mhurhangee/ep-ind-claims huggingface dataset:
A refrigerant compressor, in particular for a refrigeration system, including a common housing, a compressor unit arranged in the common housing, a mechanical compressor drive unit for the compressor unit, arranged in a drive chamber of the common housing, a lubricant bath forming in the drive chamber, an intake duct that extends in the common housing in a manner separated from the drive chamber and through which the compressor unit draws in by suction refrigerant that is to be compressed wherein, the intake duct and the drive chamber are connected by way of a gas equaliser duct, which allows a permanent equalisation of gas between them, and which has on one side an opening on the drive chamber side and on the other an opening on the intake side, and of which the duct length between the openings (114, 116) corresponds to at least twice an equivalent duct diameter, in particular a smallest equivalent duct diameter, of the gas equaliser duct, characterised in that the intake duct passes through a motor compartment in the common housing, and in that an accumulation of lubricant forms on the base of the motor compartment, in that the opening (116 in the gas equaliser duct on the intake duct side is higher up, as seen in the direction of gravity, than the accumulation of lubricant in the intake duct.
A method for managing memory comprising: receiving command signals for performing flash memory access operations in a first sequence; determining one or more attributes of one or more of the command signals; determining a second sequence of execution for the command signals based at least partially on at least one of the attributes, the method being characterised by: determining if two or more of the command signals are related; positioning the related command signals consecutively in the second sequence of execution; consolidating the related command signals; and executing the command signals in the second sequence to perform access operations on a flash memory wherein at least one of the attributes includes an execution time, and wherein the method further comprises promoting a command signal with a shorter execution time over a command signal with a longer execution time to produce the second sequence. receiving command signals for performing flash memory access operations in a first sequence; determining one or more attributes of one or more of the command signals; determining a second sequence of execution for the command signals based at least partially on at least one of the attributes, the method being characterised by: determining if two or more of the command signals are related; positioning the related command signals consecutively in the second sequence of execution; consolidating the related command signals; and executing the command signals in the second sequence to perform access operations on a flash memory determining if two or more of the command signals are related; positioning the related command signals consecutively in the second sequence of execution; consolidating the related command signals; and executing the command signals in the second sequence to perform access operations on a flash memory wherein at least one of the attributes includes an execution time, and wherein the method further comprises promoting a command signal with a shorter execution time over a command signal with a longer execution time to produce the second sequence.
Use of a polyamide resin composition for forming a release film, wherein the polyamide resin composition comprises: a polyamide resin, a non-modified polypropylene resin, and a polyolefin wax and/or a modified polyethylene resin; wherein the content of the non-modified polypropylene resin is from 0.1 to 10 mass%; and wherein the content of the polyolefin wax and/or the modified polyethylene resin is from 0.3 to 5 mass%. wherein the content of the non-modified polypropylene resin is from 0.1 to 10 mass%; and wherein the content of the polyolefin wax and/or the modified polyethylene resin is from 0.3 to 5 mass%.
A coating composition comprising: a glass frit; and an electrostatic force reinforcing material including polymethylhydrogensiloxane derivatives, wherein the glass frit is added by 99.6wt% to 99.85wt% of the glass composition, and the electrostatic force reinforcing material is added by 0.1wt% to 0.3wt% of the glass composition, wherein the electrostatic force reinforcing material is represented by Formula below: where 50≤X≤100, and 10≤Y≤50, and wherein X+Y is within a range of 100≤X+Y≤200. a glass frit; and an electrostatic force reinforcing material including polymethylhydrogensiloxane derivatives, wherein the glass frit is added by 99.6wt% to 99.85wt% of the glass composition, and the electrostatic force reinforcing material is added by 0.1wt% to 0.3wt% of the glass composition, wherein the electrostatic force reinforcing material is represented by Formula below: where 50≤X≤100, and 10≤Y≤50, and wherein X+Y is within a range of 100≤X+Y≤200.
A nucleic acid amplification kit comprising: (a) a master mix comprising one or more DNA polymerases, nucleoside triphosphates, and optionally one or more reverse transcriptases; (b) a pooled target positive control comprising two or more bacterial or viral target positive control polynucleotides for two or more target polynucleotides and one or more signature sequence polynucleotides that do not cross-amplify with any of the other polynucleotides or controls in the kit; and (c) an internal sample control detection mix comprising one or more forward primers, one or more reverse primers, and one or more probes that can amplify and detect one or more conserved eukaryotic polynucleotides. (a) a master mix comprising one or more DNA polymerases, nucleoside triphosphates, and optionally one or more reverse transcriptases; (b) a pooled target positive control comprising two or more bacterial or viral target positive control polynucleotides for two or more target polynucleotides and one or more signature sequence polynucleotides that do not cross-amplify with any of the other polynucleotides or controls in the kit; and (c) an internal sample control detection mix comprising one or more forward primers, one or more reverse primers, and one or more probes that can amplify and detect one or more conserved eukaryotic polynucleotides.
