mhurhangee/ep-ind-claims huggingface dataset:
Globe valve for controlling a process fluid flow of a processing plant, comprising an inlet opening with a circular shaped opening cross section which defines a valve axis, a globe valve member which is movable in a vertical direction transversely, namely perpendicularly, to the valve axis and which can be connected by means of a valve rod located in the vertical direction above the globe valve member to an actuator for actuating the globe valve member, a passage opening with a circular shaped passage opening cross section, wherein the globe valve member closes the passage opening in a in the vertical direction lowest actuating position, and a flow channel which extends from the inlet opening to the passage opening and defines a flow cross section (Q71, Q73, Q75, Q77, Q81, Q83), characterised in that the surface size of the flow cross section (Q71, Q73, Q75) decreases in a first section from the inlet opening in a flow direction to a transition point, wherein the flow cross section (Q71, Q73, Q75) in the first section is continuously oval shaped and wherein the first section of the flow channel is continuously inclined downwards in the vertical direction. a globe valve member which is movable in a vertical direction transversely, namely perpendicularly, to the valve axis and which can be connected by means of a valve rod located in the vertical direction above the globe valve member to an actuator for actuating the globe valve member, a passage opening with a circular shaped passage opening cross section, wherein the globe valve member closes the passage opening in a in the vertical direction lowest actuating position, and a flow channel which extends from the inlet opening to the passage opening and defines a flow cross section (Q71, Q73, Q75, Q77, Q81, Q83), characterised in that the surface size of the flow cross section (Q71, Q73, Q75) decreases in a first section from the inlet opening in a flow direction to a transition point, wherein the flow cross section (Q71, Q73, Q75) in the first section is continuously oval shaped and wherein the first section of the flow channel is continuously inclined downwards in the vertical direction.
A method comprising: producing an acoustic field from a ultrasonic transducer array having known relative positions and orientations; defining an ultrasonic control point, the ultrasonic control point representing a spatio-temporally modulated focus of ultrasonic energy with an assigned amplitude, wherein the ultrasonic control point has a known spatial relationship relative to the transducer array; moving the ultrasonic control point in a trajectory to generate a plurality of sound waves, wherein the plurality of sounds waves define a sound waveform, wherein moving the ultrasonic control point generates a haptic effect, wherein moving the ultrasonic control point results in the sound waveform being audible to a human ear. producing an acoustic field from a ultrasonic transducer array having known relative positions and orientations; defining an ultrasonic control point, the ultrasonic control point representing a spatio-temporally modulated focus of ultrasonic energy with an assigned amplitude, wherein the ultrasonic control point has a known spatial relationship relative to the transducer array; moving the ultrasonic control point in a trajectory to generate a plurality of sound waves, wherein the plurality of sounds waves define a sound waveform, wherein moving the ultrasonic control point generates a haptic effect, wherein moving the ultrasonic control point results in the sound waveform being audible to a human ear.
An insulated glass unit comprising: first and second substantially transparent substrates; a spacer between the first and second substantially transparent substrate; a primary seal between the spacer and the first substantially transparent substrate and between the spacer and the second substantially transparent substrate; an electrochromic device on at least one of the first and second substantially transparent substrates; and a bus bar configured to power the electrochromic device and located in the primary seal, characterised in that the bus bar is camouflaged to blend in with its background of the primary seal, the spacer, and/or the electrochromic device. first and second substantially transparent substrates; a spacer between the first and second substantially transparent substrate; a primary seal between the spacer and the first substantially transparent substrate and between the spacer and the second substantially transparent substrate; an electrochromic device on at least one of the first and second substantially transparent substrates; and a bus bar configured to power the electrochromic device and located in the primary seal, characterised in that the bus bar is camouflaged to blend in with its background of the primary seal, the spacer, and/or the electrochromic device.
