mhurhangee/ep-ind-claims huggingface dataset:
A recombinant binding protein comprising an amino acid sequence that has at least 90% amino acid sequence identity with SEQ ID NO: 21, wherein said recombinant binding protein comprises two designed ankyrin repeat domains with binding specificity for HER2 and two designed ankyrin repeat domains with binding specificity for serum albumin.
Spray gun having a single-part main body (1a, 1b), a trigger, a paint needle activation element which is coupled to the trigger, a paint needle which is coupled to the paint needle activation element, and a replaceable spraying agent directing installation of which the inlet region is connected, or able to be connected, to a material supply device for the material to be sprayed, wherein the main body (1a, 1b) has at least one spraying agent inlet region and a recess (61a, 61b) for receiving the replaceable spraying agent directing installation, characterized in that the recess (61a, 61b) is disposed on the upper side of the main body (1a, 1b) in the region of the spraying agent inlet of the main body (1a, 1b), in that the main body (1a, 1b) is designed in such a manner that the replaceable spraying agent directing installation in the spray gun is able to be disposed via the spraying agent inlet region of the main body (1a, 1b), in that no parts of the main body (1a, 1b) have to be moved for inserting or removing the replaceable spraying agent directing installation, and in that the paint needle activation element is disposed so as to be coaxial with the paint needle.
A cache module for a central processing unit comprising: a cache control unit comprising an interface for a memory, a cache memory coupled with said control unit, wherein said cache memory comprises a plurality of cache lines, wherein said cache memory is user programmable to split the cache memory into a first set having a predetermined number of cache lines to cache instructions and into a second set comprising a remainder of cache lines of the cache memory to cache data, characterized in that the cache control unit comprises a user programmable function which, when enabled and while the cache bandwidth is not used for fetching instructions, forces a data cache prefetching into said second set of cache lines while instructions are executed from said first set of cache lines. a cache control unit comprising an interface for a memory, a cache memory coupled with said control unit, wherein said cache memory comprises a plurality of cache lines, wherein said cache memory is user programmable to split the cache memory into a first set having a predetermined number of cache lines to cache instructions and into a second set comprising a remainder of cache lines of the cache memory to cache data,
An imaging device comprising: a photoelectric conversion unit in which a first electrode, a photoelectric conversion layer, and a second electrode are stacked, wherein a semiconductor material layer including an inorganic oxide semiconductor material having an amorphous structure at least in a portion is formed between the first electrode and the photoelectric conversion layer, and a formation energy of an inorganic oxide semiconductor material that has the same composition as the inorganic oxide semiconductor material having an amorphous structure and has a crystalline structure has a positive value, so that an energy state of the semiconductor material layer that has the same composition as the inorganic oxide semiconductor material having an amorphous structure, but has a crystalline structure, is lower (more stable) than the energy state estimated on the assumption that the inorganic oxide semiconductor material is separated into single-metal oxide crystals with fewer elements, characterised in that the semiconductor material layer is formed of Ga x1 Sn y1 O, and satisfies 0.28 ≤ y 1 / x 1 + y 1 ≤ 0.38. a photoelectric conversion unit in which a first electrode, a photoelectric conversion layer, and a second electrode are stacked, wherein a semiconductor material layer including an inorganic oxide semiconductor material having an amorphous structure at least in a portion is formed between the first electrode and the photoelectric conversion layer, and a formation energy of an inorganic oxide semiconductor material that has the same composition as the inorganic oxide semiconductor material having an amorphous structure and has a crystalline structure has a positive value, so that an energy state of the semiconductor material layer that has the same composition as the inorganic oxide semiconductor material having an amorphous structure, but has a crystalline structure, is lower (more stable) than the energy state estimated on the assumption that the inorganic oxide semiconductor material is separated into single-metal oxide crystals with fewer elements, characterised in that the semiconductor material layer is formed of Ga x1 Sn y1 O, and satisfies 0.28 ≤ y 1 / x 1 + y 1 ≤ 0.38.
