mhurhangee/ep-ind-claims huggingface dataset:
Mast of or for a yacht, characterised in that the mast is configured to be collapsible by comprising: - a base; - a top section; and - a rotation mechanism arranged between the base and the top section configured to rotate the top section relative to the base between an upright extended state, in which the top section extends in line with the base, and a collapsed state, in which the top section is rotated downward to reduce a height of the mast, wherein the rotation mechanism comprises an axis oriented transverse through the base, wherein the rotation mechanism comprises a rotation arm, which is rotatably connected to the base via the axis and a mounting plate with a through hole, wherein the arm is extendible from a shorter effective length in the upright extended state to a larger effective length in the collapsed state to keep the base and the top section apart in the collapsed state and have the base and top section abut in the upright extended state, wherein the extendible arm is accommodated in the through hole of the mounting plate inside the top section, characterized in that the rotation mechanism further comprises a traction mechanism (12, 13) extending along the top section and back through an interior of the top section to the mounting plate. - a base; - a top section; and - a rotation mechanism arranged between the base and the top section configured to rotate the top section relative to the base between an upright extended state, in which the top section extends in line with the base, and a collapsed state, in which the top section is rotated downward to reduce a height of the mast, wherein the rotation mechanism comprises an axis oriented transverse through the base, wherein the rotation mechanism comprises a rotation arm, which is rotatably connected to the base via the axis and a mounting plate with a through hole, wherein the arm is extendible from a shorter effective length in the upright extended state to a larger effective length in the collapsed state to keep the base and the top section apart in the collapsed state and have the base and top section abut in the upright extended state, wherein the extendible arm is accommodated in the through hole of the mounting plate inside the top section, characterized in that the rotation mechanism further comprises a traction mechanism (12, 13) extending along the top section and back through an interior of the top section to the mounting plate. the rotation mechanism comprises a rotation arm, which is rotatably connected to the base via the axis and a mounting plate with a through hole, wherein the arm is extendible from a shorter effective length in the upright extended state to a larger effective length in the collapsed state to keep the base and the top section apart in the collapsed state and have the base and top section abut in the upright extended state, wherein the extendible arm is accommodated in the through hole of the mounting plate inside the top section, characterized in that the rotation mechanism further comprises a traction mechanism (12, 13) extending along the top section and back through an interior of the top section to the mounting plate.
A hand treatment device, which is adapted for drying a user's hands with an airflow, the hand treatment device comprising: a hand treatment chamber comprising a hand insertion section and an outflow sink, which is adapted for purging fluid carried by the airflow from the user's hands to the outflow sink; wherein the airflow is generated by applying a negative pressure to the outflow sink, such that air is sucked from an environment of the hand treatment device through the hand insertion section into the outflow sink. a hand treatment chamber comprising a hand insertion section and an outflow sink, which is adapted for purging fluid carried by the airflow from the user's hands to the outflow sink; wherein the airflow is generated by applying a negative pressure to the outflow sink, such that air is sucked from an environment of the hand treatment device through the hand insertion section into the outflow sink.
A wall element with at least one integrated rupturable area, which may be broken out in order to form a wall opening, characterised in that the wall element is made in an injection moulding process from foamed plastic material, that the at least one rupturable area has a plurality of webs distributed over its periphery, which are connected at their radially outer ends to the wall element, and that the at least one rupturable area has wall sections between the webs, which are spaced from the wall element by a gap and which have a smaller wall thickness than the webs.
A hemostatic absorbable composition, comprising: a flowable plurality of separate aggregates each aggregate being an absorbable carrier particle having a first size dimension that is coated on a surface thereof by a plurality of particles having a size dimension smaller than the first size dimension and which comprise an absorbable supplemental hemostasis promoting agent; wherein the supplemental hemostasis promoting agent comprises oxidized regenerated cellulose and the absorbable carrier particles comprise gelatin, wherein a mass ratio of ORC: gelatin is greater than 10:1. a flowable plurality of separate aggregates each aggregate being an absorbable carrier particle having a first size dimension that is coated on a surface thereof by a plurality of particles having a size dimension smaller than the first size dimension and which comprise an absorbable supplemental hemostasis promoting agent; wherein the supplemental hemostasis promoting agent comprises oxidized regenerated cellulose and the absorbable carrier particles comprise gelatin, wherein a mass ratio of ORC: gelatin is greater than 10:1.
