mhurhangee/ep-ind-claims huggingface dataset:
An electronic timepiece with internal antenna, comprising: a case of which at least part is made from a conductive material; an annular antenna housed in the case; a feed part that feeds the annular antenna housed in the case; and a time display unit disposed inside the annular antenna in plan view; wherein the annular antenna has an annular dielectric base, and an antenna element that is made from a conductive material and is fed by the feed part; characterised in that the base has a sloped surface that slopes toward the time display unit and decreases in height to the time display unit with proximity to the inside; and the antenna element is disposed to the sloped surface of the annular dielectric base. a case of which at least part is made from a conductive material; an annular antenna housed in the case; a feed part that feeds the annular antenna housed in the case; and a time display unit disposed inside the annular antenna in plan view; wherein the annular antenna has an annular dielectric base, and an antenna element that is made from a conductive material and is fed by the feed part; characterised in that the base has a sloped surface that slopes toward the time display unit and decreases in height to the time display unit with proximity to the inside; and the antenna element is disposed to the sloped surface of the annular dielectric base.
Non-therapeutic use of a feed supplement comprising a resin acid based composition comprising over 10% (w/w) resin acids in the modulation of microbial population of the animal digestive tract for improving the feed conversion ratio.
Compound according to the following formula 1: or a pharmaceutically acceptable salt thereof, wherein n=7- 12; m = 1 or 2; R 1 = H, C1-C3 alkyl or void, and in case R 1 is void the nitrogen is integrated in the N-heterocycle via a double bond and in case R 1 is H or C1-C3 alkyl the nitrogen is integrated in the N-heterocycle via a single bond; R 2 = C1-C3 alkyl; R 3 = H or -CO-R 5 and R 5 is C1-C3 alkyl; R 4 = H or -CO-R 6 and R 6 is C1-C3 alkyl; Gly = mono- or disaccharide; for use as a medicament. or a pharmaceutically acceptable salt thereof, wherein n=7- 12; m = 1 or 2; R 1 = H, C1-C3 alkyl or void, and in case R 1 is void the nitrogen is integrated in the N-heterocycle via a double bond and in case R 1 is H or C1-C3 alkyl the nitrogen is integrated in the N-heterocycle via a single bond; R 2 = C1-C3 alkyl; R 3 = H or -CO-R 5 and R 5 is C1-C3 alkyl; R 4 = H or -CO-R 6 and R 6 is C1-C3 alkyl; Gly = mono- or disaccharide; for use as a medicament.
An implant having a main body composed of a biocorrodible magnesium alloy and a polylactide coating, wherein the coating contains seed crystals and lipophilic substances as additives.
A turbine vane or turbine blade for a gas turbine engine comprising: a platform; and an airfoil comprising pressure and suction side walls (86, 88) extending in a chord-wise direction between leading and trailing edges (82, 84) and in a radial direction to provide an exterior airfoil surface, wherein a main-body core cooling passage is arranged between the pressure and suction walls (86, 88) in a thickness direction and extends radially toward the platform, an airfoil skin cooling passage is arranged in one of the pressure and suction side walls (86, 88) to form a hot side wall and a cold side wall, the hot side wall defines a portion of the exterior airfoil surface, the cold side wall defines a portion of the core cooling passage, and the airfoil skin cooling passage extends to a platform skin cooling passage (108; 208; 308) arranged in the platform (76b; 276b; 376b), characterised in that: the platform skin cooling passage (108; 208; 308) is resupplied from a non gas-path backside of the platform (76b; 276b; 376b), the non gas-path backside includes a resupply hole in communication with the platform skin cooling passage, the platform skin cooling passage (108; 208; 308) terminates at a fluid exit provided at the perimeter of the platform (76b; 276b; 376b), and the perimeter includes axial and circumferential mate faces (112a, 112b). a platform; and an airfoil comprising pressure and suction side walls (86, 88) extending in a chord-wise direction between leading and trailing edges (82, 84) and in a radial direction to provide an exterior airfoil surface, wherein a main-body core cooling passage is arranged between the pressure and suction walls (86, 88) in a thickness direction and extends radially toward the platform, an airfoil skin cooling passage is arranged in one of the pressure and suction side walls (86, 88) to form a hot side wall and a cold side wall, the hot side wall defines a portion of the exterior airfoil surface, the cold side wall defines a portion of the core cooling passage, and the airfoil skin cooling passage extends to a platform skin cooling passage (108; 208; 308) arranged in the platform (76b; 276b; 376b), characterised in that: the platform skin cooling passage (108; 208; 308) is resupplied from a non gas-path backside of the platform (76b; 276b; 376b), the non gas-path backside includes a resupply hole in communication with the platform skin cooling passage, the platform skin cooling passage (108; 208; 308) terminates at a fluid exit provided at the perimeter of the platform (76b; 276b; 376b), and the perimeter includes axial and circumferential mate faces (112a, 112b).
