mhurhangee/ep-ind-claims huggingface dataset:
A measuring device for determining a filling level and/or a limit level in a container by means of radar, comprising: a housing with an electronic sensor circuitry arranged therein for detecting a measurement variable, a battery for supplying power to the electronic sensor circuitry, a magnetic switch, a magnet for actuating the magnetic switch, an adhesive layer, and a protective film for covering the adhesive layer; wherein the adhesive layer is arranged on the outside of the housing and is configured for attaching the measuring device to a desired measurement location; wherein the protective film is bonded to the magnet such that peeling the protective film from the adhesive layer results in removal of the magnet from the housing; wherein the measuring device is configured such that removal of the magnet from the housing switches the magnetic switch from a first switch state to a second switch state; wherein, in the first switch state, at least a portion of the electronic sensor circuitry is not powered by the battery; and wherein the at least portion of the electronic sensor circuitry in the second switch state is powered by the battery. a housing with an electronic sensor circuitry arranged therein for detecting a measurement variable, a battery for supplying power to the electronic sensor circuitry, a magnetic switch, a magnet for actuating the magnetic switch, an adhesive layer, and a protective film for covering the adhesive layer; wherein the adhesive layer is arranged on the outside of the housing and is configured for attaching the measuring device to a desired measurement location; wherein the protective film is bonded to the magnet such that peeling the protective film from the adhesive layer results in removal of the magnet from the housing; wherein the measuring device is configured such that removal of the magnet from the housing switches the magnetic switch from a first switch state to a second switch state; wherein, in the first switch state, at least a portion of the electronic sensor circuitry is not powered by the battery; and wherein the at least portion of the electronic sensor circuitry in the second switch state is powered by the battery.
Method for testing entire vehicles, wherein the method comprises the following steps (110, 120, 131, 132): - Provision of a central computer with coordination software, wherein the central computer comprises one or more vehicle bus systems and the central computer is a computer system distributed across at least two development locations (51, 52) and at least one of the vehicle bus systems of the central computer uses a data connection between the at least two development locations (51, 52); - Loading of control device software of a plurality of control devices into the central computer; - Simultaneous or quasi-simultaneous execution of the control device software of the plurality of control devices under the coordination software and recording of test data, wherein the coordination software comprises simulation software which simulates the realtime environments of the control devices; and - Evaluation of the test data. - Provision of a central computer with coordination software, wherein the central computer comprises one or more vehicle bus systems and the central computer is a computer system distributed across at least two development locations (51, 52) and at least one of the vehicle bus systems of the central computer uses a data connection between the at least two development locations (51, 52); - Loading of control device software of a plurality of control devices into the central computer; - Simultaneous or quasi-simultaneous execution of the control device software of the plurality of control devices under the coordination software and recording of test data, wherein the coordination software comprises simulation software which simulates the realtime environments of the control devices; and - Evaluation of the test data.
Method for manufacturing an emulsion of ASA (alkenyl succinic anhydride) in an aqueous cationic starch material solution, comprising steps for: a) producing an aqueous cationic starch material solution wherein the dry matter content is between 7% and 12% of the total weight thereof, b) mixing ASA and the aqueous cationic starch material solution obtained from step a), so as to obtain a dry weight ratio of cationic starch material/ASA less than 1, preferentially between 0.2 and 0.6, and very preferentially between 0.3 and 0.5, c) producing in a single passage in an emulsification unit an emulsion from the mixture obtained from step b), without a recirculating loop, d) diluting the emulsion obtained from step c) in a factor between 1.5 and 3.5 in respect of the dry cationic starch material with respect to water. a) producing an aqueous cationic starch material solution wherein the dry matter content is between 7% and 12% of the total weight thereof, b) mixing ASA and the aqueous cationic starch material solution obtained from step a), so as to obtain a dry weight ratio of cationic starch material/ASA less than 1, preferentially between 0.2 and 0.6, and very preferentially between 0.3 and 0.5, c) producing in a single passage in an emulsification unit an emulsion from the mixture obtained from step b), without a recirculating loop, d) diluting the emulsion obtained from step c) in a factor between 1.5 and 3.5 in respect of the dry cationic starch material with respect to water.