A porous gas bearing (30, 140), comprising: a housing having a fluid inlet and an aperture; a porous surface layer disposed within the housing surrounding the aperture in a circumferential direction, the porous surface layer including a plurality of segments (36A, 36B, 36C) arranged in a longitudinal direction of the aperture, the porous surface layer in fluid communication with the fluid inlet; and a damping system including a plurality of dampers, the plurality of dampers are disposed circumferentially about the aperture, wherein the plurality of dampers are arranged in between a first segment of the plurality of segments (36A, 36B, 36C) of the porous surface layer and a second segment of the plurality of segments (36A, 36B, 36C) of the porous surface layer, characterized in that the plurality of dampers includes a damper inlet disposed at the aperture and a damper chamber disposed radially outward from the damper inlet. a housing having a fluid inlet and an aperture; a porous surface layer disposed within the housing surrounding the aperture in a circumferential direction, the porous surface layer including a plurality of segments (36A, 36B, 36C) arranged in a longitudinal direction of the aperture, the porous surface layer in fluid communication with the fluid inlet; and a damping system including a plurality of dampers, the plurality of dampers are disposed circumferentially about the aperture, wherein the plurality of dampers are arranged in between a first segment of the plurality of segments (36A, 36B, 36C) of the porous surface layer and a second segment of the plurality of segments (36A, 36B, 36C) of the porous surface layer, characterized in that the plurality of dampers includes a damper inlet disposed at the aperture and a damper chamber disposed radially outward from the damper inlet.
A vertical silicon photomultiplier with superior quantum efficiency at optical wavelengths, comprising: a plurality of micro-pixels operated in a Geiger mode; a trench electrode placed around each of the micro-pixels; and a substrate including the micro-pixels and the trench electrode and having a portion which is exposed to an external environment and allows the plurality of micro-pixels and the trench electrode to be communicated to the external environment, wherein horizontal electric fields are generated between the trench electrode and the micro-pixels by applying a reverse bias voltage between the trench electrode and the micro-pixels, wherein the micro-pixels further comprise: a p-type conductive epitaxial layer; and a PN-junction layer which is formed in the p-type conductive epitaxial layer and perpendicular to the trench electrode. a plurality of micro-pixels operated in a Geiger mode; a trench electrode placed around each of the micro-pixels; and a substrate including the micro-pixels and the trench electrode and having a portion which is exposed to an external environment and allows the plurality of micro-pixels and the trench electrode to be communicated to the external environment, wherein horizontal electric fields are generated between the trench electrode and the micro-pixels by applying a reverse bias voltage between the trench electrode and the micro-pixels, wherein the micro-pixels further comprise: a p-type conductive epitaxial layer; and a PN-junction layer which is formed in the p-type conductive epitaxial layer and perpendicular to the trench electrode. a p-type conductive epitaxial layer; and a PN-junction layer which is formed in the p-type conductive epitaxial layer and perpendicular to the trench electrode.
A computer-implemented method comprising: providing a first GUI to a user of a mobile computing device, the first GUI indicating to the user to provide a hotword; receiving, by the mobile computing device, as an utterance from the user, a candidate hotword; in response to receiving the candidate hotword, providing a second GUI on the mobile computing device that displays a proposed transcription of the candidate hotword and text indicating to the user to confirm or reject the transcription; in response to receiving a confirmation that the transcription is correct, providing a third GUI that provides for display a confirmation of the transcription of the candidate hotword; and processing an utterance beginning with the candidate hotword as a voice command. providing a first GUI to a user of a mobile computing device, the first GUI indicating to the user to provide a hotword; receiving, by the mobile computing device, as an utterance from the user, a candidate hotword; in response to receiving the candidate hotword, providing a second GUI on the mobile computing device that displays a proposed transcription of the candidate hotword and text indicating to the user to confirm or reject the transcription; in response to receiving a confirmation that the transcription is correct, providing a third GUI that provides for display a confirmation of the transcription of the candidate hotword; and processing an utterance beginning with the candidate hotword as a voice command.
