mhurhangee/ep-ind-claims huggingface dataset:
Superstructure that is configured to be selectively arrangeable on or over a transporter of a paving assembly, said transporter comprising a material feed configured to arrange a layer of paving material at a first distance from said transporter, wherein said superstructure comprises - a frame; - a further material feed that is extendable beyond the transporter and configured to convey a paving material at a discharge at a second distance from said transporter, wherein said further material feed is arrangeable substantially central relative to a width of the transporter and extendable over the transporter; and - a second material hopper (8, 12) in connection with the further material feed and configured to receive the paving material; characterized in that - the superstructure comprises a first material hopper (8, 11), wherein the first material hopper (8, 11) of the superstructure is: - configured to receive a paving material; - configured to be in connection with the material feed of the transporter; and in that both the first material hopper (8, 11) and the second material hopper (8, 12) are arrangeable substantially central relative to the width of the transporter and readily and continuously accessible during use to allow them to be filled with paving material by a feeder for a continuous paving operation of the paving assembly. - a frame; - a further material feed that is extendable beyond the transporter and configured to convey a paving material at a discharge at a second distance from said transporter, wherein said further material feed is arrangeable substantially central relative to a width of the transporter and extendable over the transporter; and - a second material hopper (8, 12) in connection with the further material feed and configured to receive the paving material; - the superstructure comprises a first material hopper (8, 11), wherein the first material hopper (8, 11) of the superstructure is: - configured to receive a paving material; - configured to be in connection with the material feed of the transporter; and in that both the first material hopper (8, 11) and the second material hopper (8, 12) are arrangeable substantially central relative to the width of the transporter and readily and continuously accessible during use to allow them to be filled with paving material by a feeder for a continuous paving operation of the paving assembly. - configured to receive a paving material; - configured to be in connection with the material feed of the transporter; and in that both the first material hopper (8, 11) and the second material hopper (8, 12) are arrangeable substantially central relative to the width of the transporter and readily and continuously accessible during use to allow them to be filled with paving material by a feeder for a continuous paving operation of the paving assembly.
A method for accurately controlling a medium displacement in an inkjet by determining a relation between an actuation signal and a medium displacement, the actuation signal causing a rotation of a by actuating a drive that is coupled to the roller by a slip free such that the rotation speed of the drive motor is higher than the rotation speed of the roller that passes its surface movement to a medium pinched onto its surface, the method comprising the steps of: a) establishing a set of calibration actuation signals each corresponding to a nominal calibration step; b) printing a first reference mark on the medium; c) selecting a calibration actuation signal from the set of calibration actuation signals; d) actuating the drive motor to cause the roller to displace the medium over a distance of the nominal calibration step corresponding to the selected calibration actuation signal; e) printing a next reference mark besides the first reference mark in a direction perpendicular to the medium displacement direction; f) optically reading the first and the next reference mark; g) determining an achieved medium displacement step from the read reference marks; and h) repeating steps b) to g) for all available calibration actuation signals in the set of calibration actuation signals, wherein the set of calibration actuation signals comprises at least one calibration actuation signal that actuates the drive motor to make one full revolution and one calibration actuation signal that actuates the drive motor to make a rotation larger than one full revolution, but smaller than two full revolutions, and determining a relation between the calibration actuation signals and the difference between the achieved medium displacement steps and the nominal calibration steps, based on a finite series of basis functions. a) establishing a set of calibration actuation signals each corresponding to a nominal calibration step; b) printing a first reference mark on the medium; c) selecting a calibration actuation signal from the set of calibration actuation signals; d) actuating the drive motor to cause the roller to displace the medium over a distance of the nominal calibration step corresponding to the selected calibration actuation signal; e) printing a next reference mark besides the first reference mark in a direction perpendicular to the medium displacement direction; f) optically reading the first and the next reference mark; g) determining an achieved medium displacement step from the read reference marks; and h) repeating steps b) to g) for all available calibration actuation signals in the set of calibration actuation signals,
