mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a ceiling type air conditioner including a panel located on a ceiling surface, a first vane group located at outlets formed at two opposing sides of four sides of the panel, and a second vane group located at outlets formed at the other two opposing sides of the four sides of the panel, and each of the first vane group and the second vane group including an upper discharge vane and a lower discharge vane located below the upper discharge vane and rotating along with the upper discharge vane, the method comprising: performing first mixing operation in which the first vane group guides air in a direction close to the ceiling surface to form horizontal airflow and the second vane group guides air in a direction close to a floor surface to form vertical airflow; determining whether swing operation of continuously rotating the first vane group and the second vane group or fixing operation in which the first vane group and the second vane group are located at the same angle is performed; and performing second mixing operation in which the first vane group forms the vertical airflow and the second vane group forms the horizontal airflow. performing first mixing operation in which the first vane group guides air in a direction close to the ceiling surface to form horizontal airflow and the second vane group guides air in a direction close to a floor surface to form vertical airflow; determining whether swing operation of continuously rotating the first vane group and the second vane group or fixing operation in which the first vane group and the second vane group are located at the same angle is performed; and performing second mixing operation in which the first vane group forms the vertical airflow and the second vane group forms the horizontal airflow.
Permanent magnet comprising a stack of N patterns stacked one on top of another in a stack direction, where N is a whole number greater than or equal to two, each pattern (34 1 -34 N; 82; 90) comprising: - a bottom antiferromagnetic layer (40; 91), - a top antiferromagnetic layer (48; 44; 102), and - a ferromagnetic layer (42, 46; 84; 92, 100) situated between the bottom and top antiferromagnetic layers and whose direction of magnetization is frozen, by an exchange coupling, with the bottom or top antiferromagnetic layer of this pattern, the directions of magnetization of the ferromagnetic layers (42, 46; 84; 92, 100) which are coupled by exchange coupling with the bottom or top antiferromagnetic layer of the same pattern being all identical to each other, characterized in that: - at least once per group of ten consecutive ferromagnetic layers whose directions of magnetization are frozen by exchange coupling, the stack comprises a growth layer (36 2 -36 N) interposed between the top antiferromagnetic layer (48; 44; 102) of the previous pattern and the bottom antiferromagnetic layer (40; 91) of the following pattern in the stack direction and this growth layer is directly in contact with these two top and bottom antiferromagnetic layers between which it is interposed, - this growth layer is entirely realized in a nonmagnetic material chosen from the group made up of the following metals: Ta, Cu, Ru, V, Mo, Hf, Mg, NiCr and NiFeCr, or it is realized by a stack of several sublayers (54, 56) of nonmagnetic material disposed immediately on one another in the stack direction, at least one of these sublayers, known as the "metallic sublayer", being entirely realized in a material chosen from said group, and - the thickness of the growth layer is greater than 0.5 nm. - a bottom antiferromagnetic layer (40; 91), - a top antiferromagnetic layer (48; 44; 102), and - a ferromagnetic layer (42, 46; 84; 92, 100) situated between the bottom and top antiferromagnetic layers and whose direction of magnetization is frozen, by an exchange coupling, with the bottom or top antiferromagnetic layer of this pattern, - at least once per group of ten consecutive ferromagnetic layers whose directions of magnetization are frozen by exchange coupling, the stack comprises a growth layer (36 2 -36 N) interposed between the top antiferromagnetic layer (48; 44; 102) of the previous pattern and the bottom antiferromagnetic layer (40; 91) of the following pattern in the stack direction and this growth layer is directly in contact with these two top and bottom antiferromagnetic layers between which it is interposed, - this growth layer is entirely realized in a nonmagnetic material chosen from the group made up of the following metals: Ta, Cu, Ru, V, Mo, Hf, Mg, NiCr and NiFeCr, or it is realized by a stack of several sublayers (54, 56) of nonmagnetic material disposed immediately on one another in the stack direction, at least one of these sublayers, known as the "metallic sublayer", being entirely realized in a material chosen from said group, and - the thickness of the growth layer is greater than 0.5 nm.
A forearm type of crutch comprising an operatively upright staff having a ground engaging foot at one end and a transverse handle and forearm support assembly at the operatively upper end, and wherein the angle of inclination of the forearm support assembly to the staff is adjustable, wherein the angle of inclination of the forearm support assembly relative to the staff is adjustable by means of a pair of co-operating positioning portions, one being stationary relative to the staff and the other being stationary relative to the forearm support assembly and wherein the positioning portions have complementarily co-operating zones that are engagable in different angular positions of the forearm support assembly and staff to provide a desired angle of inclination of the forearm support assembly relative to the staff and wherein releasable clamping means operatively hold the positioning portions in a selected engaged position for use, characterized in that one of the pair of the co-operating positioning portions is a circular indexing disk and the other is an oval recess indexing portion in which the circular indexing disk is displaceable and lockable in a desired position within the recess of the indexing portion.
