mhurhangee/ep-ind-claims huggingface dataset:
A monolithic stack nut for use in a bearing compartment of a gas turbine engine, the stack nut comprising: a first major portion in the shape of an annular band and including a threaded portion; a second major portion in the shape of an annular band; a third major portion in the shape of an annular band and including a radially outward extending knife edge seal, wherein the second major portion is disposed axially in between the first and third major portions; a first intermediate portion extending between the first and second major portions; and a second intermediate portion extending between the second and third major portions and comprising a knife edge seal, characterised in that the first intermediate portion includes a frustum and the second intermediate portion includes a frustum; wherein the second major portion includes a lug; and wherein the third major portion further includes a radially outward extending discourager. a first major portion in the shape of an annular band and including a threaded portion; a second major portion in the shape of an annular band; a third major portion in the shape of an annular band and including a radially outward extending knife edge seal, wherein the second major portion is disposed axially in between the first and third major portions; a first intermediate portion extending between the first and second major portions; and a second intermediate portion extending between the second and third major portions and comprising a knife edge seal, characterised in that the first intermediate portion includes a frustum and the second intermediate portion includes a frustum; wherein the second major portion includes a lug; and wherein the third major portion further includes a radially outward extending discourager.
A method for judging susceptibility of a skin to a skin condition selected from the group consisting of: atopic dermatitis and skin roughening caused by pollen hypersensitivity, characterized in that promotion of squamous cell carcinoma antigen (SCCA) expression in skin stratum corneum cells is used as a marker and squamous cell carcinoma antigen (SCCA) expression is measured in a skin stratum corneum sample.
A center knife drive for a sickle of a plant cutting machine, having an upper cover bounded by a peripheral edge including a forward edge portion, a rear edge portion opposite the forward edge portion, and opposite first and second side edge portions (92, 94) extending therebetween, at least two output elements (78, 80), respectively located adjacent to the first and second side edge portions (92, 94) of the cover, and reciprocatingly movable sidewardly by the drive above the cover for moving a knife of the sickle in a reciprocating cutting action, and at least two cleaning flaps respectively connected to each of the output elements (78, 80) for reciprocating movement thereby generally forwardly and rearwardly, disposed above a portion of the upper cover and configured for cleaning the cover during the movement by carrying and pushing loose material rearwardly over the rear edge portion of the cover, wherein the cleaning flaps have a generally flat, elongate shape, wherein the cleaning flaps (104, 106) are positioned and shaped so as to extend in overlapping relation generally over a center forward region of the cover during a first portion of the movements of the output elements (78, 80).
A method for a managed forwarding element that executes on a first host computer to implement a logical network that includes a logical router, the method comprising: receiving a packet sent by an end machine of the logical network; performing distributed logical router processing for the packet to determine that a destination for the packet is external to the logical network; identifying a plurality of L3 gateways that each operate on a different host computer and implement a centralized connection to an external network for the logical router; selecting one of the identified L3 gateways to which to send the packet; and sending the packet to a second host computer on which the selected L3 gateway is implemented. receiving a packet sent by an end machine of the logical network; performing distributed logical router processing for the packet to determine that a destination for the packet is external to the logical network; identifying a plurality of L3 gateways that each operate on a different host computer and implement a centralized connection to an external network for the logical router; selecting one of the identified L3 gateways to which to send the packet; and sending the packet to a second host computer on which the selected L3 gateway is implemented.
A medical device comprising: an elongated device body having a unitary steerable portion including a plurality of contiguous segments, wherein said contiguous segments are interconnected via a flexible connector and further wherein flexible connectors of adjacent contiguous segments are circumferentially offset thereby enabling said unitary steerable portion to elastically bend in a plurality of directions away from a longitudinal axis of said elongated device body, the medical device being characterized by: three control wires each for controlling deflection over an arc of 120 degrees of a circumference of said elongated device body, said three control wires being unrestrained at said unitary steerable portion such that tensioning of each control wire bends said unitary steerable portion in a different direction and deflects each control wire away from a surface of said unitary steerable portion.
Plant for producing foodstuff, in particular a chocolate article, in at least one mould which can be tempered in at least one processing station (3, 8, 9) before and/or after the foodstuff is filled in, wherein the mould being taken over in or at the processing station (3, 8, 9) by a robot and being deposited for tempering, characterized in that, in the processing station (3, 8, 9) individual, separate trays for the moulds are provided on a wall (6 - 6.3), that slots for dispensing a tempering medium are located below and/or above the trays in the wall (6 - 6.3), and that a tempering medium is guided in the trays.
