mhurhangee/ep-ind-claims huggingface dataset:
A gas chromatography system (30,40,50) comprising: a sample injector (1, 101) adapted to receive a liquid sample into an interior cavity thereof and to volatilize the liquid sample; a GC column configured to receive the volatilized sample from the sample injector (1, 101); a carrier gas inlet line fluidically coupled to a gas inlet port of the sample injector (1, 101); a septum purge vent line fluidically coupled to a first gas outlet port of the sample injector (1, 101); a split-flow vent line fluidically coupled to a second gas outlet port of the sample injector (1, 101); and a vacuum system configured to apply vacuum to the interior cavity of the sample injector (1, 101); the system CHARACTERIZED IN THAT the vacuum system comprises: a vacuum line having first and second ends, the first end fluidically coupled to either both of the septum purge vent line and the split-flow vent line or a vacuum port of the sample injector; a high-vacuum pump having an input port fluidically coupled to the second end of the vacuum line and a foreline port; a roughing vacuum pump; and a foreline vacuum line fluidically coupled between the foreline port of the high-vacuum pump and an input port of the roughing vacuum pump. a sample injector (1, 101) adapted to receive a liquid sample into an interior cavity thereof and to volatilize the liquid sample; a GC column configured to receive the volatilized sample from the sample injector (1, 101); a carrier gas inlet line fluidically coupled to a gas inlet port of the sample injector (1, 101); a septum purge vent line fluidically coupled to a first gas outlet port of the sample injector (1, 101); a split-flow vent line fluidically coupled to a second gas outlet port of the sample injector (1, 101); and a vacuum system configured to apply vacuum to the interior cavity of the sample injector (1, 101); the system CHARACTERIZED IN THAT the vacuum system comprises: a vacuum line having first and second ends, the first end fluidically coupled to either both of the septum purge vent line and the split-flow vent line or a vacuum port of the sample injector; a high-vacuum pump having an input port fluidically coupled to the second end of the vacuum line and a foreline port; a roughing vacuum pump; and a foreline vacuum line fluidically coupled between the foreline port of the high-vacuum pump and an input port of the roughing vacuum pump.
A welding tool for use in double-acting friction stir welding or double-acting friction stir spot welding in which a workpiece is partially stirred to be welded, the welding tool being configured to rotate around an axis (Xr) to stir the workpiece and configured to advance and retract in a direction of the axis (Xr), the welding tool comprising: a columnar pin member whose outer peripheral surface has low friction against the workpiece, and a shoulder member positioned outside the pin member and having a cylindrical shape externally surrounding the pin member, the shoulder member being configured to rotate around an axis (Xr), which is the same as an axis of rotation of the pin member, wherein an inner peripheral surface of the shoulder member, the inner peripheral surface facing the pin member, has low friction against the workpiece, wherein a contact surface of the columnar pin member, the contact surface coming into contact with the workpiece, has low friction against the workpiece and an outer peripheral surface of the shoulder member has low friction against the workpiece and only a contact surface of the shoulder member, the contact surface coming into contact with the workpiece, has high friction against the workpiece, characterized in that a state of having low friction against the workpiece is realized by surface treatment, by changing a material of the tool into different material, or by changing a property of the material of the tool into a different property. a columnar pin member whose outer peripheral surface has low friction against the workpiece, and a shoulder member positioned outside the pin member and having a cylindrical shape externally surrounding the pin member, the shoulder member being configured to rotate around an axis (Xr), which is the same as an axis of rotation of the pin member, wherein an inner peripheral surface of the shoulder member, the inner peripheral surface facing the pin member, has low friction against the workpiece, wherein a contact surface of the columnar pin member, the contact surface coming into contact with the workpiece, has low friction against the workpiece and an outer peripheral surface of the shoulder member has low friction against the workpiece and only a contact surface of the shoulder member, the contact surface coming into contact with the workpiece, has high friction against the workpiece, characterized in that a state of having low friction against the workpiece is realized by surface treatment, by changing a material of the tool into different material, or by changing a property of the material of the tool into a different property.
