mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing disodium 5,5'-indigosulfonate, the starting material being indigo, this process comprising the following steps: i) indigo is subjected to a sulfonation treatment leading to a mixture which contains 5,5'-indigosulfonic acid, this process being characterized in that: ii) the mixture obtained in step i) is subjected to a reduction treatment, and optionally a purification step, so as to obtain a composition comprising leuco-5,5'-indigosulfonic acid, iii) the leuco-5,5'-indigosulfonic acid is isolated from the composition derived from step ii), iv) the leuco-5,5'-indigosulfonic acid derived from step iii) is oxidized to disodium 5,5'-indigosulfonate. i) indigo is subjected to a sulfonation treatment leading to a mixture which contains 5,5'-indigosulfonic acid, this process being characterized in that: ii) the mixture obtained in step i) is subjected to a reduction treatment, and optionally a purification step, so as to obtain a composition comprising leuco-5,5'-indigosulfonic acid, iii) the leuco-5,5'-indigosulfonic acid is isolated from the composition derived from step ii), iv) the leuco-5,5'-indigosulfonic acid derived from step iii) is oxidized to disodium 5,5'-indigosulfonate. ii) the mixture obtained in step i) is subjected to a reduction treatment, and optionally a purification step, so as to obtain a composition comprising leuco-5,5'-indigosulfonic acid, iii) the leuco-5,5'-indigosulfonic acid is isolated from the composition derived from step ii), iv) the leuco-5,5'-indigosulfonic acid derived from step iii) is oxidized to disodium 5,5'-indigosulfonate.
An arrangement for unwinding cable wound onto a reel made up of a central cylindrical drum and two circular side flanges (5B, 5C), the arrangement including two posts each able to be fitted into a central orifice of each flange, the arrangement being characterized in that it includes only two independent parts, respectively bearing each post able to be fastened in said central orifice of each flange while allowing its rotation, in that said two independent parts (1, 1') are able to cover each flange while having a frontal surface lower than the circular frontal surface of each flange and in that each said independent part (1, 1') bears a support element articulated, from the idle position, where it is integrated into the corresponding independent part by complete frontal fitting with clipping in a corresponding slot borne by said independent part, to an active position, where it rests on the plane supporting the reel and lifts the latter.
A valve device, in particular made in the manner of a non-return valve, comprising a valve piston that can be moved longitudinally within a valve housing, which valve piston fluidically connects a first fluid chamber to a second fluid chamber starting from a closed position into at least one of its open positions, a third fluid chamber being provided which is partly delimited by a first control surface of the valve piston and which is permanently fluidically connected to the second fluid chamber via a fluid channel and is separated from the first fluid chamber in the closed position of the valve piston, the fluid pressure in the second fluid chamber being applied to a second valve piston control surface which acts opposite the first control surface when pressure is applied, the valve piston being subdivided into an actuation part and into a control part controlling the conveyance of fluid between the first fluid chamber and the second fluid chamber, and the control part of the valve piston having a third control surface on its closed free front side in the direction of the first fluid chamber, which third control surface borders on a valve seat when the valve piston is in the closed position, the fluid channel opening out into the second fluid chamber in the form of at least one channel portion leading out of the control part behind this valve seat, characterised in that, in the closed position, the respective channel portion of the fluid channel opens out into a funnel-shaped expansion chamber that forms part of the second fluid chamber within the valve housing or a valve block.
A method for displaying a sequence of review images selected from a plurality of captured images related to agricultural crops or a field where the agricultural crops are cultivated, said method comprising: receiving a request from a user of a review target that indicates a target which a user wants to review using the review images for reviewing the agricultural crops or the field and an environmental factor affecting the agricultural crops or the field; selecting, from the plurality of captured images, a plurality of review images based on the review target, the environmental factor and a position where each of the captured images is captured; and causing a display device to display the selected review images ordered according to the review target to form the sequence of review images, wherein the plurality of review images is selected in accordance with a sampling pattern, wherein the sampling pattern is selected from a set of sampling patterns each including a location in the field at which one of the captured images was captured, and depending upon the environmental factor, wherein the review target is selected by a user using a displayed user interface, the review target being at least one of: yield estimation, growth stage, and disease, wherein the environmental factor is at least one of: soil type, topology, weather, and drainage, and wherein the set of sampling patterns is at least one of: a random density sampling pattern, a random grid sampling pattern, a centred Gaussian sampling pattern and a centred spiral sampling pattern. receiving a request from a user of a review target that indicates a target which a user wants to review using the review images for reviewing the agricultural crops or the field and an environmental factor affecting the agricultural crops or the field; selecting, from the plurality of captured images, a plurality of review images based on the review target, the environmental factor and a position where each of the captured images is captured; and causing a display device to display the selected review images ordered according to the review target to form the sequence of review images, wherein the plurality of review images is selected in accordance with a sampling pattern, wherein the sampling pattern is selected from a set of sampling patterns each including a location in the field at which one of the captured images was captured, and depending upon the environmental factor, wherein the review target is selected by a user using a displayed user interface, the review target being at least one of: yield estimation, growth stage, and disease, wherein the environmental factor is at least one of: soil type, topology, weather, and drainage, and wherein the set of sampling patterns is at least one of: a random density sampling pattern, a random grid sampling pattern, a centred Gaussian sampling pattern and a centred spiral sampling pattern.
