mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for granulating material comprising ash, the apparatus comprising: a granulation drum configured to granulate material by rotating, wherein the granulation drum comprises an input for receiving the material and an output for outputting the material; and a rotation member comprising at least one blade , the rotation member being disposed at least partially within the granulation drum , wherein at least a portion of the at least one blade is arranged at an angle with respect to a rotation axis of the rotation member such that, when the rotation member rotates, the at least one blade moves the material towards the output of the granulation drum , and wherein the apparatus further comprising: at least one layer disposed at least partially on the inner surface of the granulation drum , wherein the at least one layer is hangably attached to the granulation drum such that at least a portion of the at least one layer may drop into a hanging position when said portion is above a rotation axis of the granulation drum . a granulation drum configured to granulate material by rotating, wherein the granulation drum comprises an input for receiving the material and an output for outputting the material; and a rotation member comprising at least one blade , the rotation member being disposed at least partially within the granulation drum , wherein at least a portion of the at least one blade is arranged at an angle with respect to a rotation axis of the rotation member such that, when the rotation member rotates, the at least one blade moves the material towards the output of the granulation drum , and wherein the apparatus further comprising: at least one layer disposed at least partially on the inner surface of the granulation drum , wherein the at least one layer is hangably attached to the granulation drum such that at least a portion of the at least one layer may drop into a hanging position when said portion is above a rotation axis of the granulation drum .
An immunoglobulin single heavy chain variable domain antibody capable of binding human IL-17A, comprising a human heavy chain variable immunoglobulin domain (V H ) comprising a CDR1 sequence comprising SEQ ID NO. 5, a CDR2 sequence comprising SEQ ID NO. 6 and a CDR3 sequence comprising SEQ ID NO. 7, for use in the treatment of psoriasis or atopic dermatitis, wherein the immunoglobulin single domain antibody is administered topically to diseased skin.
A gas bearing system comprising at least two gas bearings having a moving part and a static part , the parts having opposed surfaces separated by a gap, wherein the at least two bearings comprise at least two journal bearings , the static part comprising a sleeve portion having an inner surface and the moving part comprising a journal portion of a shaft located within the sleeve, the sleeve having a plurality of restrictors for admitting pressurised gas from the source into said gap which is defined between an outer surface of the journal portion and the opposed inner surface of the sleeve and wherein, at least for each journal bearing, the outer surface of the journal portion is profiled to assist in the dynamic generation of a layer of pressurised gas in said gap in response to relative movement between the opposed surfaces of the journal portion and the sleeve, said profiling comprising a plurality of grooves arranged in and spaced circumferentially about the outer surface of the journal portion, the grooves each having a leading edge , a trailing edge , and a bottom surface , wherein the grooves are arranged in two rows axially spaced apart by a central land portion , each groove having an inner edge proximal to the land portion and an outer edge distal from the land portion, the inner edge being offset circumferentially behind the outer edge relative to the intended direction of rotation of the journal surface, wherein the system also comprises a source of pressurised gas fluidly connected with the at least two journal bearings to deliver pressurised gas into said gap between the opposed surfaces and a control system for regulating the supply of pressurised gas to the at least two gas bearings in dependence on the rotational speed of the moving part, and wherein the control system is configured such that, in use, pressurised gas is supplied to the bearing only when the moving part rotates at a speed below a first threshold rotational speed, characterised in that , for at least each journal bearing, the plurality of restrictors are circumferentially disposed about the sleeve portion in alignment with the said central land .
Method for adapting a real-time Web communication transmission profile comprising a modification of a transmission profile parameter of a real-time Web communication device as a function of bandwidth-related data recovered during a time span of a real-time Web communication.
