mhurhangee/ep-ind-claims huggingface dataset:
Display assembly for a portable object, said display assembly including a first, at least partially transparent, emissive display device located on the side of an observer, said first emissive display device including a transparent emissive organic light emitting diode display cell or a transparent emissive inorganic display cell, a second reflective display device and a solar cell being arranged, in that order, underneath the first emissive display device, the second reflective display device being capable of switching between a transparent state, in which the device does not display any information, and a reflective state, when activated, the second reflective display device including a reflective liquid crystal display cell, an absorbent polarizer being arranged on an upper face of the reflective liquid crystal display cell, and a reflective polarizer being arranged underneath a lower face of the rear substrate of the reflective liquid crystal display cell, a circular polarizer, which is formed of an absorbent polarizer and a first quarter-wave plate, being placed above the transparent emissive organic light emitting diode display cell or above the transparent emissive inorganic display cell, and a second quarter-wave plate being placed underneath the transparent emissive organic light emitting diode display cell or underneath the transparent emissive inorganic display cell, the second quarter-wave plate being parallel to first quarter-wave plate or arranged at 90° relative to first quarter-wave plate.
Method for cooking a food product in an oven comprising components the operation of which determines the cooking instructions, the method comprising the steps consisting in: - inputting the cooking instructions in order to define an associated and determined cooking mode; - placing the food product in the oven; - starting the cooking; - monitoring the operation of the components and, if one of these components becomes defective, stopping the operation of the oven or switching the operation of the cooking mode associated with the oven automatically to a downgraded cooking mode, at least one of the associated instructions for which differs from the instruction input, the defects being ranked in levels of importance, at least one level for which the oven is kept operational by a control of the said components or by switching to a downgraded mode, and a level for which the operation of the oven is stopped, characterized in that, with the oven comprising, by way of components, a steam-generating boiler and a system for injecting atomized water into the chamber of the oven, it comprises a step which, on detection of a defect with the boiler operating in direct steam mode, automatically, through a determined instruction, consists in switching on the water injection system in order to switch to a downgraded injection mode. - inputting the cooking instructions in order to define an associated and determined cooking mode; - placing the food product in the oven; - starting the cooking; - monitoring the operation of the components and, if one of these components becomes defective, stopping the operation of the oven or switching the operation of the cooking mode associated with the oven automatically to a downgraded cooking mode, at least one of the associated instructions for which differs from the instruction input, the defects being ranked in levels of importance, at least one level for which the oven is kept operational by a control of the said components or by switching to a downgraded mode, and a level for which the operation of the oven is stopped,
A sheath type disposable safety scalpel consists of a blade, a handle and a sheath, the blade is fixed on the front end of handle and the sheath covers the front end of handle and is connected with the handle through a sliding mechanism and a positioning mechanism; wherein: the positioning mechanism is formed by the matching of a button set on the top of sheath and a blade protection locking notch and a blade exposure locking notch at the side of the handle; the button is a flexible arm extending from the sheath and the flexible arm is set with a pressing portion, the flexible arm is transformed flexibly in the width direction of the handle when pressing the button, and a locking head is set at the end of flexible arm facing the side of handle; the blade protection locking notch is located in the blade protection position at the lateral face at the front of handle and the blade exposure locking notch is located in the blade exposure position at the lateral face in the middle of handle; the blade protection locking notch is the first concave notch, and a first blocking face is set at the right side of the first concave notch from the front face of the blade protection locking notch, and a first unlocking inclined face is set at the lower portion of first concave notch; the blade exposure locking notch is the second concave notch, and a second blocking face is set at the left side of the second concave notch, and a second unlocking inclined face is set at the lower portion of the second concave notch; under the assembly state, when the sheath presents the blade protection state in relation to the handle, the locking head is inserted into the blade protection locking notch to form the positioning and locking of blade protection and when the sheath presents the blade exposure state in relation to the handle, the locking head is inserted into the blade exposure locking notch to form the positioning and locking of blade exposure; under the blade protection state, when the button is pressed and pulled backward, the locking head climbs out of the blade protection locking notch along the first unlocking inclined face to unlock and slides backward along with the sheath until it drops in the blade exposure locking notch; under the blade exposure state, when the button is pressed and pushed forward, the locking head climbs out of the blade exposure locking notch along the second unlocking inclined face to unlock and slides forward along with the sheath until it drops in the blade protection locking notch, so that sheath slides between blade protection locking notch and blade exposure locking notch in relation to the handle.
Method for operating a drive device having an internal combustion engine, an air supply for supplying air to the internal combustion engine and a controllable compression component for influencing a pressure in the air supply, comprising: operating the controllable compression component with a standby rotational speed (n BS) if an internal combustion engine torque of the internal combustion engine is lower than a predefined torque, wherein the standby rotational speed (n BS) depends on an air mass flow rate by the air supply, and wherein a pressure ratio across the controllable compression component at the standby rotational speed (n BS) corresponds to a choke limit.
