mhurhangee/ep-ind-claims huggingface dataset:
A process of preparing a high-efficiency yellow emitting phosphor, wherein carbonates of Sr and of Ba are mixed intensively together with SiO 2 and a flux as well as with an Eu precursor, and from this an orthosilicate is synthesized, this orthosilicate is then mixed with Si 3 N 4 and this mixture is then annealed in a slightly reducing atmosphere, wherein a high-efficiency yellow emitting phosphor from the class of the oxynitridosilicates with a cation M 2+ and an empirical formula M (1-c) Si 2 O 2 N 2:D c is formed, - wherein D is a divalent doping with europium, - wherein M = Sr (1-x) Ba x with 0.45 ≤ x ≤ 0.55, - wherein the oxynitridosilicate completely or predominantly consists of a phase, which corresponds neither to that of pure Sr-sion nor that of pure Ba-sion, - wherein the dominant wavelength of the mixed sion with the given doping content is shifted by at least 6 nm, with respect to the dominant wavelength of the pure Sr-sion with the same doping content, towards longer wavelengths, - wherein the content c of Eu in the oxynitridosilicate makes up from 5 to 20 mol% of M. - wherein D is a divalent doping with europium, - wherein M = Sr (1-x) Ba x with 0.45 ≤ x ≤ 0.55, - wherein the oxynitridosilicate completely or predominantly consists of a phase, which corresponds neither to that of pure Sr-sion nor that of pure Ba-sion, - wherein the dominant wavelength of the mixed sion with the given doping content is shifted by at least 6 nm, with respect to the dominant wavelength of the pure Sr-sion with the same doping content, towards longer wavelengths, - wherein the content c of Eu in the oxynitridosilicate makes up from 5 to 20 mol% of M.
An electromagnetic radiation system for directing an electromagnetic radiation beam at a target having a first arrangement in which the radiation beam is directed along a marking beam path (11a-c) that is within a marking range of the electromagnetic radiation system and a second arrangement in which the radiation beam is directed along a different beam path that is not within the marking range of the electromagnetic radiation system, wherein a positional relationship between the marking beam path (11a-c) and the different beam path satisfies a pre-determined condition at the target when the electromagnetic radiation system is at a pre-determined distance from the target, characterised in that the electromagnetic radiation system comprises: a first moveable optical element comprising a first configuration that causes the radiation beam to follow the marking beam path (11a-c) and a second configuration that causes the radiation beam to follow the different beam path, and an actuator (A, B) configured to drive the first optical element between the first and second configurations. a first moveable optical element comprising a first configuration that causes the radiation beam to follow the marking beam path (11a-c) and a second configuration that causes the radiation beam to follow the different beam path, and an actuator (A, B) configured to drive the first optical element between the first and second configurations.
A method for wireless communication with a user equipment, UE, having a plurality of antenna groups (334a, 334b, 334t) including a first antenna group (334a, 334b) and a second antenna group, comprising: receiving signals with a first received power from the first antenna group of the UE, the first antenna group having a first channel gain; receiving signals with a second received power from the second antenna group of the UE, the second antenna group having a second different channel gain; generating a TPC command for the first antenna group based on the first received power and generating a TPC command for the second antenna group based on the second received power, wherein at least one antenna group of the first antenna group and the second antenna group includes multiple antennas; and transmitting the TPC commands to the UE. receiving signals with a first received power from the first antenna group of the UE, the first antenna group having a first channel gain; receiving signals with a second received power from the second antenna group of the UE, the second antenna group having a second different channel gain; generating a TPC command for the first antenna group based on the first received power and generating a TPC command for the second antenna group based on the second received power, wherein at least one antenna group of the first antenna group and the second antenna group includes multiple antennas; and transmitting the TPC commands to the UE.
A filtering system, comprising: a housing; a powered inductive loop (200, 300, 540) inside said housing; a filtering element (310, 400), located with said housing, comprising a wireless electronic device (220, 470, 550), said electronic device (220, 470, 550) comprising an antenna adapted to receive an electromagnetic field generated by said powered inductive loop (200, 300, 540) and convert it to alternating current; and an unpowered electromagnetically resonant antenna (230, 480, 560) located within said housing positioned so as to enhance said electromagnetic field received by said electronic device (220, 470, 550), wherein the wireless electronic device (220, 470, 550) is disposed between the powered loop antenna and the unpowered electromagnetically resonant antenna (230, 480, 560). a housing; a powered inductive loop (200, 300, 540) inside said housing; a filtering element (310, 400), located with said housing, comprising a wireless electronic device (220, 470, 550), said electronic device (220, 470, 550) comprising an antenna adapted to receive an electromagnetic field generated by said powered inductive loop (200, 300, 540) and convert it to alternating current; and an unpowered electromagnetically resonant antenna (230, 480, 560) located within said housing positioned so as to enhance said electromagnetic field received by said electronic device (220, 470, 550), wherein the wireless electronic device (220, 470, 550) is disposed between the powered loop antenna and the unpowered electromagnetically resonant antenna (230, 480, 560).