System for the automatic control of a vehicle F in a traffic route network, with a central unit ZE , which provides the respective envelope EHi of a number I of two-dimensional geographical sub-regions TBi of the traffic route network, and for each of the geographical sub-regions TBi an assigned attribute Ki, where i = 1, ... ,I and I ≥ 1 and TBi € {TB 1 , ... , TB l } = TB, wherein at least one of the sub-regions TBi comprises only a traffic route, and at least another of the sub-regions TBi comprises only a terrain adjacent to a traffic route, wherein the attribute Ki indicates an intensity of a hazard, which arises for the vehicle F itself, and/or for objects arranged in the sub-region TBi, in the event of an intrusion of the vehicle F into the respective geographical sub-region TBi, where Ki € {K 1 , ... , K N } = K, and N ≥ 1, wherein the central unit ZE and the vehicle F are equipped and embodied for data communication, including for the transmission of the envelope EHi together with the assigned attributes Ki from the central unit to the vehicle F , and the vehicle F has: a first unit for the determination of the current position POS F of the vehicle F in the traffic route network, a second unit for the determination of a distance d EH* (POS F ) of the vehicle F from the envelope EH* of the sub-region TB* closest to the position POS F , wherein the following applies: TB* € TB, and a third unit for the execution of automatic control interventions SEG in the longitudinal and/or lateral control/regulation of the vehicle F , wherein the automatic control interventions SEG take place depending on the distance d EH* (POS F ) and the attribute K* assigned to the nearest sub-region TB*: SEG = SEG d EH * POS F , K * , wherein the following applies: K* K . at least one of the sub-regions TBi comprises only a traffic route, and at least another of the sub-regions TBi comprises only a terrain adjacent to a traffic route, wherein the attribute Ki indicates an intensity of a hazard, which arises for the vehicle F itself, and/or for objects arranged in the sub-region TBi, in the event of an intrusion of the vehicle F into the respective geographical sub-region TBi, where Ki € {K 1 , ... , K N } = K, and N ≥ 1, wherein the central unit ZE and the vehicle F are equipped and embodied for data communication, including for the transmission of the envelope EHi together with the assigned attributes Ki from the central unit to the vehicle F , and the vehicle F has: a first unit for the determination of the current position POS F of the vehicle F in the traffic route network, a second unit for the determination of a distance d EH* (POS F ) of the vehicle F from the envelope EH* of the sub-region TB* closest to the position POS F , wherein the following applies: TB* € TB, and a third unit for the execution of automatic control interventions SEG in the longitudinal and/or lateral control/regulation of the vehicle F , wherein the automatic control interventions SEG take place depending on the distance d EH* (POS F ) and the attribute K* assigned to the nearest sub-region TB*: SEG = SEG d EH * POS F , K * , wherein the following applies: K* K .
A method for retrofitting a wind turbine blade with a replacement blade tip segment , comprising: providing a replacement blade tip segment with an internal beam receiver section ; cutting an existing blade tip segment from the wind turbine blade , wherein the cut defines a chord-wise joint line at a remaining blade root segment of the wind turbine blade; providing a beam structure that is separate from the blade root segment ; inserting the beam structure into the blade root segment and fixing the beam structure into spar structure of the blade root segment ; aligning and connecting the replacement blade tip segment with the blade root segment in a span-wise direction so that the beam structure moves into the beam receiver section ; and providing a finish surface to blade shell components of the blade root segment and the replacement tip segment at the joint line . providing a replacement blade tip segment with an internal beam receiver section ; cutting an existing blade tip segment from the wind turbine blade , wherein the cut defines a chord-wise joint line at a remaining blade root segment of the wind turbine blade; providing a beam structure that is separate from the blade root segment ; inserting the beam structure into the blade root segment and fixing the beam structure into spar structure of the blade root segment ; aligning and connecting the replacement blade tip segment with the blade root segment in a span-wise direction so that the beam structure moves into the beam receiver section ; and providing a finish surface to blade shell components of the blade root segment and the replacement tip segment at the joint line .
Tachograph having a printing device and a paperbox unit , which has a paperbox for accommodating a roll of printing material and which can be introduced into an accommodating shaft of a housing in the push-in direction , and arrested, and, in order for a roll of printing material to be refilled, can be moved out of a rectangular or square mouth opening of the accommodating shaft , and having a paperbox cover panel , which belongs to the paperbox unit and by means of which, with the paperbox unit in the operating position, in which it is introduced into the accommodating shaft , the mouth opening of the accommodating shaft can be closed to form a plane with the front of the housing , wherein the paperbox cover panel is mounted on the paperbox unit such that it can be pivoted, about a pivot axis extending transversely to the push-in direction , out of the operating position of the paperbox unit into an open position, in which it is inclined in relation to the plane of the front of the housing , wherein, on its outer side, the paperbox cover panel has a pushing-open surface at a radial distance from the pivot axis and a pushing-closed surface at a radial distance from the pivot axis , wherein the pushing-open surface and pushing-closed surface are located on opposite sides in relation to the pivot axis , and wherein the paperbox cover panel has arranged on it one or more locking hooks which extend in the push-in direction and, in the operating position of the paperbox unit , engage behind locking stops , arranged on the housing , to prevent the paperbox unit from moving out of the operating position and, by virtue of the paperbox cover panel pivoting into the open position, can be pivoted out of their locking position, in which they engage behind the locking stop , into an unlocking position, in which they do not engage behind the locking stop , and wherein, on one or both of its side regions, the paperbox cover panel has pressure-exerting noses which are arranged on the side of the pushing-open surface , at a radial distance from the pivot axis , and, over the course of the pivoting path of the paperbox cover panel into the open position, pivot in the push-in direction and, between the operating position and the open position of the paperbox cover panel , come into abutment against push-away surfaces of the housing on the lateral peripheral regions of the mouth opening of the accommodating shaft .
