mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of glycidol by thermal decarboxylation of glycerol carbonate, said process comprising the steps of: a) contacting liquid glycerol carbonate with a decarboxylation promotor, having a boiling point of at least 160 °C at atmospheric pressure and consisting essentially of an aliphatic mono-ol, an aliphatic polyol, or mixtures thereof, to form a liquid phase mixture; b) applying heat to the liquid phase mixture formed in step a) to induce thermal decarboxylation of the glycerol carbonate; and c) separating glycidol formed in step b) from the liquid phase mixture by evaporation of glycidol; and wherein the process does not comprise the use of a decarboxylation catalyst; and wherein a decarboxylation promotor refers to an agent, or agents, that increase selectivity of the reaction of glycerol carbonate towards the formation of glycidol by decarboxylation. a) contacting liquid glycerol carbonate with a decarboxylation promotor, having a boiling point of at least 160 °C at atmospheric pressure and consisting essentially of an aliphatic mono-ol, an aliphatic polyol, or mixtures thereof, to form a liquid phase mixture; b) applying heat to the liquid phase mixture formed in step a) to induce thermal decarboxylation of the glycerol carbonate; and c) separating glycidol formed in step b) from the liquid phase mixture by evaporation of glycidol; and wherein the process does not comprise the use of a decarboxylation catalyst; and wherein a decarboxylation promotor refers to an agent, or agents, that increase selectivity of the reaction of glycerol carbonate towards the formation of glycidol by decarboxylation.
A pharmaceutical composition in the form of a tablet, comprising a) a crystalline form of bilastine, wherein the crystalline form has characteristic peaks at 6.53, 15.24, 15.86, and 18.07 ± 0.2 degrees 2-theta in a powder X-ray diffraction pattern, b) a water-soluble filler, and optionally c) a water-insoluble filler, wherein the water-soluble filler is a sugar, and wherein the composition is prepared by dry granulation of a blend of the components comprising a), b) and optionally c), and compression of the granules to a tablet, or direct compression of a blend of the components comprising a), b) and optionally c).
Structure for attaching a wall cladding, the wall cladding being intended for covering a supporting wall and comprising cladding panels, the attachment structure comprising two horizontal profiles (3A, 4A), one profile being a lower profile suitable for being attached to the floor or to the supporting wall and the other profile being an upper profile suitable for being attached to the ceiling or to the supporting wall, and bearing supports suitable for being attached to the supporting wall, said bearing supports being intended for attaching cladding panels, at least one bearing support being arranged plumb with the location of each junction of two adjacent cladding panels, the structure being characterised in that the bearing supports comprise two detachable parts, a first part being suitable either for being attached to the supporting wall or for attaching a cladding panel, a second part being correspondingly suitable either for attaching at least one cladding panel or for being attached to the supporting wall, the first and second parts being in the form of profile segments made from the same profile, each profile segment (80A, 81A) comprising at least two substantially perpendicular legs (82A, 85A, 86A, 87A), and the first and second parts comprising means for adjusting the spacing between the supporting surface of the first part of the bearing supports and the bearing head of the second part, and a means for attaching the first and second parts to one another while or after they are adjusted.
