mhurhangee/ep-ind-claims huggingface dataset:
A method of authenticating an article comprising: providing an electromagnetic absorbing substance; providing an electromagnetic emitter substance capable of emitting a broad emission bandwidth; and creating an emission spectral signature in response to excitation of the emitter substance, characterised in that the electromagnetic absorbing substance is capable of absorbing at least one narrow absorption line, and that the emission spectral signature overlaps the at least one narrow absorption line of the absorbing substance, wherein the emissive signature comprises at least one specific dip within the broad emission spectrum at specific wavelengths corresponding to the at least one narrow absorption line. providing an electromagnetic absorbing substance; providing an electromagnetic emitter substance capable of emitting a broad emission bandwidth; and creating an emission spectral signature in response to excitation of the emitter substance, characterised in that the electromagnetic absorbing substance is capable of absorbing at least one narrow absorption line, and that the emission spectral signature overlaps the at least one narrow absorption line of the absorbing substance, wherein the emissive signature comprises at least one specific dip within the broad emission spectrum at specific wavelengths corresponding to the at least one narrow absorption line.
A method, comprising: transmitting, from a first set of antennas of a first device to a second device (220) and a third device (220), a first message on a carrier during a first time period; generating a self-interference noise signal at the first device based at least in part on the first message; receiving, from the second device (220) at a second set of antennas of the first device, a first part of a second message on the carrier during a first portion of the first time period, wherein the first part of the second message comprises a first part of a message from a fourth device and the first part of the second message is received based at least in part on the self-interference noise signal; and receiving, from the third device at the second set of antennas of the first device, a second part of the second message on the carrier during a second portion of the first time period, wherein the second part of the second message comprises a second part of the message from the fourth device and is received based at least in part on the self-interference noise signal. transmitting, from a first set of antennas of a first device to a second device (220) and a third device (220), a first message on a carrier during a first time period; generating a self-interference noise signal at the first device based at least in part on the first message; receiving, from the second device (220) at a second set of antennas of the first device, a first part of a second message on the carrier during a first portion of the first time period, wherein the first part of the second message comprises a first part of a message from a fourth device and the first part of the second message is received based at least in part on the self-interference noise signal; and receiving, from the third device at the second set of antennas of the first device, a second part of the second message on the carrier during a second portion of the first time period, wherein the second part of the second message comprises a second part of the message from the fourth device and is received based at least in part on the self-interference noise signal.
A dust removal filter cartridge, wherein the dust removal filter cartridge includes a filter material and a filter net arranged in the filter material; a top cover is arranged on a top end of the filter material, and an air outlet is provided in the top cover; a bottom end of the filter material is covered with a bottom cover for sealing, the filter material is a W-shaped folded filter paper rolled to a cylindrical shape and jointed at two ends forming a joint of the filter material, so that the filter material comprises inner pleat tips which face toward the filter net and outer pleat tips which face away from the filter net, and an inner side of the filter material is provided with binding tapes which are fixedly connected to the filter material at equal intervals along the circumferential direction of the filter material through hot melting, characterised in that each of the binding tapes includes a main body connected with the inner pleat tips of the filter material, and a first end and a second end extending into a gap between two adjacent inner pleat tips; a length of the first end extending into the gap is greater than a length of the second end extending into the gap, the first end is fixedly bonded to the joint of the filter material, and the second end is fixedly bonded to the first end and the inner side of the filter material.
A method for determining the amount of a desired component in a solution, the method comprising: providing an amount of sample; providing a light source and an optical sensor with the sample disposed there between, the optical sensor comprising a threshold value; adding to the sample at least one reagent so that the sample undergoes a first color change and causes a measurement by the optical sensor to cross the threshold value in a first direction, titrating the sample with a titrant to induce a second color change, wherein the measurement by the optical sensor crosses the threshold value in a second direction opposite the first; determining a measure of the titrant necessary to induce the second color change; calculating, using the determined measure, the amount of the desired component in the solution, characterized in that the step of titrating the sample with a titrant until the sample undergoes a color change comprises varying the flow rate of the titrant in a continuous process, wherein the flow rate of the titrant is increased by an amount that is non-linear over time. providing an amount of sample; providing a light source and an optical sensor with the sample disposed there between, the optical sensor comprising a threshold value; adding to the sample at least one reagent so that the sample undergoes a first color change and causes a measurement by the optical sensor to cross the threshold value in a first direction, titrating the sample with a titrant to induce a second color change, wherein the measurement by the optical sensor crosses the threshold value in a second direction opposite the first; determining a measure of the titrant necessary to induce the second color change; calculating, using the determined measure, the amount of the desired component in the solution, characterized in that the step of titrating the sample with a titrant until the sample undergoes a color change comprises varying the flow rate of the titrant in a continuous process, wherein the flow rate of the titrant is increased by an amount that is non-linear over time.