Shelving display , comprising a stand having two facing walls , the shelving display further comprising at least one shelf support for supporting a shelf between said two facing walls , wherein the shelf support comprises a substantially horizontally extending central panel for supporting the shelf thereon, the shelf support further comprising two side panels upwardly extending from and hingedly connected to the central panel by means of two hinges at two opposite lateral sides of the central panel , wherein each of the two side panels is provided with a first attachment means and said two facing walls of the stand are provided with second attachment means to cooperate with said first attachment means such as to attach the shelf support between said two facing walls of the stand , wherein said first attachment means are located remotely from the respective hinge and at upper regions of the side panels of the shelf support , characterized in that the shelf support comprises at least two connectors to connect the shelf support to the two facing walls of the stand at a position located below the first attachment means , wherein each of said at least two connectors is located relatively nearby the respective hinge with respect to the Location of the respective first attachment means , wherein both of said at least two connectors are located at opposite lateral sides of the shelf support .
A process for activating a reduced manganese copper catalyst comprising treating the catalyst at a temperature of more than 300°C to 400°C with hydrogen comprising the steps of: (i) supplying a stream comprising a maximum of 0.5% hydrogen to the catalyst at room temperature; (ii) increasing the temperature to a temperature in excess of 300°C over a period of from 10 to 20 hours; and (iii) increasing the hydrogen content of the stream until it is 100%; wherein the stream supplied in step (i) is commenced at 0.1% hydrogen and subsequently increased stepwise to 0.5% over a period of 5 to 10 hours, and wherein as the hydrogen content of the stream supplied in step (i) is increased, the temperature is increased from room temperature to a temperature in the region of from 100°C to 160°C. (i) supplying a stream comprising a maximum of 0.5% hydrogen to the catalyst at room temperature; (ii) increasing the temperature to a temperature in excess of 300°C over a period of from 10 to 20 hours; and (iii) increasing the hydrogen content of the stream until it is 100%;
A sample preparation cartridge, comprising: a frame, comprising: a first plurality of wells integrated therewith, wherein the first plurality of wells have a closed bottom and an open top; a first reaction vessel (RV) opening within the frame having a first RV removably disposed therein, a first RV cap opening within the frame having a first RV cap removably disposed therein, a first plunger opening within the frame comprising a first plunger removably disposed therein, wherein the first RV opening, the first RV cap opening, and the first plunger opening are open at the bottom, and wherein the first plurality of wells and the first RV opening, the first RV cap opening, and the first plunger opening are linearly arranged relative to each other. a first plurality of wells integrated therewith, wherein the first plurality of wells have a closed bottom and an open top; a first reaction vessel (RV) opening within the frame having a first RV removably disposed therein, a first RV cap opening within the frame having a first RV cap removably disposed therein, a first plunger opening within the frame comprising a first plunger removably disposed therein, wherein the first RV opening, the first RV cap opening, and the first plunger opening are open at the bottom, and
An initial discard container for use with a blood culture bottle and for enhancing compliance with the discard volume method for drawing blood from a patient, the blood culture bottle having an exterior surface, the initial discard container comprising: a body with an opening and an inner volume sized to contain an initial amount of blood drawn from the patient, the inner volume being smaller than an inner volume of the blood culture bottle , and a cap configured to cover the opening and seal the inner volume; and a connector configured to couple the initial discard container to the blood culture bottle; characterized in that the connector is an integral connector extending from the body, the connector including a flexible attachment mechanism configured to clip around the exterior surface of the blood culture bottle by a compression fit. a body with an opening and an inner volume sized to contain an initial amount of blood drawn from the patient, the inner volume being smaller than an inner volume of the blood culture bottle , and a cap configured to cover the opening and seal the inner volume; and a connector configured to couple the initial discard container to the blood culture bottle; characterized in that the connector is an integral connector extending from the body, the connector including a flexible attachment mechanism configured to clip around the exterior surface of the blood culture bottle by a compression fit.
Sintered spherical BN particles comprising secondary particles formed of aggregated primary BN particles, wherein the number ratio of particles, each having a recess on its surface, is 50 % or more in the sintered spherical BN particles, wherein the recess has a size, which is defined by the recess ratio a/b, where a is the recess depth and b is the contour height of the BN particle having the recess, and wherein the recess ratio is in the range of 0.1 to 0.8. and each of the sintered spherical BN particles has a compressive strength of 2 MPa to 40 MPa.
