mhurhangee/ep-ind-claims huggingface dataset:
A plasma nozzle (1, 2, 3, 4) comprising: a first housing (10, 210, 310, 410) discharging a supplied gas to a narrowed discharging port (H1, H21) and electrically grounded; a second housing (20, 220) provided near the discharging port (H1, H21) of the first housing (10, 210, 310, 410) and spraying a liquid supplied through a spraying hole (H2, H22) in the discharging port (H1, H21), and a driving electrode built in the first housing (10, 210, 310, 410), forming a discharge gap along with the discharging port (H1, H21) at an end part, and configured for applying with a driving voltage, wherein the first housing (10, 210, 310, 410) includes a cylinder part formed with a passage for a supplied gas, and an extending passage part (13, 213) extending on the end part of the cylinder part to be connected to the discharging port (H1, H21), the cylinder part including a hub connected in a center direction of the cylinder part, wherein the hub supports the driving electrode at the center while distributing the gas inflowed into the cylinder part to the extending passage part (13, 213). a first housing (10, 210, 310, 410) discharging a supplied gas to a narrowed discharging port (H1, H21) and electrically grounded; a second housing (20, 220) provided near the discharging port (H1, H21) of the first housing (10, 210, 310, 410) and spraying a liquid supplied through a spraying hole (H2, H22) in the discharging port (H1, H21), and a driving electrode built in the first housing (10, 210, 310, 410), forming a discharge gap along with the discharging port (H1, H21) at an end part, and configured for applying with a driving voltage, wherein the first housing (10, 210, 310, 410) includes a cylinder part formed with a passage for a supplied gas, and an extending passage part (13, 213) extending on the end part of the cylinder part to be connected to the discharging port (H1, H21), the cylinder part including a hub connected in a center direction of the cylinder part, wherein the hub supports the driving electrode at the center while distributing the gas inflowed into the cylinder part to the extending passage part (13, 213).
A takeout jig comprising: - a support part which is configured to be pulled up to take out a silicon rod including one or more straight barrel portions and which is configured to support the silicon rod by clamping one or more end portions of the silicon rod; - one or more first cords which are connected to the support part, which are equal in number to or greater in number than the silicon rod, and which are configured to pull up the support part; and - one or more second cords which are connected to the one or more first cords and which are configured to hold the silicon rod by wrapping around the silicon rod. - a support part which is configured to be pulled up to take out a silicon rod including one or more straight barrel portions and which is configured to support the silicon rod by clamping one or more end portions of the silicon rod; - one or more first cords which are connected to the support part, which are equal in number to or greater in number than the silicon rod, and which are configured to pull up the support part; and - one or more second cords which are connected to the one or more first cords and which are configured to hold the silicon rod by wrapping around the silicon rod.
A sputter deposition system for depositing at least one film on one or more substrates, said system comprising a sputter chamber equipped with a rotatable substrate holder for holding the one or more substrates, wherein the rotatable substrate holder is configured to hold the one or more substrates and to allow rotation of the one or more substrates around their own axis and around a rotation axis of the rotatable substrate holder, wherein the rotatable substrate holder comprises a bearing assembly comprising an outer ring and an inner ring, and wherein the bearing assembly is configured so that the one or more substrates are a bearing or bearings of said bearing assembly
Clamping system comprising a clamping chuck (1.1) and a chuck pallet (1.3) with solid groove-sidewalls (2.3) for clamping the chuck (1.1), whereby the solid groove-sidewalls (2.3) have a tapered profile and x-y-references (2.5) also allocated at the solid groove-sidewalls (2.3), characterized in that the tapered solid groove-sidewalls (2.3) have an inclination (a) to the z-axis which is lower than the inclination (β) of tapered x-y-reference surfaces (3.1) of the corresponding chuck lugs (1.5) to the z-axis, and wherein the x-y-references (2.5) and z-references (2.1) of the chuck pallet (1.3) are allocated in the same plane (2.1) preferably the plane (2.1) in which the x-y-references (2.5) and z-references (2.1) are allocated is the z-plane.
