mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by a wireless device, a medium access control control element, MAC CE, indicating activation of a transmission configuration indicator, TCI, state, wherein the MAC CE comprises: a TCI state identifier, ID, of the TCI state; and a link indicator, wherein: a first value of the link indicator indicates that the TCI state ID is from a first list of one or more first TCI state IDs for downlink; and a second value of the link indicator indicates that the TCI state ID is from a second list of one or more second TCI state IDs for uplink; and communicating, with a base station, based on the TCI state indicated by the TCI state ID and the link indicator. receiving, by a wireless device, a medium access control control element, MAC CE, indicating activation of a transmission configuration indicator, TCI, state, wherein the MAC CE comprises: a TCI state identifier, ID, of the TCI state; and a link indicator, wherein: a first value of the link indicator indicates that the TCI state ID is from a first list of one or more first TCI state IDs for downlink; and a second value of the link indicator indicates that the TCI state ID is from a second list of one or more second TCI state IDs for uplink; and a TCI state identifier, ID, of the TCI state; and a link indicator, wherein: a first value of the link indicator indicates that the TCI state ID is from a first list of one or more first TCI state IDs for downlink; and a second value of the link indicator indicates that the TCI state ID is from a second list of one or more second TCI state IDs for uplink; and a first value of the link indicator indicates that the TCI state ID is from a first list of one or more first TCI state IDs for downlink; and a second value of the link indicator indicates that the TCI state ID is from a second list of one or more second TCI state IDs for uplink; and communicating, with a base station, based on the TCI state indicated by the TCI state ID and the link indicator.
A method for manufacturing charcoal and/or activated charcoal, from a load of wood, characterized in that: - said load is arranged in at least one basket in a sealed device between a first upstream chamber and a second downstream chamber; - first non-oxidizing hot heating gases, not including oxygen in gaseous form O 2, is generated, by at least one heating means outside said load, - said first hot heating gases are brought into a mixing chamber; - in said mixing chamber, said first hot heating gases are mixed with second dilution gases, to form a mixture of nonoxidizing entering gases, not including oxygen in gaseous form O 2; - circulation means are used to send the mixture of entering gases into said first upstream chamber in overpressure relative to said second chamber downstream from said load to generate, in the latter, a pyrolysis front that is forced, under the action of said circulation means, to pass through it in a single direction from said first upstream chamber toward said second downstream chamber; - third exiting gases are recovered in said second downstream chamber downstream from said load, at least a first part of which is conveyed directly into the mixing chamber and by a conveying means in the form of a stream of said second dilution gases to be mixed with said first hot heating gases and a second part of which complementary to the first part is discharged in the form of a stream of fourth service gases by a conveying method toward an outlet orifice. - said load is arranged in at least one basket in a sealed device between a first upstream chamber and a second downstream chamber; - first non-oxidizing hot heating gases, not including oxygen in gaseous form O 2, is generated, by at least one heating means outside said load, - said first hot heating gases are brought into a mixing chamber; - in said mixing chamber, said first hot heating gases are mixed with second dilution gases, to form a mixture of nonoxidizing entering gases, not including oxygen in gaseous form O 2; - circulation means are used to send the mixture of entering gases into said first upstream chamber in overpressure relative to said second chamber downstream from said load to generate, in the latter, a pyrolysis front that is forced, under the action of said circulation means, to pass through it in a single direction from said first upstream chamber toward said second downstream chamber; - third exiting gases are recovered in said second downstream chamber downstream from said load, at least a first part of which is conveyed directly into the mixing chamber and by a conveying means in the form of a stream of said second dilution gases to be mixed with said first hot heating gases and a second part of which complementary to the first part is discharged in the form of a stream of fourth service gases by a conveying method toward an outlet orifice.