A procoagulant protein comprising (i) at least one coagulation factor, which is a FVII polypeptide or a FIX polypeptide, covalently attached to (ii) a monoclonal antibody, or a fragment thereof which is a Fab fragment, that is capable of specifically binding (iii) TREM-like transcript 1 (TLT-1). (i) at least one coagulation factor, which is a FVII polypeptide or a FIX polypeptide, covalently attached to (ii) a monoclonal antibody, or a fragment thereof which is a Fab fragment, that is capable of specifically binding (iii) TREM-like transcript 1 (TLT-1).
A computer program for processing an angiographic image, the computer program comprising computer-readable instructions that, when being executed on said computer, cause the computer to perform the steps of: obtaining multiple angiographic image frames of a vessel region and multiple intravascular image frames acquired by an imaging catheter in the vessel region during pullback of the imaging catheter; detecting the vessel region in each of the multiple angiographic image frames; defining a direction intersecting a longitudinal direction of the vessel region; detecting motion of the vessel region based on the direction by evaluating positions of the vessel region in the multiple angiographic image frames; defining an area based on the detected motion and the detected vessel region; detecting a marker of the imaging catheter disposed in the vessel region within the area, in at least one of the multiple angiography image frames; and performing co-registration between the multiple angiographic image frames and the multiple intravascular image frames, based on the detected marker. obtaining multiple angiographic image frames of a vessel region and multiple intravascular image frames acquired by an imaging catheter in the vessel region during pullback of the imaging catheter; detecting the vessel region in each of the multiple angiographic image frames; defining a direction intersecting a longitudinal direction of the vessel region; detecting motion of the vessel region based on the direction by evaluating positions of the vessel region in the multiple angiographic image frames; defining an area based on the detected motion and the detected vessel region; detecting a marker of the imaging catheter disposed in the vessel region within the area, in at least one of the multiple angiography image frames; and performing co-registration between the multiple angiographic image frames and the multiple intravascular image frames, based on the detected marker.
A micropump device, comprising a monolithic body of semiconductor material having a first and a second face (3A, 3B) and integrating a plurality of actuator elements arranged side-by-side, wherein each actuator element includes: a first chamber extending in the monolithic body at a distance from the first face; a membrane formed by the monolithic body between the first face and the first chamber; a piezoelectric element extending on the first face of the monolithic body over the membrane; a second chamber extending in the monolithic body between the first chamber and the second face; a fluidic inlet path, configured to fluidically connect the second chamber with the outside of the monolithic body; and a fluid-outlet opening extending in a transverse direction in the monolithic body from the second face to the first chamber and extends through the second chamber. a first chamber extending in the monolithic body at a distance from the first face; a membrane formed by the monolithic body between the first face and the first chamber; a piezoelectric element extending on the first face of the monolithic body over the membrane; a second chamber extending in the monolithic body between the first chamber and the second face; a fluidic inlet path, configured to fluidically connect the second chamber with the outside of the monolithic body; and a fluid-outlet opening extending in a transverse direction in the monolithic body from the second face to the first chamber and extends through the second chamber.
A cleaning plant for the individual and/or maintenance cleaning of work pieces, comprising a plurality of separate cleaning stations which can be used individually and are designed as so-called "stand-alone" devices and respectively comprise own carrier feet, comprising a continuous worktop which is common to all the cleaning stations, which worktop comprises corresponding openings for respectively accessing the individual cleaning stations, wherein a hood is provided which serves for selectively covering one of the openings, wherein the hood is arranged in a displaceable manner with respect to the worktop in the longitudinal direction of the worktop, wherein a rail system extending in the longitudinal direction of the worktop is provided, which rail system carries the hood, wherein the hood is carried by the rail system with interposition of a bearer frame, wherein the hood is arranged on the bearer frame such that it is displaceable in the direction of height with respect to the bearer frame.
Carbon material comprising particles of hard, non-porous carbon having a spherical morphology, this material having an interlayer distance d 002 greater than 3.6 Å, a total specific surface area, measured by the BET N 2 method, of less than 75 m 2 /g and a total specific surface area, measured by the BET CO2 method, of 1 to 100 m 2 /g, preferably of 1 to 60 m 2 /g.
