mhurhangee/ep-ind-claims huggingface dataset:
Transportable machining unit, in particular a circular table saw, for machining a workpiece with a tool, comprising a box-shaped support structure which can be placed on a support and which has a workpiece support plate which can be used to support the workpiece to be machined, and a drive unit for mechanically driving the tool, which is arranged at least partially in the support structure and is fastened thereto ready for operation, so that the drive unit remains at least partially in the support structure during machining of the workpiece by the tool driven by the drive unit, wherein the support structure has support arms which, in a state, in which the support structure is placed on the support, define a footprint of the support structure, and which can be positioned selectively in a transport position or in a working position, wherein the footprint of the support structure is larger in the working position in at least one horizontal direction than in the transport position, characterised by a safety means configured to prevent the drive means from being supplied with power when at least one of the support arms is not in the working position.
An opening lower cross member intended to be fixed to a front bulkhead so as to delimit the engine compartment of a vehicle from its passenger compartment, said bulkhead having in its upper part at least one aperture for the passage of a fastener for the attachment of an instrument panel, said lower opening cross member being characterized in that it includes at least one pressed feature positioned so that it aligns with at least one aperture situated in the upper part of the front bulkhead, and in that the pressed feature(s) form one or more reliefs intended to extend towards the engine compartment.
A hand tool comprising; a handle having a front portion and a back portion; a shaft having a working end and a connection end opposite the working end of the shaft, wherein the connection end of the shaft is connected to the front portion of the handle; and an electronic identification device, the hand tool further comprises a cap connected to the handle, wherein the cap is configured to encapsulate the electronic identification device within a cavity defined by the handle and the cap, wherein the cap is formed of a material which is transparent or partially-transparent to radio frequency energy in order to facilitate the transmission of signals to or from the electronic identification device, wherein the shaft is made of metal, characterized in that the electronic identification device is connected to the shaft and wherein the cap is connected to the front portion of the handle.
A merchandising system, comprising: a base configured to support product; a housing configured to engage with the base, comprising a top wall, a first side wall, and a second side wall; and a spring-urged pusher movably mounted on the base; a rotatable door assembly that includes a door configured to hold one product, wherein the door moves from a closed position to an open position, and a locking assembly that comprises a locking bar mounted to the base wherein the locking bar moves from an extended position and an unextend position, characterised in that, when the locking bar is in the extended position, the locking bar locks both the door assembly and the spring-urged pusher. a base configured to support product; a housing configured to engage with the base, comprising a top wall, a first side wall, and a second side wall; and a spring-urged pusher movably mounted on the base; a rotatable door assembly that includes a door configured to hold one product, wherein the door moves from a closed position to an open position, and a locking assembly that comprises a locking bar mounted to the base wherein the locking bar moves from an extended position and an unextend position, characterised in that, when the locking bar is in the extended position, the locking bar locks both the door assembly and the spring-urged pusher.
An autonomous underwater vehicle comprising a hull extending along a main longitudinal axis and at least one first pincer member (132a-b) disposed towards a forward end of the hull, characterized in that it further comprises a second pincer member (130a-b) disposed towards an aft end of the hull, which is an opposite end to the forward end, said first and second pincer members being disposed respectively on a first lateral part and a second lateral part of the hull, on opposite sides of the main longitudinal axis, and being configured to take an open position or a closed position, and a detection member and a guide member which are respectively configured to detect cables (230, 232) and in order for the first and second pincer members to come respectively into engagement with one of the respective cables.