A process for removal of a target metal from a liquid sample, said process comprising: applying acoustic cavitation to the liquid sample to form vapor bubbles; wherein the acoustic cavitation causes thermolysis of the liquid sample to produce hydroxyl radicals which self-react at a collapsing vapor bubble interface to generate hydrogen peroxide in-situ; and adding an iron salt, or a precursor form thereof, to the liquid sample and allowing Fenton oxidation reaction to occur between the iron and the hydrogen peroxide generated by acoustic cavitation in-situ in the liquid sample, thereby producing further hydroxyl radicals; thereby producing a target metal salt or metal oxide having reduced solubility in the liquid sample, leading to removal of the target metal from the liquid sample; wherein no additional hydrogen peroxide is added to the liquid sample as part of the process. applying acoustic cavitation to the liquid sample to form vapor bubbles; wherein the acoustic cavitation causes thermolysis of the liquid sample to produce hydroxyl radicals which self-react at a collapsing vapor bubble interface to generate hydrogen peroxide in-situ; and adding an iron salt, or a precursor form thereof, to the liquid sample and allowing Fenton oxidation reaction to occur between the iron and the hydrogen peroxide generated by acoustic cavitation in-situ in the liquid sample, thereby producing further hydroxyl radicals; thereby producing a target metal salt or metal oxide having reduced solubility in the liquid sample, leading to removal of the target metal from the liquid sample; wherein no additional hydrogen peroxide is added to the liquid sample as part of the process.
A portable enteral feeding apparatus comprising a pouch which defines a reservoir for enteral fluid and having an outlet for delivery of enteral fluid from the pouch, characterized in that, the pouch is formed by an expansile element having an expanded filled configuration and a collapsed configuration, the expansion of the expansile element providing the sole force under which enteral fluid is delivered from the pouch, the apparatus further comprises an outer barrier (3, 210) surrounding the pouch, wherein, when the pouch is filled with enteral fluid, the pouch substantially conforms to the shape of an inner surface of the outer barrier, and wherein as fluid is delivered from the pouch, a space is formed between the pouch and the outer barrier, and the apparatus comprises an exhaust passageway to facilitate exhaust of gas from between the outer barrier and the expansile element, on filling. the pouch is formed by an expansile element having an expanded filled configuration and a collapsed configuration, the expansion of the expansile element providing the sole force under which enteral fluid is delivered from the pouch, the apparatus further comprises an outer barrier (3, 210) surrounding the pouch, wherein, when the pouch is filled with enteral fluid, the pouch substantially conforms to the shape of an inner surface of the outer barrier, and wherein as fluid is delivered from the pouch, a space is formed between the pouch and the outer barrier, and the apparatus comprises an exhaust passageway to facilitate exhaust of gas from between the outer barrier and the expansile element, on filling.
Compression-ignition direct-injection internal combustion engine comprising at least one cylinder, a cylinder head bearing fuel injection means, a piston sliding in this cylinder, a combustion chamber delimited on one side by the upper face of the piston comprising a nipple rising in the direction of the cylinder head and arranged at the centre of a concave bowl with at least two mixing zones (Z1, Z2), said injection means comprising at least one injector spraying fuel in at least two layers (36, 38) of fuel jets having different layer angles (A1, A2), a lower layer with jet axis C1 for the zone and an upper layer with jet axis C2 for the zone, characterized in that the fuel injector comprises at least two rows of injection orifices (33a, 33b) placed one above the other, and in that the number of orifices of each row (N lower, N upper) is greater than or equal to -4.Ns+14 and less than or equal to -4.Ns+16 for the lower row or -4.Ns+18 for the upper row, where Ns is the swirl rate of this engine, the swirl rate (Ns) being equal to the ratio between the speed of rotation of the swirling movement of the oxidant and that of the crankshaft.
Cathode material comprising a lithium transition metal titanate with a spinel structure and a formula: Li 1+x M 1+x Ti 1-x O 4 wherein 0 ≤ x ≤ 0,8 and M is at least one transition metal taken among the elements {Cr, Mn, Fe, Co, Ni, Cu, Zn, Mo, Nb and V}, in the form of nanoparticles with a particle size from 1 nm to 500 nm.
