure input from each of the low-pressure side and the high-pressure side to the sensor using a fill fluid (306, 308); wherein the fluid passages comprise: one or more long and narrow straight passages; and wherein the multiple fluid passages are configured to both (i) transport the fill fluid and (ii) absorb thermal energy in a flame created by the sensor before the flame exits the sensor body; characterized in that: the fluid passages also include long and narrow helical passages (404a, 404b), wherein one of the helical passages is longer than a further of the helical passages. a sensor body including a low-pressure side and a high-pressure side; a sensor disposed between the low-pressure side and the high-pressure side and configured to measure pressure; at least one pressure input per each of the low-pressure side and the high-pressure side of the sensor body, in or on the sensor body, the at least one pressure input configured to provide at least one input pressure from at least one of the low-pressure side and the high-pressure side to the sensor; and multiple fluid passages (212, 302, 304, 402, 404a-404b, 406a-406d) configured to convey the at least one input pressure from the at least one pressure input from each of the low-pressure side and the high-pressure side to the sensor using a fill fluid (306, 308); wherein the fluid passages comprise: one or more long and narrow straight passages; and wherein the multiple fluid passages are configured to both (i) transport the fill fluid and (ii) absorb thermal energy in a flame created by the sensor before the flame exits the sensor body;
Hollow profile for the construction of a glazed opening frame, said frame supporting a glazing including a gas blade, said hollow profile being characterised in that it includes: a. in cross-section, a cell; b. a dynamic damper comprising: bi. a heavy body (141, 541) with a cross-section smaller than the cross-section of the cell and extending longitudinally inside said cell; bii. an elastic suspension (142, 240, 244, 540) comprised between interior walls of said cell (111, 411) and the heavy body (141, 541), and configured to suspend said heavy body (141, 541) between these internal walls. a. in cross-section, a cell; b. a dynamic damper comprising: bi. a heavy body (141, 541) with a cross-section smaller than the cross-section of the cell and extending longitudinally inside said cell; bii. an elastic suspension (142, 240, 244, 540) comprised between interior walls of said cell (111, 411) and the heavy body (141, 541), and configured to suspend said heavy body (141, 541) between these internal walls. bi. a heavy body (141, 541) with a cross-section smaller than the cross-section of the cell and extending longitudinally inside said cell; bii. an elastic suspension (142, 240, 244, 540) comprised between interior walls of said cell (111, 411) and the heavy body (141, 541), and configured to suspend said heavy body (141, 541) between these internal walls.
A session management function, SMF, node, comprising: processing circuitry characterized in being configured to: receive, from an access and mobility management function, AMF, a message including a second indication indicating that the message was received with a first indication indicating that the message is exempt from congestion control, wherein the first indication is provided by a predefined request type included in the message and the second indication further indicates that congestion control at the AMF is active; determine whether the message is exempt from congestion control by validating that the request type is for reporting Data Off status change; and notify the AMF of the determination, wherein the message is accepted if the request type is for reporting Data Off status change and rejected if the request type is not for reporting Data Off status change. receive, from an access and mobility management function, AMF, a message including a second indication indicating that the message was received with a first indication indicating that the message is exempt from congestion control, wherein the first indication is provided by a predefined request type included in the message and the second indication further indicates that congestion control at the AMF is active; determine whether the message is exempt from congestion control by validating that the request type is for reporting Data Off status change; and notify the AMF of the determination, wherein the message is accepted if the request type is for reporting Data Off status change and rejected if the request type is not for reporting Data Off status change.
A composition comprising a (phosphonyl) aromatic compound represented by the structure Wherein, R 1 (a) and R 1 (b) are each independently H, C n H 2n+1, phenyl or benzyl; R 2 (a) and R 2 (b) are each independently H, C n H 2n+1, phenyl or benzyl with the proviso that no more than one R 2(a) and no more than one R 2(b) can be phenyl or benzyl; R 3 (a) and R 3 (b) are each independently C n H 2n+1, phenyl or benzyl; n is an integer of 1-10; and, p is an integer of 1 - 10. R 1 (a) and R 1 (b) are each independently H, C n H 2n+1, phenyl or benzyl; R 2 (a) and R 2 (b) are each independently H, C n H 2n+1, phenyl or benzyl with the proviso that no more than one R 2(a) and no more than one R 2(b) can be phenyl or benzyl; R 3 (a) and R 3 (b) are each independently C n H 2n+1, phenyl or benzyl; n is an integer of 1-10; and, p is an integer of 1 - 10.