A composition for use in treating cancer in a subject, the composition comprising chymotrypsinogen and trypsinogen, wherein the weight ratio of chymotrypsinogen: trypsinogen is equal to or greater than 2:1 but less than 4:1, and wherein the composition does not comprise amylase.
Vehicle exterior air guiding device intended to be installed on a motor vehicle comprising: - a fixed part intended to be attached to said motor vehicle, - a movable part movably mounted on the fixed part, - at least one connecting mechanism allowing a movement of the movable part relative to the fixed part between a stowed position and a deployed position, and - for each connecting mechanism, an assembling device for connecting the connecting mechanism and the movable part, the assembling device comprising a link bar extending along a bar axis (B-B'), the link bar being inserted in at least one opening defined in the movable part and in at least one opening defined in the connecting mechanism, characterized in that the assembling device comprises one fastening element extending along a fastening axis (F-F') and locking the link bar in position, the bar axis (B-B') and the fastening axis (F-F') extending in different directions. - a fixed part intended to be attached to said motor vehicle, - a movable part movably mounted on the fixed part, - at least one connecting mechanism allowing a movement of the movable part relative to the fixed part between a stowed position and a deployed position, and - for each connecting mechanism, an assembling device for connecting the connecting mechanism and the movable part, the assembling device comprising a link bar extending along a bar axis (B-B'), the link bar being inserted in at least one opening defined in the movable part and in at least one opening defined in the connecting mechanism,
A composition comprising pheromones in an amount of less than or equal to about 1% by weight with respect to the total weight of said composition, wherein the pheromones are mixtures of fatty acids selected from a mixture of linoleic acid and valeric acid including esters thereof, and wherein the composition further comprises ethyl lactate.
A multistage damping system comprising: - an elongated housing containing a damping medium; - an axially moveable primary piston assembly arranged in the housing comprising a primary piston and a valve assembly (121,122); - an axially moveable secondary piston assembly having an orifice disposed in a location to engage said valve assembly when said primary piston assembly is moved in a compressive direction beyond a particular compressive movement distance, wherein said valve assembly once engaged with said orifice regulates the flow of damping medium to provide a greater compressive damping force when said primary piston assembly and said secondary piston assembly are moved beyond said particular compressive movement distance; and - an axially moveable tertiary piston assembly having a recessed cavity formed therein, wherein said secondary piston assembly is disposed within said recessed cavity; characterized in a second housing, wherein the tertiary piston assembly is disposed and moveable within the second housing, and wherein the second housing is formed integral with the elongated housing, and further comprising a first restoration spring disposed in the recessed cavity and configured to provide an expansive force on the secondary piston assembly. - an elongated housing containing a damping medium; - an axially moveable primary piston assembly arranged in the housing comprising a primary piston and a valve assembly (121,122); - an axially moveable secondary piston assembly having an orifice disposed in a location to engage said valve assembly when said primary piston assembly is moved in a compressive direction beyond a particular compressive movement distance, wherein said valve assembly once engaged with said orifice regulates the flow of damping medium to provide a greater compressive damping force when said primary piston assembly and said secondary piston assembly are moved beyond said particular compressive movement distance; and - an axially moveable tertiary piston assembly having a recessed cavity formed therein, wherein said secondary piston assembly is disposed within said recessed cavity; characterized in a second housing, wherein the tertiary piston assembly is disposed and moveable within the second housing, and wherein the second housing is formed integral with the elongated housing, and further comprising a first restoration spring disposed in the recessed cavity and configured to provide an expansive force on the secondary piston assembly. wherein said secondary piston assembly is disposed within said recessed cavity; characterized in a second housing, wherein the tertiary piston assembly is disposed and moveable within the second housing, and wherein the second housing is formed integral with the elongated housing, and further comprising a first restoration spring disposed in the recessed cavity and configured to provide an expansive force on the secondary piston assembly.