An aircraft terminal device for performing air-to-ground communication with a base station device used for ground-to-ground communication in order to relay communication between multiple user terminals in an aircraft and a communication device on a ground location, the aircraft terminal device comprising: an in-flight communication controller configured to control communication with the multiple user terminals, wherein the in-flight communication controller is configured to control communication such that, when the in-flight communication controller determines that the base station device needs to reserve an available communication bandwidth for the ground-to-ground communication based on determination reference information received from the base station device, the in-flight communication controller cuts off communication with at least one of the multiple user terminals. an in-flight communication controller configured to control communication with the multiple user terminals, wherein the in-flight communication controller is configured to control communication such that, when the in-flight communication controller determines that the base station device needs to reserve an available communication bandwidth for the ground-to-ground communication based on determination reference information received from the base station device, the in-flight communication controller cuts off communication with at least one of the multiple user terminals.
Method for controlling an industrial truck when picking in the case of an industrial truck with at least one surroundings sensor for detecting the relative position of an operator in the surroundings of the industrial truck, characterized in that when the position of the operator changes the industrial truck is moved along by a controller, wherein when the operator stops the industrial truck is stopped at a freely selectable distance (d), defined in advance in the longitudinal direction of the vehicle, between a reference point of the load pick-up device of the industrial truck and the position of the operator.
A system for controlling actuators in a motor vehicle, this system including: - at least a first actuator and a second actuator respectively carrying out a first and a second function, each of the functions having at least a first state (104; 204) and a second state (105; 203); - a first electronic structure configured to control the first state and the second state of the first function; this system being characterized in that it further includes: - a second electronic structure configured to control only the first state of the second function; - a mechanical device configured to control the second state of the second function. - at least a first actuator and a second actuator respectively carrying out a first and a second function, each of the functions having at least a first state (104; 204) and a second state (105; 203); - a first electronic structure configured to control the first state and the second state of the first function; - a second electronic structure configured to control only the first state of the second function; - a mechanical device configured to control the second state of the second function.
A battery comprising a nickel or manganese cathode, an iron anode comprised of a single layer of a conductive substrate coated on at least one side with a coating comprising an iron active material and a polyvinyl alcohol binder, and an electrolyte comprised of sodium hydroxide, lithium hydroxide, and a sulfide salt, with the amount of sulfide in the electrolyte ranging from 0.23% to 0.75% by weight of the electrolyte.
Soundproofing component comprising a concrete body, wherein the concrete body comprises at least one region of aggregate-porous concrete, wherein the aggregate-porous concrete comprises at least one binder and aggregates, wherein the soundproofing component is designed as a concrete barrier element, wherein the soundproofing component has on at least one side a rejection profile as a characteristically designed profile which is intended to attenuate accidents involving vehicles, wherein at least a part of the region of aggregate-porous concrete extends into the rejection profile, characterized in that the aggregate-porous concrete further includes fibers, in that the soundproofing component has a base of a substantially non-porous concrete, which base stands on the subsoil in the assembled state of the soundproofing component, and in that the at least one region of aggregate-porous concrete covers a major part of the area of the rejection profile.
A handle of a toy for interacting with pets, wherein said handle comprises a left half handle and a right half handle, and upper ends of the left half handle and the right half handle are fixed to a connector at a bottom part of the toy mounted on said handle, forming the whole handle with an internal cavity which comprises a cylindrical cookie box therein; the lower-most end of said handle comprises a handle cover; and an internal surface of said handle is provided with a groove with its cross-section being arc-shaped, and an external surface of said cookie box has a raised edge for matching with said groove; said raised edge being adapted to be inserted into said groove after the cookie box is axially placed into said handle and rotated by 90 degrees, so as to secure said cookie box in said handle.