A chew for a domestic animal comprising: one or more sheets of a chewable bovine rawhide formed into a shape suitable for chewing by a domestic animal, wherein the one or more sheets has a mass loss of at least 45% as measured by the Degradability Standard Test Protocol, obtainable by a process comprising: treating a split bovine hide with a deliming solution to provide a delimed split bovine hide; treating the delimed split bovine hide with an enzyme solution for a time and temperature to improve the degradability of the bovine hide without significantly affecting the chewable quality of the hide to provide an enzyme treated split bovine hide; washing the enzyme treated split bovine hide to remove the enzyme solution and forming the thus treated split bovine hide into a shaped pet chew, wherein the pet chew has a mass loss of at least 45% as measured by the Degradability Standard Test Protocol. treating a split bovine hide with a deliming solution to provide a delimed split bovine hide; treating the delimed split bovine hide with an enzyme solution for a time and temperature to improve the degradability of the bovine hide without significantly affecting the chewable quality of the hide to provide an enzyme treated split bovine hide; washing the enzyme treated split bovine hide to remove the enzyme solution and forming the thus treated split bovine hide into a shaped pet chew, wherein the pet chew has a mass loss of at least 45% as measured by the Degradability Standard Test Protocol.
Method for monitoring a semiconductor module, in particular an LED module, wherein a theoretical model of the semiconductor module is generated by means of simulation, wherein thermal impedances of the semiconductor module are determined and therefore measurements are recorded, after which the theoretical model is calibrated using the measurement values, characterized in that the theoretical model is compared with the measurement values using a direct experimental feedback loop to obtain an incremental adjustment of simulation results, thereby generating a validated theoretical model, wherein a compact thermal model of the semiconductor module is created to represent a heat flow in the semiconductor module, wherein the compact thermal model is continuously evaluated with the validated theoretical model, wherein the compact thermal model is repeatedly fed with data from the theoretical model validated with measurements in order to monitor a thermal actual state of the semiconductor module.
Connection system for connecting a pipe to a main pipe, wherein the connection system is connectable for this purpose to the main pipe, comprising: an elastically deformable inner pipe, wherein the inner pipe has an end portion with at least one bent tab and can be inserted by compression with the tab forward through a branch aperture of the main pipe partially into the latter, a retaining ring and a sealing element, wherein in the connection state the retaining ring and the sealing element are slid onto the inner pipe, and wherein in the connection state the sealing element can press with a close-fitting contact surface at least partially on a main pipe reveal surface, which delimits the branch aperture and encloses this, and on a main pipe internal surface, which surrounds the branch aperture, a screw element, wherein the screw element is screwed in the connection state onto the inner pipe and can press the retaining ring against a main pipe external surface, characterised in that the tab is formed as a collar formed in sections having an articulated portion. an elastically deformable inner pipe, wherein the inner pipe has an end portion with at least one bent tab and can be inserted by compression with the tab forward through a branch aperture of the main pipe partially into the latter, a retaining ring and a sealing element, wherein in the connection state the retaining ring and the sealing element are slid onto the inner pipe, and wherein in the connection state the sealing element can press with a close-fitting contact surface at least partially on a main pipe reveal surface, which delimits the branch aperture and encloses this, and on a main pipe internal surface, which surrounds the branch aperture, a screw element, wherein the screw element is screwed in the connection state onto the inner pipe and can press the retaining ring against a main pipe external surface, characterised in that the tab is formed as a collar formed in sections having an articulated portion.