Coupling device for connecting to a lubricating nipple in the region of a lubricating nipple head, having a main body which has an inlet opening and an outlet opening and a passage which connects the inlet opening and the outlet opening, having, furthermore, clamping jaws which are mounted pivotably in the main body on the outside, in relation to the passage, and are arranged around the passage, the clamping jaws projecting beyond the outlet opening and being pivoted in in a first position, in order to engage behind the lubricating nipple head, and being pivoted out in a second position, in order to release the lubricating nipple head, having, furthermore, a sliding sleeve which is mounted displaceably in the main body, it being possible for the sliding sleeve to be transferred counter to a spring force by means of an actuating means which is mounted in the main body and the sliding sleeve from a first position, in which the sliding sleeve fixes the clamping jaws in their first position, into a second position, in which the sliding sleeve releases the clamping jaws which are situated in the first position, characterized in that the sliding sleeve has an inner contact section which is arranged parallel to the movement direction of the sliding sleeve during its displacement, the inner contact section bearing, in the first position of the clamping jaws against counter-contact sections of the clamping jaws, which counter-contact sections are positioned parallel to the inner contact section, and the sliding sleeve being moved, during the movement into its second position, away from the inlet opening of the main body into an out-of-contact position of the inner contact section and the counter-contact sections, a spring means being provided which prestresses the clamping jaws into their first position, a prestressing sleeve being arranged between the main body and the sliding sleeve, which prestressing sleeve can be displaced in the movement direction of the sliding sleeve, the prestressing sleeve acting on the clamping jaws and prestressing the latter into their first position, the spring means being active between the sliding sleeve and the prestressing sleeve, the clamping jaws being mounted pivotably, in the region of ends which face the inlet opening of the main body, in an outer groove of the main body, in a manner which is fixed in the movement direction of the sliding sleeve, and the prestressing sleeve acting on the respective clamping jaw at a spacing from the pivot axis of the said respective clamping jaw, which spacing generates a pivoting moment.
An ejector assembly for a mounting attachment of an electrical apparatus, comprising: an ejector with a shape of "L", being provided to rotate around an axis; a lock element, being provided to move along a direction substantially perpendicular to a plan of the rotation of the ejector, wherein the ejector includes a cut-out portion, the lock element includes an end portion, and the end portion is provided to match with the cut-out portion, the endpoint being insertable into the cut-out portion to prevent the ejector from rotating; characterized in that a hole portion is provided on the lock element, the hole portion being configured such that the lock element is fixable by a screw going through the hole portion, a first spring, provided between the ejector and the plate element, the first spring being configured to provide a force on the ejector along a direction of the ejector rotation, such that when the screw is loosened it allows the lock element to move freely such that the end portion of the lock element is not inserted into the cut-out portion of the ejector, the ejector being capable to rotate such that the ejector ejects from the plate element by the force of said spring. an ejector with a shape of "L", being provided to rotate around an axis; a lock element, being provided to move along a direction substantially perpendicular to a plan of the rotation of the ejector, wherein the ejector includes a cut-out portion, the lock element includes an end portion, and the end portion is provided to match with the cut-out portion, the endpoint being insertable into the cut-out portion to prevent the ejector from rotating; characterized in that a hole portion is provided on the lock element, the hole portion being configured such that the lock element is fixable by a screw going through the hole portion, a first spring, provided between the ejector and the plate element, the first spring being configured to provide a force on the ejector along a direction of the ejector rotation, such that when the screw is loosened it allows the lock element to move freely such that the end portion of the lock element is not inserted into the cut-out portion of the ejector, the ejector being capable to rotate such that the ejector ejects from the plate element by the force of said spring.
A blade carrier for a rotor of a comminuting apparatus having two walls which extend at least approximately at a right angle to each other and at which at least one comminuting blade can be supported in the tangential and radial direction respectively, characterised in that that wall at which the at least one comminuting blade is supported in the tangential direction in the mounted state on the rotor is of a wedge-shaped configuration.
A quick coupler comprising: an external body having an opening at a fore-end portion; an internal body elastically disposed to be rotated and moved in a straight line in the external body; a cap coupled to a fore-end portion of the external body; and a fixing lever elastically disposed between the internal body and the cap and configured to clamp a port of a pressure container and to unclamp the port while the internal body is moved forward and backward, wherein the internal body is locked to the external body while being moved backward and is unlocked from the external body while the external body is rotated in one direction. an external body having an opening at a fore-end portion; an internal body elastically disposed to be rotated and moved in a straight line in the external body; a cap coupled to a fore-end portion of the external body; and a fixing lever elastically disposed between the internal body and the cap and configured to clamp a port of a pressure container and to unclamp the port while the internal body is moved forward and backward, wherein the internal body is locked to the external body while being moved backward and is unlocked from the external body while the external body is rotated in one direction.