A shaver bur, comprising: an inner assembly having an inner hub with an inner tube extending distally therefrom, the inner tube terminating in a distal bur tip; an outer assembly having an outer hub with an outer tube extending distally therefrom; wherein the inner tube is moveable within the outer tube between a retracted position and an extended position; a deployment mechanism connected to the outer hub, the deployment mechanism movable in a first direction and a second direction; and wherein moving the deployment mechanism in a first direction moves the inner tube to the extended position and moving the deployment mechanism in a second direction moves the inner tube to the retracted position; characterized in that the outer hub comprises one or more slots extending at least partially through it, the shaver bur further comprises a magnet retainer connected between the inner hub and the outer hub and comprising one or more stems extending from it; each of the one or more stems extends through one of the one or more slots in the outer hub; the deployment mechanism abuts the one or more stems of the magnet retainer; and moving the deployment mechanism in the second direction moves the deployment mechanism against the magnet retainer and moves the inner assembly axially in the proximal direction. an inner assembly having an inner hub with an inner tube extending distally therefrom, the inner tube terminating in a distal bur tip; an outer assembly having an outer hub with an outer tube extending distally therefrom; wherein the inner tube is moveable within the outer tube between a retracted position and an extended position; a deployment mechanism connected to the outer hub, the deployment mechanism movable in a first direction and a second direction; and wherein moving the deployment mechanism in a first direction moves the inner tube to the extended position and moving the deployment mechanism in a second direction moves the inner tube to the retracted position; characterized in that the outer hub comprises one or more slots extending at least partially through it, the shaver bur further comprises a magnet retainer connected between the inner hub and the outer hub and comprising one or more stems extending from it; each of the one or more stems extends through one of the one or more slots in the outer hub; the deployment mechanism abuts the one or more stems of the magnet retainer; and moving the deployment mechanism in the second direction moves the deployment mechanism against the magnet retainer and moves the inner assembly axially in the proximal direction.
Device for further processing printed products with at least • a conveying device (10, 12) for conveying printed products along a conveying path with conveying means (11, 13) that are arranged one after the other in the conveying direction for receiving a printed product to be processed or a collection of printed products to be processed together, • several processing devices (3, 6, 7, 8) that are arranged along the conveying path for changing the printed products and/or collections that are conveyed, • a control, with which the conveying device (10, 12) and at least one of the processing devices (3, 6, 7, 8) are connected for exchanging signals, and • a lighting device extending along the conveying path, characterised in that the lighting device is divided into lighting sections (21.1,..., 21.n) along the conveying path, in which each of these lighting sections (21.1,...., 21.n) comprises one or several lamps and each of these lighting sections (21.1,..., 21.n) is connected to the control of the device in such a way that the individual lighting sections (21.1,..., 21.n) may be controlled separately by this control, in which the lighting sections (21.1,..., 21.n) are made to emit light of different colours (201, 202, 203) and/or intensities (201, 211), depending on their control, and in which the control has status information regarding the device (1, 2) and/or the printed products, by means of which it may assign the current whereabouts of a faulty printed product to a certain lighting section (21.1,..., 21.n) and controls this accordingly. • a conveying device (10, 12) for conveying printed products along a conveying path with conveying means (11, 13) that are arranged one after the other in the conveying direction for receiving a printed product to be processed or a collection of printed products to be processed together, • several processing devices (3, 6, 7, 8) that are arranged along the conveying path for changing the printed products and/or collections that are conveyed, • a control, with which the conveying device (10, 12) and at least one of the processing devices (3, 6, 7, 8) are connected for exchanging signals, and • a lighting device extending along the conveying path,
Use of an alkaline liquid for cleaning a polyamide reverse osmosis membrane for water treatment by bringing an alkaline liquid for cleaning a reverse osmosis membrane into contact with said polyamide reverse osmosis membrane, the liquid comprising 0.5 to 5 wt%, based on the liquid, of an aliphatic amide and/or an aromatic amide, wherein the aliphatic amide and/or the aromatic amide has a molecular weight of 300 or less, wherein the aliphatic amide and/or the aromatic amide is at least one compound selected from formamide, acetamide, N, N-dimethylformamide, N,N-dimethylacetamide, nicotinamide, benzamide, aminobenzamide, phthalamide and hippuric acid, and wherein the liquid has a pH of 10 to 14, and wherein the liquid is an aqueous solution of the aliphatic amide and/or the aromatic amide.