A clip for use in the construction of a reinforced concrete panel, the panel being reinforced by a mesh comprising a plurality of parallel line wires and a plurality of parallel cross-wires connected to the line wires, wherein the clip comprises: a base configured to detachably engage and lock at any point along a side wall that, in use, defines a formwork of the panel; and a body extending from the base, the body being configured to retain a line wire or a cross-wire of the mesh in an operative position of the mesh, wherein the body retains the wire via a twist-lock action, wherein the base is configured to be retained by the side wall via a twist-lock action, wherein the body includes a passageway configured to receive an end section of the line wire and characterized in that the body includes a channel extending perpendicular to the passageway and positioned in relation to the passageway so that when the line wire is inserted into the passageway, the line wire can be rotated through 90 degrees to locate the cross-wire in and be cradled by the channel. a base configured to detachably engage and lock at any point along a side wall that, in use, defines a formwork of the panel; and a body extending from the base, the body being configured to retain a line wire or a cross-wire of the mesh in an operative position of the mesh, wherein the body retains the wire via a twist-lock action, wherein the base is configured to be retained by the side wall via a twist-lock action, wherein the body includes a passageway configured to receive an end section of the line wire and characterized in that the body includes a channel extending perpendicular to the passageway and positioned in relation to the passageway so that when the line wire is inserted into the passageway, the line wire can be rotated through 90 degrees to locate the cross-wire in and be cradled by the channel.
A monoclonal antibody produced by the hybridoma cell line 12A2, deposited with the ECACC as Patent Deposit No. 10091401, or an antigen binding fragment of said antibody that retains the capability of specifically binding to HE4a, wherein said monoclonal antibody or antigen-binding fragment thereof binds an epitope within the amino acid sequence of the N-WFDC domain of an HE4a polypeptide as set forth in SEQ ID NO: 17.
A method in a base station for receiving a Physical Random-Access Channel, PRACH, preamble, wherein the base station communicates with a user equipment, UE, using OFDM based symbols, wherein the method comprises: receiving a PRACH preamble, wherein the PRACH preamble comprises a plurality of repetitions of a random access sequence, where each repetition of the random access sequence has the same length in time as an OFDM based symbol.
A method for a user equipment, UE, the method comprising: receiving signaling, by the UE, the signaling including: a first Non-Zero Power, NZP, channel state information, CSI,-reference signal, RS, configuration for channel measurement; a second NZP CSI-RS configuration for interference measurement; and a CSI interference measurement, CSI-IM, configuration for interference measurement; and receiving, by the UE, a CSI feedback request for CSI based on at least the signaled first NZP CSI-RS configuration, the second NZP CSI-RS configuration, and the CSI-IM configuration, characterized in that the second NZP CSI-RS configuration being for configuring K NZP CSI-RS resources for the interference measurement, where K >= 1. receiving signaling, by the UE, the signaling including: a first Non-Zero Power, NZP, channel state information, CSI,-reference signal, RS, configuration for channel measurement; a second NZP CSI-RS configuration for interference measurement; and a CSI interference measurement, CSI-IM, configuration for interference measurement; and a first Non-Zero Power, NZP, channel state information, CSI,-reference signal, RS, configuration for channel measurement; a second NZP CSI-RS configuration for interference measurement; and a CSI interference measurement, CSI-IM, configuration for interference measurement; and receiving, by the UE, a CSI feedback request for CSI based on at least the signaled first NZP CSI-RS configuration, the second NZP CSI-RS configuration, and the CSI-IM configuration, characterized in that the second NZP CSI-RS configuration being for configuring K NZP CSI-RS resources for the interference measurement, where K >= 1.
