mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the manufacture of a combination of a reveal panel and a connection profile , comprising the following steps: - providing a reveal panel of gypsum board , comprising a gypsum layer which on both sides is provided with a protective layer ; - providing grooves in the gypsum layer at the top face of the reveal panel directly underneath the protective layers; - pressing inwardly of the portions of the protective layers, underneath which the grooves are provided in the gypsum layer; - providing a connection profile which is arranged to be applied over the pressed-in portions of the two protective layers, and to be adhered against them; - mounting the connection profile over the pressed-in portions of both of the protective layers and adhering the connection profile against these portions; - providing a wall connection strip which has been or is attached to the connection profile, said wall connection strip is intended and arranged for forming or supporting a bridging layer between the reveal profile and the wall adjoining the reveal profile. - providing a reveal panel of gypsum board , comprising a gypsum layer which on both sides is provided with a protective layer ; - providing grooves in the gypsum layer at the top face of the reveal panel directly underneath the protective layers; - pressing inwardly of the portions of the protective layers, underneath which the grooves are provided in the gypsum layer; - providing a connection profile which is arranged to be applied over the pressed-in portions of the two protective layers, and to be adhered against them; - mounting the connection profile over the pressed-in portions of both of the protective layers and adhering the connection profile against these portions; - providing a wall connection strip which has been or is attached to the connection profile, said wall connection strip is intended and arranged for forming or supporting a bridging layer between the reveal profile and the wall adjoining the reveal profile.
An organic light-emitting display device, comprising: a lower substrate including an emission area (EA) and a transparent area (TA); a thin film transistor (TR2) on the emission area of the lower substrate ; a light-emitting structure on the thin film transistor, the light-emitting structure including a lower emission electrode , an organic light-emitting layer and an upper emission electrode , which are sequentially stacked; and a connecting clad electrode connected between the thin film transistor (TR2) and the light-emitting structure , the connecting clad electrode having a light transmissivity higher than the lower emission electrode , characterized in that the connecting clad electrode includes a first clad region connected to the thin film transistor (TR2), a second clad region connected to the lower emission electrode of the light-emitting structure , and a repair cutting region disposed between the first clad region and the second clad region , the first clad region overlapping with the emission area (EA) of the lower substrate , the second clad region overlapping with the emission area (EA) of the lower substrate , and the repair cutting region overlapping with the transparent area (TA) of the lower substrate . a lower substrate including an emission area (EA) and a transparent area (TA); a thin film transistor (TR2) on the emission area of the lower substrate ; a light-emitting structure on the thin film transistor, the light-emitting structure including a lower emission electrode , an organic light-emitting layer and an upper emission electrode , which are sequentially stacked; and a connecting clad electrode connected between the thin film transistor (TR2) and the light-emitting structure , the connecting clad electrode having a light transmissivity higher than the lower emission electrode , characterized in that the connecting clad electrode includes a first clad region connected to the thin film transistor (TR2), a second clad region connected to the lower emission electrode of the light-emitting structure , and a repair cutting region disposed between the first clad region and the second clad region , the first clad region overlapping with the emission area (EA) of the lower substrate , the second clad region overlapping with the emission area (EA) of the lower substrate , and the repair cutting region overlapping with the transparent area (TA) of the lower substrate .
A device for treating a biological liquid, comprising a housing with a first chamber defining a cavity, which is adapted to receive the liquid to be treated, and at least one gas exchanger formed as a fiber bundle of a plurality of hollow fibers by an arrangement of a plurality of layered fiber mats , which is at least partially disposed in the first chamber , wherein an inlet portion for inlet of the liquid to be treated into the first chamber is formed in an inlet surface of the housing , wherein the inlet portion is formed at an acute angle relative to the inlet surface of the housing , characterized in that the inlet portion extends at an acute inflow angle (α) relative to a surface of the fiber bundle , which is defined by a first fiber mat and which extends essentially parallel to a plane defined by the inlet surface .