Turbomachine, in particular a hot gas expander, having at least one inlet casing to which there is attached an inlet guide apparatus, wherein the inlet guide apparatus has a unison ring, wherein the turbomachine has first and second sliding elements (26; 28) which are assigned to the unison ring and on which the unison ring slides when moving, characterized in that the unison ring has, on its inner side, at least one groove which extends in the circumferential direction and in which at least one second sliding element engages, wherein the groove has a radial depth such that the unison ring is mounted axially by means of the second sliding element.
A baby crib where babies/children sleep or spend time, that includes • a headboard part, and a footboard part introduced at the sections of the bed which correspond to the head and foot section, and a bed board • at least one side section in the form of a guardrail which are introduced between the said footboard part and the headboard part, and which encircle the bed, which are introduced around a bed board, onto which the bed is positioned, and form the main frame; characterized in comprising, • upholstered parts which are made of MDF with sponge filling fabrics during manufacturing, which cover the inner surfaces of the said headboard part, the footboard part and the side sections facing inside the baby crib, and are connected to the said parts in order to protect babies/children from damages due to hitting themselves to hard surfaces. • a headboard part, and a footboard part introduced at the sections of the bed which correspond to the head and foot section, and a bed board • at least one side section in the form of a guardrail which are introduced between the said footboard part and the headboard part, and which encircle the bed, which are introduced around a bed board, onto which the bed is positioned, and form the main frame; characterized in comprising, • upholstered parts which are made of MDF with sponge filling fabrics during manufacturing, which cover the inner surfaces of the said headboard part, the footboard part and the side sections facing inside the baby crib, and are connected to the said parts in order to protect babies/children from damages due to hitting themselves to hard surfaces.
An isolated or purified antigen binding antibody fragment, comprising a complementarity determining region 1 sequence of GRTIDNYA (SEQ ID NO:1); a CDR2 sequence of IDWGDGGX (SEQ ID NO:2); and a CDR3 sequence of AMARQSRVNLDVARYDY (SEQ ID NO:3), wherein the antibody fragment is specific for Insulin-Like Growth Factor 1 Receptor (IGF1R).
Composition comprising, in a solvent medium S, chemically crosslinked polymers P resulting from the radical copolymerization of a mixture of monomers including: - ethylenically unsaturated monomers m1, selected from monomers which form by polymerization a polymer having an effect of inhibiting organic and/or inorganic deposit formation; and - polyethylenically unsaturated monomers m2, bearing at least one group which is cleavable between two ethylenic unsaturations, and where said polymers P are present in the solvent medium S in the form of dispersed objects having sizes of less than 1 micron, and where the composition is prepared according to a process which comprises a step in which the following are brought together: - the ethylenically unsaturated monomers m1 as defined in claim 1; - the polyethylenically unsaturated monomers m2 bearing a cleavable function, as defined in claim 1; - a source of free radicals; and - a polymerization control agent, with a degree of crosslinking, defined by the molar ratio m2/(m1+m2), corresponding to the amount of monomers m2 relative to the total amount of monomers, of between 0.05% and 25%. - ethylenically unsaturated monomers m1, selected from monomers which form by polymerization a polymer having an effect of inhibiting organic and/or inorganic deposit formation; and - polyethylenically unsaturated monomers m2, bearing at least one group which is cleavable between two ethylenic unsaturations, - the ethylenically unsaturated monomers m1 as defined in claim 1; - the polyethylenically unsaturated monomers m2 bearing a cleavable function, as defined in claim 1; - a source of free radicals; and - a polymerization control agent,
A method of operating a front-end access server to facilitate scope-based certificate deployment in a multi-tenant cloud-based content service, the method comprising: receiving a request for authentication from an access system (114A, 114B) of a dedicated tenant (110A, 110B), wherein the request includes metadata used to identify the dedicated tenant associated with the request; extracting the metadata from the request; processing the metadata to identify the dedicated tenant associated with the request; accessing a tenant-specific certificate corresponding to the dedicated tenant; providing the tenant-specific certificate to the dedicated tenant for validation by a third-party certificate authority; receiving a request from the access system of the dedicated tenant, wherein fulfilling the request requires accessing a back-end service, but the request is handled up front; identifying a single, non-tenant-specific certificate corresponding to the back-end service, the single, non-tenant-specific certificate being managed by the multi-tenant cloud-based content service; and authenticating with the back-end service using the single, non-tenant-specific certificate. receiving a request for authentication from an access system (114A, 114B) of a dedicated tenant (110A, 110B), wherein the request includes metadata used to identify the dedicated tenant associated with the request; extracting the metadata from the request; processing the metadata to identify the dedicated tenant associated with the request; accessing a tenant-specific certificate corresponding to the dedicated tenant; providing the tenant-specific certificate to the dedicated tenant for validation by a third-party certificate authority; receiving a request from the access system of the dedicated tenant, wherein fulfilling the request requires accessing a back-end service, but the request is handled up front; identifying a single, non-tenant-specific certificate corresponding to the back-end service, the single, non-tenant-specific certificate being managed by the multi-tenant cloud-based content service; and authenticating with the back-end service using the single, non-tenant-specific certificate.