A device adapted to process network traffic in conjunction with an additional device, wherein the devices are connected via a data network, the device comprising: logic adapted to receive a network packet; logic adapted to determine if the device has sufficient processing capacity to process network traffic associated with the network packet; logic adapted to evaluate the network packet using at least one rule adapted to determine whether to accept or pass-through the network packet; logic adapted to forward the network packet to the additional device in response to a determination that the device does not have sufficient processing capacity to process the associated network traffic; logic adapted to forward the network packet to an additional device in response to the evaluation of the rule determining to pass-through the network packet; and logic adapted to accept the network packet in response to a determination that the device does have sufficient processing capacity to process the associated network traffic and in response to the evaluation of the rule determining to accept the network packet. logic adapted to receive a network packet; logic adapted to determine if the device has sufficient processing capacity to process network traffic associated with the network packet; logic adapted to evaluate the network packet using at least one rule adapted to determine whether to accept or pass-through the network packet; logic adapted to forward the network packet to the additional device in response to a determination that the device does not have sufficient processing capacity to process the associated network traffic; logic adapted to forward the network packet to an additional device in response to the evaluation of the rule determining to pass-through the network packet; and logic adapted to accept the network packet in response to a determination that the device does have sufficient processing capacity to process the associated network traffic and in response to the evaluation of the rule determining to accept the network packet.
A tool for processing abrasive materials, in particular rocks, sand or ores, comprising a main tool body and at least one hard metal plate arranged on the main tool body, characterized in that a build-up weld is applied to the surface of the hard metal plate and to the main tool body, by which weld the hard metal plate is attached to the main tool body. a main tool body and at least one hard metal plate arranged on the main tool body, characterized in that a build-up weld is applied to the surface of the hard metal plate and to the main tool body, by which weld the hard metal plate is attached to the main tool body.
A method for adjusting site bandwidth, applicable to a conference process at a multi-screen site, wherein the method comprises: obtaining number of streams at the multi-screen site, and assigning bandwidth to each stream according to preset total bandwidth of multiple streams, maximum bandwidth of a single stream, and a preset bandwidth assignment method; and obtaining a conference joining state of each stream at the multi-screen site, and adjusting bandwidth of each stream according to the conference joining state of each stream; wherein adjusting bandwidth of each stream according to the conference joining state of each stream comprises: when one stream or some streams at the multi-screen site are in the normally joined state in an initial conference setup phase but are in the unjoined state in the conference process, adjusting the bandwidth of the stream(s) to 0, and reassigning the bandwidth originally assigned to the stream(s) to other streams; when one stream or some streams at the multi-screen site are in the unjoined state in the initial conference setup phase but are in the normally joined state in the conference process, adjusting bandwidth of all streams, to make new streams obtain corresponding bandwidth. obtaining number of streams at the multi-screen site, and assigning bandwidth to each stream according to preset total bandwidth of multiple streams, maximum bandwidth of a single stream, and a preset bandwidth assignment method; and obtaining a conference joining state of each stream at the multi-screen site, and adjusting bandwidth of each stream according to the conference joining state of each stream; wherein adjusting bandwidth of each stream according to the conference joining state of each stream comprises: when one stream or some streams at the multi-screen site are in the normally joined state in an initial conference setup phase but are in the unjoined state in the conference process, adjusting the bandwidth of the stream(s) to 0, and reassigning the bandwidth originally assigned to the stream(s) to other streams; when one stream or some streams at the multi-screen site are in the unjoined state in the initial conference setup phase but are in the normally joined state in the conference process, adjusting bandwidth of all streams, to make new streams obtain corresponding bandwidth. when one stream or some streams at the multi-screen site are in the normally joined state in an initial conference setup phase but are in the unjoined state in the conference process, adjusting the bandwidth of the stream(s) to 0, and reassigning the bandwidth originally assigned to the stream(s) to other streams; when one stream or some streams at the multi-screen site are in the unjoined state in the initial conference setup phase but are in the normally joined state in the conference process, adjusting bandwidth of all streams, to make new streams obtain corresponding bandwidth.
A pulp lifter for installation in a rotary grinding mill, the pulp lifter comprising a leading edge wall and a trailing edge wall with respect to rotation of the mill, wherein the leading edge wall and the trailing edge wall define a pulp lifter chamber, the pulp lifter including a grate that allows slurry to pass to a radially outward collecting region of the pulp lifter chamber for removal from the mill by way of a radially inward discharge region of the pulp lifter chamber, characterized in that the pulp lifter further comprises a gate positioned between the collecting region and the discharge region, the gate being movable between an open position, in which the gate permits solid material to pass from the collecting region to the discharge region, and a closed position, in which the gate prevents return movement of solid material from the discharge region to the collecting region.