An LED based lamp, comprising: a concave optical diffuser having a first interior volume; a concave bulb positioned within the first interior volume, the glass bulb having a second interior volume and being separate from the optical diffuser; a reflector positioned within the second interior volume; a printed circuit board comprising a plurality of light-emitting diodes (LEDs) (111,112) configured to emit light, the printed circuit board attached to a bottom portion of the reflector within the second interior volume; and a heat sink thermally connected to the printed circuit board and to the reflector, characterized in that the bulb is a neodymium-doped glass bulb, and that the optical diffuser includes a diffuser lip, the neodymium-doped glass bulb includes a glass bulb lip, wherein the heat sink includes an annular groove formed in an upper portion thereof, the annular groove being sized and shaped to seat the diffuser lip and the glass bulb lip therein. a concave optical diffuser having a first interior volume; a concave bulb positioned within the first interior volume, the glass bulb having a second interior volume and being separate from the optical diffuser; a reflector positioned within the second interior volume; a printed circuit board comprising a plurality of light-emitting diodes (LEDs) (111,112) configured to emit light, the printed circuit board attached to a bottom portion of the reflector within the second interior volume; and a heat sink thermally connected to the printed circuit board and to the reflector, characterized in that the bulb is a neodymium-doped glass bulb,
An ophthalmic composition comprising: (a) a ketotifen salt, wherein the concentration of ketotifen salt as ketotifen is from 0.01 to 0.1% (w/v); (b) a hydrogen peroxide source providing hydrogen peroxide in a trace amount of from 0.001 to 0.1 % (w/v); and (c) one or more ocularly compatible hydrogen peroxide stabilizers, wherein the composition is at a pH from 4 to 5.3. (a) a ketotifen salt, wherein the concentration of ketotifen salt as ketotifen is from 0.01 to 0.1% (w/v); (b) a hydrogen peroxide source providing hydrogen peroxide in a trace amount of from 0.001 to 0.1 % (w/v); and (c) one or more ocularly compatible hydrogen peroxide stabilizers, wherein the composition is at a pH from 4 to 5.3.
A method for adjusting a control policy of a cooker hood, wherein an operation mode of the cooker hood comprises a manual mode and an automatic mode, and in the automatic mode, the cooker hood automatically controls a rotational speed of a fan according to a sensor parameter; and characterized in that the method comprises: when the cooker hood operates in the automatic mode, obtaining a quantity of times of up shifting and a quantity of times of down shifting that a user manually adjusts a gear of the cooker hood in a preset period; when the cooker hood operates in the automatic mode and the user adjusts the gear according a preference of the user, a habit of the user for adjusting the gear is recorded in a memory, and adjusting a control parameter of the cooker hood in the automatic mode according to the quantity of times of gear shifting, wherein a sensitive parameter of the sensor is adjusted according to the quantity of times of up shifting and the quantity of times of down shifting, and the rotational speed of the fan corresponding is correspondingly adjusted to the sensor parameter.
An apparatus for automatically clearing away residual solder paste, comprising: a working platform for bearing a solder paste tub accommodating a solder paste nozzle, the solder paste nozzle having a solder paste nozzle mouth, the working platform having a solder paste through-hole for accommodating the solder paste nozzle mouth; a cleaning gas source; and a gas channel disposed in the working platform, the gas channel comprising a gas inlet and a gas outlet, the gas inlet being configured to be in communication with the cleaning gas source, and the gas outlet being configured to blow gas towards the solder paste nozzle mouth accommodated in the solder paste through-hole, thereby cutting solder paste remaining at the solder paste nozzle mouth; characterized in that: the gas channel comprises a first channel part and a second channel part in communication with each other, the first channel part being connected to the cleaning gas source, and the second channel part being connected to the gas outlet; wherein the second channel part is narrower than the first channel part, so that flowing gas in the first channel part is accelerated in the second channel part. a working platform for bearing a solder paste tub accommodating a solder paste nozzle, the solder paste nozzle having a solder paste nozzle mouth, the working platform having a solder paste through-hole for accommodating the solder paste nozzle mouth; a cleaning gas source; and a gas channel disposed in the working platform, the gas channel comprising a gas inlet and a gas outlet, the gas inlet being configured to be in communication with the cleaning gas source, and the gas outlet being configured to blow gas towards the solder paste nozzle mouth accommodated in the solder paste through-hole, thereby cutting solder paste remaining at the solder paste nozzle mouth; characterized in that: the gas channel comprises a first channel part and a second channel part in communication with each other, the first channel part being connected to the cleaning gas source, and the second channel part being connected to the gas outlet; wherein the second channel part is narrower than the first channel part, so that flowing gas in the first channel part is accelerated in the second channel part.
