mhurhangee/ep-ind-claims huggingface dataset:
A supporting body (110; 510) for detachably supporting a hopper having a main body for retaining articles, and an extending portion that extends along a width direction of the main body, the supporting body comprising: an engaging portion that engages with the extending portion of the hopper; a guide surface configured to guide movement of the extending portion to the engaging portion when the hopper is attached; and characterized in that a pair of vertical walls are arranged to face each other in the width direction of the main body, wherein the guide surface is provided to bridge the pair of vertical walls. an engaging portion that engages with the extending portion of the hopper; a guide surface configured to guide movement of the extending portion to the engaging portion when the hopper is attached; and characterized in that a pair of vertical walls are arranged to face each other in the width direction of the main body, wherein the guide surface is provided to bridge the pair of vertical walls.
A device for continuous measurement of the dynamic fuel consumption of an internal combustion engine, with a venting tank which is disposed in a return line from the outflow side of the fuel system of the internal combustion engine and which is also connected to the inlet line of the measuring system for supplying the fuel system of the internal combustion engine and has a filling level regulator for keeping the fuel mass in the filling volume at least largely constant, characterized in that the filling level regulator located at a connection of the venting tank has a circulation pump as well as a control valve connected thereto, through which the flow passes continuously, and which is opened more or less as a function of the filling level to be regulated.
A catheter assembly comprising: a catheter hub containing an actuator and a septum, the actuator configured to pierce the septum when a force is applied to the actuator; and a needle shield connected to the catheter hub, the needle shield containing a needle hub, the needle hub containing a needle that extends through the catheter hub characterized in that the needle hub includes one or more protrusions that extend from a distal end of the needle hub; and the actuator includes one or more channels that extend from a proximal end and into the actuator, wherein the one or more protrusions of the needle hub insert into the one or more channels thereby interlocking the needle hub with the actuator to provide greater rigidity between the catheter hub and the needle shield. a catheter hub containing an actuator and a septum, the actuator configured to pierce the septum when a force is applied to the actuator; and a needle shield connected to the catheter hub, the needle shield containing a needle hub, the needle hub containing a needle that extends through the catheter hub characterized in that the needle hub includes one or more protrusions that extend from a distal end of the needle hub; and the actuator includes one or more channels that extend from a proximal end and into the actuator, wherein the one or more protrusions of the needle hub insert into the one or more channels thereby interlocking the needle hub with the actuator to provide greater rigidity between the catheter hub and the needle shield.
A water-based skin cosmetic comprising the following ingredients and: Bis-PEG-18 methyl ether dimethyl silane; A thickener composed of microgel obtained by using a composition that has an organic solvent or oil component as the dispersion medium and water as the dispersion phase, dissolving a water soluble ethylenically unsaturated monomer in the dispersion phase, and radically polymerizing it in the dispersion phase, wherein said microgel is obtained by radically polymerizing dimethylacrylamide and 2-acrylamido-2-methylpropane sulfonic acid under the conditions in which single phase microemulsion or fine W/O emulsion is formed by using a surfactant, wherein the content of said ingredient is 1.0-10.0 wt% and the content of the thickener composed of microgel of said ingredient is 0.1-2.0 wt% relative to the total amount of the water-based skin cosmetic; and water. Bis-PEG-18 methyl ether dimethyl silane; A thickener composed of microgel obtained by using a composition that has an organic solvent or oil component as the dispersion medium and water as the dispersion phase, dissolving a water soluble ethylenically unsaturated monomer in the dispersion phase, and radically polymerizing it in the dispersion phase, wherein said microgel is obtained by radically polymerizing dimethylacrylamide and 2-acrylamido-2-methylpropane sulfonic acid under the conditions in which single phase microemulsion or fine W/O emulsion is formed by using a surfactant,
Method for packaging foam cans comprising: - supplying foam cans, - counting a predetermined number of foam cans, - packing the foam cans in a folding box, wherein the folding box is folded up and glued shut, wherein the predetermined number of foam cans are placed in a packaging position on a folding table (1, 2, 3, 4, 5), which extends in a longitudinal direction, the folding table (1, 2, 3, 4, 5) being slidable in the longitudinal direction, and wherein a folding box comprises four side walls, each side wall being provided with a flap at a top and bottom, wherein the folding box is placed with the help of a robotic arm, with an open bottom over the foam cans in the packaging position, after which the flaps at the top and bottom are folded shut. - supplying foam cans, - counting a predetermined number of foam cans, - packing the foam cans in a folding box, wherein the folding box is folded up and glued shut,
A board comprising a panel mounted within a frame comprising frame members connected with each other by means of connectors, characterized in that the connectors have a variable configuration, wherein in the locked configuration the connectors are tightly coupled with the frame members and in the unlocked configuration the connectors are movable with respect to the frame members, wherein the frame members have a shape of longitudinal profiles, having their ends cut at a 45° angle and having a closed chamber extending along the external edge of the frame, into which the arms of an L-shaped connector can be inserted, wherein the external edges of the frame members have through-holes close to the ends thereof, for coupling with the connector arms (131, 132) in the locked configuration and wherein the connector arms (131, 132) have through-holes, which when the connector arms (131, 132) are placed in the frame members face the through-holes of the frame members and in the locked configuration the connector arms (131, 132) are fixed by means of locking fasteners which pass through the frame member hole and the connector hole.