A test apparatus comprising two layer structures (100, 102) with a cavity therebetween, and at least one opening through one of the layer structures to the cavity, the cavity being configured to receive, through the at least one opening, material used to form a thin film layer inside the cavity, characterized in that at least one of the two layer structures (100, 102) comprises at least one positional indicator for an analysis of spread of the thin film layer in the cavity, the at least one positional indicator having a property, which is configured to carry information on a position of the at least one positional indicator with respect to the at least one opening. two layer structures (100, 102) with a cavity therebetween, and at least one opening through one of the layer structures to the cavity, the cavity being configured to receive, through the at least one opening, material used to form a thin film layer inside the cavity, characterized in that at least one of the two layer structures (100, 102) comprises at least one positional indicator for an analysis of spread of the thin film layer in the cavity, the at least one positional indicator having a property, which is configured to carry information on a position of the at least one positional indicator with respect to the at least one opening.
An absorbent article having a vertical direction and a lateral direction, the absorbent article comprising: an absorbent main body; a first waist portion; and a second waist portion, the first waist portion including a stretchy sheet and a non-stretchy sheet (21,22), the stretchy sheet being capable of stretching and contracting in the lateral direction, the non-stretchy sheet (21, 22) being overlaid on the stretchy sheet, a lower end portion of the stretchy sheet being folded upward, a number of layers of the stretchy sheet being greater in the lower end portion of the stretchy sheet than in an upper end portion of the stretchy sheet, the stretchy sheet being located on a skin side in a thickness direction of the first waist portion with respect to the absorbent main body, and in the lower end portion of the stretchy sheet, a folded portion of the stretchy sheet being overlapped with the absorbent main body in the vertical direction. an absorbent main body; a first waist portion; and a second waist portion, the first waist portion including a stretchy sheet and a non-stretchy sheet (21,22), the stretchy sheet being capable of stretching and contracting in the lateral direction, the non-stretchy sheet (21, 22) being overlaid on the stretchy sheet, a lower end portion of the stretchy sheet being folded upward, a number of layers of the stretchy sheet being greater in the lower end portion of the stretchy sheet than in an upper end portion of the stretchy sheet, the first waist portion including a stretchy sheet and a non-stretchy sheet (21,22), the stretchy sheet being capable of stretching and contracting in the lateral direction, the non-stretchy sheet (21, 22) being overlaid on the stretchy sheet, a lower end portion of the stretchy sheet being folded upward, a number of layers of the stretchy sheet being greater in the lower end portion of the stretchy sheet than in an upper end portion of the stretchy sheet, the stretchy sheet being located on a skin side in a thickness direction of the first waist portion with respect to the absorbent main body, and in the lower end portion of the stretchy sheet, a folded portion of the stretchy sheet being overlapped with the absorbent main body in the vertical direction.
A portable welding system casing, comprising: front, rear, top and bottom portions; first and second side members each having a plurality of fastening lug portions (52A-D, 54A-D), the first and second side members further each having a recess, wherein the recess of the first side member receives a first perimeter edge of the front, rear, top and bottom portions and the recess of the second side member receives a second perimeter edge of the front, rear, top and bottom portions; a plurality of handle members (14A-D), each of the plurality of handle members (14A-D) coupled between associated fastening lug portions(52A-D, 54A-D) of the first and second side member; and first and second foot members coupled to respective surfaces of the front, rear and bottom portions. front, rear, top and bottom portions; first and second side members each having a plurality of fastening lug portions (52A-D, 54A-D), the first and second side members further each having a recess, wherein the recess of the first side member receives a first perimeter edge of the front, rear, top and bottom portions and the recess of the second side member receives a second perimeter edge of the front, rear, top and bottom portions; a plurality of handle members (14A-D), each of the plurality of handle members (14A-D) coupled between associated fastening lug portions(52A-D, 54A-D) of the first and second side member; and first and second foot members coupled to respective surfaces of the front, rear and bottom portions.
A chromium-free insulation coating material for non-oriented silicon steel comprising the following components: Metal dihydrogen phosphate salt 100 parts by weight; Epoxy resin 10∼60 parts by weight; Naphthenate drier or isooctanoate metal salt drier 0.001∼10 parts by weight; Organic solvent 0.001∼100 parts by weight; Pure water 60∼2000 parts by weight.
