mhurhangee/patent-ind-claim-en huggingface dataset:
An underwater multi-facility hub constituting a pedestrian passage including retail, commercial, entertainment, recreational and/or cultural facilities, for connecting at least first and second urban or sub-urban fabrics (A, B and C) separated by a body of water, comprising an enclosed structure located below the surface of said body of water and defining an interior of the structure, which interior includes a pedestrian walkway delineated by retail spaces that are provided along an entire longitudinal extent of the interior and on opposite sides thereof to form two parallel rows of retail spaces, the structure having at least first and second entrances and/or exits at different parts of the interior and permitting access between the pedestrian walkway and said at least first and second urban or sub-urban fabrics (A, B and C) respectively, wherein the pedestrian walkway extends across said at least first and second entrances and/or exits via the interior of the structure and providing access to the retail spaces for enjoyment and use by people, such retail spaces providing shopping opportunity and a continuous shopping experience when the urban fabrics (A, B and C) include shopping centers, thereby creating a shopping hub which thereby encourages people to stay in; characterized in that the interior of the structure is compartmentalized in cross-section to provide divisions, the pedestrian walkway and the retail spaces are provided in a main division of the divisions, means of egress are provided with a first support division of the divisions having a pedestrian passageway for people inside the interior to evacuate in the case of emergency, and a second support division of the divisions includes means of fire-fighting access which includes a vehicle passage that extends along the interior, each of the means of egress and means of fire-fighting access extending across the first and second entrances and/or exit.
A hydroxy-substituted benzophenone compound for use in the prevention and treatment of viral infections or tumors, wherein the viral infection is herpes virus, HIV or human papillomavirus in humans or animals and the hydroxy-substituted benzophenone compound is selected from one of the following compounds: 2,3,4,2',3',4'-hexahydroxybenzophenone, and 2,3,4,2',4',5-hexahydroxybenzophenone
An antenna arrangement comprising a substrate integrated waveguide , SIW, with at least one radiating arrangement , the SIW comprising a dielectric material , a first metal layer , a second metal layer and an electric wall element arrangement , the dielectric material having a layer thickness (td) and being positioned between the first metal layer and the second metal layer , the electric wall element arrangement comprising a first electric wall element and a second electric wall element , the first electric wall element and the second electric wall element at least partly running mutually parallel, separated by a SIW width (ws), in a SIW longitudinal extension (es) and electrically connecting the first metal layer with the second metal layer , microwave signals being arranged to propagate along the SIW longitudinal extension (es) in a confinement limited by at least the first metal layer , the second metal layer , the first electric wall element and the second wall element , where, for each radiating arrangement , the antenna arrangement comprises at least one coupling aperture in the first metal layer , and for each coupling aperture there is a third wall element running between the first electric wall element and the second wall element , across the SIW longitudinal extension (es), wherein, for each radiating arrangement , the antenna arrangement further comprises an at least partly electrically conducting antenna component , the antenna component comprising at least four radiating elements , the antenna component surrounding at least one coupling aperture , where furthermore, for each radiating arrangement , electromagnetic signals are arranged to be transmitted between said coupling aperture and said radiating elements , and wherein each antenna component comprises at least four radiating elements , characterized in that each antenna component comprises a cavity defined by at least partly electrically conducting walls , the radiating elements being in the form of slots in one of said walls , wherein said one of said walls of the antenna component comprises matching steps protruding into said cavity and wherein the matching steps are provided between the slots, and in that the antenna component is surface-mounted by Surface Mount Technology, SMT, with self-alignment on the first metal layer of the SIW, the at least partly electrically conducting walls of the antenna component and the SIW being arranged so as to enclose the cavity and the at least one coupling aperture .
A pyrolysis reactor (10; 10'; 110) having an inlet (42; 42'; 142) for material and an outlet (43; 43'; 143a, 143b) for products, the reactor (10; 10'; 110) comprising a screw (1; 1'; 11) for conveying biomass waste from the inlet (42; 42'; 142) to the outlet (43; 43'; 143a, 143b), the screw (1; 1'; 11) comprising a shaft (2; 2'; 12) with a first end (F) and a second end (S) adjacent the outlet (43; 43'; 143a, 143b) and a helical flight (3; 3'; 13) arranged about the shaft (2; 2'; 12) and extending between the first (F) and second ends (S), the screw (1; 1'; 11) comprises a feed section (FS) at or adjacent the inlet (42; 42'; 142), a metering section (MS) at or adjacent the outlet (43; 43'; 143a, 143b), and a transition section (TS) between the feed section (FS) and the metering section (MS), wherein the pitch (P) of the flight (3; 3'; 13) is less in the metering section (MS) than in the feed section (FS) and/or in the transition section (TS), the diameter (D 1 , D 2 ) of the shaft (2; 2'; 12) increases along its length towards the outlet (43; 43'; 143a, 143b), the depth (d) of the flight (3; 3'; 13) is less in the metering section (MS) than in the feed section (FS) and/or in the transition section (TS), the screw (1; 1'; 11) having a heater extending from the first end (F) to the second end (S).
