mhurhangee/ep-ind-claims huggingface dataset:
A foldable cart, comprising: a basket having collapsible sidewalls and an upper-frame secured to and surrounding an upper-rim of the collapsible sidewalls; a first arm and an opposing parallel second arm which are bias angled with respect to upright when the foldable cart is in an open configuration; a shelf-support (120, 122, 124) pivotally coupled at opposing sides to the first and second arms for supporting a bottom of the basket; a basket-retainer (110, 112, 114) for removably receiving the upper-frame of the basket above the shelf-support (120, 122, 124), the basket-retainer (110, 112, 114) pivotally coupled at opposing sides to the first and second arms; a respective leg operably coupled to each of the first and second arms; and a respective wheel mounted to each leg, wherein the foldable cart is foldable to a closed configuration with the basket attached, characterized in that the upper-frame of the basket is securable to the basket-retainer (110, 112, 114) by a releasable locking-mechanism, wherein the releasable locking-mechanism is a cam latch. a basket having collapsible sidewalls and an upper-frame secured to and surrounding an upper-rim of the collapsible sidewalls; a first arm and an opposing parallel second arm which are bias angled with respect to upright when the foldable cart is in an open configuration; a shelf-support (120, 122, 124) pivotally coupled at opposing sides to the first and second arms for supporting a bottom of the basket; a basket-retainer (110, 112, 114) for removably receiving the upper-frame of the basket above the shelf-support (120, 122, 124), the basket-retainer (110, 112, 114) pivotally coupled at opposing sides to the first and second arms; a respective leg operably coupled to each of the first and second arms; and a respective wheel mounted to each leg, wherein the foldable cart is foldable to a closed configuration with the basket attached, characterized in that the upper-frame of the basket is securable to the basket-retainer (110, 112, 114) by a releasable locking-mechanism, wherein the releasable locking-mechanism is a cam latch.
Pressure control valve, comprising: - a valve body having a control chamber that has a valve device and a magnetic coil, wherein radially running tank holes end in the control chamber, - an armature that is able to be shifted into an armature chamber by energising the magnetic coil, - an armature tappet guided through the valve body, said armature tappet being operatively connected at one end to the armature and protruding into the control chamber of the valve body at the other end to activate the valve device, - wherein the armature is formed having at least one axial pressure compensation hole for producing a pressure compensation between the armature chamber and the control chamber and the armature tappet is mounted in a bearing of the valve body on the control chamber side having at least one pressure compensation groove (14a, 14b), characterised in that - the opening (14aha, 14bb) of the at least one pressure compensation groove (14a, 14b) of the bearing on the control chamber side is arranged in the control chamber to align or at least roughly align with the opening of the at least one tank hole in the control chamber. - a valve body having a control chamber that has a valve device and a magnetic coil, wherein radially running tank holes end in the control chamber, - an armature that is able to be shifted into an armature chamber by energising the magnetic coil, - an armature tappet guided through the valve body, said armature tappet being operatively connected at one end to the armature and protruding into the control chamber of the valve body at the other end to activate the valve device, - wherein the armature is formed having at least one axial pressure compensation hole for producing a pressure compensation between the armature chamber and the control chamber and the armature tappet is mounted in a bearing of the valve body on the control chamber side having at least one pressure compensation groove (14a, 14b), characterised in that - the opening (14aha, 14bb) of the at least one pressure compensation groove (14a, 14b) of the bearing on the control chamber side is arranged in the control chamber to align or at least roughly align with the opening of the at least one tank hole in the control chamber.
A blade outer air seal (BOAS), comprising: an inner surface configured to contact a core airflow of a gas turbine engine having an axis (X-X'); an outer surface; at least one rib extending in an axial direction along the outer surface; and a plurality of warts extending outward from the outer surface; wherein the at least one rib includes two ribs spaced apart in a circumferential direction; the plurality of warts includes a first plurality of warts located circumferentially between a first rib of the two ribs and a second rib of the two ribs, and a second plurality of warts and a third plurality of warts each located circumferentially outward from the two ribs; and characterised in that each of the plurality of warts has a conical portion and a spherical portion located radially outward from the conical portion. an inner surface configured to contact a core airflow of a gas turbine engine having an axis (X-X'); an outer surface; at least one rib extending in an axial direction along the outer surface; and a plurality of warts extending outward from the outer surface; wherein the at least one rib includes two ribs spaced apart in a circumferential direction; the plurality of warts includes a first plurality of warts located circumferentially between a first rib of the two ribs and a second rib of the two ribs, and a second plurality of warts and a third plurality of warts each located circumferentially outward from the two ribs; and characterised in that each of the plurality of warts has a conical portion and a spherical portion located radially outward from the conical portion.