Lighting device comprising: - an electrically-conductive support structure; and - a plurality of elementary lighting modules fastened to the support structure, each elementary module comprising a printed circuit board and, assembled on the printed circuit board, a LED assembly and an electronic circuit for powering and controlling the LED assembly, wherein, in each elementary module, the printed circuit board of the module comprises at least one reference terminal (V-), the reference terminals (V-) of the printed circuit boards of the different elementary modules being electrically connected to one another via the support structure, wherein the elementary modules are arranged according to a plurality of columns, each comprising a plurality of elementary modules, each module comprising two power supply and control connectors, and the elementary modules of a same column being connected in a chain via their respective power supply and control connectors. - an electrically-conductive support structure; and - a plurality of elementary lighting modules fastened to the support structure, each elementary module comprising a printed circuit board and, assembled on the printed circuit board, a LED assembly and an electronic circuit for powering and controlling the LED assembly,
A method of projecting visual indicators onto a physical object to guide actions of an individual, said method comprising: providing a guide system (200, 300, 400) having a guide system controller (220, 320, 420) and a projector, said guide system controller including a plurality of addressed display features; providing input signals to said guide system controller; selecting addressed display features based on said input signals; and projecting visual indicators corresponding to said selected addressed display features onto the physical object, with said guide system controller (220, 320, 420) is configured to control operation of said projector to project said visual indicators; wherein a unique identifier is assigned to each of said plurality of addressed display features and said guide system controller (220, 320, 420) further comprises a plurality of positional identifiers; said input signals being transmitted from a separate system or controller to said guide system controller and said input signals being parsed or interpreted by the guide system controller (220, 320, 420) to define the appropriate addressed display feature identifier and positional identifier for directing the projection of the selected addressed display feature onto a desired location of the physical object. providing a guide system (200, 300, 400) having a guide system controller (220, 320, 420) and a projector, said guide system controller including a plurality of addressed display features; providing input signals to said guide system controller; selecting addressed display features based on said input signals; and projecting visual indicators corresponding to said selected addressed display features onto the physical object, with said guide system controller (220, 320, 420) is configured to control operation of said projector to project said visual indicators; wherein a unique identifier is assigned to each of said plurality of addressed display features and said guide system controller (220, 320, 420) further comprises a plurality of positional identifiers; said input signals being transmitted from a separate system or controller to said guide system controller and said input signals being parsed or interpreted by the guide system controller (220, 320, 420) to define the appropriate addressed display feature identifier and positional identifier for directing the projection of the selected addressed display feature onto a desired location of the physical object.
A method for processing downlink network data, wherein the method is applied to a data transmission network, and the data transmission network comprises a central node device and a remote node device, wherein the central node device is an edge device of a backbone network in the data transmission network, and the remote node device is an edge device of a user network in the data transmission network; and the method comprises: receiving (101, 301), by the central node device, a first data frame from the network side; copying or remapping, by the central node device, a first frame header of the first data frame to obtain a second frame header, wherein when a network between the central node device and the remote node device is different from a network of the network side, remapping, by the central node device, the first frame header to obtain the second frame header; or when a network between the central node device and the remote node device is the same as a network of the network side, copying or remapping the first frame header to obtain the second frame header, wherein a same quality of service, QoS, parameter in the second frame header obtained by means of remapping and in the first frame header corresponds to different QoS parameter values; performing (102, 303), by the central node device, different downlink digital signal processing on the first data frame for different types of data frames to obtain a downlink to-be-sent data frame; and encapsulating, by the central node device, the downlink to-be-sent data frame by using the second frame header, to obtain a second data frame, and sending the second data frame to the remote node device. receiving (101, 301), by the central node device, a first data frame from the network side; copying or remapping, by the central node device, a first frame header of the first data frame to obtain a second frame header, wherein when a network between the central node device and the remote node device is different from a network of the network side, remapping, by the central node device, the first frame header to obtain the second frame header; or when a network between the central node device and the remote node device is the same as a network of the network side, copying or remapping the first frame header to obtain the second frame header, wherein a same quality of service, QoS, parameter in the second frame header obtained by means of remapping and in the first frame header corresponds to different QoS parameter values; performing (102, 303), by the central node device, different downlink digital signal processing on the first data frame for different types of data frames to obtain a downlink to-be-sent data frame; and encapsulating, by the central node device, the downlink to-be-sent data frame by using the second frame header, to obtain a second data frame, and sending the second data frame to the remote node device.
A semiconductor construction comprising a vertical stack of memory units (14, 16, 18) over a semiconductor substrate; individual memory units each comprising a memory element, a wordline, a bitline and at least one diode and adjacent memory units of the vertical stack being spaced from one another by at least one passivation material and wherein individual diodes comprise a diode dielectric stack comprising at least a first, a second and a third different dielectric material (54, 56,58), the second dielectric material being adjacent to the first dielectric material and the third dielectric material being adjacent to the second dielectric material, the first, second and third dielectric materials being positioned such that band gaps enable tunnelling of carriers in one direction but restrict carriers tunnelling in the opposite direction, the diode dielectric stack being oriented to direct current flow either toward or away from wordline and to restrict current flow in the opposite direction; the wordline comprising a first conductive material beneath the three adjacent dielectric materials; and an electrode comprising a second conductive material over the three adjacent dielectric materials.
