mhurhangee/ep-ind-claims huggingface dataset:
A control method of a multi-split air conditioner, comprising: detecting whether an outdoor unit of the multi-split air conditioner enters a standby state; and controlling the outdoor unit to enter a low power consumption mode for controlling a drive of the outdoor unit to be powered off after detecting that the outdoor unit enters the standby state, wherein the controlling the outdoor unit to enter a low power consumption mode comprises controlling a power supply load of the outdoor unit to be disconnected, and controlling a power switch of the outdoor unit to be disconnected; wherein the control method is characterized by: detecting whether the power switch of the outdoor unit is disconnected after controlling the power switch of the outdoor unit to be disconnected; and controlling a power supply of the drive of the outdoor unit to be disconnected after detecting that the power switch of the outdoor unit is disconnected, comprising controlling a power switch of the drive to be disconnected and stopping supplying power to a drive load and a drive MCU power supply source after detecting that the power switch of the drive is disconnected. detecting whether an outdoor unit of the multi-split air conditioner enters a standby state; and controlling the outdoor unit to enter a low power consumption mode for controlling a drive of the outdoor unit to be powered off after detecting that the outdoor unit enters the standby state, wherein the controlling the outdoor unit to enter a low power consumption mode comprises controlling a power supply load of the outdoor unit to be disconnected, and controlling a power switch of the outdoor unit to be disconnected; wherein the control method is characterized by: detecting whether the power switch of the outdoor unit is disconnected after controlling the power switch of the outdoor unit to be disconnected; and controlling a power supply of the drive of the outdoor unit to be disconnected after detecting that the power switch of the outdoor unit is disconnected, comprising controlling a power switch of the drive to be disconnected and stopping supplying power to a drive load and a drive MCU power supply source after detecting that the power switch of the drive is disconnected. detecting whether the power switch of the outdoor unit is disconnected after controlling the power switch of the outdoor unit to be disconnected; and controlling a power supply of the drive of the outdoor unit to be disconnected after detecting that the power switch of the outdoor unit is disconnected, comprising controlling a power switch of the drive to be disconnected and stopping supplying power to a drive load and a drive MCU power supply source after detecting that the power switch of the drive is disconnected.
Method for manufacture of a transformer core made of ferromagnetic material, such as amorphous metal or silicon iron, which is provided as a single ribbon layer or as multiple ribbon layers, wherein a) the single ribbon layers or bundle of ribbon layers of ferromagnetic material, such as amorphous metal or silicon iron, are continuously wound into loops, whereas the shape of the core loops is effected by means of an appropriate mandrel to be directly formed into its final shape; b) the single or multiple ribbon layers of the loops are being cut in that - a laser is used for cutting, allowing fast and precise cutting of the ribbons, and in that - all ribbons of the loops are cut at at least one position along the circumference of each ribbon layer, characterised in that the positioning of the core / loop for cutting them to the appropriate length the laser is being placed below it in order to allow the ribbon layers open up (unlace) by gravity. a) the single ribbon layers or bundle of ribbon layers of ferromagnetic material, such as amorphous metal or silicon iron, are continuously wound into loops, whereas the shape of the core loops is effected by means of an appropriate mandrel to be directly formed into its final shape; b) the single or multiple ribbon layers of the loops are being cut in that - a laser is used for cutting, allowing fast and precise cutting of the ribbons, and in that - all ribbons of the loops are cut at at least one position along the circumference of each ribbon layer, characterised in that the positioning of the core / loop for cutting them to the appropriate length the laser is being placed below it in order to allow the ribbon layers open up (unlace) by gravity. - a laser is used for cutting, allowing fast and precise cutting of the ribbons, and in that - all ribbons of the loops are cut at at least one position along the circumference of each ribbon layer, characterised in that the positioning of the core / loop for cutting them to the appropriate length the laser is being placed below it in order to allow the ribbon layers open up (unlace) by gravity.
A transfer vector for inserting a gene into a genetic locus of a baculovirus sequence comprising: an expression cassette comprising a eukaryotic promoter operably linked to the gene; a bipartite selection cassette flanked by LoxP recombination sequences wherein said LoxP sequences are modified to ensure that only a single round of recombination can occur comprising: (i) an expressible sequence encoding a first selectable marker; and (ii) an expressible sequence encoding a second selectable marker; and sequences flanking the expression and bipartite selection cassettes, wherein the sequences substantially correspond to sequences of the genetic locus within the baculovirus sequence thus allowing homologous recombination between the transfer vector and the baculovirus. an expression cassette comprising a eukaryotic promoter operably linked to the gene; a bipartite selection cassette flanked by LoxP recombination sequences wherein said LoxP sequences are modified to ensure that only a single round of recombination can occur comprising: (i) an expressible sequence encoding a first selectable marker; and (ii) an expressible sequence encoding a second selectable marker; and (i) an expressible sequence encoding a first selectable marker; and (ii) an expressible sequence encoding a second selectable marker; and sequences flanking the expression and bipartite selection cassettes, wherein the sequences substantially correspond to sequences of the genetic locus within the baculovirus sequence thus allowing homologous recombination between the transfer vector and the baculovirus.