A spark plug (101, 201) comprising an insulation member assuming the form of a hollow shaft and having a center electrode disposed at a front end thereof, and a metallic shell surrounding the insulation member and having a ground electrode disposed at a front end thereof and adapted to form a spark gap in cooperation with the center electrode, the center electrode being formed by welding a noble metal tip to a front end of a center electrode base metal in such a manner that laser welding is performed in a circumferential direction along a circumference of a joint surface between the center electrode base metal and the noble metal tip in excess of full circumference, wherein when G represents a spark gap between the center electrode and the ground electrode and A represents a shortest gap between a laser weld bead (6, 6e) and a line drawn in parallel with an axis X of the metallic shell along an inner surface of a proximal end portion of the ground electrode which faces the center electrode, G and A establish a dimensional relation A ≤ 3G, the spark plug (101, 201) being characterized in that when the spark plug (101, 201) is viewed in an axial direction from a front end of the noble metal tip, a vertex of a protrusion formed relatively high in a radial direction in a bead formed by circumferential laser welding does not exist on a straight line which connects a center of the noble metal tip and a circumferential center of a proximal end of the ground electrode, and is located circumferentially away from the straight line.
Seal assembly comprising: (a) a ceramic tube (b) a first ring made from a refractory alloy comprising: - a cylindrical opening designed to receive the ceramic tube; - a first shoulder located at the lower end of the ring, directed towards the inside of the cylindrical opening and designed to support said ceramic tube; - a second shoulder forming a ring-shaped space at the upper end of the ring, between the ceramic tube and the first ring made from a refractory alloy; (c) a second ring made from a sealing material that can be deformed by heat treatment, located in the ring-shaped space formed by the second shoulder of the ring made from a refractory alloy; and characterised by (d) a third ring made from a metal alloy positioned on the upper edge of the first ring. (a) a ceramic tube (b) a first ring made from a refractory alloy comprising: - a cylindrical opening designed to receive the ceramic tube; - a first shoulder located at the lower end of the ring, directed towards the inside of the cylindrical opening and designed to support said ceramic tube; - a second shoulder forming a ring-shaped space at the upper end of the ring, between the ceramic tube and the first ring made from a refractory alloy; - a cylindrical opening designed to receive the ceramic tube; - a first shoulder located at the lower end of the ring, directed towards the inside of the cylindrical opening and designed to support said ceramic tube; - a second shoulder forming a ring-shaped space at the upper end of the ring, between the ceramic tube and the first ring made from a refractory alloy; (c) a second ring made from a sealing material that can be deformed by heat treatment, located in the ring-shaped space formed by the second shoulder of the ring made from a refractory alloy; and characterised by (d) a third ring made from a metal alloy positioned on the upper edge of the first ring.
2-(3,5-dichloro-indazol-4-yl)-1-[(1S,3R)-3-(hydroxymethyl)-5-(1-hydroxy-1-methylethyl)-1-methyl-3,4-dihydro-1H-isoquinolin-2-yl]ethanone of formula, or a pharmaceutically acceptable salt thereof,
A customization control method for an air conditioner operation mode, comprising: a control terminal or the air conditioner providing a customized setting interface for an operation mode for a user to customize operation parameters of the air conditioner when the control terminal or the air conditioner receiving a customized setting command for the air conditioner operation mode sent out by the user; characterized in that the control terminal or the air conditioner generating and displaying a virtual key corresponding to the operation parameters that are customized when the user finishes the customized setting of the operation mode in the customized setting interface of operation mode; when the control terminal receiving a trigger command from the generated virtual key caused by the user, the control terminal controlling the air conditioner according to the operation parameters corresponding to the generated virtual key, or, when the air conditioner receiving the trigger command for the generated virtual key caused by user, the air conditioner operating according to the operation parameters corresponding to the generated virtual key; wherein in the customized setting interface, the operation parameters to be customized comprise at least one of a temperature parameter, a humidity parameter, a blowing direction parameter, a sleeping temperature curve parameter and an operation time parameter. a control terminal or the air conditioner providing a customized setting interface for an operation mode for a user to customize operation parameters of the air conditioner when the control terminal or the air conditioner receiving a customized setting command for the air conditioner operation mode sent out by the user; characterized in that the control terminal or the air conditioner generating and displaying a virtual key corresponding to the operation parameters that are customized when the user finishes the customized setting of the operation mode in the customized setting interface of operation mode; when the control terminal receiving a trigger command from the generated virtual key caused by the user, the control terminal controlling the air conditioner according to the operation parameters corresponding to the generated virtual key, or, when the air conditioner receiving the trigger command for the generated virtual key caused by user, the air conditioner operating according to the operation parameters corresponding to the generated virtual key; wherein in the customized setting interface, the operation parameters to be customized comprise at least one of a temperature parameter, a humidity parameter, a blowing direction parameter, a sleeping temperature curve parameter and an operation time parameter.