A mold steel having a composition consisting of, in terms of mass%: 0.220%≤C≤0.360%; 0.65%≤Si<1.05%; 0.43%≤Mn≤0.92%; 0.43%≤Ni≤0.92%; 0.67%≤0.5Mn+Ni≤1.30%; 10.50%≤Cr<12.50%; 0.05%≤Mo<0.50%; 0.002%≤V<0.50%; and 0.001%≤N≤0.160%; optionally further comprising at least one of W≤5.00%; Co≤4.00%; Nb≤0.100%; Ta≤0.100%; Ti≤0.100%; Zr≤0.100%; Al≤1.20%; Cu≤3.0%; B≤0.0050%; S≤0.050%; Ca≤0.2000%; Se≤0.50%; Te≤0.100%; Bi≤0.50%; Pb≤0.50%; P≤0.05%; Mg≤0.02%; REM≤0.10%; and 0≤0.01%; with the remainder being Fe and unavoidable impurities, characterized in that 0.300%≤C+N≤0.420%. 0.220%≤C≤0.360%; 0.65%≤Si<1.05%; 0.43%≤Mn≤0.92%; 0.43%≤Ni≤0.92%; 0.67%≤0.5Mn+Ni≤1.30%; 10.50%≤Cr<12.50%; 0.05%≤Mo<0.50%; 0.002%≤V<0.50%; and 0.001%≤N≤0.160%; optionally further comprising at least one of W≤5.00%; Co≤4.00%; Nb≤0.100%; Ta≤0.100%; Ti≤0.100%; Zr≤0.100%; Al≤1.20%; Cu≤3.0%; B≤0.0050%; S≤0.050%; Ca≤0.2000%; Se≤0.50%; Te≤0.100%; Bi≤0.50%; Pb≤0.50%; P≤0.05%; Mg≤0.02%; REM≤0.10%; and 0≤0.01%; with the remainder being Fe and unavoidable impurities, characterized in that 0.300%≤C+N≤0.420%.
A fluid container including: a body portion configured to at least partially surround fluid, and a cap portion connected to and above the body portion at a frangible or engineered separation site surrounding an opening between the body portion and the cap portion, characterized in that the cap portion includes at least one tab formed in the cap portion and has a concave upper surface portion adjacent to the at least one tab, wherein the tab extends a radial distance from the longitudinal axis beyond the diameter of the separate site, the tab has sufficient surface area on a top side of the tab to apply pressure with at least one finger of a user and the tab is stiff enough to withstand bending or compression deformation when a force is applied to the tab to open the container; and the cap portion is configured to separate from the body portion at the separation site to expose the opening when a substantially downwardly directed force is applied in a direction substantially parallel to a longitudinal axis through the opening to said surface area on the top side of a part of the tab that extends a radial distance from the longitudinal axis beyond the diameter of the separation site to generate a torque about an axis substantially orthogonal to the longitudinal axis. a body portion configured to at least partially surround fluid, and a cap portion connected to and above the body portion at a frangible or engineered separation site surrounding an opening between the body portion and the cap portion, characterized in that the cap portion includes at least one tab formed in the cap portion and has a concave upper surface portion adjacent to the at least one tab, wherein the tab extends a radial distance from the longitudinal axis beyond the diameter of the separate site, the tab has sufficient surface area on a top side of the tab to apply pressure with at least one finger of a user and the tab is stiff enough to withstand bending or compression deformation when a force is applied to the tab to open the container; and the cap portion is configured to separate from the body portion at the separation site to expose the opening when a substantially downwardly directed force is applied in a direction substantially parallel to a longitudinal axis through the opening to said surface area on the top side of a part of the tab that extends a radial distance from the longitudinal axis beyond the diameter of the separation site to generate a torque about an axis substantially orthogonal to the longitudinal axis.
