mhurhangee/ep-ind-claims huggingface dataset:
An optical communication system, comprising: a multi-path fiber that supports a plurality of transverse modes; an optical transmitter coupled to a first end of the multi-path fiber and configured to launch an optical transverse-mode-multiplexed, referred to as TMM, signal having N independently modulated components such that, at the first end, each of the N independently modulated components corresponds to a respective single transverse mode of the multi-path fiber, where N is an integer greater than one; and an optical receiver coupled to a second end of the multi-path fiber and configured to process the TMM signal received through the multi-path fiber to recover data carried by each of the N independently modulated components. a multi-path fiber that supports a plurality of transverse modes; an optical transmitter coupled to a first end of the multi-path fiber and configured to launch an optical transverse-mode-multiplexed, referred to as TMM, signal having N independently modulated components such that, at the first end, each of the N independently modulated components corresponds to a respective single transverse mode of the multi-path fiber, where N is an integer greater than one; and an optical receiver coupled to a second end of the multi-path fiber and configured to process the TMM signal received through the multi-path fiber to recover data carried by each of the N independently modulated components.
Knife for making joining profiles in wood, comprising a support part provided with a bottom wall, a front wall and a back wall, and a cutting part provided with a plurality of blades projecting from said support part and each having a face at the front, said knife comprising one or more threaded through holes made in said support part in a direction uniting the front wall and the back wall and characterized in that said knife is provided with four positioning surfaces comprising: - a first resting surface, parallel to said face and located in an intermediate position between said threaded through holes and said blades, - an axial abutment surface transverse to the face and to said bottom wall, - a radial abutment surface, inclined with respect to said first resting surface and transverse to said axial abutment surface, - a second resting surface, inclined with respect to said first resting surface, transverse to said threaded through holes and converging from said bottom wall toward said radial abutment surface. - a first resting surface, parallel to said face and located in an intermediate position between said threaded through holes and said blades, - an axial abutment surface transverse to the face and to said bottom wall, - a radial abutment surface, inclined with respect to said first resting surface and transverse to said axial abutment surface, - a second resting surface, inclined with respect to said first resting surface, transverse to said threaded through holes and converging from said bottom wall toward said radial abutment surface.
An immediate release pharmaceutical composition comprising from 16 wt% to 18 wt% rifaximin; from 16 wt% to 18 wt% HPMC-AS; from 1 wt% to 2 wt% poloxamer 407; from 8 wt% to 10 wt% croscarmellose sodium; from 49 wt% to 51 wt% microcrystalline cellulose; from 0.15 wt% to 0.25 wt% colloidal silicon dioxide; and from 0.45 wt% to 0.55 wt% magnesium stearate, wherein the total amount of rifaximin is 40 mg. from 16 wt% to 18 wt% rifaximin; from 16 wt% to 18 wt% HPMC-AS; from 1 wt% to 2 wt% poloxamer 407; from 8 wt% to 10 wt% croscarmellose sodium; from 49 wt% to 51 wt% microcrystalline cellulose; from 0.15 wt% to 0.25 wt% colloidal silicon dioxide; and from 0.45 wt% to 0.55 wt% magnesium stearate, wherein the total amount of rifaximin is 40 mg.
A belt for a textile machine comprising a canvas core, the canvas core being constituted by a woven fabric based on a twill weave texture in which a plurality of warps cross a plurality of wefts and form weave points (13, 15) at which each of the warp crosses the wefts, wherein a minimum unit of the twill weave texture is constituted by four weave points (13, 15) extending downward in a longitudinal direction of the belt and eight weave points (13, 15) extending from left to right in a width direction of the belt, each column of the minimum unit represents the warp, and each row of the minimum unit represents the weft, the weave points (13, 15) are constituted by first weave points at each of which a warp crosses a weft by passing over the weft, and second weave points at each of which a warp crosses a weft by passing under the weft, aggregates are each formed by two first weave points, characterized in that in the minimum unit, the aggregate in a third column from the left is shifted one first weave point downward in the longitudinal direction with respect to the aggregate in a second column from the left, the aggregate in a fourth column from the left is shifted one first weave point downward in the longitudinal direction with respect to the aggregate in the third column from the left, the aggregate in a fifth column from the left is shifted one first weave point upward in the longitudinal direction with respect to the aggregate in the fourth column from the left, and the aggregate in a sixth column from the left is shifted one first weave point downward in the longitudinal direction with respect to the aggregate in the fifth column from the left. the aggregate in a third column from the left is shifted one first weave point downward in the longitudinal direction with respect to the aggregate in a second column from the left, the aggregate in a fourth column from the left is shifted one first weave point downward in the longitudinal direction with respect to the aggregate in the third column from the left, the aggregate in a fifth column from the left is shifted one first weave point upward in the longitudinal direction with respect to the aggregate in the fourth column from the left, and the aggregate in a sixth column from the left is shifted one first weave point downward in the longitudinal direction with respect to the aggregate in the fifth column from the left.