Device for mounting a rope on a support structure, the device comprising: a rope, a flexible strip or a chain as a pull force transmission arrangement which is adapted in such a manner for mounting on the support structure that at least one part of the pull force transmission arrangement is free swinging around two axes, and a rope mounting arrangement which is coupled with the pull force transmission arrangement and at which a further rope is mountable, wherein the rope mounting arrangement comprises a pipe sleeve as a rope mounting arrangement for including the further rope, wherein in the pipe sleeve an end of the further rope could be received such that the rope end of the further rope is mountable safely, a coupling element for coupling the rope mounting arrangement and the pull force transmission arrangement and an elongated console as a connection element which connects the pipe sleeve as a rope guiding element with the coupling element, wherein the coupling element comprises a hook, wherein the pull force transmission arrangement is coupleable with the hook for transmitting a pull force between the pull force transmission arrangement and the coupling element, wherein the rope mounting arrangement is coupled with the pull force transmission arrangement in such a manner that an angle between a rope direction of one rope mounted on the rope mounting arrangement and a longitudinal axis of the rope mounting arrangement remain unchanged if the support structure moves, at which the pull force transmission arrangement is mounted. a rope, a flexible strip or a chain as a pull force transmission arrangement which is adapted in such a manner for mounting on the support structure that at least one part of the pull force transmission arrangement is free swinging around two axes, and a rope mounting arrangement which is coupled with the pull force transmission arrangement and at which a further rope is mountable, a pipe sleeve as a rope mounting arrangement for including the further rope, wherein in the pipe sleeve an end of the further rope could be received such that the rope end of the further rope is mountable safely, a coupling element for coupling the rope mounting arrangement and the pull force transmission arrangement and an elongated console as a connection element which connects the pipe sleeve as a rope guiding element with the coupling element,
A supply device for supplying a synchronous digital electronic circuit for which timing is provided by a clock signal having a clock frequency (F appl), comprising: - a frequency actuator comprising a controller, the frequency actuator being designed to generate the clock signal according to a frequency setting (F cons) based on a regulation mechanism, the controller receiving an error signal obtained by difference between the frequency setting (F cons) and a measured frequency (F mes) of the clock signal, the controller being designed to apply a gain to the error signal, the frequency actuator including an oscillator controlled by a control signal generated by the controller on the basis of said error signal; - a control module designed to selectively apply to the frequency actuator a first frequency setting or a second frequency setting higher than the first setting; characterized by: - an adaptation module (30; 40; 50; 60) designed to modify the regulation mechanism according to the applied setting by controlling the gain applied by the controller such that when the frequency setting increases, the gain applied by the controller decreases such that the response time of the frequency actuator increases and when the frequency setting decreases, the gain applied by the controller increases such that the response time of the frequency actuator decreases. - a frequency actuator comprising a controller, the frequency actuator being designed to generate the clock signal according to a frequency setting (F cons) based on a regulation mechanism, the controller receiving an error signal obtained by difference between the frequency setting (F cons) and a measured frequency (F mes) of the clock signal, the controller being designed to apply a gain to the error signal, the frequency actuator including an oscillator controlled by a control signal generated by the controller on the basis of said error signal; - a control module designed to selectively apply to the frequency actuator a first frequency setting or a second frequency setting higher than the first setting; - an adaptation module (30; 40; 50; 60) designed to modify the regulation mechanism according to the applied setting by controlling the gain applied by the controller such that when the frequency setting increases, the gain applied by the controller decreases such that the response time of the frequency actuator increases and when the frequency setting decreases, the gain applied by the controller increases such that the response time of the frequency actuator decreases.
Trailer coupling comprising a mounting unit which is fixedly connectable to a vehicle body; a pivot bearing unit, provided on the mounting unit, having a pivot bearing base which is fixedly connected to the mounting unit, and having a pivot element which is pivotable about a pivot axis, relative to the pivot bearing base, between a working position and a rest position, and is displaceable in the direction of the pivot axis; a ball neck which at one end is mounted on the pivot element and which at the other end carries a coupling ball, and which, due to the pivotability of the pivot element, is pivotable about the pivot axis between the working position and the rest position, characterized in that the ball neck is displaceable between the fixed position and the pivot position due to the displaceability of the pivot element, in that a fixing unit is provided, which, in the fixed position of the pivot element, fixes the pivot element, and thus also the ball neck, relative to the pivot bearing base in a rotationally fixed manner by means of positive-fit elements (114, 118, 124, 128, 134, 144) that can be brought into engagement by the displacement in the direction of the pivot axis, and in the pivot position allows pivoting, in that a locking unit is provided, which acts axially against a displacement in the direction of the pivot axis, by means of which, in the fixed position, the fixing unit is fixable against a movement in the direction of the pivot position, in that the axially acting locking unit has a central receptacle carrier, which has at least one locking receptacle that is radially outward relative to the pivot axis, the central receptacle carrier being connected to the pivot element to be non-displaceable in the direction of the pivot axis and being movable together with the pivot element in the direction of the pivot axis, in that the locking unit has at least one locking element, which is situated in a space around the receptacle carrier and may be brought into a locked position that acts on the locking receptacle for holding the same in the fixed position, in that the locking unit has a guide member which is connected to the pivot bearing base and which has at least one guide for the at least one locking element, the guide specifying a direction of movement for the at least one locking element for a movement between the locked position and a released position, in that the locking unit has an actuating element which acts on the at least one locking element from a side opposite from the receptacle carrier, and in that by means of the actuating element, a movement of the locking element from the released position into the locked position may be produced, or a movement of the locking element from the locked position into the released position may be enabled.