Window or door having an outer frame, a sash/leaf and a drive device for the sash/leaf, which is mounted pivotably on the outer frame, having an electric drive which, in the closed position of the sash/leaf, is arranged in a concealed manner between the outer frame and the sash/leaf and which, to pivot the sash/leaf, is in engagement with a traction means held in a positionally fixed manner on one side, characterized in that the drive is held on the sash/leaf so as to be pivotable about a spaced pivot axle while being spring-loaded by a spring, and, in the closed position of the sash/leaf, the drive is pressed against the sash/leaf by the spring.
A conveying system comprising: a gravity hopper having a top inlet opening for receiving a conveyable material, a lower hopper outlet for directing the conveyable material therefrom and a central vertical axis extending through said top inlet and said lower outlet, wherein the conveyable material is subject to forming a bridge over the lower hopper outlet thereby preventing flow of the conveyable material from the gravity hopper; a housing having a material receiving chamber connected to the hopper outlet for carrying the conveyable material away from the lower hopper outlet; a bridge breaker located along said central vertical axis, vertically below the lower hopper outlet and the material receiving chamber, with said bridge breaker having a fluid chamber therein and a top fluid port located in a separator between the material receiving chamber and the fluid chamber in the bridge breaker, said bridge breaker including a slideable piston having a first end momentarily displaceable for opening or closing the top fluid port in the separator; and a source of pressurized gas located in the fluid chamber for an on demand delivery of a charge of gas upward through the top fluid port when the top fluid port is in an open condition with the charge of gas flowing upward into an underside of a bridge of material over the hopper outlet to disintegrate the bridge of material from below thereby allowing the conveyable material forming the bridge to fall into the material receiving chamber in the conveying system. a gravity hopper having a top inlet opening for receiving a conveyable material, a lower hopper outlet for directing the conveyable material therefrom and a central vertical axis extending through said top inlet and said lower outlet, wherein the conveyable material is subject to forming a bridge over the lower hopper outlet thereby preventing flow of the conveyable material from the gravity hopper; a housing having a material receiving chamber connected to the hopper outlet for carrying the conveyable material away from the lower hopper outlet; a bridge breaker located along said central vertical axis, vertically below the lower hopper outlet and the material receiving chamber, with said bridge breaker having a fluid chamber therein and a top fluid port located in a separator between the material receiving chamber and the fluid chamber in the bridge breaker, said bridge breaker including a slideable piston having a first end momentarily displaceable for opening or closing the top fluid port in the separator; and a source of pressurized gas located in the fluid chamber for an on demand delivery of a charge of gas upward through the top fluid port when the top fluid port is in an open condition with the charge of gas flowing upward into an underside of a bridge of material over the hopper outlet to disintegrate the bridge of material from below thereby allowing the conveyable material forming the bridge to fall into the material receiving chamber in the conveying system.
Cleaning apparatus, with - a support plate having a work surface and - at least one holding element that has a Velcro surface equipped with Velcro hooks for fitting a cleaning covering, wherein the cleaning covering can be fitted to the cleaning apparatus by means of a Velcro connection in a way that it is held on the work surface, wherein the Velcro surface that is moveable relative to the work surface is moveable in a direction extending at an angle to the vertical of the work surface and the Velcro surface with the Velcro hooks is moveable relative to the work surface, wherein the Velcro hooks have a pin-like shaft extending from the Velcro surface and a head area extending in at least one transverse direction at the free end of the shaft, wherein the Velcro connection is a mushroom head Velcro connection, the Velcro elements of which is formed by mushroom heads extending outwards in all directions starting from the shaft, and have a plate-like or semi-spherical head area. - a support plate having a work surface and - at least one holding element that has a Velcro surface equipped with Velcro hooks for fitting a cleaning covering, wherein
A hydrogel composition, comprising: polyglutamic acid containing maleimide groups; and polyethylene glycol containing terminal thiol groups, wherein the hydrogel composition has a pH value ranging from 4.0 to 6.5. polyglutamic acid containing maleimide groups; and polyethylene glycol containing terminal thiol groups, wherein the hydrogel composition has a pH value ranging from 4.0 to 6.5.
A driver state estimation device for estimating a driving state of a driver on the basis of a steering operation state, the device comprising: a steering angle detection unit detecting a steering angle of the steering; and a steering torque detection unit detecting steering torque applied to the steering; characterized by a steering angle estimation unit estimating the steering angle of the steering on the basis of the steering torque detected by the steering torque detection unit when the steering angle detected by the steering angle detection unit is smaller than a predetermined value. a steering angle detection unit detecting a steering angle of the steering; and a steering torque detection unit detecting steering torque applied to the steering; characterized by a steering angle estimation unit estimating the steering angle of the steering on the basis of the steering torque detected by the steering torque detection unit when the steering angle detected by the steering angle detection unit is smaller than a predetermined value.