A flaskless molding machine forming a flaskless upper mold and lower mold by filling, with mold sand, an upper molding space formed using an upper flask and a lower molding space formed using a lower flask, and by pressurizing the mold sand filled in the upper molding space and the lower molding space, comprising: an upper sand tank storing the mold sand to be supplied to the upper molding space; a first lower sand tank storing the mold sand to be supplied to the lower molding space, and having a first communication port for discharging the stored mold sand; a second lower sand tank having a second communication port capable of communicating with the first communication port of the first lower sand tank, and storing the mold sand supplied from the first lower sand tank and to be supplied to the lower molding space; characterized by at least one first guide member extending in a vertical direction, and guiding the upper flask, the lower flask and the second lower sand tank in the vertical direction; a second guide member extending in the vertical direction, and guiding the first lower sand tank in the vertical direction; a drive unit configured to move the second lower sand tank in the vertical direction; and an adjustment drive unit configured to move the first lower sand tank in the vertical direction. an upper sand tank storing the mold sand to be supplied to the upper molding space; a first lower sand tank storing the mold sand to be supplied to the lower molding space, and having a first communication port for discharging the stored mold sand; a second lower sand tank having a second communication port capable of communicating with the first communication port of the first lower sand tank, and storing the mold sand supplied from the first lower sand tank and to be supplied to the lower molding space; characterized by at least one first guide member extending in a vertical direction, and guiding the upper flask, the lower flask and the second lower sand tank in the vertical direction; a second guide member extending in the vertical direction, and guiding the first lower sand tank in the vertical direction; a drive unit configured to move the second lower sand tank in the vertical direction; and an adjustment drive unit configured to move the first lower sand tank in the vertical direction.
Turning device (100, 300) for turning a line, comprising a fixing unit having an opening for the insertion of the line into the fixing unit, wherein the fixing unit is set up to fix the line, wherein the fixing unit is rotatably mounted in a holder and has a gear wheel via which the fixing unit can be driven and which has a cut-out in the region of the opening; and a drive, which is set up to drive the gear wheel at a first point and a second point, wherein the first point is spaced apart from the second point by at least a width of the cut-out of the gear wheel, wherein the fixing unit comprises a link clamp which is set up to clamp the line, characterized in that the link clamp comprises a link driver which is in engagement with a sliding link, wherein the sliding link is rotatably mounted in the link driver and the link driver is connected to a linear drive which is set up to displace the link driver, wherein, during a displacement of the link driver, the sliding link is carried along and acts on at least one ramp of a gripping jaw in order to clamp the line. a fixing unit having an opening for the insertion of the line into the fixing unit, wherein the fixing unit is set up to fix the line, wherein the fixing unit is rotatably mounted in a holder and has a gear wheel via which the fixing unit can be driven and which has a cut-out in the region of the opening; and a drive, which is set up to drive the gear wheel at a first point and a second point, wherein the first point is spaced apart from the second point by at least a width of the cut-out of the gear wheel, wherein the fixing unit comprises a link clamp which is set up to clamp the line, characterized in that the link clamp comprises a link driver which is in engagement with a sliding link, wherein the sliding link is rotatably mounted in the link driver and the link driver is connected to a linear drive which is set up to displace the link driver, wherein, during a displacement of the link driver, the sliding link is carried along and acts on at least one ramp of a gripping jaw in order to clamp the line.
A catalyst for use in a fuel electrode of a polymer solid electrolyte type fuel cell comprising platinum and ruthenium alloy supported on a carbon powder carrier, characterized in that a loading ratio between platinum and ruthenium ranges from 1:2.5 to 1:3.5 in molar ratio.
Method for coating an electromagnetically excitable core by an electrostatic field in a device for coating with an electrically insulating powder which is introduced into the field, wherein the core acts as an electrode in the field and thereby a layer is formed and after the coating the layer is firmly connected to the core by a method step, wherein the core has a prismatic shape and grooves with a groove slot on one side interrupt a surface of the prismatic shape, the core having a polarity of the field and particles of the powder being located in a powder container, the powder container having a polarity opposite to the polarity of the core, characterised in that a movable electrode is used which is introduced into a groove in the longitudinal direction of the groove and during the stay of the core with the movable electrode in the electrostatic field the movable electrode has the same potential as the core or is without potential.
A device for nail care, in particular for filing a fingernail or toenail, with a rest for placing on a finger or toe, with a filing surface which is arcuate in at least one direction, with a drive which moves the filing surface along the curve in an oscillating manner, wherein the rest is designed such that it also supports the resting finger or toe in the direction of the filing surface, characterised in that the filing surface 6) is designed in an arcuate manner towards the nail in accordance with the distal nail contour and that a middle point of the curve lies outside the device at the rest side.