A compound of Formula: a metabolite thereof or an ester of the compound of Formula, or a pharmaceutically acceptable salt of each of the foregoing, for use in a method of reducing a triglyceride blood level in a subject, in a method of reducing a total cholesterol blood level in a subject, or in a method of reducing a low density lipoprotein blood level in a subject, wherein said compound, metabolite, ester or salt is administered to a subject in need thereof in an effective amount, and wherein m is an integer from 2 to 5, n is an integer from 3 to 8, X 1 and X 2 each independently represent a sulfur atom, oxygen atom, sulfinyl group, or a sulfonyl group, provided that X 1 and X 2 cannot both be oxygen atoms, wherein the metabolite of the compound of Formula is a compound of Formula: wherein the effective amount is about 50 mg to about 5000 mg per day. a metabolite thereof or an ester of the compound of Formula, or a pharmaceutically acceptable salt of each of the foregoing, for use in a method of reducing a triglyceride blood level in a subject, in a method of reducing a total cholesterol blood level in a subject, or in a method of reducing a low density lipoprotein blood level in a subject, wherein said compound, metabolite, ester or salt is administered to a subject in need thereof in an effective amount, and wherein m is an integer from 2 to 5, n is an integer from 3 to 8, X 1 and X 2 each independently represent a sulfur atom, oxygen atom, sulfinyl group, or a sulfonyl group, provided that X 1 and X 2 cannot both be oxygen atoms, wherein the metabolite of the compound of Formula is a compound of Formula: wherein the effective amount is about 50 mg to about 5000 mg per day.
A dust collecting device using multi-cyclone dust filtration, comprising: a dust collecting chamber; a cyclone chamber, communicated with said dust collecting chamber, said cyclone chamber being provided with an intake port provided for a gas to be filtered to enter, an annular side wall being connected to said intake port and guiding said gas to be filtered to flow spirally so as to form a first cyclone, an engaging port being communicated with said dust collecting chamber and allowing said first cyclone to enter said dust collecting chamber, and an exhaust port; and an airflow guiding component, provided within said cyclone chamber, characterized in that said airflow guiding component is provided with a return flow tube receiving said gas to be filtered returned from said cyclone chamber and guiding said gas to be filtered to flow spirally so as to form a second cyclone, an airflow guiding bonnet coaxially and separately located with respect to said return flow tube, and a dust filtration channel formed between said airflow guiding bonnet and said return flow tube, said first cyclone being incapable of entering said return flow tube from said dust filtration channel due to the restriction provided by said airflow guiding bonnet, said second cyclone flowing toward said exhaust port, said second cyclone throwing dust contained therein into said dust filtration channel as passing by said dust filtration channel, dust being restricted by said airflow guiding bonnet so as to enter said dust collecting chamber. a dust collecting chamber; a cyclone chamber, communicated with said dust collecting chamber, said cyclone chamber being provided with an intake port provided for a gas to be filtered to enter, an annular side wall being connected to said intake port and guiding said gas to be filtered to flow spirally so as to form a first cyclone, an engaging port being communicated with said dust collecting chamber and allowing said first cyclone to enter said dust collecting chamber, and an exhaust port; and an airflow guiding component, provided within said cyclone chamber, characterized in that said airflow guiding component is provided with a return flow tube receiving said gas to be filtered returned from said cyclone chamber and guiding said gas to be filtered to flow spirally so as to form a second cyclone, an airflow guiding bonnet coaxially and separately located with respect to said return flow tube, and a dust filtration channel formed between said airflow guiding bonnet and said return flow tube, said first cyclone being incapable of entering said return flow tube from said dust filtration channel due to the restriction provided by said airflow guiding bonnet, said second cyclone flowing toward said exhaust port, said second cyclone throwing dust contained therein into said dust filtration channel as passing by said dust filtration channel, dust being restricted by said airflow guiding bonnet so as to enter said dust collecting chamber.