Method for manufacturing calcium diglyceroxide crystals that comprises at least the following steps: placing at least one calcium element source compound, especially calcium oxide (CaO), in suspension in glycerol or in a homogeneous mixture of glycerol (C 3 H 8 O 3) and an anhydrous glycerol solvent, especially methanol (CH 3 OH), referred to as the "starting suspension", the molar ratio of (glycerol):(calcium element source compound(s)) being greater than or equal to 2, preferably is ranging from 2 to 10, and in particular is ranging from 2 to 5; milling said starting suspension at an ambient temperature of less than or equal to 50°C, preferably less than or equal to 35°C, in a three-dimensional liquid-phase microbead mill for a holding time of less than or equal to 15 min, preferably less than or equal to 1 minute, and ranging particularly from 5 to 25 seconds and in particular from 10 to 20 seconds; recovering, at the outlet of the mill, a suspension of calcium diglyceroxide crystals, and optionally, washing the obtained suspension with a glycerol solvent in order to eliminate any excess glycerol, optionally, said suspension of calcium diglyceroxide crystals is dried so as to obtain a powder of calcium diglyceroxide crystals. placing at least one calcium element source compound, especially calcium oxide (CaO), in suspension in glycerol or in a homogeneous mixture of glycerol (C 3 H 8 O 3) and an anhydrous glycerol solvent, especially methanol (CH 3 OH), referred to as the "starting suspension", the molar ratio of (glycerol):(calcium element source compound(s)) being greater than or equal to 2, preferably is ranging from 2 to 10, and in particular is ranging from 2 to 5; milling said starting suspension at an ambient temperature of less than or equal to 50°C, preferably less than or equal to 35°C, in a three-dimensional liquid-phase microbead mill for a holding time of less than or equal to 15 min, preferably less than or equal to 1 minute, and ranging particularly from 5 to 25 seconds and in particular from 10 to 20 seconds; recovering, at the outlet of the mill, a suspension of calcium diglyceroxide crystals, and optionally, washing the obtained suspension with a glycerol solvent in order to eliminate any excess glycerol, optionally, said suspension of calcium diglyceroxide crystals is dried so as to obtain a powder of calcium diglyceroxide crystals.
A method for purifying exhaust gas, comprising bringing an exhaust gas containing sulfur oxides and mercury metal into contact with a catalyst containing titanium oxide as a first component and a phosphate of nickel (Ni), manganese (Mn) or vanadium as a second component, at a temperature of from 100°C to 200°C, and thereby oxidizing the mercury metal.
A formulation for topical, dermatologic and/or cosmetic use, in form of hydrophobic gel, oleolite or butter comprising: at least one amino acid; at least a hydrophobic vehicle such as oil, silicone or butter; thickeners and stabilizers of hydrophobic phase, hydrogenated oils, silicone waxes and non-silicone waxes such as bee waxes, silica; a quantity of water; characterized in that said formulation comprises a porous polymer, wherein the porous polymer is methylmethacrylate crosspolymer, wherein either microspheres or cyclodextrins are included in association therewith and in that said quantity of water does not exceed 10%, whereby said formulation is microbiological stable and free of preservatives. at least one amino acid; at least a hydrophobic vehicle such as oil, silicone or butter; thickeners and stabilizers of hydrophobic phase, hydrogenated oils, silicone waxes and non-silicone waxes such as bee waxes, silica; a quantity of water; characterized in that said formulation comprises a porous polymer, wherein the porous polymer is methylmethacrylate crosspolymer, wherein either microspheres or cyclodextrins are included in association therewith and in that said quantity of water does not exceed 10%, whereby said formulation is microbiological stable and free of preservatives.
A method of operating a droplet ejection device comprising an ejection unit arranged to eject droplets of an ink and comprising a nozzle formed in a nozzle face, a liquid duct connected to the nozzle, and an electro-mechanical transducer arranged to create an acoustic pressure wave in the liquid in the duct, characterized by a step of detecting a case where condensed water is present in a pool on the nozzle face at the position of the nozzle and discriminating it from a case where the pool is formed by ink, the step of detecting comprising analyzing a decay time constant (τ) and an amplitude of acoustic pressure fluctuations decaying in the duct after the ejection of a droplet, which pressure fluctuations cause a response of the transducer and are represented by a signal obtained from the transducer, wherein an error signal is issued in the case that condensed water is present in the pool.
Foundry core, wherein the foundry core is shaped from a moulding material consisting of a mixture which is formed from a moulding sand and a binder and optionally from additives added to set its properties wherein the foundry core is divided into at least two sub-segments (9 - 17) and wherein forming elements (28a - 30b) interacting with one another in a positive-locking manner are provided on the edge sides, with which sub-segments (9 - 17) arranged adjacent to one another abut on one another, or in proximity to these edge sides, via which forming elements the sub-segments (9 - 17) arranged adjacent to one another are fixed by positive locking immovably against one another at least in one direction (LR, UR), characterised in that it has the base form of a hollow cylinder extending in a longitudinal direction with two end faces (SO, SU) opposed to one another in the longitudinal direction and that it is formed at least over one section as a strip running in a meandering shape around the space delimited by the foundry core.