A dryer comprising: a cabinet; a drum installed in the cabinet and having an inlet through which air is introduced into the drum and an outlet through which air is discharged from the drum; a heat exchanger (32, 34) configured to remove moisture of the air discharged from the outlet and increase a temperature of the air discharged from the outlet; a fan installed in the cabinet and allowing the air discharged from the outlet to be introduced into the heat exchanger (32, 34); a blowing passage having an L-shape and connecting the fan to the heat exchanger such that the air discharged from the fan is discharged in a first direction and is deflected by the L-shaped blowing passage to move in a second direction into the heat exchanger (32, 34), wherein the second direction is perpendicular to the first direction, wherein the blowing passage includes a first wall connected to the fan and a second wall connecting the first wall to the heat exchanger (32, 34), wherein the first wall and the second wall form the outer side of the L-shape; and a vane (40, 50, 60) installed perpendicular to a bottom surface of the blowing passage and protruding from the first wall, wherein the vane (40, 50, 60) is formed perpendicular to a flowing direction of the air through the blowing passage and is formed parallel to the second wall. a cabinet; a drum installed in the cabinet and having an inlet through which air is introduced into the drum and an outlet through which air is discharged from the drum; a heat exchanger (32, 34) configured to remove moisture of the air discharged from the outlet and increase a temperature of the air discharged from the outlet; a fan installed in the cabinet and allowing the air discharged from the outlet to be introduced into the heat exchanger (32, 34); a blowing passage having an L-shape and connecting the fan to the heat exchanger such that the air discharged from the fan is discharged in a first direction and is deflected by the L-shaped blowing passage to move in a second direction into the heat exchanger (32, 34), wherein the second direction is perpendicular to the first direction, wherein the blowing passage includes a first wall connected to the fan and a second wall connecting the first wall to the heat exchanger (32, 34), wherein the first wall and the second wall form the outer side of the L-shape; and a vane (40, 50, 60) installed perpendicular to a bottom surface of the blowing passage and protruding from the first wall, wherein the vane (40, 50, 60) is formed perpendicular to a flowing direction of the air through the blowing passage and is formed parallel to the second wall.
Module for supporting rotary brushes used in vehicle-washing and drying machines comprising a pair of identical and complementary components configured to be assembled together, the components incorporating axial rods for the fastening of washing elements, characterized in that each of the components: - has a ring-like configuration, with an inner central polygonal opening defining several faces, and - comprises axial rods and holes (9, 9') which are adjacent and alternately located along the whole perimeter of the component, the axial rods being separated from the adjacent holes (9, 9') by a wall that surrounds each axial rod, the wall being open to the outer zone of the component, wherein: - the axial rods have a cone-shaped configuration, - the holes (9, 9') are configured to host the free ends of the axial rods of the complementary ring-like component, - the free end of some of the axial rods ends in an anchoring tab, and - the washing elements are selected between fringes and radial supporting members hosting bristles, so that, when assembling both ring-like components together: - each of the axial rods of each ring-like components fits in the corresponding hole (9, 9') of the ring-like complementary component, - the anchoring tabs at the end of the axial rods of each ring-like components fit in the corresponding hole of the ring-like complementary component, performing the assembly of both ring-like components, and - the washing elements remain trapped with no possibility of breaking free from the axial rods. - has a ring-like configuration, with an inner central polygonal opening defining several faces, and - comprises axial rods and holes (9, 9') which are adjacent and alternately located along the whole perimeter of the component, the axial rods being separated from the adjacent holes (9, 9') by a wall that surrounds each axial rod, the wall being open to the outer zone of the component, - the axial rods have a cone-shaped configuration, - the holes (9, 9') are configured to host the free ends of the axial rods of the complementary ring-like component, - the free end of some of the axial rods ends in an anchoring tab, and - the washing elements are selected between fringes and radial supporting members hosting bristles, - each of the axial rods of each ring-like components fits in the corresponding hole (9, 9') of the ring-like complementary component, - the anchoring tabs at the end of the axial rods of each ring-like components fit in the corresponding hole of the ring-like complementary component, performing the assembly of both ring-like components, and - the washing elements remain trapped with no possibility of breaking free from the axial rods.