A method for manufacturing polyester with improved melting properties and crystallization properties, comprising the steps of: a. manufacturing a pre-polyester melt with an average molecular weight (Mn) of 2000 to 16000 g/mol, wherein the average molecular weight (Mn) can be obtained by measuring the relative viscosity (R.V.) at 25°c with a Ubbelohde viscometer (per DIN Instruction No. 53728, Part 3, January 1985), in a mixture of phenol/dichlorobenzene (50:50% w/w) as the solvent, calculating from the measured relative viscosity (R.V.) the intrinsic viscosity (I.V.) according to the equation I. V. = 1 + 4 K H R. V. − 1 − 1 2 * c * K H wherein c is the polymer concentration in the sample, K H is the Huggins constant (K H =0.35), and calculating from the intrinsic viscosity (I.V.) the average molecular weight(Mn)according to the equation IV = k ⋅ Mn a wherein k=2.1·10 -4 and a=0.82, b. solidifying and shaping into pre-polyester particles, c. thermally treating the pre-polyester particles in the solid phase in the presence of a transesterification catalyst, wherein a molecular weight increase ([Delta]Mn) of more than 2000 g/mol takes place, characterized in that the pre-polyester particles exhibit a carboxyl end group content (X COOH) of between 0.25 and 0.6 before step c, wherein the carboxyl end group content (X COOH) can be calculated from the average molecular weight Mn according to the formulas EGN = 2·10 6 /Mn X COOH = C COOH / EGN, and that the esterification reaction makes up between 0.5 and 1 of the polycondensation reaction (E+T) during treatment in step c. a. manufacturing a pre-polyester melt with an average molecular weight (Mn) of 2000 to 16000 g/mol, wherein the average molecular weight (Mn) can be obtained by measuring the relative viscosity (R.V.) at 25°c with a Ubbelohde viscometer (per DIN Instruction No. 53728, Part 3, January 1985), in a mixture of phenol/dichlorobenzene (50:50% w/w) as the solvent, calculating from the measured relative viscosity (R.V.) the intrinsic viscosity (I.V.) according to the equation I. V. = 1 + 4 K H R. V. − 1 − 1 2 * c * K H wherein c is the polymer concentration in the sample, K H is the Huggins constant (K H =0.35), and calculating from the intrinsic viscosity (I.V.) the average molecular weight(Mn)according to the equation IV = k ⋅ Mn a wherein k=2.1·10 -4 and a=0.82, b. solidifying and shaping into pre-polyester particles, c. thermally treating the pre-polyester particles in the solid phase in the presence of a transesterification catalyst, wherein a molecular weight increase ([Delta]Mn) of more than 2000 g/mol takes place,
An air treatment system for an enclosed operator space, said system comprising: - a device having an air inlet and circulating air to said operator space; - a first filtration device having a first level of filtration; - a blower having an inlet connected to said first filtration device and an outlet connectable to the inlet of said air circulating device; - a second filtration device having a second level of filtration and connectable to the inlet of said air circulating device; - first and second valves (44, 52) interposed between said first and second filtration devices (30, 32), respectively and the inlet to said air circulating device for selective connection; whereby said second filtration device being positively isolated when said first filtration device filters air connected to said inlet of said air circulating device; and characterized in that said system further comprising valves at the inlet to at least said second filtration device for permitting air flow only into said filtration device, said system providing a path for pressurized air from said blower to the interior of said second filtration device to pressurize said valves to a closed position when said first filtration device filters air to said inlet of said air circulating device, said system having a calibrated orifice interposed in the flow path between said blower and said second filtration device to control the pressure against said valves. - a device having an air inlet and circulating air to said operator space; - a first filtration device having a first level of filtration; - a blower having an inlet connected to said first filtration device and an outlet connectable to the inlet of said air circulating device; - a second filtration device having a second level of filtration and connectable to the inlet of said air circulating device; - first and second valves (44, 52) interposed between said first and second filtration devices (30, 32), respectively and the inlet to said air circulating device for selective connection;
Method for selecting parts of an audiovisual document, comprising: - a step for analysing (1.3) the document by at least two different segmenting means producing two groups of different sequences extracted from the audiovisual document, at least one of the two segmenting means for segmenting the audiovisual document into hierarchical plans associated with significant semantic units predefined by using a prior knowledge of the structure of the content type of the audiovisual document, the other segmenting means being configured for segmenting the audiovisual document into sequences and indexing them according to one or more specific video elements; - introduction (1.4) of at least two sequence selection criteria, each one being associated with one of said segmenting means, at least one of said sequence selection criteria comprising a hierarchical plan, the other criteria comprising one or more specific video elements; and - selection (1.5) of at least one sequence of one of said groups according to one of said introduced selection criteria associated with one of said segmenting means, a part at least of the selected sequence is common to another sequence of the other group, this other sequence responding to another introduced selection criterion associated with the other segmenting means. - a step for analysing (1.3) the document by at least two different segmenting means producing two groups of different sequences extracted from the audiovisual document, at least one of the two segmenting means for segmenting the audiovisual document into hierarchical plans associated with significant semantic units predefined by using a prior knowledge of the structure of the content type of the audiovisual document, the other segmenting means being configured for segmenting the audiovisual document into sequences and indexing them according to one or more specific video elements; - introduction (1.4) of at least two sequence selection criteria, each one being associated with one of said segmenting means, at least one of said sequence selection criteria comprising a hierarchical plan, the other criteria comprising one or more specific video elements; and - selection (1.5) of at least one sequence of one of said groups according to one of said introduced selection criteria associated with one of said segmenting means, a part at least of the selected sequence is common to another sequence of the other group, this other sequence responding to another introduced selection criterion associated with the other segmenting means.