A tool for forming a lumen in an articular process (20, 22) of a vertebral column comprising: a shaft with a proximal handle and a distal arm guide; a proximal actuator; wherein the distal arm guide contains a lumen-forming arm which can be moved in the proximal-distal direction by manipulation of the proximal actuator; wherein the lumen-forming arm comprises a drill bit tip; wherein the proximal actuator can be advanced in the distal direction to extend the lumen-forming arm from the arm guide to form a hole in the articular processes (20,22); and characterized in a spacing member comprising a spacing member shaft and a spacer; wherein the tool can be guided over the spacing member shaft. a shaft with a proximal handle and a distal arm guide; a proximal actuator; wherein the distal arm guide contains a lumen-forming arm which can be moved in the proximal-distal direction by manipulation of the proximal actuator; wherein the lumen-forming arm comprises a drill bit tip; wherein the proximal actuator can be advanced in the distal direction to extend the lumen-forming arm from the arm guide to form a hole in the articular processes (20,22); and characterized in a spacing member comprising a spacing member shaft and a spacer; wherein the tool can be guided over the spacing member shaft.
An apparatus for performing an assay, including a chemical biological or biochemical assay, on a sample comprising: a microfluidic assay cartridge or device that contains at least one sample inlet well configured to receive a sample; and a microfluidic sub-unit associated with the microfluidic assay cartridge or device comprising microfluidic channels (5; C 1, C 2, C 3, C 4), micro-valves (4, 4a, 9) and at least one surface region, the at least one surface region being functionalized with a capture moiety or molecules so as to form at least one reaction region; the microfluidic channels (5; C 1, C 2, C 3, C 4) and micro-valves (4, 4a, 9) configured to respond to signaling containing information about performing the assay and to controllably receive the sample and at least one reagent at the at least one reaction region, characterized in that: the reaction region includes at least one hollow element, the at least one hollow element being functionalized on its inside surface with a capture moiety or molecules so as to form at least one reaction vessel, the apparatus configured to provide from the at least one reaction vessel light containing information about the assay performed on the sample inside the at least one reaction vessel as a result of said at least one reagent; wherein the microfluidic assay cartridge or device contains the at least one hollow element within one of the channels (5; C 1, C 2, C 3, C 4), wherein free space exists between an outside of the hollow element and the channel walls; and wherein the channel (5; C 1, C 2, C 3, C 4) has a piston between two micro-valves forming a pump. a microfluidic assay cartridge or device that contains at least one sample inlet well configured to receive a sample; and a microfluidic sub-unit associated with the microfluidic assay cartridge or device comprising microfluidic channels (5; C 1, C 2, C 3, C 4), micro-valves (4, 4a, 9) and at least one surface region, the at least one surface region being functionalized with a capture moiety or molecules so as to form at least one reaction region; the microfluidic channels (5; C 1, C 2, C 3, C 4) and micro-valves (4, 4a, 9) configured to respond to signaling containing information about performing the assay and to controllably receive the sample and at least one reagent at the at least one reaction region, characterized in that: the reaction region includes at least one hollow element, the at least one hollow element being functionalized on its inside surface with a capture moiety or molecules so as to form at least one reaction vessel, the apparatus configured to provide from the at least one reaction vessel light containing information about the assay performed on the sample inside the at least one reaction vessel as a result of said at least one reagent; wherein the microfluidic assay cartridge or device contains the at least one hollow element within one of the channels (5; C 1, C 2, C 3, C 4), wherein free space exists between an outside of the hollow element and the channel walls; and wherein the channel (5; C 1, C 2, C 3, C 4) has a piston between two micro-valves forming a pump.