Female part for forming a releasable connection to a male part (50; 50') that can be fastened in the mouth, comprising a housing (20; 20'), which can be fastened to a dental prosthesis, an insert (1; 1') being insertable into the housing and rotatable with respect thereto and having a clearance , in which a portion of the male part (50; 50') can be received, and adjustment means (5a-5c, 31a-31c, 32a-32c, 33a-33c; 31a'-31c'), which are formed on the housing and on the insert and which cause a change in the diameter of the insert when the insert is rotated with respect to the housing, wherein the housing has an inner side (25a-25g; 25a'-25e') and the insert has an outer side, wherein, for forming the adjusting means, one side comprises at least one protrusion (5a-5c) and the other side (25a-25g; 25a'-25e') at least one recess (31a-31c, 32a-32c, 33a-33c; 31a'-31c'), with which the at least one protrusion is engageable, wherein the female part comprises locking means (5a-5c, 31a-31c, 32a-32c, 33a-33c; 15a-15c, 41a-41c, 42a-42c, 43a-43c), which are formed between the housing (20; 20') and the insert (1; 1') for defining discretely arranged locking positions, and wherein the insert is compressed more in at least one locking position than in at least one other locking position.
A multispecific protein consisting of three polypeptide chains, each chain comprise a variable domain fused to a CH1 or Cκ domain (a V-(CH1/Cκ) unit), wherein a first (central) chain comprises two V-(CH1/Cκ) units and a human Fc domain interposed between the units, the second chain comprises one V-(CH1/Cκ) unit and a human Fc domain, and the third chain comprises one V-(CH1/Cκ) unit, wherein one of the V-(CH1/Cκ) units of the central chain is bound, by CH1-Cκ dimerization, to the V-(CH1/Cκ) unit of the second chain thereby forming a first antigen binding domain and a dimeric Fc domain, and wherein the other of the V-(CH1/Cκ) units of the central chain is bound, by CH1-Cκ dimerization, to the V-(CH1/Cκ) unit of the third chain thereby forming a second antigen binding domain, and wherein the Fc domain comprises N-linked glycosylation at residue N297 (Kabat EU numbering) and binds to a human CD16 polypeptide, wherein the multispecific protein is a trimer with a dimeric Fc domain having the domain arrangement: wherein one V 1 is a light chain variable domain and the other V 1 is a heavy chain variable domain, wherein one V 2 is a light chain variable domain and the other V 2 is a heavy chain variable domain, wherein the V 1 pair will form a first ABD, and the V 2 pair will form a second ABD and wherein an Fc domain is fused to a CK domain via a hinge region. wherein the multispecific protein is a trimer with a dimeric Fc domain having the domain arrangement: wherein one V 1 is a light chain variable domain and the other V 1 is a heavy chain variable domain, wherein one V 2 is a light chain variable domain and the other V 2 is a heavy chain variable domain, wherein the V 1 pair will form a first ABD, and the V 2 pair will form a second ABD and wherein an Fc domain is fused to a CK domain via a hinge region.
An end plate for a battery module, characterized in that the end plate comprises: an end plate body comprising an inner surface and an outer surface that are opposed to each other in a thickness direction (X) of the end plate body , wherein the end plate body is configured to engage with a fixing band for the battery module; and a limiting assembly disposed on the outer surface , wherein the limiting assembly includes a fixed clamping member and a movable clamping member which are spaced apart from each other in a height direction (Y) of the end plate body and are used in cooperation with each other, the movable clamping member is capable of moving relative to the end plate body , a clamping space for receiving the fixing band is formed between the fixed clamping member and the movable clamping member , and the movable clamping member is configured to make room for the fixing band to make the fixing band enter the clamping space so that the fixing band is limited within the clamping space by the limiting assembly, characterized in that , a connecting portion is provided on end plate body , and the movable clamping member is detachably or elastically connected with the connecting portion . an end plate body comprising an inner surface and an outer surface that are opposed to each other in a thickness direction (X) of the end plate body , wherein the end plate body is configured to engage with a fixing band for the battery module; and a limiting assembly disposed on the outer surface , wherein the limiting assembly includes a fixed clamping member and a movable clamping member which are spaced apart from each other in a height direction (Y) of the end plate body and are used in cooperation with each other, the movable clamping member is capable of moving relative to the end plate body , a clamping space for receiving the fixing band is formed between the fixed clamping member and the movable clamping member , and the movable clamping member is configured to make room for the fixing band to make the fixing band enter the clamping space so that the fixing band is limited within the clamping space by the limiting assembly, characterized in that , a connecting portion is provided on end plate body , and the movable clamping member is detachably or elastically connected with the connecting portion .