A method for use by a medical device having a first port, a second port and a control unit, the method comprising: receiving, via the first port, pulse-oximetry measurements (Sp0 2) of a patient's peripheral arterial blood oxygen saturation during a first time period; receiving, via the second port, breathing samples of the patient; determining, by the control unit using breathing samples of the patient, oxygen partial pressure measurements (P A 0 2) and carbon dioxide partial pressure measurements (P A C0 2) from exhaled air of the patient during a steady-state breathing of the patient during the first time period; determining, by the control unit, a respiratory exchange ratio of the patient; determining, by the control unit, an arterial oxygen partial pressure (P a 0 2) and an oxygen deficit (P A 0 2 - P a 0 2) using each of the pulse oximetry measurements (Sp0 2), the oxygen partial pressure measurements (P A 0 2) and the carbon dioxide partial pressure measurements (P A C0 2); and generating, by the control unit, one or more signals based on the determining of the arterial oxygen partial pressure (P a 0 2), the oxygen deficit (P A 0 2 - P a 0 2) and the respiratory exchange ratio of the patient. receiving, via the first port, pulse-oximetry measurements (Sp0 2) of a patient's peripheral arterial blood oxygen saturation during a first time period; receiving, via the second port, breathing samples of the patient; determining, by the control unit using breathing samples of the patient, oxygen partial pressure measurements (P A 0 2) and carbon dioxide partial pressure measurements (P A C0 2) from exhaled air of the patient during a steady-state breathing of the patient during the first time period; determining, by the control unit, a respiratory exchange ratio of the patient; determining, by the control unit, an arterial oxygen partial pressure (P a 0 2) and an oxygen deficit (P A 0 2 - P a 0 2) using each of the pulse oximetry measurements (Sp0 2), the oxygen partial pressure measurements (P A 0 2) and the carbon dioxide partial pressure measurements (P A C0 2); and generating, by the control unit, one or more signals based on the determining of the arterial oxygen partial pressure (P a 0 2), the oxygen deficit (P A 0 2 - P a 0 2) and the respiratory exchange ratio of the patient.
A composition for the formation of electrically conductive polymers on the surface of a dielectric substrate, the composition comprising at least one polymerizable monomer which is capable to form a conductive polymer, an emulsifier and an acid, characterized in that the composition comprises at least one metallic or nitrogenous ion selected from the group consisting of lithium-ions, sodium-ions, aluminum-ions, beryllium-ions, bismuth-ions, B x O y -anions, indium-ions, and alkylimidazolium-ions, wherein the acid comprises a polymeric acid having a molecular weight of ≥ 75,000 Da; wherein the at least one metallic or nitrogenous ions are present at a concentration of between 0.04 mol/L and 0.4 mol/L; and wherein the emulsifier is an anionic surfactant selected from an anionic polyarylphenol alkoxylate or a salt of a polyarylphenol alkoxylate, or wherein the emulsifier is selected from the group consisting of a salt of a sulfoalkylated polyalkoxylated naphthol or an aralkyl substituted sulfo polyalkoxylated phenol.
An apparatus for characterising the fragmentation of a body following impact with a surface, the apparatus comprising a gun, a target plate, a soft recovery plate across which the body's trajectory can be tracked, and a soft recovery system, the apparatus characterised by further comprising a spiral duct between the soft recovery plate and the soft recovery system, the apparatus comprising that the initial portion of the soft recovery plate is approximately parallel to the expected trajectory of the body or the fragments thereof deflected from the target plate and that after the initial portion the soft recovery plate is curved so as to guide the trajectory of the body or the fragments thereof.
A sparse collection method of generating an image from a synthetic aperture radar dataset comprising: accessing a dataset gathered from a sensor system; generating, from the dataset, a first image including a plurality of image elements, wherein the plurality of image elements include a three-dimensional voxel matrix; generating a training image by combining the dataset with known target responses, wherein the known target responses include known three-dimensional responses; generating a weighting factor for each voxel of the first image by correcting the training image in view of the known three-dimensional target responses; and applying the weighting factor to each voxel in said first image to form a sharpened image, wherein the method suppresses sidelobes. accessing a dataset gathered from a sensor system; generating, from the dataset, a first image including a plurality of image elements, wherein the plurality of image elements include a three-dimensional voxel matrix; generating a training image by combining the dataset with known target responses, wherein the known target responses include known three-dimensional responses; generating a weighting factor for each voxel of the first image by correcting the training image in view of the known three-dimensional target responses; and applying the weighting factor to each voxel in said first image to form a sharpened image, wherein the method suppresses sidelobes.
