mhurhangee/ep-ind-claims huggingface dataset:
A refrigeration cycle apparatus characterized by comprising: a refrigeration cycle circuit including a compressor, an outdoor heat exchanger and an indoor heat exchanger; a liquid receiver provided in a second section of a plurality of sections located in the refrigeration cycle circuit, the plurality of sections including a first section and the second section, the first section being a section extending between the outdoor heat exchanger and the indoor heat exchanger through the compressor, the second section being a section extending between the outdoor heat exchanger and the indoor heat exchanger without extending through the compressor; a first valve provided in the second section and between the outdoor heat exchanger and the liquid receiver or provided in the first section, the first valve being an electronic expansion valve, a solenoid valve or a motor valve; a second valve provided in the second section and between the liquid receiver and the indoor heat exchanger, the second valve being an electronic expansion valve, a solenoid valve or a motor valve; and a controller configured to control the compressor, the first valve, and the second valve, the controller being configured to close one of the first valve and the second valve that is located downstream of the liquid receiver in a flow of refrigerant, when the compressor is stopped, and close the other of the first valve and the second valve that is located upstream of the liquid receiver in the flow of refrigerant after a predetermined time period elapses from time when the compressor is stopped. a refrigeration cycle circuit including a compressor, an outdoor heat exchanger and an indoor heat exchanger; a liquid receiver provided in a second section of a plurality of sections located in the refrigeration cycle circuit, the plurality of sections including a first section and the second section, the first section being a section extending between the outdoor heat exchanger and the indoor heat exchanger through the compressor, the second section being a section extending between the outdoor heat exchanger and the indoor heat exchanger without extending through the compressor; a first valve provided in the second section and between the outdoor heat exchanger and the liquid receiver or provided in the first section, the first valve being an electronic expansion valve, a solenoid valve or a motor valve; a second valve provided in the second section and between the liquid receiver and the indoor heat exchanger, the second valve being an electronic expansion valve, a solenoid valve or a motor valve; and a controller configured to control the compressor, the first valve, and the second valve, the controller being configured to close one of the first valve and the second valve that is located downstream of the liquid receiver in a flow of refrigerant, when the compressor is stopped, and close the other of the first valve and the second valve that is located upstream of the liquid receiver in the flow of refrigerant after a predetermined time period elapses from time when the compressor is stopped.
Handheld pipette with a handle, an interconnecting part to attach a pipette tip and an ejection mechanism to remove the pipette tip from the interconnecting part, - whereby the ejection mechanism comprises a movable slider relative to the interconnecting part in the area of the interconnecting part that is designed to move the pipette tip from the interconnecting part when operating the ejection mechanism, - the pipette comprises a first and a second operating element accessible from the outside to operate the ejection mechanism, and - the first operating element is arranged in the area of the handle and is operable by hand, characterized in that - the second operating element is mechanically operable, and is designed to interact with a movable part of a device to operate the ejection mechanism. - whereby the ejection mechanism comprises a movable slider relative to the interconnecting part in the area of the interconnecting part that is designed to move the pipette tip from the interconnecting part when operating the ejection mechanism, - the pipette comprises a first and a second operating element accessible from the outside to operate the ejection mechanism, and - the first operating element is arranged in the area of the handle and is operable by hand, - the second operating element is mechanically operable, and is designed to interact with a movable part of a device to operate the ejection mechanism.
Fuel-conducting component comprising a one-piece part, wherein the one-piece part is a moving part or serves as a stop in a component such as an injection valve, metering valve, quantity regulating valve, quantity control valve or fuel pump and the part comprises: - a first subregion composed of a base material and - a second subregion composed of the base material as binder with embedded hard material particles, - where the base material is an austenitic or ferritic steel, in particular a steel comprising iron and chromium, and a substance-to-substance bond has been formed between the first subregion and the second subregion as a result of which the second subregion being moulded onto the first subregion by means of MIM injection moulding and the hard material particles in the second subregion are oxides or carbides or nitrides. - a first subregion composed of a base material and - a second subregion composed of the base material as binder with embedded hard material particles, - where the base material is an austenitic or ferritic steel, in particular a steel comprising iron and chromium, and a substance-to-substance bond has been formed between the first subregion and the second subregion as a result of which the second subregion being moulded onto the first subregion by means of MIM injection moulding and the hard material particles in the second subregion are oxides or carbides or nitrides.