Composition comprising an oil phase, and particles of puffed endosperm of one or more puffable seeds, dispersed in said oil phase, wherein upon sieving at least 80 wt% of said particles passes a sieve with apertures of 500 μm, and wherein not more than 35 wt% of said particles passes a sieve with apertures of 100 μm.
An injector assembly including: a main body having a first connecting arrangement, and a cap having a second connecting arrangement for, in use, releasably connecting the cap to the first connecting arrangement of the main body, wherein one of the first or the second connecting arrangement includes a cut-out portion having an open neck portion leading to a wider locating portion , and characterised in that another of the first or the second connecting arrangement includes a projection having a neck portion leading to a wider head portion , with dimensions of the neck portion and the head portion corresponding to dimensions of the open neck portion and the locating portion so that, in use, the first and the second connecting portions releasably interlock. a main body having a first connecting arrangement, and a cap having a second connecting arrangement for, in use, releasably connecting the cap to the first connecting arrangement of the main body, wherein one of the first or the second connecting arrangement includes a cut-out portion having an open neck portion leading to a wider locating portion , and characterised in that another of the first or the second connecting arrangement includes a projection having a neck portion leading to a wider head portion , with dimensions of the neck portion and the head portion corresponding to dimensions of the open neck portion and the locating portion so that, in use, the first and the second connecting portions releasably interlock.
A method of patterning a surface of a lithium metal, the method comprising: 1) forming a uniform intaglio or embossed pattern comprising a plurality of repeating units each having a size in terms of their length and width of 0.001 to 900 μm on a silicon wafer; 2) physically pressing a lithium metal to the silicon wafer having the uniform pattern formed thereon or applying liquid lithium to the silicon wafer and cooling the liquid lithium in order to form a uniform pattern on a surface of the lithium metal; and 3) separating the lithium metal having the uniform pattern formed thereon from the silicon wafer. 1) forming a uniform intaglio or embossed pattern comprising a plurality of repeating units each having a size in terms of their length and width of 0.001 to 900 μm on a silicon wafer; 2) physically pressing a lithium metal to the silicon wafer having the uniform pattern formed thereon or applying liquid lithium to the silicon wafer and cooling the liquid lithium in order to form a uniform pattern on a surface of the lithium metal; and 3) separating the lithium metal having the uniform pattern formed thereon from the silicon wafer.
A bearing component for a knee arthroplasty, the bearing component comprising: a medial compartment having a medial articular surface with a medial articular track and having a first thickness (TM1, TM2) as measured at the medial articular track between the medial articular surface and a medial distal surface; and a lateral compartment having a lateral articular surface with a lateral articular track and having a second thickness (TL1, TL2) as measured at the lateral articular track between the lateral articular surface and a lateral distal surface; wherein the medial articular surface at the medial articular track and the lateral articular surface at the lateral articular track each have an inclination as to form an acute angle (Θ 3 ) with respect to a resected proximal surface of a tibia, wherein the bearing component is configured to couple with a tibial baseplate , wherein the inclination is in a varus-valgus and proximal-distal direction only, and characterised in that the inclination occurs for only a portion of an anterior-posterior extent of at least one of the medial articular track and the lateral articular track, wherein the first thickness differs from the second thickness for the portion of the anterior-posterior extent. a medial compartment having a medial articular surface with a medial articular track and having a first thickness (TM1, TM2) as measured at the medial articular track between the medial articular surface and a medial distal surface; and a lateral compartment having a lateral articular surface with a lateral articular track and having a second thickness (TL1, TL2) as measured at the lateral articular track between the lateral articular surface and a lateral distal surface; wherein the medial articular surface at the medial articular track and the lateral articular surface at the lateral articular track each have an inclination as to form an acute angle (Θ 3 ) with respect to a resected proximal surface of a tibia, wherein the bearing component is configured to couple with a tibial baseplate , wherein the inclination is in a varus-valgus and proximal-distal direction only, and characterised in that the inclination occurs for only a portion of an anterior-posterior extent of at least one of the medial articular track and the lateral articular track, wherein the first thickness differs from the second thickness for the portion of the anterior-posterior extent.