An engine component comprising: a gaspath wall for forming an inner wall or a portion of an inner wall for an annular flow path, the gaspath wall defining a radially outward facing gaspath surface and an opposed non-gaspath surface ; and one of a turbomachine vane and a turbomachine blade extending radially outward therefrom, wherein the gaspath surface defines a non-axisymmetric contour with respective points of minimum and maximum radii for each axial position, and characterised in that the non-gaspath surface defines an axisymmetric contour wherein each axial position on the axisymmetric contour defines a circle offset from the respective point of minimum radius of the gaspath surface by a minimum wall thickness , wherein the minimum wall thickness varies along an engine centerline ; wherein the respective points of minimum and maximum radii for each axial position define respective curves that diverge ; at a first axial position and converge at a second axial position defined along the axial dimension partially converge at a third axial position defined along the axial dimension and interposed between the first and second axial positions and re-diverge at a fourth axial position defined along the axial dimension and interposed between the third and second axial positions. a gaspath wall for forming an inner wall or a portion of an inner wall for an annular flow path, the gaspath wall defining a radially outward facing gaspath surface and an opposed non-gaspath surface ; and one of a turbomachine vane and a turbomachine blade extending radially outward therefrom, wherein the gaspath surface defines a non-axisymmetric contour with respective points of minimum and maximum radii for each axial position, and characterised in that the non-gaspath surface defines an axisymmetric contour wherein each axial position on the axisymmetric contour defines a circle offset from the respective point of minimum radius of the gaspath surface by a minimum wall thickness , wherein the minimum wall thickness varies along an engine centerline ; wherein the respective points of minimum and maximum radii for each axial position define respective curves that diverge ; at a first axial position and converge at a second axial position defined along the axial dimension partially converge at a third axial position defined along the axial dimension and interposed between the first and second axial positions and re-diverge at a fourth axial position defined along the axial dimension and interposed between the third and second axial positions.
A rack power distribution unit having one or more outlet modules (502a-502c), each outlet module comprising: a body having a plurality of outlet openings ; a plurality of outlets configured to be inserted into, and retained within, the plurality of outlet openings; an outlet board configured to be coupled to, and distribute power to, the plurality of outlets; and a control board configured to be coupled to, and distribute power to, the outlet board, wherein the outlet board is configured to be coupled to a first outlet of a first type and a second outlet of a second type , and wherein the outlet board includes a plurality of groups of female outlet board terminals , each group of female outlet board terminals being associated with a respective outlet of the plurality of outlets, and including: a first set of female outlet board terminals configured to be coupled to the first outlet of the first type; and a second set of female outlet board terminals configured to be coupled to the second outlet of the second type, the second set of female outlet board terminals being different than the first set of female outlet board terminals. a body having a plurality of outlet openings ; a plurality of outlets configured to be inserted into, and retained within, the plurality of outlet openings; an outlet board configured to be coupled to, and distribute power to, the plurality of outlets; and a control board configured to be coupled to, and distribute power to, the outlet board, wherein the outlet board is configured to be coupled to a first outlet of a first type and a second outlet of a second type , and wherein the outlet board includes a plurality of groups of female outlet board terminals , each group of female outlet board terminals being associated with a respective outlet of the plurality of outlets, and including: a first set of female outlet board terminals configured to be coupled to the first outlet of the first type; and a second set of female outlet board terminals configured to be coupled to the second outlet of the second type, the second set of female outlet board terminals being different than the first set of female outlet board terminals. a first set of female outlet board terminals configured to be coupled to the first outlet of the first type; and a second set of female outlet board terminals configured to be coupled to the second outlet of the second type, the second set of female outlet board terminals being different than the first set of female outlet board terminals.
A guidance system , comprising: an optical system to focus incident radiation , the optical system comprising: a first lens having a first side and a second side , wherein the first side is a Fresnel lens including a series of concentric annular rings with a discontinuity between each pair of adjacent rings formed on a generally convex surface and the second side is generally planar, the first lens having an optical power which is a combination of an optical power provided by its generally plano-convex shape and an optical power provided by the Fresnel lens; and a planar filter disposed adjacent to the second side of the first lens; the guidance system further comprising: a detector coupled to the optical system and configured to generate at least one guidance signal (ΔX, ΔY) in response to the focused incident radiation. a first lens having a first side and a second side , wherein the first side is a Fresnel lens including a series of concentric annular rings with a discontinuity between each pair of adjacent rings formed on a generally convex surface and the second side is generally planar, the first lens having an optical power which is a combination of an optical power provided by its generally plano-convex shape and an optical power provided by the Fresnel lens; and a planar filter disposed adjacent to the second side of the first lens; the guidance system further comprising: a detector coupled to the optical system and configured to generate at least one guidance signal (ΔX, ΔY) in response to the focused incident radiation.