Bicycle wheel of axis having a mid-plane perpendicular to the said axis, the said wheel comprising a rim and a pneumatic tyre, in which: - the said rim comprises an upper bridge and at least a left lateral flange originating from the said upper bridge and extending radially outwards away from the axis, the said upper bridge comprising a stop placed on the same side as the said left lateral flange with respect to the mid-plane, so that the said left lateral flange and the said stop delimit a left gutter, the said left gutter having, in a radial plane, an opening of amplitude (a), a greatest extension (c) greater than the said opening and a cross-sectional area (sg); - the said pneumatic tyre comprising a casing and at least a left bead which, in a radial plane, has a greatest extension (d), a thickness (e) less than the said greatest extension (d) and a cross-sectional area (St) thereof; - the greatest extension of the bead (d) is greater than the amplitude (a) of the opening, - the thickness (e) of the bead is less than or equal to the amplitude (a) of the opening, - the cross-sectional area of the bead (St) is less than the cross-sectional area of the gutter (Sg), characterized in that: - the bead has a moduleus of between 50 and 2000 MPa. - the said rim comprises an upper bridge and at least a left lateral flange originating from the said upper bridge and extending radially outwards away from the axis, the said upper bridge comprising a stop placed on the same side as the said left lateral flange with respect to the mid-plane, so that the said left lateral flange and the said stop delimit a left gutter, the said left gutter having, in a radial plane, an opening of amplitude (a), a greatest extension (c) greater than the said opening and a cross-sectional area (sg); - the said pneumatic tyre comprising a casing and at least a left bead which, in a radial plane, has a greatest extension (d), a thickness (e) less than the said greatest extension (d) and a cross-sectional area (St) thereof; - the greatest extension of the bead (d) is greater than the amplitude (a) of the opening, - the thickness (e) of the bead is less than or equal to the amplitude (a) of the opening, - the cross-sectional area of the bead (St) is less than the cross-sectional area of the gutter (Sg), - the bead has a moduleus of between 50 and 2000 MPa.
A method of selecting a patient to be subjected to cancer disease treatment with a compound that inhibits a mitogen-activated protein kinase (hereinafter abbreviated as MAPK) signaling pathway, comprising: using a biological sample derived from a cancer patient, measuring whether or not β-catenin contained in the biological sample has at least one kind of mutation selected from the group consisting of S33Y, S33C, S33F, S37F, S37P, T41A, S45del, S45F, S45P, and N287S; and selecting a patient who is detected to have the mutation in β-catenin as a patient to be subjected to cancer disease treatment with a compound that inhibits a MAPK signaling pathway. using a biological sample derived from a cancer patient, measuring whether or not β-catenin contained in the biological sample has at least one kind of mutation selected from the group consisting of S33Y, S33C, S33F, S37F, S37P, T41A, S45del, S45F, S45P, and N287S; and selecting a patient who is detected to have the mutation in β-catenin as a patient to be subjected to cancer disease treatment with a compound that inhibits a MAPK signaling pathway.
A tension sub assembly for adjusting chain tension and bar clamp tension holding a chainsaw bar of a chainsaw to a chainsaw body of the chainsaw, the tension sub assembly comprising: a knob sub assembly; a cam sub assembly operably coupled to the knob assembly and a spiral wheel sub assembly operably coupled to the cam sub assembly, wherein the spiral wheel sub assembly comprises a mode shift mechanism configured to move between a first position in which the tension sub assembly operates in a first mode and a second position in which the tension sub assembly operates in a second mode, the mode shift mechanism enabling both adjustment of chain tension in the first mode of operation and clamping of the chainsaw bar in the second mode of operation, characterized in that there is further provided wherein the adjustment of chain tension and the clamping of the chainsaw bar are both achieved by rotating the knob sub assembly. a knob sub assembly; a cam sub assembly operably coupled to the knob assembly and a spiral wheel sub assembly operably coupled to the cam sub assembly, wherein the spiral wheel sub assembly comprises a mode shift mechanism configured to move between a first position in which the tension sub assembly operates in a first mode and a second position in which the tension sub assembly operates in a second mode, the mode shift mechanism enabling both adjustment of chain tension in the first mode of operation and clamping of the chainsaw bar in the second mode of operation, characterized in that there is further provided wherein the adjustment of chain tension and the clamping of the chainsaw bar are both achieved by rotating the knob sub assembly.