A compound having SSAO/VAP-1 inhibitor activity for use in the treatment of hyperalgesia and allodynia implicated in traumatic neuropathy or neurogenic inflammation.
Rotor of an aircraft turbomachine having a main axis A, which comprises means for modifying a critical speed of the rotor between a first critical speed and a second critical speed, depending on whether the rotational speed of the rotor is lower or higher than a predefined rotational speed between the first critical speed and the second critical speed, said means for modifying the critical speed of the rotor comprising: - component that is capable of occupying a first state or a second state depending on whether the rotational speed of the rotor is lower or higher than the predefined rotational speed, each state of the component corresponding to a critical speed of the rotor, and - means for driving the component towards one or the other of the two states thereof, depending on the rotational speed of the rotor, characterised in that the means for modifying the critical speed of the rotor further comprise a component that engages with the drive means and is capable of being deformed elastically between one or the other of two stable forms, each of which corresponding to a state of said component. - component that is capable of occupying a first state or a second state depending on whether the rotational speed of the rotor is lower or higher than the predefined rotational speed, each state of the component corresponding to a critical speed of the rotor, and - means for driving the component towards one or the other of the two states thereof, depending on the rotational speed of the rotor,
A sealing element consisting of a) a body for joining onto a component and b) an adhesive strip attached at least partly onto the body for adhering a sealing strip, wherein c) the adhesive strip comprises a carrier layer (2.1) and an adhesive layer (2,2) arranged on one side of the carrier layer (2.1) with an adhesive surface (2.3), d) the body is designed as a profile to be rod-like and rigid in the direction of a longitudinal axis (1.1) and e) the one-side adhesive layer (2.2) is partly covered by a protective layer (2.4a) positioned opposite the carrier layer and is partly adhered to the profile, characterised in that the adhesive strip forms a fold (2.6) running parallel to the longitudinal axis (1.1) and is adhered in an area (2.5) of the fold (2.6) onto the profile, wherein f) the adhesive strip adjoining the area (2.5) forms a first flap and opposite the area (2.5) forms a second flap and the adhesive layer (2.2) of both flaps (2a, 2b) is covered at least partly by a protective layer (2.4a). a) a body for joining onto a component and b) an adhesive strip attached at least partly onto the body for adhering a sealing strip, wherein c) the adhesive strip comprises a carrier layer (2.1) and an adhesive layer (2,2) arranged on one side of the carrier layer (2.1) with an adhesive surface (2.3), d) the body is designed as a profile to be rod-like and rigid in the direction of a longitudinal axis (1.1) and e) the one-side adhesive layer (2.2) is partly covered by a protective layer (2.4a) positioned opposite the carrier layer and is partly adhered to the profile, characterised in that f) the adhesive strip adjoining the area (2.5) forms a first flap and opposite the area (2.5) forms a second flap and the adhesive layer (2.2) of both flaps (2a, 2b) is covered at least partly by a protective layer (2.4a).
A conveyor belt module, comprising: a body extending in length from a forward end to a rearward end and in width from a first side edge to a second side edge and in thickness from a top side to an opposite bottom side; a plurality of hinge elements extending from the forward end and the rearward end; and a transverse diverting belt arranged to move transversely relative to the body, wherein the transverse diverting belt extends from the first side edge to the second side edge above the top side in an upper span and extends from the first side edge to the second side edge below the bottom side in a lower span; characterized in that the transverse diverting belt includes a plurality of first rollers rotatable about an axis, wherein the first rollers extend above the top of the transverse diverting belt and wherein the first rollers contact the top side of the body such that when the transverse diverting belt moves over the body, the first rollers are induced to rotate causing a package riding atop the first rollers to move towards the second side edge at a discharge speed that is double the speed of the transverse diverting belt. a body extending in length from a forward end to a rearward end and in width from a first side edge to a second side edge and in thickness from a top side to an opposite bottom side; a plurality of hinge elements extending from the forward end and the rearward end; and a transverse diverting belt arranged to move transversely relative to the body, wherein the transverse diverting belt extends from the first side edge to the second side edge above the top side in an upper span and extends from the first side edge to the second side edge below the bottom side in a lower span; characterized in that the transverse diverting belt includes a plurality of first rollers rotatable about an axis, wherein the first rollers extend above the top of the transverse diverting belt and wherein the first rollers contact the top side of the body such that when the transverse diverting belt moves over the body, the first rollers are induced to rotate causing a package riding atop the first rollers to move towards the second side edge at a discharge speed that is double the speed of the transverse diverting belt.