Processing method for video data that are displayable on at least one display device, wherein a) from the video data a predetermined quantity of static field of view FOV datasets (6, 8) are precalculated and stored, b) further, video data for temporal transitions between the stored static FOV datasets (6, 8) are calculated and stored as dynamic FOV datasets, wherein, immediately or at a later point in time, c) a static or dynamic initial FOV and a static or dynamic target FOV are specifically selected for this purpose, in particular by a user, and d) the video data corresponding in time to the selected FOV datasets, including the dynamic FOV datasets between the initial FOV and the target FOV, are streamable or streamed. a) from the video data a predetermined quantity of static field of view FOV datasets (6, 8) are precalculated and stored, b) further, video data for temporal transitions between the stored static FOV datasets (6, 8) are calculated and stored as dynamic FOV datasets, wherein, immediately or at a later point in time, c) a static or dynamic initial FOV and a static or dynamic target FOV are specifically selected for this purpose, in particular by a user, and d) the video data corresponding in time to the selected FOV datasets, including the dynamic FOV datasets between the initial FOV and the target FOV, are streamable or streamed.
An antibody that specifically binds to the β5 subunit of αvβ5 integrin for use in treating or preventing pulmonary edema or in treating or preventing acute lung injury, wherein said antibody is an αvβ5 integrin antagonist.
Device for operating in a water chamber of a heat exchanger comprising a wall of substantially hemispherical shape comprising at least one entry hatch and delimited at its upper portion by a tube plate traversed by a plurality of vertical holes, characterized in that it comprises: - at least one rail furnished with members for attachment on the bottom face of the tube plate and supporting at least one trolley that can be moved along the said rail and fitted with a pendular lifting means, and - a robotic arm comprising an attachment base furnished, on the one hand, with members for coupling on the bottom face of the tube plate either side of the said rail and, on the other hand, with a drive means interacting with the lifting means to draw the attachment base against the tube plate. - at least one rail furnished with members for attachment on the bottom face of the tube plate and supporting at least one trolley that can be moved along the said rail and fitted with a pendular lifting means, and - a robotic arm comprising an attachment base furnished, on the one hand, with members for coupling on the bottom face of the tube plate either side of the said rail and, on the other hand, with a drive means interacting with the lifting means to draw the attachment base against the tube plate.
An adaptor for an anchor comprising: a first member configured for coupling a chain; a hollow second member for pivotally coupling an anchor; the second member defining a longitudinally extending blind slot on an inner surface and a longitudinally extending opening diametrically opposite the blind slot; the blind slot configured to restrict pivoting motion of the anchor within the second member; and a swivel coupler for coupling the first member to the second member. a first member configured for coupling a chain; a hollow second member for pivotally coupling an anchor; the second member defining a longitudinally extending blind slot on an inner surface and a longitudinally extending opening diametrically opposite the blind slot; the blind slot configured to restrict pivoting motion of the anchor within the second member; and a swivel coupler for coupling the first member to the second member.