A static real-time CT imaging system, comprising a scanning bed unit , a scanning frame unit , a human-computer interaction unit , a power supply control unit , a ray source control unit , a movement control unit , a data acquisition processing unit , a system main control unit and an image data storage unit , wherein the scanning frame unit comprises a multifocal annular X-ray source and an annular photon detector ; the multifocal annular X-ray source is composed of a plurality of scanning X-ray sources arranged in an annular shape, and the annular photon detector is composed of a plurality of photon counting detector modules arranged in an annular shape; each scanning X-ray source is configured to emit a wide beam of X-ray in turn which passes through the object to be measured and arrives at the corresponding photon counting detector module, and non-inverse geometry imaging is adopted between the scanning X-ray source and the corresponding photon counting detector module; characterized in that the multifocal annular X-ray source is configured to rotate at a uniform speed for an angle larger than any included angle range separating two adjacent focuses, and within the period of moving in the included angle range, the multifocal annular X-ray source is further configured to emit the wide beam of X-ray for many times to realize an interpolation scanning mode; and the photon counting detector modules are configured to operate in an overlapping manner and to send the corresponding exposure information to the data acquisition processing unit , and the image is reconstructed in real time and visualized in the data acquisition processing unit . the multifocal annular X-ray source is composed of a plurality of scanning X-ray sources arranged in an annular shape, and the annular photon detector is composed of a plurality of photon counting detector modules arranged in an annular shape; each scanning X-ray source is configured to emit a wide beam of X-ray in turn which passes through the object to be measured and arrives at the corresponding photon counting detector module, and non-inverse geometry imaging is adopted between the scanning X-ray source and the corresponding photon counting detector module; characterized in that the multifocal annular X-ray source is configured to rotate at a uniform speed for an angle larger than any included angle range separating two adjacent focuses, and within the period of moving in the included angle range, the multifocal annular X-ray source is further configured to emit the wide beam of X-ray for many times to realize an interpolation scanning mode; and the photon counting detector modules are configured to operate in an overlapping manner and to send the corresponding exposure information to the data acquisition processing unit , and the image is reconstructed in real time and visualized in the data acquisition processing unit .
A method in a wireless base station for geo-based transmission, the wireless base station being configured with a plurality of beams, the plurality of beams being provided by at least one Transmission/Reception Point, TRP, of the wireless base station, the wireless base station having a coverage area that is divided into a plurality of geographical area units associated with the plurality of beams, the method comprising: - obtaining , by the wireless base station, a target geographical area of a data packet; - selecting , by the wireless base station, from the at least one TRP and/or the plurality of beams, one or more TRPs and/or beams for broadcasting the data packet based on the target geographical area, wherein the selecting comprises: determining one or more of the plurality of geographical area units to cover the target geographical area; and selecting from the at least one TRP and/or the plurality of beams the one or more TRPs and/or beams associated with the one or more geographical area units; and - broadcasting , by the wireless base station, the data packet via the selected one or more TRPs and/or beams, wherein said obtaining comprises: receiving, by the wireless base station from a core network node, information for obtaining the target geographical area. - obtaining , by the wireless base station, a target geographical area of a data packet; - selecting , by the wireless base station, from the at least one TRP and/or the plurality of beams, one or more TRPs and/or beams for broadcasting the data packet based on the target geographical area, wherein the selecting comprises: determining one or more of the plurality of geographical area units to cover the target geographical area; and selecting from the at least one TRP and/or the plurality of beams the one or more TRPs and/or beams associated with the one or more geographical area units; and determining one or more of the plurality of geographical area units to cover the target geographical area; and selecting from the at least one TRP and/or the plurality of beams the one or more TRPs and/or beams associated with the one or more geographical area units; and - broadcasting , by the wireless base station, the data packet via the selected one or more TRPs and/or beams,
Gypsum composition comprising - 25 to 40 wt% of a mixture of calcium aluminate and calcium sulfate hemihydrate and/or anhydrite and/or calcium sulfate dihydrate as hydraulic binders, where the weight ratio of calcium aluminate to calcium sulfate hemihydrate and/or anhydrite and/or calcium sulfate dihydrate binder is in the range from 1:1 to 1:5, and - 60 to 65 wt% of fillers, the weight figures being based in each case on the dry weight of the gypsum composition. - 25 to 40 wt% of a mixture of calcium aluminate and calcium sulfate hemihydrate and/or anhydrite and/or calcium sulfate dihydrate as hydraulic binders, where the weight ratio of calcium aluminate to calcium sulfate hemihydrate and/or anhydrite and/or calcium sulfate dihydrate binder is in the range from 1:1 to 1:5, and - 60 to 65 wt% of fillers,
Connection between at least two joining partners , with a joint gap located in between, with opposing joint surfaces , characterised in that at least one of the joint surfaces is wetted with an adhesive layer with solid particles integrated and/or bonded to it, and the remaining joint gap is filled with an inorganic and/or organic filling material , wherein the filling material is a cast mortar or an inorganic hydraulic or non-hydraulic hardening material.