Starting mechanism for a motor vehicle having an ignition mechanism, a programmable ignition key and a detector for alcohol and/or drugs, wherein the ignition mechanism is designed in order to be started by the ignition key when the detector for alcohol and/or drugs delivers a result below a limit value, wherein the detector for alcohol and/or drugs is deactivated by means of the programmable ignition key and the starting of the ignition mechanism is enabled when the programmable ignition key has a corresponding adjustable readable identifier, characterized in that the detector for alcohol and/or drugs is an external mobile detector and is connected to the starting mechanism via an intelligent mobile telephone.
Method of managing, in a digital television decoder receiving a stream of signals comprising a set of components distributed at least in a first data set and a second data set, the reception of a command to change services; the method comprising the different steps consisting in: - simultaneously transmitting the stream of signals received by the decoder to a demultiplexer and to a buffer memory of the digital television decoder, at least the first data set, and the second data set of the stream of signals then being stored in said buffer memory; - using the demultiplexer, extracting (103; 104; 105) from the stream of signals transmitted a set of operating components of the decoder; - to the components stored in the buffer memory, applying, during the extraction of the set of operating components of the decoder, a system for correcting data received so as to obtain corrected components; - undertaking the audio/video decoding of the corrected components. - simultaneously transmitting the stream of signals received by the decoder to a demultiplexer and to a buffer memory of the digital television decoder, at least the first data set, and the second data set of the stream of signals then being stored in said buffer memory; - using the demultiplexer, extracting (103; 104; 105) from the stream of signals transmitted a set of operating components of the decoder; - to the components stored in the buffer memory, applying, during the extraction of the set of operating components of the decoder, a system for correcting data received so as to obtain corrected components; - undertaking the audio/video decoding of the corrected components.
A system comprising an engine body, a fuel system component, and an apparatus for protecting the fuel system component from an impact load, the apparatus comprising: a protector (20; 120; 220) including a first wall and a second wall connected with the first wall, the first and second walls (22, 24) extending toward the engine body and cooperating with each other to surround the fuel system component; and a first fastening member fixing the first wall to the engine body, wherein the protector (20; 120; 220) is spaced from the fuel system component such that when an impact load is applied to the protector (20; 120; 220), the protector (20; 120; 220) can absorb the impact load without interfering with the fuel system component, characterized in that the second wall has one end opposed to the engine body with a clearance. a protector (20; 120; 220) including a first wall and a second wall connected with the first wall, the first and second walls (22, 24) extending toward the engine body and cooperating with each other to surround the fuel system component; and a first fastening member fixing the first wall to the engine body, wherein the protector (20; 120; 220) is spaced from the fuel system component such that when an impact load is applied to the protector (20; 120; 220), the protector (20; 120; 220) can absorb the impact load without interfering with the fuel system component, characterized in that the second wall has one end opposed to the engine body with a clearance.
A method for preparing an article of a base metal alloyed with an alloying element, comprising the steps of: preparing a precursor compound by the step of providing a chemically reducible nonmetallic base-metal precursor oxide, sulfide, carbide halide, or nitride of a titanium base metal; providing a chemically reducible nonmetallic alloying-element precursor compound of an alloying element; and mixing the nonmetallic base-metal precursor compound and the nonmetallic alloying-element precursor compound to form a compound mixture; thereafter chemically reducing the compound mixture to form a metallic alloy, without melting the metallic alloy, and wherein the step of preparing further includes the step of furnishing an other additive constituent as an element or a compound and mixing the other additive constituent with the compound mixture, and wherein the precursor compounds in the compound mixture are reduced in the step of processing but the element or compound containing the other additive constituent is not chemically reduced in the step of chemically reducing the compound mixture; and thereafter consolidating the metallic alloy to produce a consolidated metallic article, without melting the metallic alloy and without melting the consolidated metallic article. preparing a precursor compound by the step of providing a chemically reducible nonmetallic base-metal precursor oxide, sulfide, carbide halide, or nitride of a titanium base metal; providing a chemically reducible nonmetallic alloying-element precursor compound of an alloying element; and mixing the nonmetallic base-metal precursor compound and the nonmetallic alloying-element precursor compound to form a compound mixture; thereafter chemically reducing the compound mixture to form a metallic alloy, without melting the metallic alloy, and wherein the step of preparing further includes the step of furnishing an other additive constituent as an element or a compound and mixing the other additive constituent with the compound mixture, and wherein the precursor compounds in the compound mixture are reduced in the step of processing but the element or compound containing the other additive constituent is not chemically reduced in the step of chemically reducing the compound mixture; and thereafter consolidating the metallic alloy to produce a consolidated metallic article, without melting the metallic alloy and without melting the consolidated metallic article. furnishing an other additive constituent as an element or a compound and mixing the other additive constituent with the compound mixture, and wherein the precursor compounds in the compound mixture are reduced in the step of processing but the element or compound containing the other additive constituent is not chemically reduced in the step of chemically reducing the compound mixture; and thereafter consolidating the metallic alloy to produce a consolidated metallic article, without melting the metallic alloy and without melting the consolidated metallic article.