A method for checking containers to be filled and identifying unstable containers in a filling system, comprising the checking steps: - illuminating a container to be checked with polarized checking light, - detecting the checking light reflected or transmitted by the container to be checked by means of a change-based checking camera that has an image sensor which is configured to generate output signals solely in response to detected brightness changes, wherein the checking camera is assigned a polarizer which is oriented such that the polarization direction of the light passing through the polarizer differs from the polarization direction of the polarized checking light, - checking the output signals generated by the checking camera for the presence of local brightness changes, - determining a measure of a structural integrity of the container to be checked at least based on a detected local brightness change and based on predefined checking criteria, and - characterizing the container to be checked with respect to its stability at least based on the determined measure of the structural integrity using a checking algorithm and generating a container stability signal based thereon, wherein the container to be checked is exposed to a stress during the checking, characterized in that the stress is generated by a contact pressure which presses the container against a filling valve of a filling apparatus of the filling system. - illuminating a container to be checked with polarized checking light, - detecting the checking light reflected or transmitted by the container to be checked by means of a change-based checking camera that has an image sensor which is configured to generate output signals solely in response to detected brightness changes, wherein the checking camera is assigned a polarizer which is oriented such that the polarization direction of the light passing through the polarizer differs from the polarization direction of the polarized checking light, - checking the output signals generated by the checking camera for the presence of local brightness changes, - determining a measure of a structural integrity of the container to be checked at least based on a detected local brightness change and based on predefined checking criteria, and - characterizing the container to be checked with respect to its stability at least based on the determined measure of the structural integrity using a checking algorithm and generating a container stability signal based thereon, wherein the container to be checked is exposed to a stress during the checking, characterized in that the stress is generated by a contact pressure which presses the container against a filling valve of a filling apparatus of the filling system.
A household appliance (1, 20), comprising: a treating chamber configured to receive an article for treatment according to a cycle of operation of the household appliance (1, 20); and a coating on at least a portion of the treating chamber, the coating configured to provide at least hydrophobicity characteristics, including a sliding angle and a droplet contact angle, characterized in that the coating is further configured to provide reversible thermochromic characteristics to the at least a portion of the treating chamber, wherein the coating comprises a composite including at least one of single-walled carbon nanotubes or multi-walled carbon nanotubes to define carbon nanotubes, and wherein the composite further comprises vanadium dioxide nanowires. a treating chamber configured to receive an article for treatment according to a cycle of operation of the household appliance (1, 20); and a coating on at least a portion of the treating chamber, the coating configured to provide at least hydrophobicity characteristics, including a sliding angle and a droplet contact angle, characterized in that the coating is further configured to provide reversible thermochromic characteristics to the at least a portion of the treating chamber, wherein the coating comprises a composite including at least one of single-walled carbon nanotubes or multi-walled carbon nanotubes to define carbon nanotubes, and wherein the composite further comprises vanadium dioxide nanowires.
An operating device for operating a lighting device, wherein the operating device has a digital interface (IF 1), by means of which the operating device may be supplied by a bus system with external dimming values as digital bus signals, wherein - the operating device has means of conversion, which are set up to convert said supplied external dimming values into quantized internal dimming values and wherein the operating device is further designed to control the connected lighting devices on the basis of the internal dimming values, characterized in that - the internal dimming values are resolved higher than the external dimming values, and wherein - the operating device has calibration means for calibrating the conversion of the external dimming values into the internal dimming values by means of the bus system with the aid of a communications protocol via a control signal input (PROG_IN) of the digital interface (IF 1), and wherein - the operating device has a non-volatile memory, in which the conversion of the external dimming values into the internal dimming values is stored. - the operating device has means of conversion, which are set up to convert said supplied external dimming values into quantized internal dimming values and wherein the operating device is further designed to control the connected lighting devices on the basis of the internal dimming values, characterized in that - the internal dimming values are resolved higher than the external dimming values, and wherein - the operating device has calibration means for calibrating the conversion of the external dimming values into the internal dimming values by means of the bus system with the aid of a communications protocol via a control signal input (PROG_IN) of the digital interface (IF 1), and wherein - the operating device has a non-volatile memory, in which the conversion of the external dimming values into the internal dimming values is stored.