A process for liquefying and optionally separating a CO2-rich feed stream comprising the following steps: a) compression (C1, C2) of the supply flow from an initial pressure to a first pressure greater than 30 bara to obtain a supply flow at the first pressure and at a first temperature, b) cooling the feed flow at the first pressure and the first temperature by a flow water or oil at a second temperature lower the first temperature to form a feed flow at the first pressure and a third temperature, c) cooling of the feed flow at the first pressure and third temperature to form a feed flow at the first pressure and at a fourth temperature by heat exchange with at least one stream (13, 14, 17, 19, 21) which is produced by heating a liquid, this liquid resulting from the liquefaction and possibly the separation of the feed flow d) cooling of the supply flow at the first pressure and at the fourth temperature 20 by heat exchange with a flow of fluid at a temperature between 5 and 40°C which is air or water to form a feed flow at the first pressure and at a fifth temperature and at least part of the feed flow at the first pressure and fifth temperature being liquefied and optionally separated by partial condensation and/or by distillation to form a liquid product (11, 13, 23), optionally a portion of the liquid part also being separated by partial condensation and/or by distillation. a) compression (C1, C2) of the supply flow from an initial pressure to a first pressure greater than 30 bara to obtain a supply flow at the first pressure and at a first temperature, b) cooling the feed flow at the first pressure and the first temperature by a flow water or oil at a second temperature lower the first temperature to form a feed flow at the first pressure and a third temperature, c) cooling of the feed flow at the first pressure and third temperature to form a feed flow at the first pressure and at a fourth temperature by heat exchange with at least one stream (13, 14, 17, 19, 21) which is produced by heating a liquid, this liquid resulting from the liquefaction and possibly the separation of the feed flow d) cooling of the supply flow at the first pressure and at the fourth temperature 20 by heat exchange with a flow of fluid at a temperature between 5 and 40°C which is air or water to form a feed flow at the first pressure and at a fifth temperature and at least part of the feed flow at the first pressure and fifth temperature being liquefied and optionally separated by partial condensation and/or by distillation to form a liquid product (11, 13, 23), optionally a portion of the liquid part also being separated by partial condensation and/or by distillation.
Motor vehicle comprising a structural bodywork element and a running gear, particularly a rear axle, that comprises at least one arm comprising an upper attachment extremity that is received in a sheet metal clevis supported on a lower face of a floor of the structural bodywork element, said attachment extremity comprising at least one transverse tubular sleeve that fits with limited clearance between two parallel flanks of said clevis, and an attachment screw designed to pass through two coaxial bores in both flanks and said transverse tubular sleeve so as to enable attachment of said attachment extremity into the clevis, characterized in that the clevis comprises means for guiding the attachment extremity into a position in which the bores in the flanks and in the sleeve are aligned.
A cleaning module (100, 200) usable with a printhead of a printing system, the cleaning module (100, 200) comprising: an actuator device; a fluid chamber; and a wiper member; the cleaning module characterised in that: the actuator device has a first fluid channel therein, the actuator device is to enter an activation state based on a movement of at least a portion of the actuator device in response to an engagement with the printhead, wherein the engagement comprises the printhead pushing an upper portion of the actuator device to cause the movement of the upper portion of the actuator device with respect to a lower portion of the actuator device; a second fluid channel is in fluid communication with the actuator device; the fluid chamber is to store fluid and is coupled to the second fluid channel, the fluid chamber to selectively supply the fluid through the second fluid channel and the first fluid channel to a porous wipe material in response to the activation state of the actuator device; and the wiper member is to apply pressure to the porous wipe material including the fluid therein to wipe the printhead. an actuator device; a fluid chamber; and a wiper member; the actuator device has a first fluid channel therein, the actuator device is to enter an activation state based on a movement of at least a portion of the actuator device in response to an engagement with the printhead, wherein the engagement comprises the printhead pushing an upper portion of the actuator device to cause the movement of the upper portion of the actuator device with respect to a lower portion of the actuator device; a second fluid channel is in fluid communication with the actuator device; the fluid chamber is to store fluid and is coupled to the second fluid channel, the fluid chamber to selectively supply the fluid through the second fluid channel and the first fluid channel to a porous wipe material in response to the activation state of the actuator device; and the wiper member is to apply pressure to the porous wipe material including the fluid therein to wipe the printhead.
A frame for an explosion-proof housing which encloses a housing interior space for accommodating operating equipment that can form ignition sparks, wherein the frame comprises support elements (21, 21a, 21b), wherein at least one of the support elements (21, 21a, 21b) - a receiving support element (21, 21a, 21b) - delimits a support element interior space and wherein at least one of the receiving support elements (21, 21a, 21b) delimits an opening through which the housing interior space is fluidically connected to the support element interior space, characterized in that the frame defines a venting opening through which the housing interior space is fluidically connected to the surrounding area of the housing in a flameproof manner, wherein the housing interior space is fluidically connected to the surrounding area of the housing in a flameproof manner via at least one support element interior space via the venting opening.
A lifting device for a component of a motor vehicle, comprising: - a load carrying unit having at least one support arm, and - a coupling unit mounted on the support arm in a longitudinally displaceable manner for releasably connecting the support arm to the component of a motor vehicle, characterized in that the load carrying unit is adjustably connected via a radial joint bearing unit to a support unit that can be arranged on a lifting unit. - a load carrying unit having at least one support arm, and - a coupling unit mounted on the support arm in a longitudinally displaceable manner for releasably connecting the support arm to the component of a motor vehicle,