Valve body (Co2,...) including: - a discharge valve (V2,...) for discharging an agent comprising a gas and/or a liquid, said valve discharging via an output channel (Cs2,...) for the pressurised discharge at a valve-body discharge outlet (Sd2,...); - a valve trigger inlet (Ed2,...) linked by a trigger channel (Cd2,...) to a discharge priming device of the valve (V2,...); - a pressurised outlet (Sb2,...) coupled via a bypass channel (D2,...) to the output channel (Cs2,...); characterised in that the bypass channel (D2,...) is coupled to the trigger channel (Cd2,...) by means of a branch channel. - a discharge valve (V2,...) for discharging an agent comprising a gas and/or a liquid, said valve discharging via an output channel (Cs2,...) for the pressurised discharge at a valve-body discharge outlet (Sd2,...); - a valve trigger inlet (Ed2,...) linked by a trigger channel (Cd2,...) to a discharge priming device of the valve (V2,...); - a pressurised outlet (Sb2,...) coupled via a bypass channel (D2,...) to the output channel (Cs2,...);
A system for on-line measuring a burden surface in a blast furnace to detect burden surface information, comprising: at least one laser emitter disposed above the burden surface and emitting a laser beam to continuously scan at least one portion of the burden surface along a scanning trajectory; characterized in that the system further comprises: a video camera being disposed at a furnace wall opposed to a plane where the scanning trajectory of the laser beam lies and being configured to shoot burden surface images each of which comprises a detection point pattern formed by a terminal point of the laser beam incident on and scanned over the burden surface and appearing as a bright point in the burden surface images; and an image processing device configured to receive the burden surface images from the video camera and to output burden surface information. at least one laser emitter disposed above the burden surface and emitting a laser beam to continuously scan at least one portion of the burden surface along a scanning trajectory; characterized in that the system further comprises: a video camera being disposed at a furnace wall opposed to a plane where the scanning trajectory of the laser beam lies and being configured to shoot burden surface images each of which comprises a detection point pattern formed by a terminal point of the laser beam incident on and scanned over the burden surface and appearing as a bright point in the burden surface images; and an image processing device configured to receive the burden surface images from the video camera and to output burden surface information. a video camera being disposed at a furnace wall opposed to a plane where the scanning trajectory of the laser beam lies and being configured to shoot burden surface images each of which comprises a detection point pattern formed by a terminal point of the laser beam incident on and scanned over the burden surface and appearing as a bright point in the burden surface images; and an image processing device configured to receive the burden surface images from the video camera and to output burden surface information.
A cutting torch with a nozzle for autogenous torch-cutting of metal workpieces as well as workpieces of iron alloys, in particular slabs, blocks and billets, having a nozzle body fastened to the front end of the cutting torch, with media channels for cutting oxygen, heating oxygen or heating gas for generating a primary flow, characterised in that the nozzle body additionally is surrounded with a sleeve-like pipe jacket for generating an additional secondary flow, whereas the inner side of the pipe jacket contains a plurality of free spaces forming clearances in the longitudinal direction, towards the sheathing surface of the nozzle body for sucking in the outside air through the suction effect of the torch-cutting media for generating a secondary flow.
A composite cathode active material comprising: a layered lithium manganese oxide represented by Chemical Formula 1 shown below; and a lithium-containing metal oxide represented by Chemical Formula 3 shown below, wherein a mixing ratio of the layered lithium manganese oxide represented by Chemical Formula 1 and the lithium-containing metal oxide represented by Chemical Formula 3 is in a weight ratio ranging from 99:1 to 50:50, Chemical Formula 1 a[Li 2 MnO 3]·(1-a)[LiM 1 O 2] wherein, 0 < a < 1 and M 1 includes Mn, Ni, and Co; and Chemical Formula 3 Li(Ni x Co y Al z)O 2 wherein, x, y, and z are each independently selected from a range of 0<x, y, z<1, and x+y+z=1. a layered lithium manganese oxide represented by Chemical Formula 1 shown below; and a lithium-containing metal oxide represented by Chemical Formula 3 shown below, wherein a mixing ratio of the layered lithium manganese oxide represented by Chemical Formula 1 and the lithium-containing metal oxide represented by Chemical Formula 3 is in a weight ratio ranging from 99:1 to 50:50, Chemical Formula 1 a[Li 2 MnO 3]·(1-a)[LiM 1 O 2] wherein, 0 < a < 1 and M 1 includes Mn, Ni, and Co; and Chemical Formula 3 Li(Ni x Co y Al z)O 2 wherein, x, y, and z are each independently selected from a range of 0<x, y, z<1, and x+y+z=1.