A method of managing a communication history in a mobile terminal, the method comprising: detecting a name of a communication mate of a received or transmitted signal from information on communication mates stored in a memory unit in advance; and generating communication history data containing the detected name of the communication mate detected in the memory unit; characterized by storing the communication history data in a directory corresponding to the detected communication mate, wherein said directory is a lower-layer directory generated corresponding to the information of the detected communication mate, wherein the lower-layer directory is included in an upper-layer directory corresponding to a wired or wireless communication type of the received or transmitted signal; wherein the lower-layer directory has the same name as the name of the communication mate detected in the memory unit; and wherein the information on communication mates stored in the memory unit in advance includes at least one name of a recipient or a sender and at least one name of a communication device. detecting a name of a communication mate of a received or transmitted signal from information on communication mates stored in a memory unit in advance; and generating communication history data containing the detected name of the communication mate detected in the memory unit;
A milk frother system, comprising a gear pump which at the inlet side is connected at least to a milk feed conduit which for its part is connectable to a milk vessel which is filled with milk, by which means milk can be sucked out of the milk vessel by the gear pump, and further comprising a feed conduit (32; 90) for water and/or steam to the gear pump, characterised in that the milk frother system is configured, under predefined conditions and before delivery of milk by the gear pump, to deliver water and/or steam to the gear pump via the feed conduit (32; 90), in order to wet this gear pump.
An integrated circuit device comprising: a low voltage differential signaling, LVDS, receiver that includes: a receiver circuit including a first input coupled to a first conductive pad, a second input coupled to a second conductive pad, and an output coupled to an input of a digital controller; a dummy transmitter circuit including a first input coupled to receive a common mode voltage, VCM, tune signal, a second input coupled to a loopback input signal, a third input coupled to a loopback enable signal, a first output coupled to the first input of the receiver circuit, and a second output coupled to the second input of the receiver circuit; and when a test mode of operation is enabled, the digital controller asserts the loopback enable signal, and the dummy transmitter circuit generates a pair of test differential signals based on the loopback input signal and the VCM tune signal, wherein the VCM tune signal varies to test the LVDS receiver over a range of common mode voltages. a receiver circuit including a first input coupled to a first conductive pad, a second input coupled to a second conductive pad, and an output coupled to an input of a digital controller; a dummy transmitter circuit including a first input coupled to receive a common mode voltage, VCM, tune signal, a second input coupled to a loopback input signal, a third input coupled to a loopback enable signal, a first output coupled to the first input of the receiver circuit, and a second output coupled to the second input of the receiver circuit; and when a test mode of operation is enabled, the digital controller asserts the loopback enable signal, and the dummy transmitter circuit generates a pair of test differential signals based on the loopback input signal and the VCM tune signal, wherein the VCM tune signal varies to test the LVDS receiver over a range of common mode voltages.
A honeycomb structure comprising a so-called front part and a so-called rear part such that: the so-called front part and the so-called rear part are honeycomb structures formed by a skin and by stiffeners, the whole thing forming a monoblock structure, said stiffeners being formed by intermeshing blades orientated substantially perpendicularly to said skin, the structure being characterised in that: the so-called front part and the so-called rear part comprise protuberances on the stiffeners on the face opposite to the skin, said protuberances being disposed on said so-called front part and on said so-called rear part such that each protuberance of the so-called front part is located opposite a protuberance of the so-called rear part when the two parts are assembled, and in that the so-called front part and the so-called rear part are assembled by means of an attachment device into which two opposing protuberances are inserted. the so-called front part and the so-called rear part are honeycomb structures formed by a skin and by stiffeners, the whole thing forming a monoblock structure, said stiffeners being formed by intermeshing blades orientated substantially perpendicularly to said skin, the structure being characterised in that: the so-called front part and the so-called rear part comprise protuberances on the stiffeners on the face opposite to the skin, said protuberances being disposed on said so-called front part and on said so-called rear part such that each protuberance of the so-called front part is located opposite a protuberance of the so-called rear part when the two parts are assembled, and in that the so-called front part and the so-called rear part are assembled by means of an attachment device into which two opposing protuberances are inserted. the so-called front part and the so-called rear part comprise protuberances on the stiffeners on the face opposite to the skin, said protuberances being disposed on said so-called front part and on said so-called rear part such that each protuberance of the so-called front part is located opposite a protuberance of the so-called rear part when the two parts are assembled, and in that the so-called front part and the so-called rear part are assembled by means of an attachment device into which two opposing protuberances are inserted.