A package type fluid machine comprising: a plurality of compressor bodies (40, 41, 42); a machine compartment in which the plurality of compressor bodies (40, 41, 42) are disposed; an exhaust duct that exhausts a cooling gas from the machine compartment, and a plurality of aftercoolers (50, 51, 52) that are disposed inside the exhaust duct to cool a compressed fluid from the compressor bodies (40, 41, 42), characterized by a shield that is disposed between the aftercoolers (50, 51, 52) to shield a flow of the cooling gas; and a cooling fan which is driven to feed a cooling gas to the compressor body to cool the compressor bodies (40, 41, 42). a plurality of compressor bodies (40, 41, 42); a machine compartment in which the plurality of compressor bodies (40, 41, 42) are disposed; an exhaust duct that exhausts a cooling gas from the machine compartment, and a plurality of aftercoolers (50, 51, 52) that are disposed inside the exhaust duct to cool a compressed fluid from the compressor bodies (40, 41, 42), characterized by a shield that is disposed between the aftercoolers (50, 51, 52) to shield a flow of the cooling gas; and a cooling fan which is driven to feed a cooling gas to the compressor body to cool the compressor bodies (40, 41, 42).
Protective device for a lens with a protective hood protecting a lens mount against ballistic effects, having a sight opening for the lens, and a closing flap for closing the sight opening, wherein the closing flap can rotate relative to the protective hood, and the axis of rotation of the closing flap runs through the lens mount, characterized in that the closing flap is led along the outside of the protective hood and can be removed from the protective hood to decrease the design height.
Vortioxetine or a derivative thereof, for use as: i) a promoter of satellite cells self-renewal and/or differentiation; and/or ii) an agent preventing and/or inhibiting the satellite cells pool exhaustion, in a subject affected by a natural or by a pathological loss and/or damage and/or impairment of skeletal muscle tissue(s), wherein said derivative of Vortioxetine is Vortioxetine that is modified to comprise at least one charged chemical moiety. i) a promoter of satellite cells self-renewal and/or differentiation; and/or ii) an agent preventing and/or inhibiting the satellite cells pool exhaustion,
Flexible floor-guided barrier and door system for an access area for persons comprising: - at least two rails which can be arranged on the floor of the access area; - at least two barrier elements which are guided in a displaceable manner in the rails so that they can be arranged in at least one closed arrangement in order to form a barrier in the access area; - at least one actuator unit which is adapted to displace at least one barrier element relative to the closed arrangement in order to create at least one through opening in the barrier and - a control device that is adapted to control the actuator unit in such a way that the at least one through opening is produced at a defined point of the access area; characterised in that the at least one actuator unit is arranged - within the rails; or - at least partially under the floor or the access area. - at least two rails which can be arranged on the floor of the access area; - at least two barrier elements which are guided in a displaceable manner in the rails so that they can be arranged in at least one closed arrangement in order to form a barrier in the access area; - at least one actuator unit which is adapted to displace at least one barrier element relative to the closed arrangement in order to create at least one through opening in the barrier and - a control device that is adapted to control the actuator unit in such a way that the at least one through opening is produced at a defined point of the access area; characterised in that the at least one actuator unit is arranged - within the rails; or - at least partially under the floor or the access area. - within the rails; or - at least partially under the floor or the access area.