A film for a tire inner liner comprising a base film that is drawn 5% to 50% or oriented in a first direction, and is in the undrawn state in a second direction perpendicular to the first direction, and further comprising an adhesive layer formed on at least one side of the base film, wherein the first direction is set parallel to the axial direction of a tire forming drum for manufacturing a pneumatic tire wherein the first direction is identical to the machine direction or the transverse direction of the base film, and a strength ratio of the first direction and the second direction of the base film is 1.1:1 to 2:1, wherein the base film comprises (i) a copolymer comprising polyamide-based segments and polyether-based segments, or (ii) a resin mixture of a polymer comprising polyamide-based segments and a polymer comprising polyether-based segments, and the content of the polyether-based segments of the copolymer or the content of the polymer comprising polyether-based segments is 5 wt% to 50 wt% based on the total weight of the base film, wherein the strengths of the first direction direction and the second direction of the base film were measured 10 times at a tensile speed of 300 mm/min in a tensile test machine (Instron), and among the measured values, the average value of 8 values excluding the maximum value and the minimum value was calculated.
A medical image processing device comprising: an image signal input processing unit (53, 56, 58)which performs input processing of a first color image signal ( R, G, B); a signal ratio calculation unit which calculates a first signal ratio between image signals (B, G) of two colors in the first color image signal and a second signal ratio between image signals (G, R) of two colors different from those in the first signal ratio; and a first moving processing unit (74, 75) which performs, in a polar feature space (r,θ) formed by the first signal ratio and the second signal ratio, first processing for moving, among a first range, a second range (Xn, Xb), and a third range (Yn, Yb) where an observation target in a subject is distributed, the coordinates of the second range to a reference range including the origin of the feature space, and second processing for rotating the coordinates of at least one of the first range and of the third range without moving the second range. an image signal input processing unit (53, 56, 58)which performs input processing of a first color image signal ( R, G, B); a signal ratio calculation unit which calculates a first signal ratio between image signals (B, G) of two colors in the first color image signal and a second signal ratio between image signals (G, R) of two colors different from those in the first signal ratio; and a first moving processing unit (74, 75) which performs, in a polar feature space (r,θ) formed by the first signal ratio and the second signal ratio, first processing for moving, among a first range, a second range (Xn, Xb), and a third range (Yn, Yb) where an observation target in a subject is distributed, the coordinates of the second range to a reference range including the origin of the feature space, and second processing for rotating the coordinates of at least one of the first range and of the third range without moving the second range.
A capacitive sensor for a roller in a roller conveyor, the sensor comprising a plurality of measurement electrodes as well as a measurement unit for determining capacities between measurement electrodes in order to detect an object located on the roller conveyor by means of changes in the capacity, characterized in that at least a part of the measurement electrodes are arranged to rotate together with the roller (12, 16) and thus form rotating measurement capacities between the rotating measurement electrodes.
An apparatus comprising a gas turbine engine subsonic strut having an airfoil shape structured to be disposed in a flow path having subsonic flow and including a forebody located forward of a maximum thickness of the strut and an aft body located aft of the maximum thickness, the aft body of the gas turbine engine subsonic strut having an inflection point configured to produce a subsonic shock pressure recovery when disposed in a flow path having subsonic flow, the aft body including an upstream portion having a constant radius curve of a first radius that transitions at the inflection point to a downstream portion having a different constant radius curve, wherein the forebody is axially longer than the aft body.
Immunogenic complex comprising - a polymerized antigen of protein nature, and - mannan comprising a peptide residue containing amino groups, being the mannan a carbohydrate polymer consisting of mannose and glycosidic bonds of the following types alpha-1,6-glycoside, alpha-1,2-glycoside, alpha-1,3-glycoside or beta-1,3-glycoside, wherein the antigens of protein nature and the mannan are covalently crosslinked by a diimine group between the amino groups present in both the peptide residue of mannan and the antigens of protein nature. - a polymerized antigen of protein nature, and - mannan comprising a peptide residue containing amino groups, being the mannan a carbohydrate polymer consisting of mannose and glycosidic bonds of the following types alpha-1,6-glycoside, alpha-1,2-glycoside, alpha-1,3-glycoside or beta-1,3-glycoside,
A playback device (100, 506) of a media playback system comprising a plurality of playback devices, the playback device comprising: one or more processors and a computer-readable memory having stored thereon instructions that, when executed by the one or more processors, cause the playback device to perform functions comprising: receiving, from a first network device (300, 502, 504) configured to control the playback device, a request for data comprising: an identification of the first network device; and an instruction to play media content from a streaming audio service; in response to receiving the request from the first network device: accessing data indicating at least first and second user accounts for the streaming audio service associated with device identifiers of the first network device and a second network device, respectively; based on the identification of the first network device and the data, selecting the first user account from at least among the first user account and the second user account; and after selecting the first user account, obtaining, from the media service provider, the media content using credentials of the first user account; and playing the media content received from the streaming audio service. receiving, from a first network device (300, 502, 504) configured to control the playback device, a request for data comprising: an identification of the first network device; and an instruction to play media content from a streaming audio service; an identification of the first network device; and an instruction to play media content from a streaming audio service; in response to receiving the request from the first network device: accessing data indicating at least first and second user accounts for the streaming audio service associated with device identifiers of the first network device and a second network device, respectively; based on the identification of the first network device and the data, selecting the first user account from at least among the first user account and the second user account; and after selecting the first user account, obtaining, from the media service provider, the media content using credentials of the first user account; and playing the media content received from the streaming audio service. accessing data indicating at least first and second user accounts for the streaming audio service associated with device identifiers of the first network device and a second network device, respectively; based on the identification of the first network device and the data, selecting the first user account from at least among the first user account and the second user account; and after selecting the first user account, obtaining, from the media service provider, the media content using credentials of the first user account; and playing the media content received from the streaming audio service.