A method for diagnosing systemic Juvenile Idiopathic Arthritis (sJIA) flare in a subject, the method comprising the steps of: (i) determining the expression level of each of a plurality of biomarkers in a biological sample obtained from the subject, wherein the plurality of biomarkers comprises Calprotectin, Follistatin-related Protein 1 (FSTL-1), C Reactive Protein, and Serum Amyloid P; (ii) providing a diagnosis of sJIA flare in the subject if the expression level of Calprotectin is higher compared to the expression level in healthy control subjects or a subjects with febrile illness, the expression level of FSTL-1 is higher compared to the expression level in healthy control subjects, subjects with febrile illness, or subjects with Kawasaki disease, the expression level of CRP is lower compared to the expression level in subjects with Kawasaki disease, and the expression level of SAP is lower compared to the expression level in subjects with febrile illness or Kawasaki disease.
Method for quantifying the product of one or more catalysed gas-phase polymerisation reaction comprising: - performing the one or more polymerisation reactions on one or more sub-regions of a reaction surface of a reaction support member to obtain one or more polymerisation reaction product piles each disposed on the reaction surface, - obtaining one or more distance measurements related to the heights of the one or more reaction product piles; and - determining, from the one or more distance measurements, quantification of the one or more reaction products. - performing the one or more polymerisation reactions on one or more sub-regions of a reaction surface of a reaction support member to obtain one or more polymerisation reaction product piles each disposed on the reaction surface, - obtaining one or more distance measurements related to the heights of the one or more reaction product piles; and - determining, from the one or more distance measurements, quantification of the one or more reaction products.
An antenna adapted for operation within a high temperature environment greater than 316°C (600°F), comprising: an antenna radiating element (100,200), comprising a patch formed by a conductive element (101,201) in contact with a dielectric substrate of the antenna radiating element, operative to communicate electromagnetic signals, wherein the dielectric substrate is adapted to survive in the high temperature environment; and a housing comprising a conductive material and operable to accept the antenna radiating element (100,200), which antenna radiating element is inserted within a portion of the housing, the housing having at least two integral cooling orifices adapted to support the passage of air for cooling the antenna radiating element when operated within said high temperature environment, wherein the dielectric substrate comprises at least two orifices adapted to support the passage of air for cooling the antenna radiating element when operated within said high temperature environment, wherein the orifices are adapted so that the flow of cooling air supports conductive cooling by direct contact with the housing and the antenna radiating element and provides a boundary layer proximate to the antenna radiating element for protection from gases generated by the high temperature environment, said antenna further comprising a dielectric window positioned in front of the antenna radiating element (100, 200) and adjacent to the housing, the dielectric window comprising a dielectric material operative to provide additional thermal and environmental protection for the antenna radiating element. an antenna radiating element (100,200), comprising a patch formed by a conductive element (101,201) in contact with a dielectric substrate of the antenna radiating element, operative to communicate electromagnetic signals, wherein the dielectric substrate is adapted to survive in the high temperature environment; and a housing comprising a conductive material and operable to accept the antenna radiating element (100,200), which antenna radiating element is inserted within a portion of the housing,
A method of preparing a stabilized micro-dispersion comprising a. solubilizing a sorbate or benzoate in water to form a sorbate or benzoate solution, wherein the temperature of the water is 20 to 100 °C; b. combining a stabilizer with water to form a stabilizer solution, wherein the stabilizer is a biopolymer or a modified polysaccharide; c. combining the sorbate or benzoate solution and stabilizer solution and mixing to form a sorbic acid or benzoic acid micro-dispersion comprising 0.1 to 25 wt% stabilizer and 1 to 30 wt% sorbic acid or benzoic acid, each based on total weight of the micro-dispersion; and d. adjusting the pH of the micro-dispersion to 2.5 to 4, wherein the viscosity of the micro-dispersion is no greater than 1000 mPa·s (1000 cPs) at 25 °C. a. solubilizing a sorbate or benzoate in water to form a sorbate or benzoate solution, wherein the temperature of the water is 20 to 100 °C; b. combining a stabilizer with water to form a stabilizer solution, wherein the stabilizer is a biopolymer or a modified polysaccharide; c. combining the sorbate or benzoate solution and stabilizer solution and mixing to form a sorbic acid or benzoic acid micro-dispersion comprising 0.1 to 25 wt% stabilizer and 1 to 30 wt% sorbic acid or benzoic acid, each based on total weight of the micro-dispersion; and d. adjusting the pH of the micro-dispersion to 2.5 to 4, wherein the viscosity of the micro-dispersion is no greater than 1000 mPa·s (1000 cPs) at 25 °C.