A Karl Fischer Titration apparatus having a titration flask provided with an injection nozzle for a volumetric titration, electrolytic electrodes for a coulometric titration including an anode and a cathode with a membrane therebetween, a detection electrode for detecting a polarization state of a solution in the titration flask, and a reference electrode for detecting a potential between the anode and the reference electrode, the apparatus further comprising a burette control unit, a calculation unit, an electrolysis control unit and a changing control unit, wherein the burette control unit is capable of controlling a volumetric titration through the injection nozzle, the changing control unit is adapted to change from a volumetric titration to a coulometric titration when the potential indicated by the detection electrode reaches a changing voltage (VcmV); the electrolysis control unit is capable of controlling a coulometric titration by means of the electrolytic electrodes; and the calculation unit is adapted to calculate the water content in the sample based on the amount of reagent added during the volumetric titration and the quantity of electricity consumed during the coulometric titration.
A two-component aqueous dispersion adhesive consisting of two components, characterized in that the first component contains - at least one polyether-polyurethane polymer (PEPU), wherein the polyether-polyurethane polymer (PEPU) is a polymer resulting from the reaction of at least one polyether-polyol and at least one polyisocyanate, specifically in such a manner that the polyether-polyurethane polymer contains hydroxyl groups; - at least one ethylene vinyl acetate copolymer with a glass transition temperature of greater than 0°C, determined by Differential Scanning Calorimetry, wherein the sample is first cooled from room temperature to -50°C at a cooling rate of 10K/min, held there for 5 min, and then heated to 100°C at a cooling rate of 10K/min and measured, and the inflection point of the measured DSC curve is reported as the glass transition temperature; and - water and the second component contains at least one polyisocyanate. - at least one polyether-polyurethane polymer (PEPU), wherein the polyether-polyurethane polymer (PEPU) is a polymer resulting from the reaction of at least one polyether-polyol and at least one polyisocyanate, specifically in such a manner that the polyether-polyurethane polymer contains hydroxyl groups; - at least one ethylene vinyl acetate copolymer with a glass transition temperature of greater than 0°C, determined by Differential Scanning Calorimetry, wherein the sample is first cooled from room temperature to -50°C at a cooling rate of 10K/min, held there for 5 min, and then heated to 100°C at a cooling rate of 10K/min and measured, and the inflection point of the measured DSC curve is reported as the glass transition temperature; and - water
A polyurethane foam-forming composition for forming a mechanically frothed foam which composition comprises: a) at least one polyol possessing a weight average molecular weight from about 500 to about 20,000; b) at least one polyisocyanate and/or polythioisocyanate; c) at least one polyurethane catalyst; d) at least one silicone surfactant that is a polysiloxane/polyoxyalkylene n -type block copolymer, where the n -type block copolymer has a weight average molecular weight of from 65,000 to 250,000 and a siloxane block constitute of 20 to 50 weight percent of the total copolymer; e) at least one silicone surfactant that is a polysiloxane-polyoxyalkylene pendant-type copolymer; and, f) optionally, at least one component selected from the group consisting of polymer and/or copolymer, blowing agent, chain extender, crosslinkers, filler, reinforcement, pigments, tints, colorants, flame retardant, antioxidants, thermal or thermal-oxidative degradation inhibitors, UV stabilizers, UV absorbers, anti-static agent, biocide, anti-microbial agent and gas-fade inhibiting agent. a) at least one polyol possessing a weight average molecular weight from about 500 to about 20,000; b) at least one polyisocyanate and/or polythioisocyanate; c) at least one polyurethane catalyst; d) at least one silicone surfactant that is a polysiloxane/polyoxyalkylene n -type block copolymer, where the n -type block copolymer has a weight average molecular weight of from 65,000 to 250,000 and a siloxane block constitute of 20 to 50 weight percent of the total copolymer; e) at least one silicone surfactant that is a polysiloxane-polyoxyalkylene pendant-type copolymer; and, f) optionally, at least one component selected from the group consisting of polymer and/or copolymer, blowing agent, chain extender, crosslinkers, filler, reinforcement, pigments, tints, colorants, flame retardant, antioxidants, thermal or thermal-oxidative degradation inhibitors, UV stabilizers, UV absorbers, anti-static agent, biocide, anti-microbial agent and gas-fade inhibiting agent.