A process for niobium mineral concentration from carbonatite, comprising performing niobium mineral flotation, on a sufficiently liberated ore slurry, using: at least one aromatic hydroxamate collector; at least one lead salt as a performance modifier; and at least one chemical with dispersing properties, characterized in that the at least one aromatic hydroxamate collector is selected from the group consisting of: benzohydroxamic acid, naphthenic hydroxamic acid, and salicylic hydroxamic acid; the at least one lead salt is selected from the group consisting of: lead formate and lead citrate; the niobium mineral flotation performed on the liberated ore slurry is performed at a pH range of 6.5 to 10.0; the at least one chemical with dispersing properties is selected from the group consisting of: sodium hexametaphosphate, sodium tripolyphosphate, carboxymethyl cellulose, and polycarboxylic acid; wherein the niobium mineral flotation performed on the liberated ore slurry is performed at a flotation temperature of between 15 degrees Celsius to 60 degrees Celsius; and the dosage of the aromatic hydroxamate collector is from 200g/t to 5750g/t, and the dosage of the lead salt is from 50 g/t to 900 g/t. at least one aromatic hydroxamate collector; at least one lead salt as a performance modifier; and at least one chemical with dispersing properties, characterized in that the at least one aromatic hydroxamate collector is selected from the group consisting of: benzohydroxamic acid, naphthenic hydroxamic acid, and salicylic hydroxamic acid; the at least one lead salt is selected from the group consisting of: lead formate and lead citrate; the niobium mineral flotation performed on the liberated ore slurry is performed at a pH range of 6.5 to 10.0; the at least one chemical with dispersing properties is selected from the group consisting of: sodium hexametaphosphate, sodium tripolyphosphate, carboxymethyl cellulose, and polycarboxylic acid; wherein the niobium mineral flotation performed on the liberated ore slurry is performed at a flotation temperature of between 15 degrees Celsius to 60 degrees Celsius; and the dosage of the aromatic hydroxamate collector is from 200g/t to 5750g/t, and the dosage of the lead salt is from 50 g/t to 900 g/t.
A panel comprising a substantially rigid frame surrounding an opening, where the opening is covered by a flexible sheet of material fixed to the frame in such a manner that the sheet extends substantially planar over said opening, the frame being provided with attachment means distributed along the frame for fixing the sheet of flexible material in said substantially planar manner, wherein said attachment means comprises means for releasable attachment of said flexible sheet of material to the frame, wherein the frame at least along portions of the periphery of the frame is provided with said attachment means comprising laterally displaceable attachment members (44, 46) accessible from outside the frame for attachment of said flexible material to the frame, where a lateral displacement of said members (44, 46) away from the corresponding edge portion of the frame results in tensioning of the covering material across the open region of the frame, characterised in that said laterally displaceable member (44, 46) is pre-tensioned by being urged away from said corresponding edge portion of the frame so as to continuously maintain the sheet properly stretched out over the opening of the frame.
Cooking appliance apparatus, in particular hob apparatus, with a control unit which, in at least one periodic continuous heating operating state, is provided to repetitively actuate and supply energy to at least one first induction target and at least one second induction target with an operating period, wherein the control unit is provided to operate each of the induction targets (14, 50) in at least one time interval of the operating period with an excess of capacity and in at least one further time interval of the operating period with a deficit of capacity in relation to the respective target heating capacity, wherein a number of the time intervals of the operating period is precisely 1 greater than a number of the induction targets (14, 50), characterised in that the control unit is provided to operate each of the induction targets (14, 50) in precisely one time interval of the operating period with an excess of capacity and in precisely one further time interval of the operating period with a deficit of capacity in relation to the respective target heating capacity, and that the control unit is provided to operate the induction targets (14, 50) with the respective target heating capacity in the remaining time intervals, which differ from the time interval and the further time interval, of the operating period.
A dry, flowable-powder consisting essentially of: magnesium oxide including a light calcined material calcined at temperatures ranging from 750° C to 1,200° C; and a shrinkage reduction agent, the shrinkage reduction agent including at least one of: wherein each R independently includes one of a hydrogen atom and a C 1 to C 2 alkyl, each R' independently includes a C 1 to C 2 alkyl, and n is an integer from 1 to 2; and HO x H, wherein A is one of methylene, ethylene, and propylene, and x is an integer from 1 to 10. magnesium oxide including a light calcined material calcined at temperatures ranging from 750° C to 1,200° C; and a shrinkage reduction agent, the shrinkage reduction agent including at least one of: wherein each R independently includes one of a hydrogen atom and a C 1 to C 2 alkyl, each R' independently includes a C 1 to C 2 alkyl, and n is an integer from 1 to 2; and HO x H, wherein A is one of methylene, ethylene, and propylene, and x is an integer from 1 to 10.