An apparatus comprising: processing circuitry to perform processing in one of at least three domains; and address translation circuitry to translate a virtual address of a memory access performed from a current domain to a physical address in one of a plurality of physical address spaces selected based at least on the current domain; and at least one pre-PoPA memory system component provided upstream of a point of physical aliasing, PoPA, to treat aliasing physical addresses from different physical address spaces which correspond to the same memory system resource as if the aliasing physical addresses correspond to different memory system resources; in which: the at least three domains include a root domain for managing switching between a plurality of other domains of the at least three domains; and the plurality of physical address spaces include a root physical address space associated with the root domain, separate from physical address spaces associated with the plurality of other domains. processing circuitry to perform processing in one of at least three domains; and address translation circuitry to translate a virtual address of a memory access performed from a current domain to a physical address in one of a plurality of physical address spaces selected based at least on the current domain; and at least one pre-PoPA memory system component provided upstream of a point of physical aliasing, PoPA, to treat aliasing physical addresses from different physical address spaces which correspond to the same memory system resource as if the aliasing physical addresses correspond to different memory system resources; in which: the at least three domains include a root domain for managing switching between a plurality of other domains of the at least three domains; and the plurality of physical address spaces include a root physical address space associated with the root domain, separate from physical address spaces associated with the plurality of other domains.
A device for measuring the air speed in suction lines, having a probe which can be inserted into a gas suction line for ventilation gases, for detecting the outflowing gas quantity, wherein - the probe has at least two measurement points (4, 5) for differential pressure measurement and is constructed in the manner of a spatial aerofoil profile, wherein furthermore - the probe is constructed essentially in two parts with an aerofoil-profile section and a connection section, and wherein - the aerofoil-profile section has a predominantly straight profile trailing edge and a thickness ratio (w/l) of approx. 0.5 to 0.7. - the probe has at least two measurement points (4, 5) for differential pressure measurement and is constructed in the manner of a spatial aerofoil profile, wherein furthermore - the probe is constructed essentially in two parts with an aerofoil-profile section and a connection section, and wherein - the aerofoil-profile section has a predominantly straight profile trailing edge and a thickness ratio (w/l) of approx. 0.5 to 0.7.
A gold pigment comprising: a substrate; a first coating layer formed on the surface of the substrate and comprising a metal oxide having a refractive index of more than 1.8; a second coating layer formed on the first coating layer and comprising an oxide containing manganese; a third coating layer formed on the second coating layer and comprising a colorless metal oxide having a refractive index of 1.8 or less; a fourth coating layer formed on the third coating layer and comprising a metal oxide having a refractive index of more than 1.8; and a fifth coating layer formed on the fourth coating layer and containing Fe 2 O 3. a substrate; a first coating layer formed on the surface of the substrate and comprising a metal oxide having a refractive index of more than 1.8; a second coating layer formed on the first coating layer and comprising an oxide containing manganese; a third coating layer formed on the second coating layer and comprising a colorless metal oxide having a refractive index of 1.8 or less; a fourth coating layer formed on the third coating layer and comprising a metal oxide having a refractive index of more than 1.8; and a fifth coating layer formed on the fourth coating layer and containing Fe 2 O 3.