A casting device with a mold comprising a mold cavity consisting of two mold halves (3a, 3b) as well as a casting chamber connected to the mold cavity, wherein at least the one mold half is provided with an evacuation duct (13, 13a) for evacuating the mold cavity and/or the casting chamber and a sealing member is arranged at the one mold half, the sealing member sealingly coming into contact at the other mold half on jointing together the two mold halves (3a,3b), characterized in that the outlet of the casting chamber is closable off at least partly by means of a closure member (18, 26) and that the evacuation duct either merges radially within the sealing member in the parting face of the one mold half such that on closure of the mold it is closable by the other mold half, or that the evacuation duct is machined at least partly in the parting face and at least the part of the evacuation duct machined in the parting face runs radially within the sealing member.
A motor rotor holder rotatably supported in a housing of a motor, comprising: a first cooling channel which allows interior spaces at two axial sides of a rotor in the housing to be in communication with each other for directing a first cooling medium through the first cooling channel; and a second cooling channel which is in communication with an exterior of the housing for directing a second cooling medium through the second cooling channel, wherein the first cooling channel and the second cooling channel are provided to have a common heat conduction portion, and the first cooling channel is allowed to exchange heat with the second cooling channel via the common heat conduction portion, and heat absorbed by the first cooling medium is transferred from an interior of the housing to the second cooling medium and the heat is discharged to the exterior of the housing, wherein the motor rotor holder comprises an inner cylinder, an outer cylinder and an intermediate cylinder located between the inner cylinder and the outer cylinder, wherein the intermediate cylinder is arranged separately from the inner cylinder and the outer cylinder by support components respectively, which allows the first cooling channel to be formed between the intermediate cylinder and the outer cylinder and allows the second cooling channel to be formed between the intermediate cylinder and the inner cylinder, and the intermediate cylinder serves as the common heat conduction portion. a first cooling channel which allows interior spaces at two axial sides of a rotor in the housing to be in communication with each other for directing a first cooling medium through the first cooling channel; and a second cooling channel which is in communication with an exterior of the housing for directing a second cooling medium through the second cooling channel, wherein the first cooling channel and the second cooling channel are provided to have a common heat conduction portion, and the first cooling channel is allowed to exchange heat with the second cooling channel via the common heat conduction portion, and heat absorbed by the first cooling medium is transferred from an interior of the housing to the second cooling medium and the heat is discharged to the exterior of the housing, wherein the motor rotor holder comprises an inner cylinder, an outer cylinder and an intermediate cylinder located between the inner cylinder and the outer cylinder, wherein the intermediate cylinder is arranged separately from the inner cylinder and the outer cylinder by support components respectively, which allows the first cooling channel to be formed between the intermediate cylinder and the outer cylinder and allows the second cooling channel to be formed between the intermediate cylinder and the inner cylinder, and the intermediate cylinder serves as the common heat conduction portion.
A pharmaceutical composition for use in the prevention or treatment of a neurological disease, comprising an ICAM-1 (intercellular adhesion molecule-1) protein, or a fragment or a variant thereof, as an active ingredient, wherein the neurological disease is a disease selected from the group consisting of Alzheimer's disease, epilepsy and mild cognitive impairment, and caused by at least one selected from the group consisting of formation of amyloid-beta plaque in neurons, reduction in expression of neprilysin in neurons, and a combination thereof.
A sealing device (11, 12, 13) for a railway, the railway including a housing (7, 8) extending between a side face of a rail and a side wall of a slot reserved in the ground for housing said rail, said sealing device (11, 12, 13) is intended to be inserted into the housing (7, 8) and fixed in the housing (7, 8) by a suitable putty, the sealing device (11, 12, 13) being a resiliently deformable profile, so as to be inserted under stress in the housing and pressed against the side face of the rail and the side wall of the slot, characterized in that the sealing device has a cross-section including at least one "V" pattern, the "V" pattern being deformable resiliently to modify a width of said sealing device, the cross-section being symmetrical along a median axis, the sealing device including a right wing and a left wing, each wing including a "V" pattern, the sealing device including a central core on either side of which the right and left wings (22, 23) are connected, the central core bearing on a bottom of the housing, the "V" pattern being made up of a first angled wall and a second angled wall, connected to one another with a rim, a thickness of the rim being refined relative to a thickness of the first and second angled walls so as to allow a resilient deformation of the "V" pattern by modifying an angle between the first and second angled walls.