A method for manufacturing an absorbent body, comprising: a first step of simultaneously or successively introducing an aggregate of absorbent fibers and a water-absorbent resin into a gap that is formed between a first surface and a second surface and is smaller than a thickness of the aggregate of the absorbent fibers, recesses and protrusions being formed on at least one of the first surface and the second surface; a second step of applying a shearing force to the aggregate of the absorbent fibers by moving the first surface relative to and parallel to the second surface in order to mix the absorbent fibers and the water-absorbent resin; and a third step of causing the absorbent fibers and the water-absorbent resin that were mixed to fall, and stacking the absorbent fibers and the water-absorbent resin by suctioning the absorbent fibers and the water-absorbent resin into a recessed portion having a predetermined shape, wherein the absorbent fibers and the water-absorbent resin that were mixed in a closed space are caused to fall, and the recessed portion is formed into a shape corresponding to the shape of the lower end of the space. a first step of simultaneously or successively introducing an aggregate of absorbent fibers and a water-absorbent resin into a gap that is formed between a first surface and a second surface and is smaller than a thickness of the aggregate of the absorbent fibers, recesses and protrusions being formed on at least one of the first surface and the second surface; a second step of applying a shearing force to the aggregate of the absorbent fibers by moving the first surface relative to and parallel to the second surface in order to mix the absorbent fibers and the water-absorbent resin; and a third step of causing the absorbent fibers and the water-absorbent resin that were mixed to fall, and stacking the absorbent fibers and the water-absorbent resin by suctioning the absorbent fibers and the water-absorbent resin into a recessed portion having a predetermined shape, wherein the absorbent fibers and the water-absorbent resin that were mixed in a closed space are caused to fall, and the recessed portion is formed into a shape corresponding to the shape of the lower end of the space.
Adjustment unit for a rear view device for a vehicle, with a pivot, with a carrier mounted moveable, in particular tiltable, to the pivot, with at least one first bending actuator, which has its largest dimension in a first direction, which is adjustable bendable angular or crosswise to the first direction, which is fixed with a first end to a first fastening means and which is fixed with a second end to the carrier, and with at least one second bending actuator, which has its largest dimension in a second direction angular or crosswise to the first direction, which is bendable angular or crosswise to the second direction, which is fixed with a first end to the first fastening means or to a further fastening means and which is fixed with a second end to the carrier, wherein a bending of the first bending actuator and/or of the second bending actuator effects a movement of the carrier, wherein the first direction of the first bending actuator and/or the second direction of the second bending actuator run through the centre of the pivot, characterized in that the respective first ends (12, 22) of the respective bending actuators (8, 18) are located closer to the pivot than the respective second ends (16, 26) of the respective bending actuators.
A spot-joining apparatus comprising: an anvil, a die, a punch for driving a fastener or affecting a clinching or spot-welding operation; an actuator, wherein one of the die and punch is mounted on the actuator so as to be movable thereby, and the other of the die and punch forming at least part of the anvil; and a mounting assembly comprising: a first support arm having a mounting surface, and a receiving portion configured to receive the actuator; a second support arm having a receiving portion configured to receive the anvil; and an alignment bracket configured to engage with said actuator and being movable on the mounting surface of the first support arm; the mounting assembly defining a span between the receiving portion of the first support arm and the receiving portion of the second support arm; characterised in that the alignment bracket is movable on the mounting surface of the first support arm between a plurality of locations; the mounting assembly further comprises a clamp assembly configured to secure the alignment bracket in any of said plurality of locations, the clamp assembly comprising a mounting lug securable relative to both the alignment bracket and the mounting surface; and the alignment bracket is movable between said plurality of locations on the mounting surface due to the mounting lug being movable relative to the alignment bracket, and/or the mounting surface, between a plurality of locations. an anvil, a die, a punch for driving a fastener or affecting a clinching or spot-welding operation; an actuator, wherein one of the die and punch is mounted on the actuator so as to be movable thereby, and the other of the die and punch forming at least part of the anvil; and a mounting assembly comprising: a first support arm having a mounting surface, and a receiving portion configured to receive the actuator; a second support arm having a receiving portion configured to receive the anvil; and an alignment bracket configured to engage with said actuator and being movable on the mounting surface of the first support arm; a second support arm having a receiving portion configured to receive the anvil; and an alignment bracket configured to engage with said actuator and being movable on the mounting surface of the first support arm; the mounting assembly defining a span between the receiving portion of the first support arm and the receiving portion of the second support arm; characterised in that the alignment bracket is movable on the mounting surface of the first support arm between a plurality of locations; the mounting assembly further comprises a clamp assembly configured to secure the alignment bracket in any of said plurality of locations, the clamp assembly comprising a mounting lug securable relative to both the alignment bracket and the mounting surface; and the alignment bracket is movable between said plurality of locations on the mounting surface due to the mounting lug being movable relative to the alignment bracket, and/or the mounting surface, between a plurality of locations.