A combination comprising: (i) a compound of Structure: or a pharmaceutically acceptable salt thereof; and (ii) a compound of Structure: or a pharmaceutically acceptable salt thereof. (i) a compound of Structure: or a pharmaceutically acceptable salt thereof; and (ii) a compound of Structure: or a pharmaceutically acceptable salt thereof.
Set of body elements of the bottom of a chassis of a motor vehicle, comprising a platform under which is attached at least one shroud globally plane by allowing between them a base of the chassis, the platform being equipped with at least one attachment which is configured for the attachment of at least one duct and extends within the substructure at least in an elevating direction perpendicular to the overall plane of the shroud, characterised by the shroud having an opening that extends next to at least the whole of the tie and is raised away from the tie a distance that conforms to an acceptable minimum set distance of elevation separation between the attachment and the shroud.
An auxiliary drive mountable to a reel mower cutting unit, comprising an auxiliary drive housing with an input shaft rotatable by the reel mower cutting unit, an output shaft for rotating an attachment, and a belt transmitting rotational power from the input shaft to the output shaft; characterized in that the auxiliary drive housing is pivotable to move to various different attachment height settings, and by an eccentric bearing housing positionable in an opening in the auxiliary drive housing, the output shaft being insertable through a bore in the eccentric bearing housing that is offset from the center of the eccentric bearing housing, the eccentric bearing housing being rotatable within the opening to tighten the belt by shifting the position of the output shaft with respect to the input shaft, whereas positive centering of the auxiliary drive output shaft with the attachment is maintained when the attachment is moved to different heights settings.
Latch for a motor vehicle with a locking mechanism attached to a latch plate comprising a catch, a main latch pawl and a pre-latch pawl for a latching of the catch and a blocking lever, which blocks the main latch pawl in the main latch position of the locking mechanism, characterized in that the main latch pawl is not spring-mounted, i.e. that a metallic area of the main latch pawl is directly adjacent to the metal axle around which the main latch pawl can be rotated, and the blocking lever is mounted on an elastic spring, whereby a plastic case separates a metallic section of the blocking lever from its metal axle and this case encompasses the blocking lever axle and has at least one single-component sprung plastic element connected to it (26, 27, 28) which presses the blocking lever in a sprung manner against a stop (20 a) at the end of the axle around which the blocking lever can be rotated.
A detector module for a modular x-ray detector, wherein the detector module comprises multiple x-ray detector substrates and associated anti-scatter collimators, wherein each x-ray detector substrate has a number of detector diodes, and each x-ray detector substrate has an associated anti-scatter collimator, wherein the x-ray detector substrates are tiled with respect to each other to form the detector module, wherein the anti-scatter collimators are anti-scatter foils or plates, which are positioned between the x-ray detector substrates, wherein the anti-scatter foils are thinner than the x-ray detector substrates, wherein the x-ray detector substrates define the active detector volume consisting of the diodes, wherein the x-ray detector substrates and the anti-scatter collimators have a length direction, and x-ray detector substrates and the anti-scatter collimators are aligned to point to an x-ray source in the length direction, wherein each x-ray detector substrate has an integrated circuit for collecting x-ray signals from the diodes, wherein the integrated circuit is attached to the x-ray detector substrate at the bottom of the x-ray detector substrate in the length direction assuming the top is where the x-rays enter, and the associated anti-scatter collimator is placed above the integrated circuit to protect the integrated circuit from radiation.
A method of measuring an object using a coordinate measuring machine having a measuring device to measure the object, the method comprising: projecting temporary indicia (200, 210-214) relative to the measuring device, the indicia forming a prescribed region and providing a visual cue as to a precise location for an operator to position the object; and positioning the object within the prescribed region of the temporary indicia (200, 210-214) using the indicia as a guide; after positioning the object, locating the object using object location logic associated with the coordinate measurement machine; and in response to locating the object, directing the measuring device of the coordinate measuring machine to measure the object. projecting temporary indicia (200, 210-214) relative to the measuring device, the indicia forming a prescribed region and providing a visual cue as to a precise location for an operator to position the object; and positioning the object within the prescribed region of the temporary indicia (200, 210-214) using the indicia as a guide; after positioning the object, locating the object using object location logic associated with the coordinate measurement machine; and in response to locating the object, directing the measuring device of the coordinate measuring machine to measure the object.