An endoscope objective optical system comprising, in order from an object side: a first group; an aperture stop; and a second group, wherein the first group has positive power and is constituted of a negative first lens the object side surface of which is flat and positive second lens; the second group has positive power and is constituted of a combined lens formed of a positive third lens and a negative fourth lens; and the following Conditional Expressions to are satisfied: 1.2 < f 31 / f < 1.55, − 2.8 < f 32 / f < − 1.98, and 0.38 < R 4 + R 3 / R 4 − R 3 < 0.77, where f31 is a focal length of the third lens, f32 is a focal length of the fourth lens, f is a focal length of an entire objective optical system, R3 is a radius of curvature of an object-side surface of the second lens, and R4 is a radius of curvature of an image-side surface of the second lens. a first group; an aperture stop; and a second group, wherein the first group has positive power and is constituted of a negative first lens the object side surface of which is flat and positive second lens; the second group has positive power and is constituted of a combined lens formed of a positive third lens and a negative fourth lens; and the following Conditional Expressions to are satisfied: 1.2 < f 31 / f < 1.55, − 2.8 < f 32 / f < − 1.98, and 0.38 < R 4 + R 3 / R 4 − R 3 < 0.77, where f31 is a focal length of the third lens, f32 is a focal length of the fourth lens, f is a focal length of an entire objective optical system, R3 is a radius of curvature of an object-side surface of the second lens, and R4 is a radius of curvature of an image-side surface of the second lens. f31 is a focal length of the third lens, f32 is a focal length of the fourth lens, f is a focal length of an entire objective optical system, R3 is a radius of curvature of an object-side surface of the second lens, and R4 is a radius of curvature of an image-side surface of the second lens.
A hemostatic material comprising a) at least one galvanic particulate comprising at least two dissimilar metals, and b) a polysaccharide-based, biocompatible hemostatic scaffold wherein said scaffold is a fabric in woven or non-woven form.
A method for aiding in the diagnosis of irritable bowel syndrome and/or a clinical subtype thereof in a subject, said method comprising obtaining at least two of the following (a) through (f) scores: (a) detecting in a sample obtained from said subject the level of at least one bacterial antigen antibody marker to obtain a microbiome score; (b) detecting in said sample the level of at least one mast cell marker to obtain a mast cell score; (c) detecting in said sample the level of at least one inflammatory cell marker to obtain an inflammatory score; (d) detecting in said sample the level of at least one bile acid malabsorption marker to obtain a BAM score; (e) detecting in said sample the level of at least one kynurenine marker to obtain an oxidative stress score; (f) detecting in said sample the level of at least one serotonin marker to obtain a serotonin score; (g) applying a statistical algorithm to the at least two of said microbiome score, said mast cell score, said inflammatory score, said BAM score, said oxidative stress score, and said serotonin score to obtain a disease score; and (h) determining a diagnosis of IBS in said subject based on a statistical algorithm that generates a probability of having IBS based the disease score and a diagnostic model comprising at least two of a microbiome score, a mast cell score, an inflammatory score, a bile acid malabsorption score, an oxidative stress score, a serotonin score and combinations thereof from a retrospective cohort. (a) detecting in a sample obtained from said subject the level of at least one bacterial antigen antibody marker to obtain a microbiome score; (b) detecting in said sample the level of at least one mast cell marker to obtain a mast cell score; (c) detecting in said sample the level of at least one inflammatory cell marker to obtain an inflammatory score; (d) detecting in said sample the level of at least one bile acid malabsorption marker to obtain a BAM score; (e) detecting in said sample the level of at least one kynurenine marker to obtain an oxidative stress score; (f) detecting in said sample the level of at least one serotonin marker to obtain a serotonin score; (g) applying a statistical algorithm to the at least two of said microbiome score, said mast cell score, said inflammatory score, said BAM score, said oxidative stress score, and said serotonin score to obtain a disease score; and (h) determining a diagnosis of IBS in said subject based on a statistical algorithm that generates a probability of having IBS based the disease score and a diagnostic model comprising at least two of a microbiome score, a mast cell score, an inflammatory score, a bile acid malabsorption score, an oxidative stress score, a serotonin score and combinations thereof from a retrospective cohort.