A dishwashing detergent composition comprising a xylanase and an ethylene oxide - propylene oxide block copolymer having a cloud point of 20°C or greater than 20°C.
A vertebral fixing system, comprising: a rod, a flexible elongated member having a first portion, a second portion, and an intermediate portion extending between the first portion and the second portion; a connecting part, wherein the flexible elongated member is connected to the connecting part; a tightening part engaging the flexible elongated member, wherein the tightening part is configured to secure the flexible elongated member with respect to the connecting part; and wherein the first portion of the flexible elongated member and the second portion of the flexible elongated member are configured to be engaged with bone and the intermediate portion of the flexible elongate member is configured to be inserted into the tightening part, characterised in that the tightening part includes a housing, and a worm gear having a geared portion and a receiving portion, a worm drive having a screw, and a rod locking screw, wherein the screw and the rod locking screw extend from the same side of the housing. a rod, a flexible elongated member having a first portion, a second portion, and an intermediate portion extending between the first portion and the second portion; a connecting part, wherein the flexible elongated member is connected to the connecting part; a tightening part engaging the flexible elongated member, wherein the tightening part is configured to secure the flexible elongated member with respect to the connecting part; and wherein the first portion of the flexible elongated member and the second portion of the flexible elongated member are configured to be engaged with bone and the intermediate portion of the flexible elongate member is configured to be inserted into the tightening part, characterised in that the tightening part includes a housing, and a worm gear having a geared portion and a receiving portion, a worm drive having a screw, and a rod locking screw, wherein the screw and the rod locking screw extend from the same side of the housing.
Rotation angle detector for detecting rotation angle of a rotator to be measured, in which magnetic flux density generated by a ring shaped magnet fixed to said rotator to be measured which is generated in response to rotation of said rotator to be measured is detected; wherein soft magnetic material is provided between said ring shaped magnet and said rotator to be measured; wherein, at one edge part of the ring shaped magnet, the outer side of the ring shaped magnet is a north pole and the inner side of the ring shaped magnet is a south pole, at another edge part of the ring shaped magnet, the outer side of the ring shaped magnet is a south pole and the inner side of the ring shaped magnet is a north pole, wherein, between the one edge part and the other edge part, the forming areas of north pole and south pole of the ring shaped magnet are gradually exchanged in radius direction between the one edge part and the other edge part; wherein in the ring shaped magnet, north pole and south pole are respectively formed on the outer side and inner side of the one edge portion in the circle direction, and south pole and north pole are respectively formed on the outer side and inner side of the other edge portion being disposed opposite to the one edge portion in the diameter direction, wherein the rotation angle detector further comprises a ring shaped spacer of non-magnetic material and provided between the rotator to be measured and the soft magnetic material, where the ring shaped magnet and the soft magnetic material are integrally rotated by the ring shaped spacer accompanied by rotation of the rotator to be measured, and wherein the variation of the magnetic flux density caused by rotation of the ring shaped magnet is detected and the output characteristic of the detection is a sinusoidal wave related to the rotation angle of the ring shaped magnet.
A method of inhibiting corrosion of a metallic surface in a geothermal process comprising: adding an effective amount of a corrosion inhibitor blend to a production well in a geothermal process, wherein the corrosion inhibitor blend comprises an ether compound, a quaternary ammonium compound, and a fatty acid amine condensate, wherein the ether compound is selected from the group consisting of butoxyethanol, ethylene glycol monopropyl ether, ethylene glycol monobutyl ether, and any combination thereof, the quaternary ammonium compound is selected from the group consisting of benzyldimethyldodecylammonium chloride, benzyldimethyltetradecylammonium chloride, benzyldimethylhexadecylammonium chloride, benzyldimethyloctadecyl ammonium chloride, and any combination thereof, and the fatty acid amine condensate is prepared by reacting an amine with a fatty acid comprising a carboxylic acid and a hydrocarbon chain comprising 10 to 30 carbon atoms. adding an effective amount of a corrosion inhibitor blend to a production well in a geothermal process, wherein the corrosion inhibitor blend comprises an ether compound, a quaternary ammonium compound, and a fatty acid amine condensate, wherein the ether compound is selected from the group consisting of butoxyethanol, ethylene glycol monopropyl ether, ethylene glycol monobutyl ether, and any combination thereof, the quaternary ammonium compound is selected from the group consisting of benzyldimethyldodecylammonium chloride, benzyldimethyltetradecylammonium chloride, benzyldimethylhexadecylammonium chloride, benzyldimethyloctadecyl ammonium chloride, and any combination thereof, and the fatty acid amine condensate is prepared by reacting an amine with a fatty acid comprising a carboxylic acid and a hydrocarbon chain comprising 10 to 30 carbon atoms.