Vehicle diagnosis method for mobile work machines, in particular industrial trucks, using a service computer which can be connected to a control computer of the mobile work machine and to storage means of the mobile work machine via an interface, diagnostic software being able to run on the service computer, with the steps of: - connecting the service computer to the storage means of the mobile work machine via the interface, characterized by the steps of - downloading diagnostic software which is stored in the storage means by means of the service computer, and - starting the diagnostic software on the service computer. - connecting the service computer to the storage means of the mobile work machine via the interface, - downloading diagnostic software which is stored in the storage means by means of the service computer, and - starting the diagnostic software on the service computer.
A microorganism capable of producing O-phosphoserine, in which (a) the activity of a polypeptide, which has an amino acid sequence of SEQ ID NO: 1 or SEQ ID NO: 2 and is capable of exporting O-phosphoserine, is enhanced compared to its endogenous activity, and wherein: (b-1) the activity of phosphoserine phosphatase ( SerB) is further weakened compared to its endogenous activity, and/or (b-2) an activity of phosphoglycerate dehydrogenase ( SerA) or phosphoserine aminotransferase ( SerC) is further enhanced compared to its endogenous activity. (b-1) the activity of phosphoserine phosphatase ( SerB) is further weakened compared to its endogenous activity, and/or (b-2) an activity of phosphoglycerate dehydrogenase ( SerA) or phosphoserine aminotransferase ( SerC) is further enhanced compared to its endogenous activity.
A protective coating, having the chemical composition C a Si b B d N e O g H l Me m, wherein Me is at least one metal of the group consisting of {Al, Ti, V, Cr, Zr, Nb, Mo, Hf, Ta, W, Y, Sc, La, Ce, Nd, Pm, Sm, Pr, Mg, Co, Ni,Fe,Mn}, with a+b+d+e+g+l+m =1, and 0.45 ≤ a ≤ 0.98 0.01 ≤ b ≤ 0.40 0 ≤ e ≤ 0.35 0 ≤ l ≤ 0.35 0 ≤ m ≤ 0.20, wherein the coating comprises free amorphous carbon that is not chemically bonded to silicon or boron, characterized in that 0.02 ≤ d ≤ 0.10 and oxygen is contained in the coating, wherein g ≤ 0.20.
A wheel locking mechanism, suitable for locking a wheel of a pushchair, the mechanism comprising: a rotatable member, adapted to be mounted on the hub of a wheel, whereby the rotatable member is co-rotatable with, and by rotation of, the wheel, said rotatable member comprising a locking surface; a non-rotatable member, comprising a locking pin adapted to selectively cooperate with the locking surface of the rotatable member, whereby the relative positions of the rotatable and non-rotatable members are lockable; wherein the non-rotatable member comprises a semi-rotatable portion and a non-rotatable housing, wherein the semi-rotatable portion is mounted on, and is semi-rotatable with respect to, the non-rotatable housing; wherein the semi-rotatable portion includes a ramped surface, adapted to face into the non-rotatable housing, wherein the ramped surface extends in the direction of rotation of the semi-rotatable portion; and wherein the locking pin is pivotally and slidably mounted with respect to the ramped surface. a rotatable member, adapted to be mounted on the hub of a wheel, whereby the rotatable member is co-rotatable with, and by rotation of, the wheel, said rotatable member comprising a locking surface; a non-rotatable member, comprising a locking pin adapted to selectively cooperate with the locking surface of the rotatable member, whereby the relative positions of the rotatable and non-rotatable members are lockable; wherein the non-rotatable member comprises a semi-rotatable portion and a non-rotatable housing, wherein the semi-rotatable portion is mounted on, and is semi-rotatable with respect to, the non-rotatable housing; wherein the semi-rotatable portion includes a ramped surface, adapted to face into the non-rotatable housing, wherein the ramped surface extends in the direction of rotation of the semi-rotatable portion; and wherein the locking pin is pivotally and slidably mounted with respect to the ramped surface.