A flow control valve for a hydraulic conduit, said valve comprising a valve body characterised by having an open through passage defining a flow restriction, and an arcuate array of flow relief passages, each of said relief passages having at one side a closure comprising a leaf spring (47, 48), and at least one said leaf spring (47, 48) being provided at each side of the valve body, wherein said valve includes a piston reciprocal in said body, said piston having end abutments to limit travel thereof, said piston being resiliently biased in one direction to permit said one end abutment to seat a corresponding leaf spring (47, 48) at one side of said body, and being movable under increasing hydraulic pressure to unseat said corresponding leaf spring (47, 48), thereby to open a respective relief passage, characterized in that the open through passage defines the flow restriction such that free flow of hydraulic fluid is permitted in either direction via the restrictor.
An apparatus comprising: means for determining that a second sidelink synchronization reference user equipment extends synchronization coverage of a first sidelink synchronization reference user equipment; means for determining a first synchronization error between the first sidelink synchronization reference user equipment and the second sidelink synchronization reference user equipment and a second synchronization error between the first sidelink synchronization reference user equipment and the apparatus; and means for determining whether to operate the apparatus as a sidelink synchronization reference user equipment and extend the synchronization coverage of the first sidelink synchronization reference user equipment based on the first synchronization error and the second synchronization error or means for reporting the first synchronization error and the second synchronization error to another apparatus to allow the other apparatus to determine whether to operate the apparatus as a sidelink synchronization reference user equipment and extend the synchronization coverage of the first sidelink synchronization reference user equipment based on the first synchronization error and the second synchronization error. means for determining that a second sidelink synchronization reference user equipment extends synchronization coverage of a first sidelink synchronization reference user equipment; means for determining a first synchronization error between the first sidelink synchronization reference user equipment and the second sidelink synchronization reference user equipment and a second synchronization error between the first sidelink synchronization reference user equipment and the apparatus; and means for determining whether to operate the apparatus as a sidelink synchronization reference user equipment and extend the synchronization coverage of the first sidelink synchronization reference user equipment based on the first synchronization error and the second synchronization error or means for reporting the first synchronization error and the second synchronization error to another apparatus to allow the other apparatus to determine whether to operate the apparatus as a sidelink synchronization reference user equipment and extend the synchronization coverage of the first sidelink synchronization reference user equipment based on the first synchronization error and the second synchronization error.
A distributed pump system comprising: a supply source; a support structure arranged on or proximate an agricultural vehicle movable across a field; at least two fluid distribution elements mounted to the support structure and coupled at an inlet to a first conduit to provide fluid communication between the fluid distribution elements and the supply source; an application system comprising at least two application units having a plurality of dispensing nozzles coupled thereto, wherein each application unit is respectively coupled to one or more of the fluid distribution elements by a second conduit; at least one first monitoring device coupled to the second conduit, wherein the at least one first monitoring device is associated with a respective application unit and fluid distribution element, and wherein the at least one first monitoring device is configured to sense a downstream flow parameter of the second conduit and generate a corresponding output signal; and an electronic control unit communicatively coupled to each of the fluid distribution elements, wherein the electronic control unit is configured to dynamically adjust an input parameter of one or more of the fluid distribution elements when the sensed downstream flow parameter is above or below a predetermined threshold to maintain a desired spray output of the plurality of dispensing nozzles, characterized in that each of the at least two fluid distribution elements comprise one of centrifugal pumps, positive displacement pumps, variable displacement pumps. a supply source; a support structure arranged on or proximate an agricultural vehicle movable across a field; at least two fluid distribution elements mounted to the support structure and coupled at an inlet to a first conduit to provide fluid communication between the fluid distribution elements and the supply source; an application system comprising at least two application units having a plurality of dispensing nozzles coupled thereto, wherein each application unit is respectively coupled to one or more of the fluid distribution elements by a second conduit; at least one first monitoring device coupled to the second conduit, wherein the at least one first monitoring device is associated with a respective application unit and fluid distribution element, and wherein the at least one first monitoring device is configured to sense a downstream flow parameter of the second conduit and generate a corresponding output signal; and an electronic control unit communicatively coupled to each of the fluid distribution elements, wherein the electronic control unit is configured to dynamically adjust an input parameter of one or more of the fluid distribution elements when the sensed downstream flow parameter is above or below a predetermined threshold to maintain a desired spray output of the plurality of dispensing nozzles, characterized in that each of the at least two fluid distribution elements comprise one of centrifugal pumps, positive displacement pumps, variable displacement pumps.