A method of estimating a pose of a motor vehicle, comprising the steps of: - acquiring at least one pose estimate; and - determining an uncertainty of the at least one pose estimate; characterized in that determining the uncertainty of the pose estimate comprises scaling an uncertainty estimate of the pose estimate based on a comparison of the pose estimate with a priori information, wherein the a priori information is a comparison trajectory, and wherein the larger the distance of the associated pose estimate from the comparison trajectory, the larger the uncertainty estimate is scaled. - acquiring at least one pose estimate; and - determining an uncertainty of the at least one pose estimate;
A process for producing a three-dimensional structure by three-dimensional printing, which comprises the following steps: a) ejection of an object material from a first printing head, where the object material comprises a free-radically curable compound and a photoinitiator; b) ejection of a support material from a second printing head, where the support material comprises a cationically polymerizable compound and a photoacid generator; and c) radiation curing of the object material and the support material; where the steps a) to c) are repeated a plurality of times in order to form the three-dimensional structure in a layerwise manner and the object material and the support material have at least one common interface; and d) removal of the cured support material by treatment with an aqueous medium. a) ejection of an object material from a first printing head, where the object material comprises a free-radically curable compound and a photoinitiator; b) ejection of a support material from a second printing head, where the support material comprises a cationically polymerizable compound and a photoacid generator; and c) radiation curing of the object material and the support material; where the steps a) to c) are repeated a plurality of times in order to form the three-dimensional structure in a layerwise manner and the object material and the support material have at least one common interface; and d) removal of the cured support material by treatment with an aqueous medium.
A clamp assembly (26,31,54), comprising: i) a clamp including a circular band (32,56); and ii) a tubular resilient cover (35,55) having a hollow body, wherein the clamp is positioned in the hollow and is encased on all sides by the resilient cover (35,55), wherein the cover (35,55) has an opening (37,43) for operating the clamp, wherein the clamp includes a screw housing mounted to the band (32,56), and a worm screw disposed in the screw housing for engaging and positioning the band (32,56), and wherein the resilient cover (35,55) comprises artificial or natural rubber. i) a clamp including a circular band (32,56); and ii) a tubular resilient cover (35,55) having a hollow body,
A method of identifying a corn plant comprising the heterologous MIR604 insert comprising a cry 3A055 gene of SEQ ID NO: 59 flanked by nucleotide sequences set forth in SEQ ID NO: 1 and SEQ ID NO: 3, and SEQ ID NO: 2 and SEQ ID NO: 4, respectively, or by the complements thereof, from other corn plants not comprising said heterologous insert, comprising the steps of (a) amplifying a target DNA sequence from the corn plant to be identified using nucleotide primers comprising a first DNA sequence comprising at least about 11 contiguous nucleotides selected from the group consisting of nucleotides 792-811 of SEQ ID NO: 3; nucleotides 497-516 of SEQ ID NO: 4; SEQ ID NO: 5; SEQ ID NO: 6; and complements thereof, and a second DNA sequence, which is within the heterologous insert DNA sequence selected from the group consisting of SEQ ID NO: 57, SEQ ID NO: 58, SEQ ID NO: 59, SEQ ID NO: 60, SEQ ID NO: 61, SEQ ID NO: 62, SEQ ID NO: 63, and complements thereof; and; (b) identifying the corn plant comprising the heterologous MIR604 insert from other corn plants. (a) amplifying a target DNA sequence from the corn plant to be identified using nucleotide primers comprising a first DNA sequence comprising at least about 11 contiguous nucleotides selected from the group consisting of nucleotides 792-811 of SEQ ID NO: 3; nucleotides 497-516 of SEQ ID NO: 4; SEQ ID NO: 5; SEQ ID NO: 6; and complements thereof, and a second DNA sequence, which is within the heterologous insert DNA sequence selected from the group consisting of SEQ ID NO: 57, SEQ ID NO: 58, SEQ ID NO: 59, SEQ ID NO: 60, SEQ ID NO: 61, SEQ ID NO: 62, SEQ ID NO: 63, and complements thereof; and; (b) identifying the corn plant comprising the heterologous MIR604 insert from other corn plants.