A process of preparing a savoury concentrate in the form of a shaped article, said process comprising the following sequence of processing steps: a) preparing a premix having a moisture content of 0.5-12 wt.% by: - providing a powder mix of one or more particulate ingredients, including 5-100% by weight of the powder mix of particulate native starch; - agglomerating the powder mix to produce starch-containing granules by heating the powder mix to a temperature that is 3 to 20 °C below the gelatinization temperature of the particulate native starch, followed by wet agglomeration of the hot powder mix with an aqueous liquid; and - optionally combining the granules with one or more other edible ingredients; said premix containing, calculated by weight of dry matter: • 5-30 wt.% of starch-containing granules having a diameter of 0.15-2.5 mm and comprising 20-100 wt.% starch; • 10-76 wt.% of salt selected from sodium chloride, potassium chloride, monosodium glutamate and combinations thereof; • 0-60 wt.% of one or more particulate edible ingredients selected from sugars, spices, herbs and vegetables; b) mixing the premix with molten fat to produce slurry; and c) shaping the slurry into a shaped article. a) preparing a premix having a moisture content of 0.5-12 wt.% by: - providing a powder mix of one or more particulate ingredients, including 5-100% by weight of the powder mix of particulate native starch; - agglomerating the powder mix to produce starch-containing granules by heating the powder mix to a temperature that is 3 to 20 °C below the gelatinization temperature of the particulate native starch, followed by wet agglomeration of the hot powder mix with an aqueous liquid; and - optionally combining the granules with one or more other edible ingredients; said premix containing, calculated by weight of dry matter: • 5-30 wt.% of starch-containing granules having a diameter of 0.15-2.5 mm and comprising 20-100 wt.% starch; • 10-76 wt.% of salt selected from sodium chloride, potassium chloride, monosodium glutamate and combinations thereof; • 0-60 wt.% of one or more particulate edible ingredients selected from sugars, spices, herbs and vegetables; - providing a powder mix of one or more particulate ingredients, including 5-100% by weight of the powder mix of particulate native starch; - agglomerating the powder mix to produce starch-containing granules by heating the powder mix to a temperature that is 3 to 20 °C below the gelatinization temperature of the particulate native starch, followed by wet agglomeration of the hot powder mix with an aqueous liquid; and - optionally combining the granules with one or more other edible ingredients; • 5-30 wt.% of starch-containing granules having a diameter of 0.15-2.5 mm and comprising 20-100 wt.% starch; • 10-76 wt.% of salt selected from sodium chloride, potassium chloride, monosodium glutamate and combinations thereof; • 0-60 wt.% of one or more particulate edible ingredients selected from sugars, spices, herbs and vegetables; b) mixing the premix with molten fat to produce slurry; and c) shaping the slurry into a shaped article.
A photochromic optical article comprising: an optical substrate; and an at least partial anisotropic layer disposed on the at least a portion of the surface of the substrate, wherein the anisotropic layer comprises: an anisotropic polymer; a photochromic-dichroic dye, a photochromic dye, or combinations thereof; a mesogenic hindered amine light stabilizer; and a mesogenic antioxidant, wherein the moles of mesogenic antioxidant is present in an amount greater than the moles of mesogenic hindered amine light stabilizer. an optical substrate; and an at least partial anisotropic layer disposed on the at least a portion of the surface of the substrate, wherein the anisotropic layer comprises: an anisotropic polymer; a photochromic-dichroic dye, a photochromic dye, or combinations thereof; a mesogenic hindered amine light stabilizer; and a mesogenic antioxidant, wherein the moles of mesogenic antioxidant is present in an amount greater than the moles of mesogenic hindered amine light stabilizer. an anisotropic polymer; a photochromic-dichroic dye, a photochromic dye, or combinations thereof; a mesogenic hindered amine light stabilizer; and a mesogenic antioxidant, wherein the moles of mesogenic antioxidant is present in an amount greater than the moles of mesogenic hindered amine light stabilizer.
Strain Clonostachys rosea f. catenulata deposited in the All-Russian Collection of Industrial Microorganisms under the number VKPM-F1324, used to protect plants against various diseases caused by phytopathogenic fungi and bacteria, as well as a plant growth promoter and producer of metabolites, such as phytohormones and amino acids.
A composition comprising the isolated HLA-DR binding peptide of the sequence PIKWMALESILRRRF (SEQ ID NO:145), wherein the peptide is lipidated, and further comprising one or more additional HLA-DR binding peptides selected from the group consisting of NLELTYLPTNASLSF (SEQ ID NO:86), YVLIAHNQVRQVPLQ (SEQ ID NO:89), HNQVRQVPLQRLRIV (SEQ ID NO:90), and LSVFQNLQVIRGRIL (SEQ ID NO:109), wherein the one or more additional peptides are lipidated.
A device for treating mercury-polluted water including: an enclosure containing a filtration reagent (5, 6, 7), an inlet for water to be treated in the enclosure upstream of the filtration reagent (5, 6, 7) and an outlet for treated water from the enclosure downstream of the filtration reagent (5, 6, 7), the filtration reagent (5, 6, 7) comprising a mixture of iron and a chemically inert granular support, wherein the iron is used for its reducing power and is metallic iron or an iron-containing alloy, characterised in that the filtration reagent further includes at least one additive, the at least one additive comprising elemental sulphur.