A microwave drying method of a honeycomb formed body, comprising: an introduction step of disposing the honeycomb formed body while keeping an axis direction of cells of the honeycomb formed body vertically and introducing the honeycomb formed body into a drying furnace capable of irradiating with microwaves; a reflector placing step of placing a microwave reflector having a function to reflect the microwaves so that a reflecting face of the microwave reflector faces at least one of upper and lower end faces (13, 14) of the honeycomb formed body; and a microwave drying step of irradiating with the microwaves while controlling temperature of an inside of the honeycomb formed body by the microwave reflector so that any one of the end faces of the honeycomb formed body reaches 100°C to dry the honeycomb formed body after the other part of the honeycomb formed body reaches 100°C. an introduction step of disposing the honeycomb formed body while keeping an axis direction of cells of the honeycomb formed body vertically and introducing the honeycomb formed body into a drying furnace capable of irradiating with microwaves; a reflector placing step of placing a microwave reflector having a function to reflect the microwaves so that a reflecting face of the microwave reflector faces at least one of upper and lower end faces (13, 14) of the honeycomb formed body; and a microwave drying step of irradiating with the microwaves while controlling temperature of an inside of the honeycomb formed body by the microwave reflector so that any one of the end faces of the honeycomb formed body reaches 100°C to dry the honeycomb formed body after the other part of the honeycomb formed body reaches 100°C.
A memory device structure, comprising: a substrate; a memory stacked structure formed on the substrate by stacking a first electrode layer, a memory material layer, and a second electrode layer (66,118), wherein the memory material layer and the first electrode layer have a tilted sidewall, and the tilted sidewall (110,110') is indented with respect to a sidewall of the second electrode layer;; and a spacer) disposed on the tilted sidewall (110,110'), wherein the memory material layer comprises a resistive memory material, the memory device structure being characterized in that the width of the first electrode layer equal to or less than the width of the second electrode layer a substrate; a memory stacked structure formed on the substrate by stacking a first electrode layer, a memory material layer, and a second electrode layer (66,118), wherein the memory material layer and the first electrode layer have a tilted sidewall, and the tilted sidewall (110,110') is indented with respect to a sidewall of the second electrode layer;; and a spacer) disposed on the tilted sidewall (110,110'), wherein the memory material layer comprises a resistive memory material, the memory device structure being characterized in that the width of the first electrode layer equal to or less than the width of the second electrode layer
A laundry detergent composition comprising: (i) from 0.5 to 20 wt% of an alkoxylated substituted phenol dispersant of the following structure: wherein X is selected from: ethoxy; and, mixtures of ethoxy and propoxy groups where the number of ethoxy groups is greater than the number of propoxy groups, and wherein n is from 6 to 70; Y is selected from: R 1; OR 1, COOR 5; F; Cl; Br; I; CN; and NO 2, wherein R 1 is a C1 to C4 linear or branched alkyl group and R 5 is selected from C1 to C18 linear or branched alkyl groups; R 2 and R 3 are selected from: C1 to C3 linear or branched alkyl aryl groups; and, aryl groups; T is selected from: H; CH 3; SO 3 -; CH 2 COO -; PO 3 2-; C 2 H 5; n-propyl, i-propyl; n-butyl; t-butyl; and, sulfosuccinate; (ii) from 0 to 50 wt% surfactant, other than the alkoxylated substituted phenol; and, (iii) from 0.0005 to 0.2 wt% of a protease enzyme. (i) from 0.5 to 20 wt% of an alkoxylated substituted phenol dispersant of the following structure: wherein X is selected from: ethoxy; and, mixtures of ethoxy and propoxy groups where the number of ethoxy groups is greater than the number of propoxy groups, and wherein n is from 6 to 70; Y is selected from: R 1; OR 1, COOR 5; F; Cl; Br; I; CN; and NO 2, wherein R 1 is a C1 to C4 linear or branched alkyl group and R 5 is selected from C1 to C18 linear or branched alkyl groups; R 2 and R 3 are selected from: C1 to C3 linear or branched alkyl aryl groups; and, aryl groups; T is selected from: H; CH 3; SO 3 -; CH 2 COO -; PO 3 2-; C 2 H 5; n-propyl, i-propyl; n-butyl; t-butyl; and, sulfosuccinate; X is selected from: ethoxy; and, mixtures of ethoxy and propoxy groups where the number of ethoxy groups is greater than the number of propoxy groups, and wherein n is from 6 to 70; Y is selected from: R 1; OR 1, COOR 5; F; Cl; Br; I; CN; and NO 2, wherein R 1 is a C1 to C4 linear or branched alkyl group and R 5 is selected from C1 to C18 linear or branched alkyl groups; R 2 and R 3 are selected from: C1 to C3 linear or branched alkyl aryl groups; and, aryl groups; T is selected from: H; CH 3; SO 3 -; CH 2 COO -; PO 3 2-; C 2 H 5; n-propyl, i-propyl; n-butyl; t-butyl; and, sulfosuccinate; (ii) from 0 to 50 wt% surfactant, other than the alkoxylated substituted phenol; and, (iii) from 0.0005 to 0.2 wt% of a protease enzyme.
A controlling method of a dishwasher including a washing tub defining a space in which one or more dishes are placed, a storage unit movable from the washing tub, a driving unit provided in a lower unit of the washing tub for injecting wash water to the storage unit, a door opening/closing the washing tub, and a drying module for drying the dishes, the controlling method comprising: a washing step for washing one or more dishes by using the wash water; a rinsing step for rinsing the washed dishes; and a drying step for drying the rinsed dishes; and a dry maintaining determining step for determining selection of a dry maintaining step after the drying step; and the dry maintaining step for intermittently drying the dishes to maintain a dried state of the dishes, wherein the dry maintaining step intermittently operates a drying module of the dishwasher for a preset time period. a washing step for washing one or more dishes by using the wash water; a rinsing step for rinsing the washed dishes; and a drying step for drying the rinsed dishes; and a dry maintaining determining step for determining selection of a dry maintaining step after the drying step; and the dry maintaining step for intermittently drying the dishes to maintain a dried state of the dishes, wherein the dry maintaining step intermittently operates a drying module of the dishwasher for a preset time period.
A method of setting an RF operating frequency of an MRI system for RF synthesis and reception, comprising: using a first reference frequency signal, obtained from a geo-satellite positioning system, as a frequency reference; obtaining calibration information for a second frequency source for determining the true frequency of the second frequency source, using the first reference frequency signal, wherein the first reference frequency signal is more long-term stable than the second frequency source; setting the RF operating frequency, using the second frequency source as the master clock for the MRI system, and using the calibration information; and measuring the RF operating frequency by: placing a magnetic resonance signal probe into an imaging bore of the MRI system; and measuring a free induction decay using the magnetic resonance signal probe, characterized in that the magnetic resonance signal probe comprises a frequency reference which is calibrated by a signal obtained from a geo-satellite positioning system. using a first reference frequency signal, obtained from a geo-satellite positioning system, as a frequency reference; obtaining calibration information for a second frequency source for determining the true frequency of the second frequency source, using the first reference frequency signal, wherein the first reference frequency signal is more long-term stable than the second frequency source; setting the RF operating frequency, using the second frequency source as the master clock for the MRI system, and using the calibration information; and measuring the RF operating frequency by: placing a magnetic resonance signal probe into an imaging bore of the MRI system; and measuring a free induction decay using the magnetic resonance signal probe, characterized in that the magnetic resonance signal probe comprises a frequency reference which is calibrated by a signal obtained from a geo-satellite positioning system. placing a magnetic resonance signal probe into an imaging bore of the MRI system; and measuring a free induction decay using the magnetic resonance signal probe, characterized in that the magnetic resonance signal probe comprises a frequency reference which is calibrated by a signal obtained from a geo-satellite positioning system.