A method implemented in an encoder, the method comprising: encoding, by a processor of the encoder, a current picture into a bitstream, the current picture encoded according to inter-layer prediction based on an inter-layer reference picture; encoding, by the processor, a reference picture list structure, ref_pic_list_struct( listIdx, rplsIdx), into the bitstream, the ref_pic_list_struct( listldx, rplsIdx) comprising a plurality of entries for a plurality of reference pictures associated with the current picture; wherein listIdx identifies a reference picture list, rplsIdx identifies an entry in the reference picture list, and ref_pic_list_struct is a syntax structure; encoding, by the processor, an inter-layer reference picture flag, inter layer_ref_pic_flag[ listIdx][ rplsIdx][ i], into the bitstream; wherein the inter_layer_ref_pic_flag[ listIdx][ rplsIdx][ i] is equal to one when an i-th entry in the ref_pic_list_struct( listldx, rplsIdx) is an inter-layer reference picture, ILRP, entry, and wherein the inter layer_ref_pic_flag[ listIdx][ rplsIdx][ i] is equal to zero when the i-th entry in the ref_pic_list_struct( listldx, rplsIdx) is not the ILRP entry. encoding, by a processor of the encoder, a current picture into a bitstream, the current picture encoded according to inter-layer prediction based on an inter-layer reference picture; encoding, by the processor, a reference picture list structure, ref_pic_list_struct( listIdx, rplsIdx), into the bitstream, the ref_pic_list_struct( listldx, rplsIdx) comprising a plurality of entries for a plurality of reference pictures associated with the current picture; wherein listIdx identifies a reference picture list, rplsIdx identifies an entry in the reference picture list, and ref_pic_list_struct is a syntax structure; encoding, by the processor, an inter-layer reference picture flag, inter layer_ref_pic_flag[ listIdx][ rplsIdx][ i], into the bitstream; wherein the inter_layer_ref_pic_flag[ listIdx][ rplsIdx][ i] is equal to one when an i-th entry in the ref_pic_list_struct( listldx, rplsIdx) is an inter-layer reference picture, ILRP, entry, and wherein the inter layer_ref_pic_flag[ listIdx][ rplsIdx][ i] is equal to zero when the i-th entry in the ref_pic_list_struct( listldx, rplsIdx) is not the ILRP entry.
A connector assembly comprising a connector mounted in a housing; the connector comprising a mounting portion, at least one electrical terminal and a body portion, the body portion having an end piece for mating with a complementary connector; wherein the housing has a first longitudinal axis (X 1) and the end piece has a second longitudinal axis (X 2), said first longitudinal axis (X 1) and said second longitudinal axis (X 2) being offset from each other; wherein said housing comprises an inwardly directed flange extending over at least a portion of said mounting portion to mount said connector, characterized in that the end piece being radially inset from or substantially coincident with an innermost radial edge of said flange, and wherein said end piece has a locking tab, said locking tab having a tip which is radially inset from, or substantially coincident with an innermost radial edge of said flange.
A device for imprinting a draft beer barrel, comprising: a workbench; a hydraulic pushing apparatus mounted on the workbench; an apparatus for imprinting the outside of a beer barrel mounted on the workbench; and an outer matrix imprinting an outside face of a beer barrel being provided on a connecting frame, the hydraulic pushing apparatus controls the outer matrix on the connecting frame to move linearly along an X-axis direction; characterizing in that the device further comprises an apparatus for imprinting the inside of the beer barrel mounted on the workbench; wherein the apparatus for imprinting the inside of the beer barrel comprises a rotating disc seat rotating along a Z-axis, wherein the rotating disc seat can mount the beer barrel, and the inner matrix imprinting an inside face of the beer barrel is mounted on the circumferential face of the rotating disc seat, the apparatus for imprinting the outside of a beer barrel comprises a connecting frame moving linearly along a Y-axis direction, the outer matrix moving linearly along the X-axis direction makes the outer matrix and the inner matrix fit with the wall of the beer barrel for stamping. a workbench; a hydraulic pushing apparatus mounted on the workbench; an apparatus for imprinting the outside of a beer barrel mounted on the workbench; and an outer matrix imprinting an outside face of a beer barrel being provided on a connecting frame, the hydraulic pushing apparatus controls the outer matrix on the connecting frame to move linearly along an X-axis direction; characterizing in that the device further comprises an apparatus for imprinting the inside of the beer barrel mounted on the workbench; wherein the apparatus for imprinting the inside of the beer barrel comprises a rotating disc seat rotating along a Z-axis, wherein the rotating disc seat can mount the beer barrel, and the inner matrix imprinting an inside face of the beer barrel is mounted on the circumferential face of the rotating disc seat, the apparatus for imprinting the outside of a beer barrel comprises a connecting frame moving linearly along a Y-axis direction, the outer matrix moving linearly along the X-axis direction makes the outer matrix and the inner matrix fit with the wall of the beer barrel for stamping.