A modified release composition comprising 25-hydroxyvitamin D 2 , 25-hydroxyvitamin D 3 , or a combination thereof, for use in a method for reducing serum parathyroid levels in a Chronic Kidney Disease patient, the method comprising orally administering an effective amount of the composition to the patient, who is a human subject suffering from hyperparathyroidism secondary to Chronic Kidney Disease, said composition being administered at a frequency in a range of every six weeks to every other day, wherein the composition provides a rise in serum total 25-hydroxyvitamin D within the first 24 hours after said administering of at least 7 ng/ml and no greater than 30 ng/ml, as assayable using solid-phase extraction (SPE) with high performance liquid chromatography with tandem mass spectrometry (LC-MS/MS) detection, wherein the composition lowers the subject's serum intact parathyroid hormone (iPTH) level by at least 10% compared to baseline. said composition being administered at a frequency in a range of every six weeks to every other day, wherein the composition provides a rise in serum total 25-hydroxyvitamin D within the first 24 hours after said administering of at least 7 ng/ml and no greater than 30 ng/ml, as assayable using solid-phase extraction (SPE) with high performance liquid chromatography with tandem mass spectrometry (LC-MS/MS) detection, wherein the composition lowers the subject's serum intact parathyroid hormone (iPTH) level by at least 10% compared to baseline.
Portable device for climbing training, comprising a set of a plurality of elements, said plurality of elements comprising one main rope , two foot supports , and a plurality of holding units with grips for the hands, the main rope being able to be tied to a support or an elevated point, and the holding units and the foot supports being tied at different heights on the main rope , where the holding units are connected to the main rope using a cordelette while at least one of the foot supports is connected to the main rope using a cordelette , the main rope being a special climbing rope characterized in that the holding units are formed by a base plate , preferably made of wood, to which a grip is attached, wherein a slot is arranged in the center of a lower portion of the base plate , so that the base plate , if desired, may be fixed to the main rope by means of a fastener .
A work vehicle for maintenance of an electrical catenary , including a vehicle frame supported on on-track undercarriages and a vehicle superstructure situated thereon, wherein a first grounding device is arranged at a first vehicle end , with regard to a longitudinal direction of the vehicle, and a crane having a vertically and transversely adjustable work platform is arranged at the opposite, second vehicle end , characterized in that , at the second vehicle end , a second grounding device is provided which is configured as a contact plate arranged on the crane and has a vertical axis of symmetry which is arranged coaxially to a vertical axis of rotation of the crane .
An assembly for a gas turbine engine comprising: an airfoil (66;166;266) including airfoil section (66A;166A;266A) extending from a root section (66B;166B;266B), the airfoil section (66A;166A;266A) extending between a leading edge (LE) and a trailing edge (TE) in a chordwise direction (X) and extending between a tip portion (66C; 166C) and the root section (66B; 166B;266B) in a radial direction (R), and the airfoil section (66;166;266) defining a pressure side (P) and a suction side (S) separated in a thickness direction (T); and a platform dimensioned to receive a retention pin for mounting the platform to a rotatable hub , wherein the platform comprises: a plurality of composite material layers (L) that define an internal cavity ; and a lattice structure in the internal cavity that extends between the plurality of composite material layers (L), the lattice structure including a plurality of branches that extend from a plurality of nodes , wherein the platform includes a bushing in the internal cavity , the bushing is dimensioned to receive the retention pin , and the lattice structure extends between the bushing and surfaces of the plurality of composite material layers that bound the internal cavity . an airfoil (66;166;266) including airfoil section (66A;166A;266A) extending from a root section (66B;166B;266B), the airfoil section (66A;166A;266A) extending between a leading edge (LE) and a trailing edge (TE) in a chordwise direction (X) and extending between a tip portion (66C; 166C) and the root section (66B; 166B;266B) in a radial direction (R), and the airfoil section (66;166;266) defining a pressure side (P) and a suction side (S) separated in a thickness direction (T); and a platform dimensioned to receive a retention pin for mounting the platform to a rotatable hub , wherein the platform comprises: a plurality of composite material layers (L) that define an internal cavity ; and a lattice structure in the internal cavity that extends between the plurality of composite material layers (L), the lattice structure including a plurality of branches that extend from a plurality of nodes , wherein the platform includes a bushing in the internal cavity , the bushing is dimensioned to receive the retention pin , and the lattice structure extends between the bushing and surfaces of the plurality of composite material layers that bound the internal cavity . a plurality of composite material layers (L) that define an internal cavity ; and a lattice structure in the internal cavity that extends between the plurality of composite material layers (L), the lattice structure including a plurality of branches that extend from a plurality of nodes , wherein the platform includes a bushing in the internal cavity , the bushing is dimensioned to receive the retention pin , and the lattice structure extends between the bushing and surfaces of the plurality of composite material layers that bound the internal cavity .