A packing tulip gripper for gripping the tops of bottles, in particular, closable with a closure, which in a pot-shaped housing (1, 1**) has an elastically deformable insert (2, 2**) supported with its front end on the edge of the housing, and an actuator piston (3, 3**) which exerts an axial pressure force on the insert (2, 2**) on the rear end of the insert (2, 2**), and which with a marginal sealing lip is internally in contact with the wall of the pot-shaped housing (1, 1**) which forms a pressure room subjectable to a pressure medium, wherein the actuator piston (3, 3**) on its circumference has a radial projection on the side of the sealing lip facing away from the pressure space to which a stop fixed to the housing is assigned in the region of the insert (2, 2**) as an axial stroke limiter for the actuator piston (3, 3**), characterised in that the sealing lip and the projection are designed as an integral collar of the actuator piston (3, 3**), wherein the elastic insert (2, 2**) at its lower edge has a collar pointing radially outwards, wherein the wall of the insert is designed with a wall thickness that alternately differs in the circumferential direction, wherein the wall thickness of the reinforced wall areas of the wall decreases from the end of the insert on the actuator piston side in the direction of its lower end facing the top of the bottle up to the collar pointing radially outwards and wherein the actuator piston is hollow inside and has radial ribs for centring the top of the bottle on eversion of the packing tulip gripper.
A trimming blade system having a front and comprising a supporting plate, a blade and a cover plate, the blade having a cutting edge facing forwardly toward the front of the trimming blade system, the trimming blade system having a comb provided with teeth which project forwardly toward the front of the trimming blade system and which overlap said cutting edge, each of the teeth having an upper face, two lateral faces (20B, 20C) and a lower face, characterized in that the lower face of each of the teeth is joined to the lateral faces (20B, 20C) by opposite chamfered faces (20E, 20F).
Erdafitinib for use in the treatment of cancer in a cancer patient, wherein a) erdafitinib is administered in an amount of 8 mg daily on a continuous basis; b) the serum phosphate levels of the patient are measured on a treatment day during the first cycle of erdafitinib treatment; c-1) when the serum phosphate levels are <5.5 mg/dL, erdafitinib is administered in an amount of 9 mg daily on a continuous basis; or c-2) when the serum phosphate levels range from and including 5.5 mg/dL to < 7 mg/dL, erdafitinib is further administered in an amount of 8 mg daily on a continuous basis; or c-3) when the serum phosphate levels are ≥ 7 mg/dL, the erdafitinib treatment is interrupted temporarily. a) erdafitinib is administered in an amount of 8 mg daily on a continuous basis; b) the serum phosphate levels of the patient are measured on a treatment day during the first cycle of erdafitinib treatment; c-1) when the serum phosphate levels are <5.5 mg/dL, erdafitinib is administered in an amount of 9 mg daily on a continuous basis; or c-2) when the serum phosphate levels range from and including 5.5 mg/dL to < 7 mg/dL, erdafitinib is further administered in an amount of 8 mg daily on a continuous basis; or c-3) when the serum phosphate levels are ≥ 7 mg/dL, the erdafitinib treatment is interrupted temporarily.