A monoamine material for an organic electroluminescence device, represented by the following General Formula: where X 1 is one selected from O, S, R 9 -C-R 10, or N-R 11, R 1 to R 11 are each independently alkyl having 10 or less carbon atoms, aryl having 6 to 30 carbon atoms for forming a ring, alkyloxy, alkylthio, trialkylsilyl, aryloxy, arylthio, triarylsilyl, alkyldiarylsilyl, dialkylarylsilyl, cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl, 4-methylcyclohexyl, 1-adamantyl, 2-adamantyl, 1-norbornyl, 2-norbornyl, or heteroaryl having 2 to 30 carbon atoms for forming a ring, n is an integer of 0 to 4, m is an integer of 0 to 3, o is an integer of 0 to 2, and a plurality of adjacent R 1 to R 11 can be combined to form a saturated or unsaturated 5- to 7- membered ring.
Actuator device, comprising a first tappet and a second tappet, wherein the first tappet is arranged displaceably in a first guide sleeve and the second tappet is arranged displaceably in a second guide sleeve, wherein the first tappet is surrounded at least partially along its longitudinal axis by a first restoring spring and the second tappet is surrounded at least partially along its longitudinal axis by a second restoring spring, and wherein the two guide sleeves (6, 8) are arranged at a fixed distance from one another, characterised in that the first restoring spring is a helical spring wound in the left-hand direction and the second restoring spring is a helical spring wound in the right-hand direction.
An LED flexible light bar, comprising: a circuit board, wherein LED flip chips are arranged at an upper end of the circuit board, and the LED flip chips and the circuit board are connected together by a plurality of solder paste bumps; the circuit board is a Flexible Printed Circuit; the FPC comprises a top insulating film and an intermediate conductive circuit layer and a bottom insulating film, the conductive circuit layer comprises two power lines, a plurality of series lines; the LED flip chips are soldered on the series lines, the top insulating film is provided with a first through hole corresponding to the position of each LED flip chip, and the LED flip chips are accommodated in the first through holes; each of the plurality of series lines comprises a series line body, an end of the series line body close to the LED flip chip is extended with a solder branch; the width of the solder branch is less than half of the width of the series line body and the LED flip chip is soldered to an end of the solder branch; the top insulating film is pasted to cover a portion of the solder branch close to the series line body; a joint between the solder branch and the series line body is pasted and protected by the top insulating film. the circuit board is a Flexible Printed Circuit; the FPC comprises a top insulating film and an intermediate conductive circuit layer and a bottom insulating film, the conductive circuit layer comprises two power lines, a plurality of series lines; the LED flip chips are soldered on the series lines, the top insulating film is provided with a first through hole corresponding to the position of each LED flip chip, and the LED flip chips are accommodated in the first through holes; each of the plurality of series lines comprises a series line body, an end of the series line body close to the LED flip chip is extended with a solder branch; the width of the solder branch is less than half of the width of the series line body and the LED flip chip is soldered to an end of the solder branch; the top insulating film is pasted to cover a portion of the solder branch close to the series line body; a joint between the solder branch and the series line body is pasted and protected by the top insulating film.