An electronic device, comprising: a housing; a circuit board within the housing; and a component assembly (14/16), comprising: a tray for holding a module; and a connector coupled to the circuit board; characterized by: the tray comprising a sloped notch; and the connector comprising a retainer including a retaining arm and a head for retaining the tray in functional alignment with the circuit board when the tray is inserted in a first direction through an opening in the housing, wherein when the tray is fully inserted, the head of the retainer is configured to exert a biasing force against the slope of the sloped notch such that the tray is forcibly pulled into the housing to maintain the alignment between the tray and the housing. a housing; a circuit board within the housing; and a component assembly (14/16), comprising: a tray for holding a module; and a connector coupled to the circuit board; characterized by: the tray comprising a sloped notch; and the connector comprising a retainer including a retaining arm and a head for retaining the tray in functional alignment with the circuit board when the tray is inserted in a first direction through an opening in the housing, wherein when the tray is fully inserted, the head of the retainer is configured to exert a biasing force against the slope of the sloped notch such that the tray is forcibly pulled into the housing to maintain the alignment between the tray and the housing. a tray for holding a module; and a connector coupled to the circuit board; characterized by: the tray comprising a sloped notch; and the connector comprising a retainer including a retaining arm and a head for retaining the tray in functional alignment with the circuit board when the tray is inserted in a first direction through an opening in the housing, wherein when the tray is fully inserted, the head of the retainer is configured to exert a biasing force against the slope of the sloped notch such that the tray is forcibly pulled into the housing to maintain the alignment between the tray and the housing. the tray comprising a sloped notch; and the connector comprising a retainer including a retaining arm and a head for retaining the tray in functional alignment with the circuit board when the tray is inserted in a first direction through an opening in the housing, wherein when the tray is fully inserted, the head of the retainer is configured to exert a biasing force against the slope of the sloped notch such that the tray is forcibly pulled into the housing to maintain the alignment between the tray and the housing.
A pipe-type mixer, comprising an inner sleeve pipe taking a mixing action and an outer sleeve pipe taking a heat-exchange action, wherein the inner sleeve pipe is located inside the outer sleeve pipe; and the inner sleeve pipe is formed of a combination of an inner pipe twisting clockwise along the pipe centre and an inner pipe twisting anticlockwise; the pipe-type mixer being characterised in that: the cross section of the inner sleeve pipe is a hexagon; a torque of the inner sleeve pipe, namely a pipe length corresponding to a pipe wall spirally deforming 360 degrees around the pipe centre axis, is 300 to 800 mm; the inscribed circle diameter of the hexagonal cross section of the inner sleeve pipe is 20 to 150 mm; and a distance between the inscribed circle diameter of the inner sleeve pipe and the inscribed circle diameter of the outer sleeve pipe is 5 to 15 mm. the cross section of the inner sleeve pipe is a hexagon; a torque of the inner sleeve pipe, namely a pipe length corresponding to a pipe wall spirally deforming 360 degrees around the pipe centre axis, is 300 to 800 mm; the inscribed circle diameter of the hexagonal cross section of the inner sleeve pipe is 20 to 150 mm; and a distance between the inscribed circle diameter of the inner sleeve pipe and the inscribed circle diameter of the outer sleeve pipe is 5 to 15 mm.
A plug connection, comprising a plug connector, especially a printed circuit board connector, and a further plug connector on a printed circuit board and a wall with an opening having a plug connector housing which is provided with a shield support formed for contacting the conductive wall, preferably a housing, in the region of the corresponding plug connector, wherein one or preferably multiple spring contacts protrude from a main extension plane of the shield support, said spring contacts being formed to contact a section of the conductive wall to be contacted in the region of the further plug connector, characterized in that the section is bent out of the main extension plane of the wall in such a way that it extends parallel to the plug-in direction, wherein the spring contacts, in the assembled state, resiliently press on the section.
