mhurhangee/patent-ind-claim-en huggingface dataset:
Digital certificate for use in a public-key infrastructure, wherein the digital certificate contains certificate holder information and certificate key information , and wherein the digital certificate is signed by a certification authority with a digital certificate signature , with which the certificate holder information and at least one item of certificate key information are signed, characterized in that the digital certificate comprises at least one item of resource identification information about a first digitally contactable resource "R" via which at least one public Key "PK" can be retrieved, that the digital certificate comprises a certificate key hash value that is assigned to the at least one public key "PK" that can be retrieved via the at least one resource "R" , and that the digital certificate signature also signs the at least one certificate key hash value .
A float that floats in a liquid, comprising a spherical body having a spherical shape from which parts are cut off so as to form a regular hexagonal shape when viewed from one direction, wherein a center of gravity of the float is set at a position shifted from a center point (CP) of the spherical body along a center line (CL) that passes through the center point (CP) in parallel with the one direction, wherein a weight is provided at a position shifted from the center point (CP) on the center line (CL) and inside the spherical body , and wherein a magnet is attached to at least part of a surface of the spherical body immersed in the liquid when the float is floated in the liquid. wherein a center of gravity of the float is set at a position shifted from a center point (CP) of the spherical body along a center line (CL) that passes through the center point (CP) in parallel with the one direction, wherein a weight is provided at a position shifted from the center point (CP) on the center line (CL) and inside the spherical body , and wherein a magnet is attached to at least part of a surface of the spherical body immersed in the liquid when the float is floated in the liquid.
Measuring arrangement for in-vivo determination of the lactate concentration in blood by means of electrochemical impedance spectroscopy, comprising a substantially flat shaped probe having a longitudinal extension, a transverse extension and a thickness, wherein the longitudinal extension and the transverse extension of the probe are each a multiple of the thickness of the probe , an analyzer circuitry connected to the probe , and communication means connected to the analyzer circuitry for transferring data via a WPAN, wherein the substantially flat shaped probe is arranged at an edge of the measuring arrangement , so that the probe , during operation of the measuring arrangement , faces the animal or human body to be examined, in such a manner that the probe is arranged with its longitudinal and transverse extensions approximately parallel to the surface of the body to be examined, wherein the probe is embedded into a housing , and the housing is made of a non-polar material, preferably of a polyurethane elastomer or a silicone rubber, the analyzer circuitry and the communication means , and preferably an energy supply means , are embedded into the housing , wherein the measuring arrangement is wearable. an analyzer circuitry connected to the probe , and communication means connected to the analyzer circuitry for transferring data via a WPAN, wherein the substantially flat shaped probe is arranged at an edge of the measuring arrangement , so that the probe , during operation of the measuring arrangement , faces the animal or human body to be examined, in such a manner that the probe is arranged with its longitudinal and transverse extensions approximately parallel to the surface of the body to be examined, wherein the probe is embedded into a housing , and the housing is made of a non-polar material, preferably of a polyurethane elastomer or a silicone rubber, the analyzer circuitry and the communication means , and preferably an energy supply means , are embedded into the housing , wherein the measuring arrangement is wearable.
Automatic door for a transport means , having a door frame , at least one movable door element and a door safety system for the door , wherein the door safety system has a safety component arranged on a movable door element of the door , a supply component which is arranged on an immovable door frame of the door and is intended to supply the safety component with electricity, and a control component arranged on the door frame for the purpose of controlling and/or monitoring the safety component , wherein the safety component has an electrical energy store which is designed to autonomously supply the safety component with electrical energy in the open state of the door , and wherein the safety component and the supply component are designed to electrically charge the electrical energy store of the safety component only in the closed state of the door , characterized in that the safety component and the control component are designed to wirelessly and bidirectionally interchange electrical data signals with one another.