A method of forming an isoparaffin composition, the method comprising: providing (a) unsaturated alkyl esters and (b) low-molecular-weight olefins comprising C 2 -C 18 olefins; reacting the unsaturated alkyl esters and the low-molecular-weight olefins in the presence of a metathesis catalyst to form a metathesis product comprising metathesized esters and metathesized olefins, wherein the metathesized olefins comprise 9-octadecene; separating at least a portion of the metathesized olefins from the metathesis product to form a separated olefin composition, wherein the separated olefin composition comprises 9-octadecene; isomerizing the one or more linear internal olefins comprised by the separated separated olefin composition to form a isomerized olefin composition, wherein the isomerized olefin composition comprises one or more branched olefins; and hydrogenating the one or more branched olefins comprised by the isomerized olefin composition to form an isoparaffin composition. providing (a) unsaturated alkyl esters and (b) low-molecular-weight olefins comprising C 2 -C 18 olefins; reacting the unsaturated alkyl esters and the low-molecular-weight olefins in the presence of a metathesis catalyst to form a metathesis product comprising metathesized esters and metathesized olefins, wherein the metathesized olefins comprise 9-octadecene; separating at least a portion of the metathesized olefins from the metathesis product to form a separated olefin composition, wherein the separated olefin composition comprises 9-octadecene; isomerizing the one or more linear internal olefins comprised by the separated separated olefin composition to form a isomerized olefin composition, wherein the isomerized olefin composition comprises one or more branched olefins; and hydrogenating the one or more branched olefins comprised by the isomerized olefin composition to form an isoparaffin composition.
A double-layer jacket high-temperature molten salt storage tank, comprising a tank body, a tank roof and a tank floor, wherein the tank body consists of an inner tank and an outer tank, a jacket space is formed between the inner tank and the outer tank, a tank insulating layer is arranged at the inner side of the outer tank in the jacket space, and an air layer is reserved between the tank insulating layer and the inner tank, characterized in that the top of the inner tank has no tank roof, and in that the inner tank is able to freely expand outward with increasing temperature.
A rodless slide assembly comprising: a longitudinally-extending cylinder comprising first and second ends (8, 10) and a path of travel extending therebetween; a carriage (6") slidable along the path of travel on the cylinder between the first and second ends (8, 10), such that the carriage (6") is slidable in a first direction toward the first end and a second direction toward the second end; a stop assembly comprising a stop block; wherein the stop assembly is coupled to the carriage (6"); and a catch assembly comprising a catch bar and an actuator assembly; wherein the catch bar is located adjacent the path of travel of the carriage (6"); wherein the actuator assembly is configured to selectively move the catch bar to engage the stop block and stop the carriage (6") when the carriage (6") is positioned at a selected location on the path of travel; and wherein the catch bar further comprises a support portion (102, 104) that is spaced apart from the actuator assembly and does not impact the stop block, and is configured to absorb at least a portion of any impact force created during engagement between the catch bar and the stop block, characterised in that the catch bar is configured to engage the stop block and stop the carriage (6") both when the carriage is sliding in the first direction and when the carriage is sliding in the second direction. a longitudinally-extending cylinder comprising first and second ends (8, 10) and a path of travel extending therebetween; a carriage (6") slidable along the path of travel on the cylinder between the first and second ends (8, 10), such that the carriage (6") is slidable in a first direction toward the first end and a second direction toward the second end; a stop assembly comprising a stop block; wherein the stop assembly is coupled to the carriage (6"); and a catch assembly comprising a catch bar and an actuator assembly; wherein the catch bar is located adjacent the path of travel of the carriage (6"); wherein the actuator assembly is configured to selectively move the catch bar to engage the stop block and stop the carriage (6") when the carriage (6") is positioned at a selected location on the path of travel; and wherein the catch bar further comprises a support portion (102, 104) that is spaced apart from the actuator assembly and does not impact the stop block, and is configured to absorb at least a portion of any impact force created during engagement between the catch bar and the stop block,