Food cooking oven, in particular of the kind intended for use in commercial foodservice and mass-catering applications, provided with a steam generator comprising: - a boiler, - a gas burner, - means for generating a forced air flow through said gas burner, - an outer conduit branching out from said gas burner and adapted to convey through said boiler flue gases produced by and issuing from said gas burner, and - injector means to inject gas into said gas burner, an assembly formed of a first inner body and a second outer body that is so made and arranged as to accommodate said first inner body therewithin, characterized in that said gas burner comprises: a pre-mixing region for forming an air-gas mixture being formed in a hollow gap created between said first inner body and said second outer body, wherein an outer surface of said first inner body is provided with a plurality of first apertures, which are evenly and regularly distributed substantially all over said outer surface, and said second outer body is provided with a plurality of second apertures, said second apertures are solely provided to cover just a single, delimited portion of the outer surface of said second outer body, and said outer conduit is directly communicating with said second apertures. - a boiler, - a gas burner, - means for generating a forced air flow through said gas burner, - an outer conduit branching out from said gas burner and adapted to convey through said boiler flue gases produced by and issuing from said gas burner, and - injector means to inject gas into said gas burner, an assembly formed of a first inner body and a second outer body that is so made and arranged as to accommodate said first inner body therewithin,
A clothes hanger kit that can be assembled to define a hanger shape for suspending a garment, comprising: a hanger frame formed from a first planar segment having outwardly extending arms (1L, 1R); a top strip formed from a second planar segment; wherein: the top strip is horizontally securable onto the hanger frame with the hanger frame disposed vertically, characterised by further comprising: a U-shaped bracket defining upper and lower legs (A, B) each of which having holes (7, 8) for accommodating a wire-based hanger hook, the holes (7, 8) of the bracket facilitating the sliding of the bracket along the hanger hook from a tip of the hanger hook so as to rest on a pommel of the hanger hook, the bracket for connecting the hanger hook to the hanger frame. a hanger frame formed from a first planar segment having outwardly extending arms (1L, 1R); a top strip formed from a second planar segment; wherein: the top strip is horizontally securable onto the hanger frame with the hanger frame disposed vertically, characterised by further comprising: a U-shaped bracket defining upper and lower legs (A, B) each of which having holes (7, 8) for accommodating a wire-based hanger hook, the holes (7, 8) of the bracket facilitating the sliding of the bracket along the hanger hook from a tip of the hanger hook so as to rest on a pommel of the hanger hook, the bracket for connecting the hanger hook to the hanger frame.
A method for obtaining a concrete mixture comprising cement binder in a quantity comprised between 14 and 18% in weight and inert materials, such as sand and gravel, in a quantity comprised between 82 and 86% in weight, characterised in that it comprises the following steps: - providing a secondary raw material by thermally inactivating asbestos cement; - using said raw material to provide a cement binder comprising clinker in a quantity comprised between 80% and 99% in weight and said secondary raw material in a quantity comprised between 1% and 20% in weight, a water/cement binder ratio being comprised between 0.55 and 0.61. - providing a secondary raw material by thermally inactivating asbestos cement; - using said raw material to provide a cement binder comprising clinker in a quantity comprised between 80% and 99% in weight and said secondary raw material in a quantity comprised between 1% and 20% in weight, a water/cement binder ratio being comprised between 0.55 and 0.61.
Hand machine tool, particularly drill hammer or combi-hammer, with a tool housing, which has a receiving bay made to accommodate an accumulator or mains power part interchangeably, in which the hand machine tool has an electrical drive motor with a cooling fan and a first ventilation opening section arranged on the tool housing outside the receiving bay, through which a volume flow produced through the cooling fan may be conducted, in which the tool housing has a second ventilation opening section that is different from the first ventilation opening section, which is arranged inside the receiving bay and through which the volume flow produced through the cooling fan may be at least partly conducted, characterised in that the hand machine tool has a flow control device, which is made to distribute a volume flow produced through the cooling fan between the first ventilation opening section and the second ventilation opening section depending on an accumulator or mains power part to be accommodated in the receiving bay, in which a higher volume flow part is allocated to accumulator operation of the hand machine tool through the first ventilation opening section and a higher volume flow part is allocated to mains power part operation through the second ventilation opening section.