A method for determining partial discharge in an electrical insulation system of a medium- or high voltage apparatus, comprising: Detecting, with a sensing unit, an electrical signal that comprises partial discharge pulses due to dielectric breakdowns in the electrical insulation system of the medium- or high voltage apparatus; Generating an in-phase and a quadrature-signal (260, 270) from the electrical signal comprising the partial discharge pulses in an I/Q-mixer unit by mixing the electrical signal comprising the partial discharge pulses with two local oscillator signals having the same frequency and a phase difference of 90°; Filtering each of the in-phase and the quadrature signals (260, 270) with a low-pass filter (240, 250); Processing the filtered in-phase and the quadrature signals in a processing unit with an Analog-Digital converter to obtain digital signals representing an in-phase and a quadrature value; determining directly consecutive discharge pulses (510, 520) by analysing the I/Q signals (260, 270) and detecting phases linked with each of the consecutive discharge pulses (510, 520). Detecting, with a sensing unit, an electrical signal that comprises partial discharge pulses due to dielectric breakdowns in the electrical insulation system of the medium- or high voltage apparatus; Generating an in-phase and a quadrature-signal (260, 270) from the electrical signal comprising the partial discharge pulses in an I/Q-mixer unit by mixing the electrical signal comprising the partial discharge pulses with two local oscillator signals having the same frequency and a phase difference of 90°; Filtering each of the in-phase and the quadrature signals (260, 270) with a low-pass filter (240, 250); Processing the filtered in-phase and the quadrature signals in a processing unit with an Analog-Digital converter to obtain digital signals representing an in-phase and a quadrature value; determining directly consecutive discharge pulses (510, 520) by analysing the I/Q signals (260, 270) and detecting phases linked with each of the consecutive discharge pulses (510, 520).
Method of preparing microfibrillar cellulose comprising treating cellulose fibers at a pH from about 3 to about 5 in an aqueous suspension comprising an oxidant, which is hydrogen peroxide and a transition metal which is iron in ionic form, mechanically delaminating said cellulose such that microfibrillar cellulose is formed.
A process for preparation of a compound mixture as a powder wherein each X individually denotes hydrogen, a formyl group (-CO-H) or an acetyl group (-CO-CH3), said process comprising: i) formylating the amino function of 5-amino-N 1,N 3 -bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide (compound); ii) performing a work-up procedure wherein a short chain alcohol used as an antisolvent is added to the product solution of step i), wherein the short chain alcohol is isopropanol; iii) collecting the compound mixture by filtration. i) formylating the amino function of 5-amino-N 1,N 3 -bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide (compound); ii) performing a work-up procedure wherein a short chain alcohol used as an antisolvent is added to the product solution of step i), wherein the short chain alcohol is isopropanol; iii) collecting the compound mixture by filtration.
A soil cultivating machine, namely an agricultural weeding harrow, with a frame structure and with a plurality of harrow tines arranged spaced apart next to one another and in a plurality of rows one behind the other, which harrow tines are mounted pivotably with respect to the frame structure and are each coupled to a pretensioning device (50; 50.1; 50. 2), characterized in that the harrow tines are subdivided into at least one first group of harrow tines with a first pretensioning device (50; 50.1) formed by a motor-driven adjusting device and at least one second group of harrow tines with a second pretensioning device (50; 50.2) formed by a motor-driven adjusting device, and the first pretensioning device (50; 50.1) can be adjusted independently of the second pretensioning device (50; 50.2).
A diamond tool comprising a tool shank and a tool head fixed on said tool shank and formed by a layer of material interspersed with diamonds at least in sections, said layer of material being directly connected to said tool shank by an integral bond, wherein said tool head has a recess (3.1) on the front side so that said tool head has an annular cross-section in the area of the free end, wherein said tool head forms a hollow milling cutter, wherein an annular wall forming the hollow milling cutter consists only of a nickel-diamond material grown by electroplating.