Device for purifying exhaust gases, the purification device comprising: - a first purification member comprising a first external casing delimiting a first exhaust gas inlet and a first exhaust gas outlet, and a first substrate for purifying the exhaust gases, which substrate is housed in the first casing, the exhaust gases flowing in a first direction in the first substrate; - a second purification member comprising a second external casing delimiting a second exhaust gas inlet and a second exhaust gas outlet, and a second substrate for purifying the exhaust gases, which substrate is housed in the second casing, the exhaust gases flowing in the second substrate in a second direction opposite the first direction, the first and second purification members (20, 24) being arranged side by side and substantially parallel to one another; - a cavity which fluidically connects the first outlet to the second inlet, the cavity being delimited by a cover in the form of a cup which is attached directly to the first and second external casings (28, 34); characterised in that the cover has a base and a peripheral edge with a closed contour which projects relative to the base, the peripheral edge having a free edge which is fixed directly to the first and second external casings (28, 34). - a first purification member comprising a first external casing delimiting a first exhaust gas inlet and a first exhaust gas outlet, and a first substrate for purifying the exhaust gases, which substrate is housed in the first casing, the exhaust gases flowing in a first direction in the first substrate; - a second purification member comprising a second external casing delimiting a second exhaust gas inlet and a second exhaust gas outlet, and a second substrate for purifying the exhaust gases, which substrate is housed in the second casing, the exhaust gases flowing in the second substrate in a second direction opposite the first direction, the first and second purification members (20, 24) being arranged side by side and substantially parallel to one another; - a cavity which fluidically connects the first outlet to the second inlet, the cavity being delimited by a cover in the form of a cup which is attached directly to the first and second external casings (28, 34);
A fence post for mounting a planar fence member comprising a lengthwise extending base member having a mounting section for the mounting of the fence member and having a holding section at the bottom side for erecting the fence post, wherein a clamping strip is provided that is clampingly attachable to the mounting section, wherein the fence member is mountable between the mounting section and the clamping strip, wherein the clamping strip has a plurality of fastening means that is connectable to a plurality of counter-fastening means formed at the base member over the length of the mounting section, and wherein the fastening means form projections and the counter-fastening means form openings, or wherein the fastening means form openings and the counter-fastening means form projections, wherein ultimately the projections are formed to penetrate through holes present in the fence member and to be introduced into and releasably latched in the openings, and wherein, at least in the region of the mounting section, the base member has a recess into which the clamping strip is introduced when the fastening means are arranged at the counter-fastening means.
A pneumatic tire, comprising a tread that includes a cap layer and a base layer, the cap layer and the base layer satisfying relationships represented by the following formulas to: 50 / 50 ≤ Vc / Vb ≤ 90 / 10 wherein Vc is a volume of the cap layer and Vb is a volume of the base layer, 0.65 ≤ E * c / E * b < 1.00 and 1.30 ≤ tan δc / E * c / tan δb / E * b < 2.40 wherein E*c and tan δc are a complex modulus and a loss tangent, respectively, of the cap layer at 30°C, and E*b and tan δb are a complex modulus and a loss tangent, respectively, of the base layer at 30°C, wherein the base layer comprises butadiene rubber containing a 1,2-syndiotactic polybutadiene crystal, and wherein the tan δb is 0.190 or less.
An aircraft-side aircraft data retrieval system, comprising: a data storage device, located in an electromagnetically sealed location in the aircraft to store data acquired during the flight; and a wireless apparatus, operably linked to the data storage device, having an antenna located in a bay of the aircraft having an exterior panel arranged to adopt one of a closed configuration in which the bay is both physically and electromagnetically sealed by the panel, and an open configuration in which the bay is electromagnetically exposed, the wireless apparatus being arranged, after the aircraft has landed and when the exterior panel has adopted the open configuration, to communicate wirelessly, by means of the antenna, with a ground-side data retrieval system to transmit the stored data. a data storage device, located in an electromagnetically sealed location in the aircraft to store data acquired during the flight; and a wireless apparatus, operably linked to the data storage device, having an antenna located in a bay of the aircraft having an exterior panel arranged to adopt one of a closed configuration in which the bay is both physically and electromagnetically sealed by the panel, and an open configuration in which the bay is electromagnetically exposed, the wireless apparatus being arranged, after the aircraft has landed and when the exterior panel has adopted the open configuration, to communicate wirelessly, by means of the antenna, with a ground-side data retrieval system to transmit the stored data.
A method of operating a processor circuitry, comprising: - loading, from a memory, a first firmware and executing the first firmware, - generating a second firmware and writing the second firmware to the memory, and - in response to said generating of the second firmware: disabling further repetitions of said executing of the first firmware, characterized in that the second firmware is uniquely associated with the processor circuitry, generating the second firmware from the first firmware is based on an adaption of the executed first firmware, the memory is a non-volatile memory, and the first firmware is not uniquely identified and the second firmware is uniquely identified. - loading, from a memory, a first firmware and executing the first firmware, - generating a second firmware and writing the second firmware to the memory, and - in response to said generating of the second firmware: disabling further repetitions of said executing of the first firmware, generating the second firmware from the first firmware is based on an adaption of the executed first firmware, the memory is a non-volatile memory, and the first firmware is not uniquely identified and the second firmware is uniquely identified.