A dosage tracking system for a pen injector , the injector including a housing, a dosage selector for adjusting a dosage and an indicator for displaying the dosage to the user, the system comprising a tracking device comprising: one or more motion sensors configured to sense the adjusting of the dosage of said injector; said one or more motion sensors configured to produce: a) a first output in response to rotating said dosage selector to add one or more units to a dosage of the injector, and b) a second output in response to rotating said dosage selector to subtract one or more units from a dosage of the injector; a processor connected by a data transfer channel to said sensors for receiving an output of said sensors and configured to increment an estimated dosage in response to said first output, and decrement said estimated dosage in response to said second output; a display for viewing said estimated dosage; a viewport sized to display the dosage indicator of the injector through said viewport; and a connector configured to reversibly hold the tracking device to the housing; wherein said viewport and a surface tangent at the center of said display are positioned at an angle between 0 to 45 degrees relative to each other, to allow simultaneous visualization of the dosage indicator through said viewport and said estimated dosage on said display from a single vantage point. one or more motion sensors configured to sense the adjusting of the dosage of said injector; said one or more motion sensors configured to produce: a) a first output in response to rotating said dosage selector to add one or more units to a dosage of the injector, and b) a second output in response to rotating said dosage selector to subtract one or more units from a dosage of the injector; a processor connected by a data transfer channel to said sensors for receiving an output of said sensors and configured to increment an estimated dosage in response to said first output, and decrement said estimated dosage in response to said second output; a) a first output in response to rotating said dosage selector to add one or more units to a dosage of the injector, and b) a second output in response to rotating said dosage selector to subtract one or more units from a dosage of the injector; a processor connected by a data transfer channel to said sensors for receiving an output of said sensors and configured to increment an estimated dosage in response to said first output, and decrement said estimated dosage in response to said second output; a display for viewing said estimated dosage; a viewport sized to display the dosage indicator of the injector through said viewport; and a connector configured to reversibly hold the tracking device to the housing; wherein said viewport and a surface tangent at the center of said display are positioned at an angle between 0 to 45 degrees relative to each other, to allow simultaneous visualization of the dosage indicator through said viewport and said estimated dosage on said display from a single vantage point.
Current collector for a rail vehicle with a swing arm and with a collector shoe , which is fastened to the swing arm , wherein the collector shoe is provided to cover a stationary busbar , wherein a predetermined breaking point of the current collector is formed between the collector shoe and the swing arm , and with a closed measuring chamber , wherein the measuring chamber is located in the or adjacent to the predetermined breaking point , wherein the closed measuring chamber is opened when the predetermined breaking point is destroyed, and with a pressure sensor , wherein the closed measuring chamber is coupled with the pressure sensor , wherein the pressure sensor is designed to transmit an electrical output variable as a measurement for the measured pressure to a signal receiver, characterised in that the pressure sensor is connected via a flexible line of the current collector to the measuring chamber , wherein the swing arm has a profile, in which the flexible line is embedded, so that it does not project outside of a housing of the current collector beyond the profile , wherein the flexible line is arranged in a channel in the swing arm and wherein the channel is open to the lower side of the swing arm in the transition to a collector shoe holder , via which the collector shoe is connected to the swing arm and wherein an angle connection is arranged in the channel for the connection of the measuring chamber to the line .
Method for controlling one or a plural of wind turbines of a wind park connected to a utility grid , in particular in case of a drop of a grid frequency, the method comprising: controlling each of the wind turbines individually by an individual wind turbine control signal indicating an individual additional wind turbine power to be output by the respective wind turbine, wherein the individual wind turbine control signal is based on: a desired additional wind park power to be supplied from the wind park to the utility grid and an operational characteristic of the respective wind turbine, wherein the individual wind turbine control signal is further based on the operational characteristics of all other wind turbines of the wind park, characterized in that the individual wind turbine control signal is further based on a recovery profile of the respective wind turbine defining recovery parameters of a recovery process re-accelerating the wind turbine rotor. controlling each of the wind turbines individually by an individual wind turbine control signal indicating an individual additional wind turbine power to be output by the respective wind turbine, wherein the individual wind turbine control signal is based on: a desired additional wind park power to be supplied from the wind park to the utility grid and an operational characteristic of the respective wind turbine, wherein the individual wind turbine control signal is further based on the operational characteristics of all other wind turbines of the wind park, characterized in that the individual wind turbine control signal is further based on a recovery profile of the respective wind turbine defining recovery parameters of a recovery process re-accelerating the wind turbine rotor.
A photomask blank for manufacturing a photomask having a mask pattern on a transparent substrate , comprising a film including at least two layers of a first layer with phase-difference Δθ1 and a second layer with phase-difference Δθ2, the film being formed on the transparent substrate , wherein the phase-difference Δθ1 is the phase-difference between a phase of a light transmitted through the first layer and a phase of a light transmitted through a layer of air with the same thickness as the first layer , the phase-difference Δθ2 is the phase-difference between a phase of a light transmitted through the second layer and a phase of a light transmitted through a layer of air with the same thickness as the second layer , the phase-difference of the film including at least the two layers is in a range of -30° to +30°, the first layer comprises a material containing molybdenum (Mo) and silicon (Si), characterizied in that the molybdenum content of the first layer is less than 30 at%, and the second layer is an antireflective layer.