An in vitro or ex vivo method of enhancing a therapeutic activity of a plurality of fibroblasts, comprising the step of providing to the fibroblasts an effective amount of one or more agents and/or conditions, wherein the one or more agents and/or conditions comprises a combination of hypoxia and carbon monoxide, and wherein the therapeutic activity comprises regenerative activity of the fibroblasts.
Low passive intermodulation (PIM) RF switch comprising: a first center conductor connected to at least one first stationary pad , a second center conductor connected to at least one second stationary pad , at least a first movable pad and at least a second movable pad , the at least one first movable pad and the at least one second movable pad are electrically and mechanically connected together by a first movable pad bridge which is further connected mechanically to a drive means moving about a center axis , wherein in a first coupling state, the at least one first stationary pad is in close proximity to the at least one first movable pad and the at least one second stationary pad is in close proximity to the at least one second movable pad , achieving a capacitive coupling between the at least one first stationary pad and the at least one first movable pad, as well as between the at least one second stationary pad and the at least one second movable pad, thus generating an RF signal connection between the first center conductor and the second center conductor via the stationary and movable pads, and to avoid a galvanic contact between the rotatable and stationary pads, the pads are coated with a specific non-contacting paint of an epoxy material or the pads have an anodized isolating layer or there is any plastic material, like a sheet of PTFE in-between the pads, and at least one movable pad is displaceable parallel to a plane defined by the pad, characterized in, that at least one movable pad is tiltable from a plane defined by the pad. a first center conductor connected to at least one first stationary pad , a second center conductor connected to at least one second stationary pad , at least a first movable pad and at least a second movable pad , the at least one first movable pad and the at least one second movable pad are electrically and mechanically connected together by a first movable pad bridge which is further connected mechanically to a drive means moving about a center axis , wherein in a first coupling state, the at least one first stationary pad is in close proximity to the at least one first movable pad and the at least one second stationary pad is in close proximity to the at least one second movable pad , achieving a capacitive coupling between the at least one first stationary pad and the at least one first movable pad, as well as between the at least one second stationary pad and the at least one second movable pad, thus generating an RF signal connection between the first center conductor and the second center conductor via the stationary and movable pads, and to avoid a galvanic contact between the rotatable and stationary pads, the pads are coated with a specific non-contacting paint of an epoxy material or the pads have an anodized isolating layer or there is any plastic material, like a sheet of PTFE in-between the pads, and at least one movable pad is displaceable parallel to a plane defined by the pad, characterized in, that at least one movable pad is tiltable from a plane defined by the pad.
Shelf (B) for a shelving unit - with a first longitudinal beam and a second longitudinal beam , - with cross beams which are arranged between the first and the second longitudinal beam and - characterized in that the shelf is formed with at least one diagonal rod which runs diagonally to the longitudinal beams and cross beams , which is arranged on a first side of the cross beams and is connected to at least two of the cross beams , and in that ends of the diagonal rod each at least partially enclose a cross beam and a region of the ends located on a second side of the cross beam is fastened to the cross beam . - with a first longitudinal beam and a second longitudinal beam , - with cross beams which are arranged between the first and the second longitudinal beam and - characterized in that the shelf is formed with at least one diagonal rod which runs diagonally to the longitudinal beams and cross beams , which is arranged on a first side of the cross beams and is connected to at least two of the cross beams ,
An information processing apparatus comprising: a processor configured to: acquire job information registered in another information processing apparatus different from the information processing apparatus and identification information for identifying color conversion information associated with the job information; and characterized by said processor being configured to: output the job information by applying the color conversion information registered in a predetermined apparatus in a case where the color conversion information related to the identification information is registered in both the information processing apparatus and the other information processing apparatus. acquire job information registered in another information processing apparatus different from the information processing apparatus and identification information for identifying color conversion information associated with the job information; and characterized by said processor being configured to: output the job information by applying the color conversion information registered in a predetermined apparatus in a case where the color conversion information related to the identification information is registered in both the information processing apparatus and the other information processing apparatus.