A near-field system comprising a near-field device, the near-field device comprising: a near-field receiver coupled to a near-field receiver antenna and a decoder circuit; wherein the near-field receiver antenna is configured to be capacitively coupled at a first location (104, 502, 604, 702) on a conductive structure (106, 506, 606, 710); wherein the near-field receiver antenna is configured to receive a near-field signal (122, 304, 518) from the conductive structure through the receiver's capacitive coupling; and wherein the decoder circuit is configured to detect variations in the near-field signal, wherein the decoder circuit includes a degradation detector configured to interpret the variations in the near-field signal as a structural degradation in the conductive structure, wherein the degradation detector is configured to interpret the variations in the near-field signal (122, 304, 518) as indicating a structural degradation if there is a difference between a previously received near-field signal and a currently received near-field signal, wherein the system further comprises: another near-field device including a near-field transmitter coupled to a near-field transmitter antenna and an encoder circuit; wherein the near-field transmitter antenna is configured to be capacitively coupled at a second location (112,508, 608, 706) on the conductive structure (106, 506, 606, 710); wherein the encoder circuit is configured to generate the near-field signal (116, 512); and wherein the near-field transmitter antenna is configured to transmit the near-field signal to the conductive structure through the transmitter's capacitive coupling. a near-field receiver coupled to a near-field receiver antenna and a decoder circuit; wherein the near-field receiver antenna is configured to be capacitively coupled at a first location (104, 502, 604, 702) on a conductive structure (106, 506, 606, 710); wherein the near-field receiver antenna is configured to receive a near-field signal (122, 304, 518) from the conductive structure through the receiver's capacitive coupling; and wherein the decoder circuit is configured to detect variations in the near-field signal, wherein the decoder circuit includes a degradation detector configured to interpret the variations in the near-field signal as a structural degradation in the conductive structure, another near-field device including a near-field transmitter coupled to a near-field transmitter antenna and an encoder circuit; wherein the near-field transmitter antenna is configured to be capacitively coupled at a second location (112,508, 608, 706) on the conductive structure (106, 506, 606, 710); wherein the encoder circuit is configured to generate the near-field signal (116, 512); and wherein the near-field transmitter antenna is configured to transmit the near-field signal to the conductive structure through the transmitter's capacitive coupling.
A system for providing measurements of manufactured articles comprising: an article positioning subsystem adapted to place an article in at least one selected position for mass or volume measurements; a signal source of diffuse electromagnetic radiation wherein at least a portion of an emitted wavelength spectrum illuminating the article is partially absorbed by the article to produce an absorption-based signal; a sensor apparatus (10; 11) configured to detect the absorption-based signal and produce at least one of an analog output and a digital output based on the signal; a field of view established between the sensor apparatus and at least one selected region of the article; and a processore configured to receive the output of the sensor apparatus and compute a mass or volume of the material of the selected region of the article, wherein the sensor is an infrared and/or an ultraviolet sensor. an article positioning subsystem adapted to place an article in at least one selected position for mass or volume measurements; a signal source of diffuse electromagnetic radiation wherein at least a portion of an emitted wavelength spectrum illuminating the article is partially absorbed by the article to produce an absorption-based signal; a sensor apparatus (10; 11) configured to detect the absorption-based signal and produce at least one of an analog output and a digital output based on the signal; a field of view established between the sensor apparatus and at least one selected region of the article; and a processore configured to receive the output of the sensor apparatus and compute a mass or volume of the material of the selected region of the article, wherein the sensor is an infrared and/or an ultraviolet sensor.
A method of analysing a sample comprising a circulating microparticle or a sample derived from a circulating microparticle, wherein the circulating microparticle is a membranous vesicle, wherein the circulating microparticle comprises at least three target molecules, wherein at least two of the target molecules are fragments of genomic DNA and at least one of the target molecules is a target polypeptide, and wherein the method comprises measuring a signal corresponding to the presence, absence and/or level of each of the target molecules to produce a set of at least two linked signals for the circulating microparticle, wherein at least one of the linked signals corresponds to the presence, absence and/or level of the fragments of genomic DNA in the sample and at least one of the linked signals corresponds to the presence, absence and/or level of the target polypeptide in the sample, and wherein the step of measuring a signal corresponding to the presence, absence and/or level of the fragments of genomic DNA comprises linking at least two of the at least two fragments of genomic DNA to produce a set of at least two linked fragments of genomic DNA.
A method for controlling an electric motor, in which method an operating voltage and an operating current are supplied to an electric motor and at least one measurement variable (4, 6, 7, 8) which characterizes the temperature of the electric motor is recorded, with the maximum torque output by the electric motor during operation being kept virtually constant, irrespective of the temperature of the electric motor and the maximum torque output by the electric motor during operation not being limited in predefinable operating situations.