A device for dismantling of chosen parts of assembled pallets, each comprising a deck layer, which includes parallel deck boards arranged at given distances in relation to each other, a bottom layer, which is in parallel with the deck layer and includes parallel bottom boards, which are arranged at given distances in relation to each other, and an intermediate layer, which is arranged between the deck layer and the bottom layer and includes spacer means, which at given distances in relation to each other are connected to the deck layer and the bottom layer, said device comprising a support frame, carrying a first dismantling station, in which a pallet is insertable, wherein said first dismantling station comprises at least one knife, that has an edge, which can be driven in between a chosen spacer means and the deck layer at a chosen outer deck board, in order to separate the spacer means from the deck layer at the specified place, or between a chosen spacer means and the bottom layer at a chosen outer bottom board, in order to separate the spacer means from the bottom layer at the specified place, characterised in that said support frame also carries a second dismantling station, in which a pallet is insertable, wherein said second dismantling station comprises at least one knife (31,32), that has an edge, which can be driven in between a chosen outer spacer means and the deck layer at a chosen central deck board, in order to separate the spacer means from the deck layer at the specified place, or between a chosen spacer means and the bottom layer at a central bottom board, in order to separate the spacer means from the bottom layer at the specified place, and in that a multiple-axle robot is arranged to feed pallets into and out of the device and to position said pallets in relation to the knifes (21, 31, 32) of both dismantling stations (20, 30) of the device.
Method for parameterizing an installation for manufacturing containers by stretch blow-moulding from blanks made of plastic material, this installation comprising: - a mould provided with a wall defining a cavity bearing the impression of the container, extending along a main axis of the mould, and with a mould bottom which is moveable axially in relation to the wall between an extended position and a retracted position, - a device for commanding the movement of the mould bottom, able to exert an axial thrust on the mould bottom to move it from its extended position to its retracted position and vice versa; - a stretching device comprising a stretching rod which is moveable axially in relation to the wall and an electric machine coupled to the rod; this method being characterized in that it comprises the operations consisting, from an initial configuration in which the rod is in a raised position away from the mould bottom and in which the mould bottom is in its extended position or in its retracted position, in: - causing the electrical machine to operate as a motor to exert on the rod an axial driving force which moves it towards the mould bottom; - evaluating the resultant of the axial forces exerted on the rod; - as soon as a variation in the resultant of the forces is detected, assigning a position of origin to the rod; - storing the position of origin; - commanding the movement of the mould bottom towards its retracted position or, respectively, its extended position; - assigning the corresponding, so-called final, position of the rod to the rod; - calculating and storing the distance, called travel of the rod, between the final position and the position of origin. - a mould provided with a wall defining a cavity bearing the impression of the container, extending along a main axis of the mould, and with a mould bottom which is moveable axially in relation to the wall between an extended position and a retracted position, - a device for commanding the movement of the mould bottom, able to exert an axial thrust on the mould bottom to move it from its extended position to its retracted position and vice versa; - a stretching device comprising a stretching rod which is moveable axially in relation to the wall and an electric machine coupled to the rod; - causing the electrical machine to operate as a motor to exert on the rod an axial driving force which moves it towards the mould bottom; - evaluating the resultant of the axial forces exerted on the rod; - as soon as a variation in the resultant of the forces is detected, assigning a position of origin to the rod; - storing the position of origin; - commanding the movement of the mould bottom towards its retracted position or, respectively, its extended position; - assigning the corresponding, so-called final, position of the rod to the rod; - calculating and storing the distance, called travel of the rod, between the final position and the position of origin.
Apparatus having a circular construction, comprising a single optical two-dimensional detector unit in the form of a camera, at least three optical capturing units arranged about the centre of the apparatus, which optical capturing units capture light emitted by an object to be examined, wherein the light signals captured by the capturing units are guided to the single optical two-dimensional detector unit, and wherein the light-emitting object to be examined is arranged in the centre of the apparatus, characterized in that arranged on a first semicircle are - a multiplicity of mirrors arranged in the shape of a semicircle about the centre of the circle, or a multiplicity of optical filter and/or lens constructions arranged in the shape of a semicircle about the centre of the circle, and optionally arranged on the second semicircle are - a multiplicity of further mirrors arranged in the shape of a semicircle about the centre of the circle, or a multiplicity of further optical filter and/or lens constructions arranged in the shape of a semicircle about the centre of the circle, wherein in each case Keplerian telescopes, are connected as capturing units to the mirrors, or to the optical filter and/or a lens constructions, and optical fibre bundles, which lead to the single optical two-dimensional detector unit, are connected to the telescopes,, and wherein the object to be examined is arranged in the centre of the circle. - a multiplicity of mirrors arranged in the shape of a semicircle about the centre of the circle, or a multiplicity of optical filter and/or lens constructions arranged in the shape of a semicircle about the centre of the circle, - a multiplicity of further mirrors arranged in the shape of a semicircle about the centre of the circle, or a multiplicity of further optical filter and/or lens constructions arranged in the shape of a semicircle about the centre of the circle, wherein