A furnace for performing an endothermic process, comprising tubes containing a catalyst for converting a gaseous feed, wherein tubes are positioned in rows inside the furnace, wherein burners are mounted between the tubes and between the tubes and the furnace walls parallel to the tubes rows, and wherein the burners rows and the tubes rows are ended by end walls and are divided into sections with, on each row of tubes, the distance from a wall end tube to the end wall being T2W, the distance between two adjacent inner tubes in a section being T2T, and the distance between two symmetry end tubes of two adjacent sections being T2S, characterized in that the tubes in the rows are arranged in such a way that the ratios T2T/T2W and T2T/T2S are greater than 0.5 and smaller than 2 thus limiting the differences in the heat transfer to the outer tubes with respect to the inner tubes and reducing the temperature difference between outer tubes and inner tubes, where the outer tubes are the wall end tubes and the symmetry end tubes.
Switching arrangement for a power transformer (10, 40) having a first and second winding (12, 14), comprising - a preselector adapted to selectively connect the first winding to one of the two end contacts (30, 32) of the second winding; - a first switch arranged in the connection between the preselector and the first winding, wherein the first winding is connectable to a first end or a second end of the second winding via a series connection of the first switch and the preselector; - a polarity circuit formed by a polarity resistor; - a second switch switchable/switched into connection of the polarity circuit with the first winding; wherein - the switching arrangement is designed, before the preselector is switched over, to approach a point on the first winding of a fine selector and to connect the first winding to a load tap point, to open the first switch and to close the first switch again only after the preselector has switched over; and wherein - said polarity circuit is adapted to connect a center tap of said second winding to said first winding and to a load tap point during switching of said preselector by closing said second switch prior to opening said first switch and opening said second switch again only after said preselector has switched and said first switch is closed again. - a preselector adapted to selectively connect the first winding to one of the two end contacts (30, 32) of the second winding; - a first switch arranged in the connection between the preselector and the first winding, wherein the first winding is connectable to a first end or a second end of the second winding via a series connection of the first switch and the preselector; - a polarity circuit formed by a polarity resistor; - a second switch switchable/switched into connection of the polarity circuit with the first winding; - the switching arrangement is designed, before the preselector is switched over, to approach a point on the first winding of a fine selector and to connect the first winding to a load tap point, to open the first switch and to close the first switch again only after the preselector has switched over; and wherein - said polarity circuit is adapted to connect a center tap of said second winding to said first winding and to a load tap point during switching of said preselector by closing said second switch prior to opening said first switch and opening said second switch again only after said preselector has switched and said first switch is closed again.
A method of making a metered dose valve for use in a medicinal inhalation device or a component of a metered dose valve for use in a medicinal inhalation device, wherein at least a portion of a surface of the valve or component, respectively, is to be coated, the method comprising the steps: a) providing the valve or the component, respectively; and b) forming a coating on said at least a portion of a surface of the valve or the component, respectively, wherein said coating comprises a particulate material selected from the group consisting of Magnesium Stearate, Calcium Stearate, Zinc Stearate, Aluminium Stearate, Stearic acid, Magnesium Palmitate, Calcium Palmitate, Zinc Palmitate or Aluminium Palmitate, Palmitic acid, and mixtures thereof; characterized in that the step of forming a coating on said at least a portion of a surface of the valve or the component, respectively, comprises contacting said at least a portion of a surface of the valve or the component, as applicable, with particulate material in dry form to provide said coating, wherein the particulate material is de-agglomerated, such that at least 90 % by weight of the particulate material passes or would pass, as applicable, a 325 mesh; or contacting said at least a portion of a surface of the valve or the component, as applicable, with particulate material suspended in a fluid and then removing the fluid to provide said coating, wherein the fluid comprises a volatile hydrocarbon, a volatile alcohol, a volatile ester, a volatile fluorocarbon or a mixture thereof. a) providing the valve or the component, respectively; and b) forming a coating on said at least a portion of a surface of the valve or the component, respectively, wherein said coating comprises a particulate material selected from the group consisting of Magnesium Stearate, Calcium Stearate, Zinc Stearate, Aluminium Stearate, Stearic acid, Magnesium Palmitate, Calcium Palmitate, Zinc Palmitate or Aluminium Palmitate, Palmitic acid, and mixtures thereof;
A device for connecting the receiving tube of a solar collector having a reflector adjustable about an axis of rotation parallel to the axis of said receiving tube, to a stationary pipe (26, 26a), comprising a flexible hose having one end connectable to one end of the receiving tube and an opposite end connectable to said stationary pipe (26, 26a), characterized in that it comprises guide means adapted to guide an intermediate portion of said flexible hose to shift along its axis on a plane perpendicular to the axis of said receiving tube, in a rectilinear, shifting direction intersecting the axis of the receiving tube.