Method for determining a key intended to make a communication between a user equipment and an application server secure, said method comprising: - an authentication of the user equipment by an authentication server of a mobile communication network, a secret master key being generated, during said authentication, by the user equipment and the authentication server; - sending by the user equipment to the authentication server, a key request with a view to communicating with the application server; - computing said key by means of a key derivation function applied to at least a random variable, a user identifier and an identifier of the application server and using the master key, said random variable having been received by the user equipment from the authentication server. - an authentication of the user equipment by an authentication server of a mobile communication network, a secret master key being generated, during said authentication, by the user equipment and the authentication server; - sending by the user equipment to the authentication server, a key request with a view to communicating with the application server; - computing said key by means of a key derivation function applied to at least a random variable, a user identifier and an identifier of the application server and using the master key, said random variable having been received by the user equipment from the authentication server.
Tread profile of a pneumatic vehicle tyre - in particular a winter tyre - with profile block elements (35, 36) in which sipes (40, 41) in the form of sinusoidal waves are formed, characterized in that the sipe (40, 41) is formed with an amplitude profile of the sinusoidal wave form which increases progressively along its main extension direction.
Outlet fitting with a fitting housing, comprising at least one pipe connection port connectable to a pipe and forming an inlet opening, a hose connection port connectable to an extraction hose and forming an outlet opening, at least one shut-off member held in said fitting housing and interacting with a valve seat provided in said fitting housing, a system separator provided in said fitting housing, characterized in that the system separator is formed as a system-separator-cartridge inserted into the fitting housing and comprising at least one backflow preventer and a drain valve, and that a second pipe connection port connectable to a second pipe and forming a second inlet opening is provided, and that two backflow preventers (16, 18) disposed in the direction of flow upstream of said at least one shut-off member are associated with one of said pipe connection ports (2, 4), respectively, and that a mixing valve is provided in said fitting housing for mixing fluids that are passed through said two pipe connection ports (2, 4), wherein said mixing valve comprises a thermostatic element.
A cooking hob having operative means and a data interface generator in signal communication with said operative means, wherein a) said data interface generator comprises illumination means for directing an illumination pattern on a projection surface thereby defining a data interface in form of image, and b) the data interface generator comprises an imaging sensor viewing said projection surface for sensing light from said illumination means scattered by engagement of a data entry object with said projection surface, wherein further imaging sensors are provided for sensing light scattered by objects placed on the cooking hob, wherein said further imaging sensors are placed on the perimetric edge of the cooking hob, and wherein signals produced by the further imaging sensors are sent to a data processor that processes them and its output can be used for changing the image shown by the data interface, so that a current state on the cooking hob is represented by the illumination pattern. a) said data interface generator comprises illumination means for directing an illumination pattern on a projection surface thereby defining a data interface in form of image, and b) the data interface generator comprises an imaging sensor viewing said projection surface for sensing light from said illumination means scattered by engagement of a data entry object with said projection surface, wherein further imaging sensors are provided for sensing light scattered by objects placed on the cooking hob, wherein said further imaging sensors are placed on the perimetric edge of the cooking hob, and wherein signals produced by the further imaging sensors are sent to a data processor that processes them and its output can be used for changing the image shown by the data interface, so that a current state on the cooking hob is represented by the illumination pattern.
A wound insert for use between a wound of a patient and a drape coupled to skin around the wound such that the drape covers the wound and forms a space between the drape and the wound, the wound insert comprising: an open-celled foam; and a reactive agent disposed within the foam, and configured to be inert in the absence of an activating fluid and to exhibit antimicrobial properties in the presence of an activating fluid; where the reactive agent is configured to react with water to release hypochlorite ions and/or form hypochlorous acid characterised in that the wound insert further comprises a biocompatible suspension agent that binds the reactive agent to the foam and the biocompatible suspension agent comprises polycaprolactone. an open-celled foam; and a reactive agent disposed within the foam, and configured to be inert in the absence of an activating fluid and to exhibit antimicrobial properties in the presence of an activating fluid; where the reactive agent is configured to react with water to release hypochlorite ions and/or form hypochlorous acid characterised in that the wound insert further comprises a biocompatible suspension agent that binds the reactive agent to the foam and the biocompatible suspension agent comprises polycaprolactone.