Processing device, having: a processing tool for processing a narrow side of a workpiece, a conveyor device for moving the workpiece in a direction of transport relative to the processing tool, a scanning device for scanning an optical and/or three-dimensional structure of the workpiece moved by means of the conveyor device, and a holding device for holding the workpiece on the conveyor device at least between the position of the scanning device and the processing tool, wherein the processing device includes a control device which is configured to output control commands for moving the processing tool on the basis of the scanning result of the scanning device, characterised in that the control device is configured to record a difference between the narrow side of the workpiece and the optical and/or three-dimensional structure determined by the scanning device on a front edge of the workpiece and to define the deviations between the narrow side of the workpiece and the optical and/or three-dimensional structure determined along the workpiece as waypoints for the processing tool. a processing tool for processing a narrow side of a workpiece, a conveyor device for moving the workpiece in a direction of transport relative to the processing tool, a scanning device for scanning an optical and/or three-dimensional structure of the workpiece moved by means of the conveyor device, and a holding device for holding the workpiece on the conveyor device at least between the position of the scanning device and the processing tool, wherein the processing device includes a control device which is configured to output control commands for moving the processing tool on the basis of the scanning result of the scanning device, characterised in that the control device is configured to record a difference between the narrow side of the workpiece and the optical and/or three-dimensional structure determined by the scanning device on a front edge of the workpiece and to define the deviations between the narrow side of the workpiece and the optical and/or three-dimensional structure determined along the workpiece as waypoints for the processing tool.
An electroless gold plating bath, comprising a) gold ions; b) sulfite ions; c) iodide ions; and d) at least one phosphonate compound according to formula wherein each X is an alkanediyl group; R 1, R 2, R 3 and each R 4 are independently alkanediyl groups; M is independently hydrogen, a metal atom or a cation forming radical: each n is a rational number and selected in accordance with the valency of the respective M; and b is an integer ranging from 1 to 10. a) gold ions; b) sulfite ions; c) iodide ions; and d) at least one phosphonate compound according to formula wherein each X is an alkanediyl group; R 1, R 2, R 3 and each R 4 are independently alkanediyl groups; M is independently hydrogen, a metal atom or a cation forming radical: each n is a rational number and selected in accordance with the valency of the respective M; and b is an integer ranging from 1 to 10. each X is an alkanediyl group; R 1, R 2, R 3 and each R 4 are independently alkanediyl groups; M is independently hydrogen, a metal atom or a cation forming radical: each n is a rational number and selected in accordance with the valency of the respective M; and b is an integer ranging from 1 to 10.
A method for providing power to a networked component coupled to a data and power network for industrial control and monitoring applications, the method comprising: applying data and power signals to the networked component via the data and power network; providing power from a secondary power or backup power source to a backup power module, which is coupled to the networked component; and applying power to the networked component from the backup power module in the event of an interruption or malfunction in the power available to the networked component from the data and power network; characterized in that the backup power module is coupled to the networked component via a direct connection. applying data and power signals to the networked component via the data and power network; providing power from a secondary power or backup power source to a backup power module, which is coupled to the networked component; and applying power to the networked component from the backup power module in the event of an interruption or malfunction in the power available to the networked component from the data and power network; characterized in that the backup power module is coupled to the networked component via a direct connection.
A method of preparing the anthracyclin Carminomycin from anthracyclin daunorubicin, comprising the following step: reacting one of daunorubicin represented by Formula 2, or N -protected daunorubicin represented by Formula 3, with the Lewis acid MgCl 2 for the demethylation of the 4-methoxy group of said one of daunorubicin represented by Formula 2, or N -protected daunorubicin represented by Formula 3, resulting in a reaction mass. reacting one of daunorubicin represented by Formula 2, or N -protected daunorubicin represented by Formula 3, with the Lewis acid MgCl 2 for the demethylation of the 4-methoxy group of said one of daunorubicin represented by Formula 2, or N -protected daunorubicin represented by Formula 3, resulting in a reaction mass.