A method for controlling an exhaust gas aftertreatment system , the exhaust gas aftertreatment system comprising - a reductant dosing device ; - a selective catalytic reduction, SCR, device arranged downstream of the reductant dosing device; - an ammonia slip catalyst arranged downstream of the SCR device; - a feedback NOx sensor arranged downstream of the SCR device and upstream of the ammonia slip catalyst; and - a tailpipe NOx sensor arranged downstream of the ammonia slip catalyst; wherein the method is performed by a control device and comprises the steps - providing an initial dosing of reductant from the reductant dosing device (s503, s603); - obtaining a feedback signal from the feedback NOx sensor and a tailpipe NOx signal from the tailpipe NOx sensor (s505, s605); and - adjusting the dosing of reductant until the feedback signal exceeds the tailpipe NOx signal by a value within a predetermined positive interval (s511, s513, s611, s613). - a reductant dosing device ; - a selective catalytic reduction, SCR, device arranged downstream of the reductant dosing device; - an ammonia slip catalyst arranged downstream of the SCR device; - a feedback NOx sensor arranged downstream of the SCR device and upstream of the ammonia slip catalyst; and - a tailpipe NOx sensor arranged downstream of the ammonia slip catalyst; - providing an initial dosing of reductant from the reductant dosing device (s503, s603); - obtaining a feedback signal from the feedback NOx sensor and a tailpipe NOx signal from the tailpipe NOx sensor (s505, s605); and - adjusting the dosing of reductant until the feedback signal exceeds the tailpipe NOx signal by a value within a predetermined positive interval (s511, s513, s611, s613).
A terminal device for performing terminal-to-terminal communication in which wireless communication with a relay terminal device that is in a state in which wireless communication with a first base station device is executed is performed directly without an intervention of the first base station device , and is configured to execute wireless communication with a second base station device (40; 50) capable of communicating with the first base station device , the terminal device characterized by comprising: communication means for receiving, from the second base station device (40; 50), search information notified from the first base station device to the second base station device (40; 50) to search for the relay terminal device ; and control means for executing control to search for the relay terminal device using the search information received by the communication means ; wherein the communication means is configured to receive, as the search information, search information including a search signal transmission period, and a radio resource used to wait for a response signal; and wherein if the second base station device (40; 50) is in a state in which communication with the first base station device cannot be executed, the control means is configured to transmit a search signal to the relay terminal device only when one or both of a condition that the terminal-to-terminal communication with the relay terminal device is permitted in advance and a condition that an appropriate connection destination cell does not exist are met. communication means for receiving, from the second base station device (40; 50), search information notified from the first base station device to the second base station device (40; 50) to search for the relay terminal device ; and control means for executing control to search for the relay terminal device using the search information received by the communication means ; wherein the communication means is configured to receive, as the search information, search information including a search signal transmission period, and a radio resource used to wait for a response signal; and wherein if the second base station device (40; 50) is in a state in which communication with the first base station device cannot be executed, the control means is configured to transmit a search signal to the relay terminal device only when one or both of a condition that the terminal-to-terminal communication with the relay terminal device is permitted in advance and a condition that an appropriate connection destination cell does not exist are met.
A composition comprising a physiologically acceptable carrier and a compound of Formula (II): Formula (II), wherein m = 1, 2, or 3; R 4 and R5 are independently selected from C 1 -C 4 alkyl, C 1 -C 4 heteroalkyl, allyl, heteroallyl, aryl, hydroxyl and when bound together, can form part of an aliphatic or heterocyclic ring system; R 6 is selected from allyl, alkenyl, aryl alkyl, C 4 -C 6 alkyl, halo alkyl, halo alkenyl or propargyl; X - is a pharmaceutically acceptable anion, and including any salts or solvates thereof, wherein the compound is selected from the group consisting of: [(E)-but-2-enyl]-(2-hydroxyethyl)-methyl-sulfonium bromide, Propargyl-(2-hydroxyethyl)-methylsulfonium bromide, Allyl-(2-hydroxyethyl)-methyl-sulfonium bromide, lodomethyl-(2-hydroxyethyl) -methyl- sulfonium chloride, and including any acceptable salts or solvates thereof. wherein m = 1, 2, or 3; R 4 and R5 are independently selected from C 1 -C 4 alkyl, C 1 -C 4 heteroalkyl, allyl, heteroallyl, aryl, hydroxyl and when bound together, can form part of an aliphatic or heterocyclic ring system; R 6 is selected from allyl, alkenyl, aryl alkyl, C 4 -C 6 alkyl, halo alkyl, halo alkenyl or propargyl; X - is a pharmaceutically acceptable anion, and including any salts or solvates thereof, wherein the compound is selected from the group consisting of: [(E)-but-2-enyl]-(2-hydroxyethyl)-methyl-sulfonium bromide, Propargyl-(2-hydroxyethyl)-methylsulfonium bromide, Allyl-(2-hydroxyethyl)-methyl-sulfonium bromide, lodomethyl-(2-hydroxyethyl) -methyl- sulfonium chloride, and including any acceptable salts or solvates thereof.