A device, comprising: at least one first section including, an airflow passage, a first reservoir configured to contain at least one first pre-vapor formulation, a heater in communication with the first reservoir and the airflow passage, the heater being configured to at least partially vaporize the at least one first pre-vapor formulation, and an insert in communication with the airflow passage, the insert being downstream of the heater, the insert including, a matrix including one or more portions of a filler material, the filler material being a plant-based cellulose material, the one or more portions defining interstices; at least one first containing structure containing the matrix, the at least one first containing structure contacting at least side surfaces of the matrix, and at least one first consumable substance infused within the filler material, the at least one first consumable substance including at least one of nicotine, at least one first flavorant, at least one second pre-vapor formulation, a sub-combinations thereof, or a combinations thereof. an airflow passage, a first reservoir configured to contain at least one first pre-vapor formulation, a heater in communication with the first reservoir and the airflow passage, the heater being configured to at least partially vaporize the at least one first pre-vapor formulation, and an insert in communication with the airflow passage, the insert being downstream of the heater, the insert including, a matrix including one or more portions of a filler material, the filler material being a plant-based cellulose material, the one or more portions defining interstices; at least one first containing structure containing the matrix, the at least one first containing structure contacting at least side surfaces of the matrix, and at least one first consumable substance infused within the filler material, the at least one first consumable substance including at least one of nicotine, at least one first flavorant, at least one second pre-vapor formulation, a sub-combinations thereof, or a combinations thereof. a matrix including one or more portions of a filler material, the filler material being a plant-based cellulose material, the one or more portions defining interstices; at least one first containing structure containing the matrix, the at least one first containing structure contacting at least side surfaces of the matrix, and at least one first consumable substance infused within the filler material, the at least one first consumable substance including at least one of nicotine, at least one first flavorant, at least one second pre-vapor formulation, a sub-combinations thereof, or a combinations thereof.
An electrically conductive resin composition comprising: a first copolymer, which contains a rubber component having an average particle diameter of 1 μm to 5 μm, at 10 wt% to 35 wt%; a second copolymer, which contains a rubber component having an average particle diameter of 1 μm to 3 μm, at 20 wt% to 40 wt%; a third copolymer, which contains a rubber component having an average particle diameter of 5 μm to 7 μm, at 20 wt% to 40 wt%; a conductive filler at 0.1 wt% to 10 wt%; and an additive at 0 wt% to 10 wt%, wherein said first, second and third copolymer is styrene-butadiene copolymer. a first copolymer, which contains a rubber component having an average particle diameter of 1 μm to 5 μm, at 10 wt% to 35 wt%; a second copolymer, which contains a rubber component having an average particle diameter of 1 μm to 3 μm, at 20 wt% to 40 wt%; a third copolymer, which contains a rubber component having an average particle diameter of 5 μm to 7 μm, at 20 wt% to 40 wt%; a conductive filler at 0.1 wt% to 10 wt%; and an additive at 0 wt% to 10 wt%, wherein said first, second and third copolymer is styrene-butadiene copolymer.
Energy storage module comprising a plurality of energy storage assemblies positioned side by side, and a rigid enclosure intended for surrounding the storage assemblies, each assembly including at least one side wall closed at each end by an end surface, wherein the storage assemblies are electrically connected in pairs by conductive strips extending over at least one end surface of each assembly, the strips being arranged such that one strip connects a first end surface of at least one predetermined assembly to an end surface of a first adjacent assembly and a second strip connects a second surface of the predetermined assembly to an end surface of a second adjacent assembly, characterised in that the module also includes at least one electrically insulating member, made of an electrically insulating material and comprising a bottom and a rim extending essentially perpendicular to the bottom and surrounding same, each electrically insulating member being associated with a strip and fitted onto the end surfaces of two adjacent assemblies connected by the strip such that the bottom is parallel to the end surfaces and the rim runs alongside the side walls of the two assemblies while overlapping same over at least a portion of the height thereof.