A transceiver device (TSCV) comprising: a transmitter and a receiver connected to each other through a first line and a second line, wherein the transmitter is configured to transmit signals having a first voltage range to the first line and the second line in a first mode, and to transmit signals having a second voltage range lower than the first voltage range to the first line and the second line in a second mode, the transmitter configured to encode an original payload (Payload) to generate a first payload (ePayload) in the second mode, and to transmit a clock training pattern (CLK-T) and the first payload (ePayload) to the receiver through the first line and the second line in the second mode, and the receiver is configured to decode the first payload (ePayload) to output reception data (Data2) corresponding to the original payload (Payload) in the second mode, characterized in that the transmitter is configured to encode the original payload (Payload) into the first payload (ePayload) including an encoding key, and the receiver is configured to provide the reception data (Data2) through decoding by which the encoding key is removed from the first payload (ePayload) wherein the receiver is configured to mask an RX clock signal (RXWORDCLK) for transmission of the first payload (ePayload) during a reception masking period. a transmitter and a receiver connected to each other through a first line and a second line, wherein the transmitter is configured to transmit signals having a first voltage range to the first line and the second line in a first mode, and to transmit signals having a second voltage range lower than the first voltage range to the first line and the second line in a second mode, the transmitter configured to encode an original payload (Payload) to generate a first payload (ePayload) in the second mode, and to transmit a clock training pattern (CLK-T) and the first payload (ePayload) to the receiver through the first line and the second line in the second mode, and the receiver is configured to decode the first payload (ePayload) to output reception data (Data2) corresponding to the original payload (Payload) in the second mode, characterized in that the transmitter is configured to encode the original payload (Payload) into the first payload (ePayload) including an encoding key, and the receiver is configured to provide the reception data (Data2) through decoding by which the encoding key is removed from the first payload (ePayload) wherein the receiver is configured to mask an RX clock signal (RXWORDCLK) for transmission of the first payload (ePayload) during a reception masking period.
An impact abrasion and cut resistant mono-fabric comprising three layers of yarns, distinguishing an outer layer, an intermediate or binding layer and an inner layer, wherein the three layers are woven in one and the same structure, forming a single fabric from natural, artificial, cellulosic and synthetic fiber yarns or blends thereof, and in which the yarns of the outer layer and the yarns of the inner layer of the fabric are not bound to one another, wherein the yarns of the outer and inner layers of the fabric are formed by warp yarns and the yarns of the intermediate or binding layer are formed by weft yarns, such that the yarns of the intermediate layer have binding points with the outer and inner layers, respectively, such that the binding points of the yarns of the intermediate layer with the yarns of the outer layer do not coincide with the binding points of the intermediate layer with the yarns of the inner layer characterized in that the yarns forming the layers are bicomponent yarns, these bicomponent yarns being formed by cores covered with wicks of cut fibers, and in which the core consists of continuous, textured, elastic, and/or rigid filaments and the intermediate layer is formed by bicomponent yarns made up of at least one core of the yarn formed by filaments of technical fibers having high abrasion and cut resistance covered on the outside by natural, artificial, cellulosic or synthetic cut fibers, or blends thereof and at least one of the filaments of the bicomponent yarns of the intermediate layer is formed by elastomeric filaments, conferring to same elastic and original shape recovery properties.
A protein-nucleic acid conjugate for use in super-resolution imaging, comprising a protein linked to a docking strand that is capable of transiently binding to a complementary fluorescently-labeled imager strand, wherein the docking strand is a single-stranded nucleic acid that is 5 to 50 nucleotides in length, and wherein transient binding of the fluorescently-labeled imager strand to the docking strand produces fluorescence blinking.
Handle having a core and a covering made from sheet material, which essentially encompasses the core completely, wherein a blind hole, which is open towards one end of the handle, particularly towards the bottom end of the handle, is provided in the core, characterised in that a recess is recessed in the region of the head of the handle, in which recess a loop can be fixed, and in that the covering encompasses the core of the handle on all sides, wherein the covering also lines the wall of the recess in the head of the handle, in which the loop is fixed.
An electronically controlled brake system for trailer tractors; the system comprising: - means (11, 12, 13a, 13b, 15, C1, C2) for producing and distributing compressed fluid; - compressed-fluid modulating means (18, 19, 24, 25) for activating tractor brakes (21, 23, 27, 29); said modulating means (18, 19, 24, 25) being connected electrically to a brake-control electronic central control unit; - further means (16, 30, BTG) for braking the trailer only; and the system being characterized in that: - said system comprises a single means for braking the tractor and trailer, and for steer-by-braking the tractor only; and - said further means (16, 30, BTG) comprise normally-ON valve means normally allowing simultaneous braking of the tractor and trailer; said valve means being controlled by said electronic central control unit to switch to OFF when the steer-by-braking function is activated. - means (11, 12, 13a, 13b, 15, C1, C2) for producing and distributing compressed fluid; - compressed-fluid modulating means (18, 19, 24, 25) for activating tractor brakes (21, 23, 27, 29); said modulating means (18, 19, 24, 25) being connected electrically to a brake-control electronic central control unit; - further means (16, 30, BTG) for braking the trailer only; - said system comprises a single means for braking the tractor and trailer, and for steer-by-braking the tractor only; and - said further means (16, 30, BTG) comprise normally-ON valve means normally allowing simultaneous braking of the tractor and trailer; said valve means being controlled by said electronic central control unit to switch to OFF when the steer-by-braking function is activated.