A method for making a soft magnetic material, comprising: providing iron-aluminum alloy particles, wherein the iron-aluminum alloy particles comprise an alloy having a composition of about 89 wt.% iron, about 10 wt.% aluminum, and about 0.25 wt.% carbon; heating the iron-aluminum alloy particles to a temperature that is below the melting point of the iron-aluminum alloy particles but sufficiently high enough to soften the iron-aluminum alloy particles; thermally spraying the iron-aluminum alloy particles; causing the iron-aluminum alloy particles to oxidize; depositing the iron-aluminum alloy particles onto a substrate; repeating the preceding steps in order to build up a bulk quantity of the iron-aluminum alloy particles on the substrate and on successive layers of the iron-aluminum alloy particles deposited on the substrate; and heat treating the bulk quantity of the iron-aluminum alloy particles. providing iron-aluminum alloy particles, wherein the iron-aluminum alloy particles comprise an alloy having a composition of about 89 wt.% iron, about 10 wt.% aluminum, and about 0.25 wt.% carbon; heating the iron-aluminum alloy particles to a temperature that is below the melting point of the iron-aluminum alloy particles but sufficiently high enough to soften the iron-aluminum alloy particles; thermally spraying the iron-aluminum alloy particles; causing the iron-aluminum alloy particles to oxidize; depositing the iron-aluminum alloy particles onto a substrate; repeating the preceding steps in order to build up a bulk quantity of the iron-aluminum alloy particles on the substrate and on successive layers of the iron-aluminum alloy particles deposited on the substrate; and heat treating the bulk quantity of the iron-aluminum alloy particles.
A wind turbine, comprising: a tower; a nacelle mounted atop the tower; a rotor coupled to the nacelle, the rotor comprising a rotatable hub and at least one rotor blade secured thereto; a low-impedance generator coupled to the rotor, the generator comprising at least one armature winding set, the at least one armature winding set comprising a plurality of single-phase coils; and a current source converter assembly electrically coupled to an armature of the generator, the current source converter assembly comprising at least one current source converter comprising a current source rectifier coupled to a current source inverter via a DC link and at least one capacitor across the plurality of single-phase armature coils, the at least one capacitor of the current source converter assembly configured to absorb high frequency components of current pulses generated by the current source converter so as to minimize current ripple in a current applied to the plurality of single-phase coils, wherein the generator is configured as a three-phase generator, wherein the current source converter assembly further comprises a plurality of current source converters electrically coupled to the low-impedance generator and to a power grid; and wherein, at the grid side, interleaved switching patterns are applied to the current source inverters. a tower; a nacelle mounted atop the tower; a rotor coupled to the nacelle, the rotor comprising a rotatable hub and at least one rotor blade secured thereto; a low-impedance generator coupled to the rotor, the generator comprising at least one armature winding set, the at least one armature winding set comprising a plurality of single-phase coils; and a current source converter assembly electrically coupled to an armature of the generator, the current source converter assembly comprising at least one current source converter comprising a current source rectifier coupled to a current source inverter via a DC link and at least one capacitor across the plurality of single-phase armature coils, the at least one capacitor of the current source converter assembly configured to absorb high frequency components of current pulses generated by the current source converter so as to minimize current ripple in a current applied to the plurality of single-phase coils, wherein the generator is configured as a three-phase generator, wherein the current source converter assembly further comprises a plurality of current source converters electrically coupled to the low-impedance generator and to a power grid; and wherein, at the grid side, interleaved switching patterns are applied to the current source inverters.
A nucleic acid suitable as an adeno-associated virus stuffer sequence consisting of a nucleic acid of between 3300 and 4200 nucleotides in length having at least 90% identity to SEQ ID NO:1 or SEQ ID NO:2, wherein the stuffer sequence is devoid of enhancers, promoters, splicing regulators, noncoding RNAs, antisense sequences or coding sequences.
Transport container for individually packaged goods, in particular for parts for the automotive industry, having a base part, having container walls which extend vertically upwards from the base part, enclose a container interior and can be brought into a horizontal alignment, and having a holding device arranged in the container interior, characterised in that the holding device has a holding plate, which is arranged spaced apart from the base part, is aligned horizontally and is provided with vertically continuous holes, and a separator attached to the holding plate and having vertical partition walls consisting of collapsible material, and in that a receiving channel for an individually packaged goods item enclosed by one or more of the partition walls is arranged under each hole of the holding plate.