A snow sports apparatus including: a hollow housing having an internal generally cylindrical surface and supported, with its axis having a major horizontal component, for rotation about the axis; and means to deposit a layer of ice crystals on said internal generally cylindrical surface; whereby as the housing is rotated, the layer of ice crystals is relatively traversable downwardly on skis or a snowboard on the initial rising part of the layer's travel; characterised in that the means to deposit a layer comprises a network of heat conductive tubes on or adjacent the internal generally cylindrical surface; a manifold arrangement for delivering a refrigerant to the tubes; a rotary device concentrically mounted to an end wall of the housing for delivering refrigerant to a first manifold pipe of the manifold arrangement from a supply pipe, and for returning refrigerant from a second manifold pipe of the manifold arrangement to a pipe via respective radial conduit segments (34a, 35a), wherein a circuit for refrigerant is created such that, as the housing continuously rotates, supply pipe is connected to return pipe via rotary device, conduit segment, manifold pipe, tubes, manifold pipe, conduit segment and rotary device, wherein the circuit is completed by a pump and a chiller unit coupled to supply pipe for delivering a refrigerant to said tubes at a temperature sufficient to freeze water that contacts the tubes to deposit said layer of ice crystals. a hollow housing having an internal generally cylindrical surface and supported, with its axis having a major horizontal component, for rotation about the axis; and means to deposit a layer of ice crystals on said internal generally cylindrical surface; whereby as the housing is rotated, the layer of ice crystals is relatively traversable downwardly on skis or a snowboard on the initial rising part of the layer's travel; characterised in that the means to deposit a layer comprises a network of heat conductive tubes on or adjacent the internal generally cylindrical surface; a manifold arrangement for delivering a refrigerant to the tubes; a rotary device concentrically mounted to an end wall of the housing for delivering refrigerant to a first manifold pipe of the manifold arrangement from a supply pipe, and for returning refrigerant from a second manifold pipe of the manifold arrangement to a pipe via respective radial conduit segments (34a, 35a), wherein a circuit for refrigerant is created such that, as the housing continuously rotates, supply pipe is connected to return pipe via rotary device, conduit segment, manifold pipe, tubes, manifold pipe, conduit segment and rotary device, wherein the circuit is completed by a pump and a chiller unit coupled to supply pipe for delivering a refrigerant to said tubes at a temperature sufficient to freeze water that contacts the tubes to deposit said layer of ice crystals.
A method of parsing a natural language phrase to retrieve data associated with a power monitoring system, comprising: receiving a natural language phrase including one or more terms composed of alphanumeric characters, the terms including at least one data manipulation term that requires a data manipulation action for manipulating data of the power monitoring system to produce manipulated data, the data having a data type; parsing the phrase to extract the one or more terms; mapping each of the one or more terms to one or more category items, wherein the category items include a data quantity category indicating a quantity of data representing one or more electrical characteristics measured by a monitoring point in the power monitoring system, a data source category indicating a source of the data measured by the monitoring point, and a selection criteria category indicating the data manipulation action to be performed on the data measured by the monitoring point required by the at least one data manipulation term; constructing a structured query based on the one or more category items; responsive to receiving the structured query, retrieving the data from the data source mapped to the data source category and performing one or more calculations on the data according to the data manipulation action mapped to the selection criteria category to produce manipulated data resulting from performing the one or more calculations on the retrieved data; formatting at least the manipulated data for presentation on a video display to produce formatted manipulated data; and displaying the formatted manipulated data on the video display. receiving a natural language phrase including one or more terms composed of alphanumeric characters, the terms including at least one data manipulation term that requires a data manipulation action for manipulating data of the power monitoring system to produce manipulated data, the data having a data type; parsing the phrase to extract the one or more terms; mapping each of the one or more terms to one or more category items, wherein the category items include a data quantity category indicating a quantity of data representing one or more electrical characteristics measured by a monitoring point in the power monitoring system, a data source category indicating a source of the data measured by the monitoring point, and a selection criteria category indicating the data manipulation action to be performed on the data measured by the monitoring point required by the at least one data manipulation term; constructing a structured query based on the one or more category items; responsive to receiving the structured query, retrieving the data from the data source mapped to the data source category and performing one or more calculations on the data according to the data manipulation action mapped to the selection criteria category to produce manipulated data resulting from performing the one or more calculations on the retrieved data; formatting at least the manipulated data for presentation on a video display to produce formatted manipulated data; and displaying the formatted manipulated data on the video display.
ANTIFILLING POURER FOR BOTTLE, to be applied on the neck of said bottle, provided with a shaped spout, which doses the contents thereof in an optimal way, and with a one-way valve which prevents refilling, composed of an outer annular body, inside which a plastic or glass sphere is floating, which, while pouring (tilted bottle), is retained against an upper cap, provided with openings for discharging the liquid and, conversely, in rest conditions (vertical bottle), said sphere abuts on the lower base, obstructing the hole for the passage of fluid from the bottle to the pourer, said antifilling pourer being characterized in that it consists of an annular outer body, which is inserted by pressure and retained on the hole of the neck of the bottle, and of an inner cylindrical body, arranged coaxial with the body, open at the two ends and provided with an upper dripless spout and a cage which contains the sphere, with anti-refilling function, said two bodies (1, 2) being mutually retained by a circumferential tearing strip positioned between the inner side wall of the body and the outer side wall of the body.