A method for analyzing power quality events in an electrical system, comprising: processing electrical measurement data from or derived from energy-related signals captured by a plurality of metering devices in the electrical system, wherein the energy-related signals may include at least one of: voltage, current, energy, active power, apparent power, reactive power, harmonic voltages, harmonic currents, total voltage harmonic distortion, total current harmonic distortion, harmonic power, individual phase currents, three-phase currents, phase voltages, and line voltages, characterized in that : the electrical measurement data from or derived from energy-related signals captured by a plurality of metering devices is processed to generate or update a plurality of dynamic tolerance curves, wherein each of the plurality of dynamic tolerance curves characterizes a response characteristic of the electrical system at a respective metering point of a plurality of metering points (M1, M2) in the electrical system; and the method further comprises selectively aggregating power quality data from the plurality of dynamic tolerance curves to analyze power quality events in the electrical system. processing electrical measurement data from or derived from energy-related signals captured by a plurality of metering devices in the electrical system, wherein the energy-related signals may include at least one of: voltage, current, energy, active power, apparent power, reactive power, harmonic voltages, harmonic currents, total voltage harmonic distortion, total current harmonic distortion, harmonic power, individual phase currents, three-phase currents, phase voltages, and line voltages, characterized in that : the electrical measurement data from or derived from energy-related signals captured by a plurality of metering devices is processed to generate or update a plurality of dynamic tolerance curves, wherein each of the plurality of dynamic tolerance curves characterizes a response characteristic of the electrical system at a respective metering point of a plurality of metering points (M1, M2) in the electrical system; and the method further comprises selectively aggregating power quality data from the plurality of dynamic tolerance curves to analyze power quality events in the electrical system. the electrical measurement data from or derived from energy-related signals captured by a plurality of metering devices is processed to generate or update a plurality of dynamic tolerance curves, wherein each of the plurality of dynamic tolerance curves characterizes a response characteristic of the electrical system at a respective metering point of a plurality of metering points (M1, M2) in the electrical system; and the method further comprises selectively aggregating power quality data from the plurality of dynamic tolerance curves to analyze power quality events in the electrical system.
Use of an adhesive comprising - at least one silane-functional polymer P; - at least one catalyst for the crosslinking of silane-functional polymers, selected from the group consisting of organotitanate, organozirconate, and organoaluminate; - at least one base; and - at least one adhesion promoter selected from alkoxymercaptosilane and aminoalkoxysilane for filling wood joints, the wood being natural or synthetic wood. - at least one silane-functional polymer P; - at least one catalyst for the crosslinking of silane-functional polymers, selected from the group consisting of organotitanate, organozirconate, and organoaluminate; - at least one base; and - at least one adhesion promoter selected from
A central processor of a system for monitoring the condition of livestock, wherein the central processor is arranged to: receive wirelessly transmitted, sensed, data, the data having been sensed using at least one sensor for monitoring a plurality of different parameters of an animal, wherein the at least one sensor comprises a 3D accelerometer which records the spatial orientation and movement of the animal's head, determine increased activity of an animal on the basis of data from the 3D accelerometer, and determine a plurality of status conditions of an animal on the basis of the transmitted, sensed, data, wherein the status conditions comprise a fertility status based on the determined increased activity. receive wirelessly transmitted, sensed, data, the data having been sensed using at least one sensor for monitoring a plurality of different parameters of an animal, wherein the at least one sensor comprises a 3D accelerometer which records the spatial orientation and movement of the animal's head, determine increased activity of an animal on the basis of data from the 3D accelerometer, and determine a plurality of status conditions of an animal on the basis of the transmitted, sensed, data, wherein the status conditions comprise a fertility status based on the determined increased activity.