A falling film evaporator for use in a refrigeration chiller system comprising: a shell into which a two-phase mixture of refrigerant is received; a tube bundle disposed in said shell; and a refrigerant distributor disposed in said shell and overlying said tube bundle so that liquid refrigerant expressed out of said distributor is deposited thereonto, said distributor having an inlet and defining a flow path by which said two-phase mixture is dispersed across generally the entire length and width of said tube bundle prior to exiting said distributor, said distributor defining a distribution volume downstream of said flow path in flow communication therewith, the pressure in said distribution volume being lower than the pressure in said flow path, and refrigerant flowing out of said flow path, into said distribution volume, impinging on a surface by which said distribution volume is defined so as to reduce the kinetic energy of said refrigerant prior to the delivery of the liquid portion thereof out of said distributor and into contact with said tube bundle, wherein said flow path has two branches (86, 88) that each generally converge toward the lengthwise ends of the distributor, there being a plurality of converging sub-branches that extend from said flow path generally to the widthwise edges of said distributor along generally the entire length of each of said branches (86, 88) of the flow path. a shell into which a two-phase mixture of refrigerant is received; a tube bundle disposed in said shell; and a refrigerant distributor disposed in said shell and overlying said tube bundle so that liquid refrigerant expressed out of said distributor is deposited thereonto, said distributor having an inlet and defining a flow path by which said two-phase mixture is dispersed across generally the entire length and width of said tube bundle prior to exiting said distributor, said distributor defining a distribution volume downstream of said flow path in flow communication therewith, the pressure in said distribution volume being lower than the pressure in said flow path, and refrigerant flowing out of said flow path, into said distribution volume, impinging on a surface by which said distribution volume is defined so as to reduce the kinetic energy of said refrigerant prior to the delivery of the liquid portion thereof out of said distributor and into contact with said tube bundle, wherein said flow path has two branches (86, 88) that each generally converge toward the lengthwise ends of the distributor, there being a plurality of converging sub-branches that extend from said flow path generally to the widthwise edges of said distributor along generally the entire length of each of said branches (86, 88) of the flow path.
An apparatus for digital predistortion, comprising: a multiband digital predistorter engine having a first band path and a second band path; an input stage of the digital predistorter engine coupled to receive first samples via the first band path and second samples via the second band path; a first linear transformation block coupled to receive first magnitudes and second magnitudes of the first and second samples (603-1, 603-2), respectively, and to provide first transformed magnitudes and first cross-coupled transformed magnitudes; a second linear transformation block coupled to receive the first magnitudes and the second magnitudes and to provide second transformed magnitudes and second cross-coupled transformed magnitudes; a first pair (441, 443) of digital predistorters of the digital predistorter engine coupled to receive the first samples, the first transformed magnitudes, and the first cross-coupled magnitudes; a second pair (445, 447) of digital predistorters of the digital predistorter engine coupled to receive the second samples, the second transformed magnitudes, and the second cross-coupled magnitudes; an output stage of the digital predistorter engine coupled to receive predistorted outputs (431, 432, 433, 444) from the first pair (441, 443) of digital predistorters and the second pair (445, 447) of digital predistorters and configured to provide a digital predistorted composite signal of the predistorted outputs (431, 432, 433, 444) from the first pair (441, 443) of digital predistorters and the second pair (445, 447) of digital predistorters. a multiband digital predistorter engine having a first band path and a second band path; an input stage of the digital predistorter engine coupled to receive first samples via the first band path and second samples via the second band path; a first linear transformation block coupled to receive first magnitudes and second magnitudes of the first and second samples (603-1, 603-2), respectively, and to provide first transformed magnitudes and first cross-coupled transformed magnitudes; a second linear transformation block coupled to receive the first magnitudes and the second magnitudes and to provide second transformed magnitudes and second cross-coupled transformed magnitudes; a first pair (441, 443) of digital predistorters of the digital predistorter engine coupled to receive the first samples, the first transformed magnitudes, and the first cross-coupled magnitudes; a second pair (445, 447) of digital predistorters of the digital predistorter engine coupled to receive the second samples, the second transformed magnitudes, and the second cross-coupled magnitudes; an output stage of the digital predistorter engine coupled to receive predistorted outputs (431, 432, 433, 444) from the first pair (441, 443) of digital predistorters and the second pair (445, 447) of digital predistorters and configured to provide a digital predistorted composite signal of the predistorted outputs (431, 432, 433, 444) from the first pair (441, 443) of digital predistorters and the second pair (445, 447) of digital predistorters.