A method for processing a wireless baseband capable of expanding dynamically, characterized by the following steps: pre-constructing a plurality of groups of wireless baseband processing clusters, wherein the groups of clusters have different processing capacities and are relatively independent, and wherein the processing capacity is defined by the number of users that the clusters in each group are able to process; acquiring a current load working state of each group of wireless baseband processing clusters by monitoring the processing loads of the plurality of groups of wireless baseband processing clusters; and according to baseband processing task requirements and the current load working state of each group of wireless baseband processing clusters, scheduling a certain number of wireless baseband processing clusters of which the current load working states are suitable for performing a baseband processing task to enter a working state for performing the wireless baseband processing task. pre-constructing a plurality of groups of wireless baseband processing clusters, wherein the groups of clusters have different processing capacities and are relatively independent, and wherein the processing capacity is defined by the number of users that the clusters in each group are able to process; acquiring a current load working state of each group of wireless baseband processing clusters by monitoring the processing loads of the plurality of groups of wireless baseband processing clusters; and according to baseband processing task requirements and the current load working state of each group of wireless baseband processing clusters, scheduling a certain number of wireless baseband processing clusters of which the current load working states are suitable for performing a baseband processing task to enter a working state for performing the wireless baseband processing task.
A method of obtaining a laundry care composition, the method comprising the steps of (a) reacting a compound with a polymer to form the leuco polymer and (b) mixing the leuco polymer with at least one laundry care ingredient, wherein the compound comprises at least one leuco moiety and at least one electrophilic group, wherein the polymer is comprised of co-monomers of an aryl dicarboxylate, an oxyalkyleneoxy and an oxypolyalkyleneoxy and the polymer comprises at least one moiety selected from the group consisting of hydroxy, sulfhydryl, primary amine and secondary amine.
A vacuum adiabatic body comprising: a first plate defining at least one portion of a first side of a wall adjacent to a first space having a first temperature; a second plate defining at least one portion of a second side of the wall adjacent to a second space having a second temperature different than the first temperature; a seal that seals the first plate and the second plate to provide a third space that has a third temperature between the first and second temperatures and is in a vacuum state; an exhaust port through which a gas in the third space is ejected; a support provided in the third space to maintain a gap in the third space; a thermal insulator that reduces heat transfer between the first plate and the second plate; a peripheral adiabatic mold provided adjacent to a distal end portion of the third space to improve adiabatic performance at the distal end of the third space, wherein the peripheral adiabatic mold is provided as a separate adiabatic member than the third space in a vacuum state formed by the first plate and the second plate; an inner panel provided adjacent at least a portion of the peripheral adiabatic mold and providing a boundary to an inner portion of the peripheral adiabatic mold; and a basket mounted on the inner panel. a first plate defining at least one portion of a first side of a wall adjacent to a first space having a first temperature; a second plate defining at least one portion of a second side of the wall adjacent to a second space having a second temperature different than the first temperature; a seal that seals the first plate and the second plate to provide a third space that has a third temperature between the first and second temperatures and is in a vacuum state; an exhaust port through which a gas in the third space is ejected; a support provided in the third space to maintain a gap in the third space; a thermal insulator that reduces heat transfer between the first plate and the second plate; a peripheral adiabatic mold provided adjacent to a distal end portion of the third space to improve adiabatic performance at the distal end of the third space, wherein the peripheral adiabatic mold is provided as a separate adiabatic member than the third space in a vacuum state formed by the first plate and the second plate; an inner panel provided adjacent at least a portion of the peripheral adiabatic mold and providing a boundary to an inner portion of the peripheral adiabatic mold; and a basket mounted on the inner panel.
A micro-organ composite which comprises a core group of cells and an outer layer of cells, wherein the core group of cells is fully encapsulated by the outer layer of cells and wherein: (a) the cells of the core group are mesenchymal cells and the cells of the outer layer are epithelial cells; or (b) the cells of the core group are epithelial cells and the cells of the outer layer are mesenchymal cells; wherein said core group of cells and said outer layer of cells interact so as to form a basement membrane. (a) the cells of the core group are mesenchymal cells and the cells of the outer layer are epithelial cells; or (b) the cells of the core group are epithelial cells and the cells of the outer layer are mesenchymal cells; wherein said core group of cells and said outer layer of cells interact so as to form a basement membrane.
- Control system for a gearbox for a motor vehicle, this gearbox comprising axially sliding synchronization sleeves, and an intermediate reverse gear sliding axially to engage on a receiving pinion formed on a particular synchronization sleeve, the control system comprising sleeve control forks (18, 26, 28, 30), an actuating finger moving transversely to select a fork (18, 26, 28, 30) by engaging in a groove of a butt of this fork, and comprising an interlocking key moved transversely with the actuating finger, equipped with bosses resting on the sides of the sticks presenting in the axial direction a main level, characterized in that the stick of the fork of the particular synchronization sleeve comprises on one side a additional level staggered axially with respect to the main level, and in that the interlocking key comprises an additional lug coming opposite this offset additional level when the reverse gear is engaged.