A hot stamping die apparatus comprising: a first die having a first forming surface (F); and a second die having a second forming surface (F) corresponding to the first forming surface (F), wherein each of the first die and the second die comprises a plurality of sub-assemblies connected to each other, and the sub-assemblies are constructed by making a plurality of plates erect and sequentially overlapping the plurality of plates in a face-to-face manner, and a first cooling channel is provided by forming grooves corresponding to each other on overlapping surfaces of adjacent plates along the forming surfaces (F), characterized in that at least one of the sub-assemblies has an inlet of the first cooling channel on one side of the sub-assembly and an outlet of the first cooling channel on the bottom of the sub-assembly , the first cooling channel of at least one of the sub-assemblies extends in the length direction of the sub-assembly to make a zigzag pattern, and through-holes are provided in the plates of the sub-assembly such that the first cooling channels are connected to each other between adjacent plates, and at least one of the sub-assemblies is provided with a second cooling channel formed in the length direction of the sub-assembly such that the second cooling channel passes through the plates, and the second cooling channel is disposed between the forming surface and the first cooling channel of the sub-assembly . a first die having a first forming surface (F); and a second die having a second forming surface (F) corresponding to the first forming surface (F), wherein each of the first die and the second die comprises a plurality of sub-assemblies connected to each other, and the sub-assemblies are constructed by making a plurality of plates erect and sequentially overlapping the plurality of plates in a face-to-face manner, and a first cooling channel is provided by forming grooves corresponding to each other on overlapping surfaces of adjacent plates along the forming surfaces (F), characterized in that at least one of the sub-assemblies has an inlet of the first cooling channel on one side of the sub-assembly and an outlet of the first cooling channel on the bottom of the sub-assembly , the first cooling channel of at least one of the sub-assemblies extends in the length direction of the sub-assembly to make a zigzag pattern, and through-holes are provided in the plates of the sub-assembly such that the first cooling channels are connected to each other between adjacent plates, and at least one of the sub-assemblies is provided with a second cooling channel formed in the length direction of the sub-assembly such that the second cooling channel passes through the plates, and the second cooling channel is disposed between the forming surface and the first cooling channel of the sub-assembly .
Coated bearing component having at least one outer face which comprises a contact face which comes into contact with a mating face, characterized in that the bearing component comprises a coating composed of a combination of two coats, which are each optimized for one of the properties of corrosion protection or increased friction coefficient, one coat being a one-component polyurethane zinc powder coating for the pure corrosion protection of outer faces, and the other coat, which is applied to a joining face for the purpose of increasing the friction coefficient, being another mixture on the same one-component polyurethane basis to which hard-substance particles have been added.
A method of forming a laminar casting mold as a one-piece body consisting of a plurality of mold layers which are formed of a molding sand, and which are superposed on each other, wherein each of the plurality of mold layers is formed by mold-layer forming steps comprising: a first step of spreading a coated sand which is obtained by coating a refractory aggregate with a water-soluble binder and used as the molding sand, to form a thin sand layer having a planar surface and a predetermined thickness, wherein the water-soluble binder is selected from one or more of a thermosetting resin, a saccharide, a synthetic polymer, a salt, a protein and an inorganic polymer, and comprises one or more of the thermosetting resin and the inorganic polymer; a second step of spraying an aqueous medium by using selective spray means (8, 10; 15), selectively over a part of the sand layer which part gives one of the plurality of mold layers ; and a third step of heating said part of the sand layer over which the aqueous medium has been sprayed, to solidify or cure said part, and wherein the plurality of mold layers are successively formed and superposed on each other by repeating said mold-layer forming steps a required number of times, whereby the laminar casting mold having an intended three-dimensional configuration is obtained as the one-piece body consisting of the plurality of mold layers superposed on each other. a first step of spreading a coated sand which is obtained by coating a refractory aggregate with a water-soluble binder and used as the molding sand, to form a thin sand layer having a planar surface and a predetermined thickness, wherein the water-soluble binder is selected from one or more of a thermosetting resin, a saccharide, a synthetic polymer, a salt, a protein and an inorganic polymer, and comprises one or more of the thermosetting resin and the inorganic polymer; a second step of spraying an aqueous medium by using selective spray means (8, 10; 15), selectively over a part of the sand layer which part gives one of the plurality of mold layers ; and a third step of heating said part of the sand layer over which the aqueous medium has been sprayed, to solidify or cure said part, and wherein the plurality of mold layers are successively formed and superposed on each other by repeating said mold-layer forming steps a required number of times, whereby the laminar casting mold having an intended three-dimensional configuration is obtained as the one-piece body consisting of the plurality of mold layers superposed on each other.