An inkjet printing method for producing durable images comprising: a. applying a pre-treatment composition onto a recording medium said pre-treatment composition comprising an aqueous liquid vehicle, a polyvalent metal salt as fixing agent, and a latex resin having a glass transition temperature ranging from - 22°C to 20°C, b. applying an ink composition, comprising an aqueous liquid vehicle and a colorant, over said pre-treatment composition while the pre-treatment composition is still wet on the recording medium, wherein the time interval between the finishing point of the application of the pre-treatment composition and between the starting point of the application of the ink composition is comprised between 1 and 30 seconds. a. applying a pre-treatment composition onto a recording medium said pre-treatment composition comprising an aqueous liquid vehicle, a polyvalent metal salt as fixing agent, and a latex resin having a glass transition temperature ranging from - 22°C to 20°C, b. applying an ink composition, comprising an aqueous liquid vehicle and a colorant, over said pre-treatment composition while the pre-treatment composition is still wet on the recording medium, wherein the time interval between the finishing point of the application of the pre-treatment composition and between the starting point of the application of the ink composition is comprised between 1 and 30 seconds.
A magnetic core comprising a winding core portion; and a flange portion provided on at least one axial end side of the winding core portion, wherein the flange portion is formed such that a first contour line of a first cross-section, of the flange portion, which becomes perpendicular with respect to the axis line of the winding core portion forms a shape of a first irregular convex polygon which is substantially a non-regular polygon and also a convex polygon, and the contour line of the first cross-section contacts with respect to all of a first side, a second side, a third side and a forth side which are the four sides of a first circumscribed rectangle which becomes minimum within imaginary rectangles circumscribed with the contour line of the first cross-section and also, the contour line includes a I side and a II side which respectively overlap with portions of respective ones of the first side Sb1 and the second side Sb2 which are mutually parallel within the four sides, wherein the first cross-section of the flange portion includes a I corner cutting portion and a II corner cutting portion respectively which are formed such that a first corner portion and a second corner portion positioned on the first circumscribed rectangle are removed obliquely, wherein the winding core portion is formed such that a second contour line of a second cross-section of the winding core portion, which becomes perpendicular with respect to the axis line, forms a shape of a second irregular convex polygon which is substantially a non-regular polygon and also a convex polygon, and wherein the second cross-section of the winding core portion includes, at a position corresponding to the I corner cutting portion of the first cross-section of the flange portion, a i corner cutting portion constituted by a i corner cutting line which becomes parallel with respect to a I corner cutting line constituting the I corner cutting portion; and the second cross-section includes, at a position corresponding to the II corner cutting portion of the first cross-section of the flange portion, a ii corner cutting portion constituted by a ii corner cutting line which becomes parallel with respect to a II corner cutting line constituting the II corner cutting portion.
Hand-held electric implement, in particular portable hand-held working implement, such as a hedge cutter, a motorised chainsaw, a free cutter or the like, comprising an implement housing, in which an electric motor controlled by an electric component for driving a tool is accommodated, wherein the electric motor draws cooling air into a motor housing via a fan impeller and blows it out of the motor housing via a blow-out opening (35, 36), and wherein the cooling air flows into a cooling air entry chamber within the implement housing via a cooling air entry window in the outer wall of the implement housing and emerges from the implement housing from a cooling air exit chamber within the implement housing via a cooling air exit window in the outer wall of the implement housing, wherein the cooling air entry chamber and the cooling air exit chamber are largely separated from each other in an air-tight arrangement by an inner housing wall and the motor housing of the electric motor forms the only distinct flow connection between the chambers (40, 50), characterised in that the cooling air entry window and the cooling air exit window form a common window panel in the outer wall of the housing.
Headlamp for vehicles, comprising at least one light module having at least one light source and at least one mirror device, wherein to the light module there is assigned an actuator configured to pivot the light module in order to set an angular position which is preset for operation, characterised by an absorber surface with an opening, wherein light emanating from the light source and deflected by the mirror device onto the absorber surface is absorbed there, with the exception of light passing through the opening as a limited light beam, and a light-sensitive sensor which is located behind the opening in the line of sight from the mirror means and which is adapted to detect the light beam passing through the opening so as to detect a zero position of the angular position of the light module, wherein the absorber surface is arranged independently of the light module and the sensor is arranged fixed relative to the pivotable light module, or the absorber surface is arranged fixed relative to the pivotable light module and the sensor is arranged independently of the light module.