A process for filling the tank of a tank truck or of a tanker ship with liquid monomer phase which is to be withdrawn from a storage vessel, or for transporting a liquid monomer phase which has been withdrawn from a storage vessel in the tank of a tank truck or of a tanker ship, where the content in the liquid monomer phase of the monomer is ≥ 90% by weight and the monomer is a monomer from the group consisting of acrolein, methacrolein, acrylic acid, methacrylic acid, esters of acrylic acid and an alcohol having from 1 to 12 carbon atoms and esters of methacrylic acid and an alcohol having from 1 to 12 carbon atoms, wherein the liquid monomer phase, on the route from the storage vessel into the tank of the tank truck or of the tanker ship, is subjected to at least one separating operation to remove at least a portion of polymer of the monomer present dissolved in the liquid monomer phase, the at least one separating operation is a filtration in which the degree of retention efficiency of the filter medium used for particles having a particle diameter of ≥ 30 μm is at least 90%, and, to maintain a storage temperature, a portion of the liquid monomer phase is withdrawn, conducted through a heat exchanger and recycled into the storage vessel.
A system for detecting plugging of ground-engaging tools of agricultural implements, the system comprising: an agricultural implement including a frame and at least one ground-engaging tool coupled to the frame, the at least one ground-engaging tool configured to engage soil within a field as the agricultural implement is moved across the field; at least one aft sensor configured to capture data indicative of a post-worked residue coverage of a portion of the field aft of the at least one ground-engaging tool relative to a direction of travel of the agricultural implement; and a controller configured to monitor the data received from the at least one aft sensor, distinguish soil from crop residue within the data and determine the post-worked residue coverage for the portion of the field, the controller being further configured to identify when the at least one ground-engaging tool is experiencing a plugged condition based at least in part on the determined post-worked residue coverage for the field. an agricultural implement including a frame and at least one ground-engaging tool coupled to the frame, the at least one ground-engaging tool configured to engage soil within a field as the agricultural implement is moved across the field; at least one aft sensor configured to capture data indicative of a post-worked residue coverage of a portion of the field aft of the at least one ground-engaging tool relative to a direction of travel of the agricultural implement; and a controller configured to monitor the data received from the at least one aft sensor, distinguish soil from crop residue within the data and determine the post-worked residue coverage for the portion of the field, the controller being further configured to identify when the at least one ground-engaging tool is experiencing a plugged condition based at least in part on the determined post-worked residue coverage for the field.
The use, as a solvent, of an ionic liquid comprising an anion and a cation characterised in that the cation is a nitrogen-containing cation of the formula N + HRR'R" in which R is a hydrocarbyl group which is alkyl substituted with one or more substituents selected from: nitrile, amino and substituted amino groups; and wherein R' and R", which may be the same or different, each represent H or a hydrocarbyl group which is alkyl optionally substituted with one or more substituents selected from: nitrile, amino and substituted amino groups. nitrile, amino and substituted amino groups; and wherein R' and R", which may be the same or different, each represent H or a hydrocarbyl group which is alkyl optionally substituted with one or more substituents selected from: nitrile, amino and substituted amino groups.
A chemical-mechanical polishing composition comprising: (a) wet-process ceria abrasive, (b) a surfactant comprising an amine-containing anchor group and ethylene oxide-propylene oxide stabilizing group, wherein the surfactant has an average molecular weight of from 1000 Daltons to 5000 Daltons, (c) an aromatic carboxylic acid or heteroaromatic carboxylic acid, and (d) water, wherein the polishing composition has a pH of about 3 to about 6. (a) wet-process ceria abrasive, (b) a surfactant comprising an amine-containing anchor group and ethylene oxide-propylene oxide stabilizing group, wherein the surfactant has an average molecular weight of from 1000 Daltons to 5000 Daltons, (c) an aromatic carboxylic acid or heteroaromatic carboxylic acid, and (d) water,
A computer implemented project sharing system, comprising: one or more files or one or more database entries stored in a non-transitory computer readable storage device, for a non-linear video editing project; metadata contained in the one or more files or the one or more database entries stored in a non-transitory computer readable storage device, the metadata defining a part of the non-linear video editing project; permissions on the metadata stored in a non-transitory computer readable storage device, the permissions enabling a group of one or more editor users to read the metadata and enabling only an owner of the metadata to modify or delete the metadata; a server device configured to control write access to the metadata by transferring, using at least one processor, ownership of the metadata to or from a server user that is not an editor; wherein if a first editor user of the one or more editor users has ownership of the metadata, the first editor user is enabled to relinquish ownership of the metadata by instructing the server device to transfer ownership of the metadata to the server user and each of the one or more editor users without ownership of the metadata is not enabled to instruct the server device to