Joint sealing tape for sealing a joint between a first component and a second component, having an elongate connecting element and at least two sealing elements (3a, 3b), which are positioned on the connecting element so as to be spaced apart next to one another and so as to extend in the connecting element longitudinal direction, the sealing elements (3a, 3b) and the connecting element consisting integrally of an open-cell slow-burning foam and being encased by a plastics film, at least one opening in the plastics film being located on an underside of the relevant sealing element (3a, 3b), characterized in that a plurality of openings, designed as slots, are arranged on the underside of the relevant sealing element (3a, 3b) at a distance from one another in the range of 10 to 80 mm, in order to reduce water retention or water accumulation in the joint sealing tape, to accelerate the passage of water or discharge of water and to ensure full drying of the joint sealing tape.
An electrical interface module, comprising a memory device for storing data and an integrated NFC interface that provides data to an external reading device, the electrical interface module containing a carrier on which the memory device and the integrated NFC interface are arranged, characterized in that the electrical interface module is arranged for mounting on a mounting rail, and the carrier comprises a planar antenna for the integrated NFC interface, • wherein the planar antenna is arranged in the vicinity of the mounting region for the mounting rail such that the plane of the planar antenna is substantially perpendicular to a longitudinal extension of the mounting rail, or • wherein the planar antenna is arranged in a region opposite the mounting region for the mounting rail. • wherein the planar antenna is arranged in the vicinity of the mounting region for the mounting rail such that the plane of the planar antenna is substantially perpendicular to a longitudinal extension of the mounting rail, or • wherein the planar antenna is arranged in a region opposite the mounting region for the mounting rail.
Device for the maintenance or repair of rails and points and crossings, said device comprising in particular: - a frame; - means (3, 4, 5) for movement on a rail; the movement means comprising two wheels (4, 5) that are aligned along an axis of movement of the device along said rail; said device being characterized in that the frame is disposed on the movement means such that a vertical plane, parallel to the axis and passing through the centre of gravity of the device, passes through a part of each wheel (4, 5), said part being intended to rest on the rail. - a frame; - means (3, 4, 5) for movement on a rail;
Method for applying a protective coating liquid to returnable glass containers, in particular glass bottles for beer, that are integrated into the filling process of the glass containers, the method comprising the steps of: transporting the glass containers by means of a conveyor line, providing a supply of liquid coating agent on the one hand and an diluting liquid on the other hand, feeding the liquid coating agent on the one hand and an diluting liquid on the other hand to a common feed line, thoroughly mixing the coating agent and the diluting liquid by mixing means positioned at the beginning or within the common feed line to provide the protective coating liquid as an emulsion, feeding the coating liquid to a spray means positioned at a coating station of the conveyor line, applying the coating liquid onto the outside of the glass containers on the conveyer line by means of the spray means. wherein the coating liquid is applied to the glass containers without removing the glass containers from the conveyer line and wherein the coating liquid is an oil in water emulsion and wherein a liquid wax, preferably a liquid paraffin, with at least one emulsifying agent is used as liquid coating agent and water is used as a diluting liquid. transporting the glass containers by means of a conveyor line, providing a supply of liquid coating agent on the one hand and an diluting liquid on the other hand, feeding the liquid coating agent on the one hand and an diluting liquid on the other hand to a common feed line, thoroughly mixing the coating agent and the diluting liquid by mixing means positioned at the beginning or within the common feed line to provide the protective coating liquid as an emulsion, feeding the coating liquid to a spray means positioned at a coating station of the conveyor line, applying the coating liquid onto the outside of the glass containers on the conveyer line by means of the spray means. wherein the coating liquid is applied to the glass containers without removing the glass containers from the conveyer line and wherein the coating liquid is an oil in water emulsion and wherein a liquid wax, preferably a liquid paraffin, with at least one emulsifying agent is used as liquid coating agent and water is used as a diluting liquid.