A mounting arrangement for securing a housing to a windshield of a vehicle, the mounting arrangement comprising: a mounting bracket including a plurality of keyhole slots (30, 32, 34), each having a receiving opening at one end of the keyhole slot (30, 32, 34), a locking recess at another end of the keyhole slot (30, 32, 34), and a ramp connecting the receiving opening with the locking recess; and a plurality of mounting posts (80, 82, 84), each mounting post (80, 82, 84) having a base portion, a head portion, and a collar portion connecting the head portion to the base portion, each mounting post (80, 82, 84) being mounted to the windshield and positioned to align with associated keyhole slots (30, 32, 34) in the mounting bracket; each of the keyhole slots (30, 32, 34) and the mounting posts (80, 82, 84) being arranged such that the head portion of the mounting post (80, 82, 84) is received into the receiving opening of its associated keyhole slot (80, 82, 84), the head portion being slidable up the ramp of its associated keyhole slot (80, 82, 84), and the head portion being lockable into the locking recess of its associated keyhole slot (80, 82, 84), each of the ramps tending to tighten the mounting bracket against the windshield during the sliding of the head portions up the ramps; and the housing being attachable to the mounting bracket. a mounting bracket including a plurality of keyhole slots (30, 32, 34), each having a receiving opening at one end of the keyhole slot (30, 32, 34), a locking recess at another end of the keyhole slot (30, 32, 34), and a ramp connecting the receiving opening with the locking recess; and a plurality of mounting posts (80, 82, 84), each mounting post (80, 82, 84) having a base portion, a head portion, and a collar portion connecting the head portion to the base portion, each mounting post (80, 82, 84) being mounted to the windshield and positioned to align with associated keyhole slots (30, 32, 34) in the mounting bracket; each of the keyhole slots (30, 32, 34) and the mounting posts (80, 82, 84) being arranged such that the head portion of the mounting post (80, 82, 84) is received into the receiving opening of its associated keyhole slot (80, 82, 84), the head portion being slidable up the ramp of its associated keyhole slot (80, 82, 84), and the head portion being lockable into the locking recess of its associated keyhole slot (80, 82, 84), each of the ramps tending to tighten the mounting bracket against the windshield during the sliding of the head portions up the ramps; and the housing being attachable to the mounting bracket.
A catheter apparatus, comprising: an elongated shaft having a proximal portion, a distal portion, and a central lumen; a therapeutic assembly at the distal portion of the elongated shaft, wherein the therapeutic assembly is configured for intravascular delivery to a renal artery of a human patient; a microwave transmitting element (24, 1000) carried by the therapeutic assembly, wherein the microwave transmitting element (24, 1000) is configured to radiate microwaves through a wall of the renal artery to modulate a renal nerve at a treatment site within the renal artery, and an expandable centering element comprising an expandable balloon, wherein expansion of the balloon into contact with the renal artery wall centers the microwave transmitting element (24, 1000) within the renal artery; wherein the apparatus is configured such that a chilled fluid may be circulated in the expandable balloon by injecting the fluid through an injection lumen and extracting the fluid through a separate extraction lumen, wherein the therapeutic assembly comprises a tubular inner conductor, an outer conductor, and an insulator separating at least a portion of the inner conductor and the outer conductor. an elongated shaft having a proximal portion, a distal portion, and a central lumen; a therapeutic assembly at the distal portion of the elongated shaft, wherein the therapeutic assembly is configured for intravascular delivery to a renal artery of a human patient; a microwave transmitting element (24, 1000) carried by the therapeutic assembly, wherein the microwave transmitting element (24, 1000) is configured to radiate microwaves through a wall of the renal artery to modulate a renal nerve at a treatment site within the renal artery, and an expandable centering element comprising an expandable balloon, wherein expansion of the balloon into contact with the renal artery wall centers the microwave transmitting element (24, 1000) within the renal artery; wherein the apparatus is configured such that a chilled fluid may be circulated in the expandable balloon by injecting the fluid through an injection lumen and extracting the fluid through a separate extraction lumen, wherein the therapeutic assembly comprises a tubular inner conductor, an outer conductor, and an insulator separating at least a portion of the inner conductor and the outer conductor.
Method for producing coil springs by spring winding using a numerically controlled spring winding machine, wherein a wire is supplied to a forming device of the spring winding machine by a supply device controlled by a NC control program, is deformed to a coil spring by means of tools of the forming device and, subsequently, a completed coil spring is severed from the supplied wire using a cutting device, wherein the forming tools comprise at least one winding tool (122, 124) having a contact surface (K, K1, K2) provided for contacting the supplied wire, and the winding tool is adjusted in an adjustment operation prior to spring production, characterized in that, during the adjustment operation, automated referencing of a position of the winding tool is performed, wherein at least one contact surface position parameter representing the position of the contact surface (K, K1, K2) is obtained and transferred automatically to the control device of the spring winding machine.
A ternary titanium alloy, consisting of between 0.4 and 0.6% by weight of silicon, between 0.2 and 1% by weight of rhenium, impurities in the form of oxygen, nitrogen, carbon, and iron, in a total amount below 1.05 wt% and titanium up to 100% by weight with respect to the weight of the alloy.