A method of making an ion optics component, comprising: providing an electrically isolating substrate having a first major surface and a second major surface that is opposite the first major surface; machining away material, other than along an edge of the substrate, from the first major surface and from the second major surface to form an electrode support having a surface that is other than parallel to either the first major surface or the second major surface; characterised by machining away other material of the substrate to define a plurality of gaps (204a-g) at spaced-intervals along the surface of the electrode support, so as to define a plurality of surface segments (202a-g), the surface segments (202a-g) separated one from the other by the gaps (204a-g); and plating and masking the electrode support to form an electrode body on each of the surface segments (202a-g) and to form surface traces (210a,212a) connecting between the electrode bodies that are formed on different surface segments (202a-g) of the plurality of surface segments (202a-g), thereby forming a first electrode structure. providing an electrically isolating substrate having a first major surface and a second major surface that is opposite the first major surface; machining away material, other than along an edge of the substrate, from the first major surface and from the second major surface to form an electrode support having a surface that is other than parallel to either the first major surface or the second major surface; characterised by machining away other material of the substrate to define a plurality of gaps (204a-g) at spaced-intervals along the surface of the electrode support, so as to define a plurality of surface segments (202a-g), the surface segments (202a-g) separated one from the other by the gaps (204a-g); and plating and masking the electrode support to form an electrode body on each of the surface segments (202a-g) and to form surface traces (210a,212a) connecting between the electrode bodies that are formed on different surface segments (202a-g) of the plurality of surface segments (202a-g), thereby forming a first electrode structure.
Method for data interchange between a client and a server, in which setup of a data connection via at least one network node is followed by the data interchange being effected by means of at least one message according to a stateless transmission protocol; wherein the message contains not only data to be interchanged but also a message header including a characterization of a type and content of the message; wherein the message comprises a request sent by the client to a respective server (AS1,AS2,AS3); wherein at least one quality of service attribute is provided in the message header of the request; wherein the at least one quality of service attribute is used by at least one network node involved in the data interchange to determine a handling of a respective message, in particular in comparison with other messages; and wherein the quality of service attribute comprises an association datum for associating the message with an application or a group of applications. wherein the message contains not only data to be interchanged but also a message header including a characterization of a type and content of the message; wherein the message comprises a request sent by the client to a respective server (AS1,AS2,AS3); wherein at least one quality of service attribute is provided in the message header of the request; wherein the at least one quality of service attribute is used by at least one network node involved in the data interchange to determine a handling of a respective message, in particular in comparison with other messages; and wherein the quality of service attribute comprises an association datum for associating the message with an application or a group of applications.
A working assembly suitable for use in an agriculture machine, comprising - a driving system, comprising - a dynamic member rotatable received on a carrier member, - a static member provided opposite to the dynamic member, wherein essentially flat surfaces of the static and the dynamic member (4, 6) are provided opposite each other, and - a combination of driving elements comprising a coil assembly and a permanent magnet assembly, the coil assembly being provided on one of the dynamic member and the static member and being suitable for providing an electromagnetic driving field which, in conjunction with the permanent magnet assembly provided on the static member or the dynamic member, provides a driving force for rotating the dynamic member, and - a working tool received on the dynamic member, characterized in that the dynamic member is releasable connected to the carrier member, and the static member is received on the carrier member. - a driving system, comprising - a dynamic member rotatable received on a carrier member, - a static member provided opposite to the dynamic member, wherein essentially flat surfaces of the static and the dynamic member (4, 6) are provided opposite each other, and - a combination of driving elements comprising a coil assembly and a permanent magnet assembly, the coil assembly being provided on one of the dynamic member and the static member and being suitable for providing an electromagnetic driving field which, in conjunction with the permanent magnet assembly provided on the static member or the dynamic member, provides a driving force for rotating the dynamic member, and - a dynamic member rotatable received on a carrier member, - a static member provided opposite to the dynamic member, wherein essentially flat surfaces of the static and the dynamic member (4, 6) are provided opposite each other, and - a combination of driving elements comprising a coil assembly and a permanent magnet assembly, the coil assembly being provided on one of the dynamic member and the static member and being suitable for providing an electromagnetic driving field which, in conjunction with the permanent magnet assembly provided on the static member or the dynamic member, provides a driving force for rotating the dynamic member, and - a working tool received on the dynamic member, characterized in that the dynamic member is releasable connected to the carrier member, and the static member is received on the carrier member.
Process for the powder metallurgical production of a component from titanium or a titanium alloy, wherein a green part is first formed by using metal powder formed from titanium or the titanium alloy and this is then compacted and solidified in a subsequent sintering step, characterized in that for the production of the green part metal powder of titanium or the titanium alloy is used, with an average particle size <25 μm, as measured by laser beam scattering according to ASTM B822 and that the sintering step is performed at a sintering temperature up to max. 1100°C, at a sintering time <5 hours in an atmosphere with reduced pressure compared to the normal pressure.