transfer ownership of the metadata; wherein if the server user has ownership of the metadata, any one of the one or more editor users is enabled to assume ownership of the metadata by instructing the server device to transfer ownership of the metadata from the server user to that one of the one or more editor users; and wherein ownership of the metadata is transferred without moving the one or more files or the one or more database entries. one or more files or one or more database entries stored in a non-transitory computer readable storage device, for a non-linear video editing project; metadata contained in the one or more files or the one or more database entries stored in a non-transitory computer readable storage device, the metadata defining a part of the non-linear video editing project; permissions on the metadata stored in a non-transitory computer readable storage device, the permissions enabling a group of one or more editor users to read the metadata and enabling only an owner of the metadata to modify or delete the metadata; a server device configured to control write access to the metadata by transferring, using at least one processor, ownership of the metadata to or from a server user that is not an editor; wherein if a first editor user of the one or more editor users has ownership of the metadata, the first editor user is enabled to relinquish ownership of the metadata by instructing the server device to transfer ownership of the metadata to the server user and each of the one or more editor users without ownership of the metadata is not enabled to instruct the server device to transfer ownership of the metadata; wherein if the server user has ownership of the metadata, any one of the one or more editor users is enabled to assume ownership of the metadata by instructing the server device to transfer ownership of the metadata from the server user to that one of the one or more editor users; and
A method for stopping a tracing flow of a user equipment, UE, comprising: a mobility management entity sending a tracing de-activating message to an evolved node B, wherein the tracing de-activating message carries tracing reference information and stopping description information; and responsive to the tracing de-activating message (S230; S304; S430), the evolved node B stopping the tracing flow according to the tracing reference information and stopping description information; wherein the tracing reference information indicates a tracing content information to be stopped, and the stopping description information comprises UE locating information that uniquely locates the UE on the evolved node B and information that uniquely designates the UE in the mobility management entity. a mobility management entity sending a tracing de-activating message to an evolved node B, wherein the tracing de-activating message carries tracing reference information and stopping description information; and responsive to the tracing de-activating message (S230; S304; S430), the evolved node B stopping the tracing flow according to the tracing reference information and stopping description information; wherein the tracing reference information indicates a tracing content information to be stopped, and the stopping description information comprises UE locating information that uniquely locates the UE on the evolved node B and information that uniquely designates the UE in the mobility management entity.
Spectrometer (1; 1') without a cuvette for measuring the concentration of at least one analyte in a fluid sample (2; 2'), having at least one light source (3; 3') for generating a light beam (4; 4'), having a photosensor (5; 5') for receiving the light beam (4; 4'), and having a measurement path (6; 6') in the beam path of the light beam (4; 4') and it is possible to introduce the fluid sample (2; 2') into said measurement path, wherein the measurement path (6; 6') is provided in a variable manner, having a sleeve, having a light conductor (7, 7') that is fixedly attached in a handling part of the spectrometer, and said handling part is embodied as a housing, wherein light of the light source is coupled to a first end face of the light conductor, wherein the light conductor protrudes into the sleeve, wherein the measurement path is formed between the other end face of the light conductor and an end piece that closes the sleeve and that comprises the photo sensor and said measurement path can be varied by means of displacing the sleeve, wherein the sleeve comprises at least one opening that renders it possible to introduce the fluid sample into the measurement path, wherein the sleeve extends in sections into a receiving region in the handling part and is arranged in a displaceable manner within the receiving region. having at least one light source (3; 3') for generating a light beam (4; 4'), having a photosensor (5; 5') for receiving the light beam (4; 4'), and having a measurement path (6; 6') in the beam path of the light beam (4; 4') and it is possible to introduce the fluid sample (2; 2') into said measurement path, wherein the measurement path (6; 6') is provided in a variable manner, having a sleeve, having a light conductor (7, 7') that is fixedly attached in a handling part of the spectrometer, and said handling part is embodied as a housing, wherein light of the light source is coupled to a first end face of the light conductor, wherein the light conductor protrudes into the sleeve, wherein the measurement path is formed between the other end face of the light conductor and an end piece that closes the sleeve and that comprises the photo sensor and said measurement path can be varied by means of displacing the sleeve, wherein the sleeve comprises at least one opening that renders it possible to introduce the fluid sample into the measurement path, wherein the sleeve extends in sections into a receiving region in the handling part and is arranged in a displaceable manner within the receiving region.