mhurhangee/patent-ind-claim-en huggingface dataset:
A luminaire control device to control a luminaire and to group the luminaire with a plurality of luminaires comprising: a sensor for detecting current sensor data; a memory for storing the current sensor data and for storing historical sensor data; a communications signal receiver that is configured to receive communications signals from one or more neighbouring luminaire control devices of the plurality of luminaires, each of the received communication data comprising respective luminaire data comprising current sensor data, historical sensor data, and control data of the respective neighbouring luminaire control device; a communications signal transmitter that is configured to transmit communications signals to the one or more neighbouring luminaire control devices comprising the current sensor data, the stored historical sensor data, and control data of the luminaire control device; a control logic unit that is configured to compare the received one or more current sensor data and the received one or more historical sensor data with the stored current sensor data and the stored historical sensor data, respectively, and is configured to determine which of the received historical sensor data from the one or more neighbouring luminaire control devices is similar to the stored historical sensor data; and a luminaire output based on the current sensor data and the similarity determined by the control logic unit ; wherein the control logic unit is to group with the one or more neighbouring luminaire control devices in a functional association automatically according to the determined similarity. a sensor for detecting current sensor data; a memory for storing the current sensor data and for storing historical sensor data; a communications signal receiver that is configured to receive communications signals from one or more neighbouring luminaire control devices of the plurality of luminaires, each of the received communication data comprising respective luminaire data comprising current sensor data, historical sensor data, and control data of the respective neighbouring luminaire control device; a communications signal transmitter that is configured to transmit communications signals to the one or more neighbouring luminaire control devices comprising the current sensor data, the stored historical sensor data, and control data of the luminaire control device; a control logic unit that is configured to compare the received one or more current sensor data and the received one or more historical sensor data with the stored current sensor data and the stored historical sensor data, respectively, and is configured to determine which of the received historical sensor data from the one or more neighbouring luminaire control devices is similar to the stored historical sensor data; and a luminaire output based on the current sensor data and the similarity determined by the control logic unit ; wherein the control logic unit is to group with the one or more neighbouring luminaire control devices in a functional association automatically according to the determined similarity.
A splitflow valve comprising: a tubular body defining a through hole , the tubular body having at least one lateral bypass port ; a valve element moveable in the through hole along a first direction between a first position and a second position , the bypass port being closed by the valve element in the first position , the bypass port being open in the second position , the valve element defining a flow restriction; a lock maintaining the valve element in the second position wherein the a flow of fluid entering the through hole of the tubular body is split into a first flow portion passing the flow restriction and a second flow portion exiting the at least one bypass port ; the lock being deactivatable to allow the valve element to return to the first position ; wherein the tubular body comprises a protrusion protruding over a neighboring outer surface of the tubular body ; and wherein the bypass port extends at least partially through the protrusion . a tubular body defining a through hole , the tubular body having at least one lateral bypass port ; a valve element moveable in the through hole along a first direction between a first position and a second position , the bypass port being closed by the valve element in the first position , the bypass port being open in the second position , the valve element defining a flow restriction; a lock maintaining the valve element in the second position wherein the a flow of fluid entering the through hole of the tubular body is split into a first flow portion passing the flow restriction and a second flow portion exiting the at least one bypass port ; the lock being deactivatable to allow the valve element to return to the first position ; wherein the tubular body comprises a protrusion protruding over a neighboring outer surface of the tubular body ; and wherein the bypass port extends at least partially through the protrusion .
Method for descaling a steel strip, wherein at least the following steps are carried out: A) introduction of the steel strip having the scale into a treatment line, wherein the treatment line includes an acidic solution, that is to say: an aqueous solution having a pH value lower than 7, B) belt transport of the steel strip through the treatment line at a predetermined belt speed corresponding to an intended treatment duration, wherein the steel strip is put into a cathodically polarised state, C) monitoring of the belt speed, wherein if monitoring detects a decrease in the belt speed below the specified belt speed, the additional treatment time necessitated by the decrease in the belt speed is determined, wherein if the intended treatment time plus the additional treatment time do not exceed a maximum treatment duration, the steel strip is forwarded to regular further processing, and otherwise the steel strip is processed further as scrap, wherein the maximum treatment duration is at least 900 seconds. A) introduction of the steel strip having the scale into a treatment line, wherein the treatment line includes an acidic solution, that is to say: an aqueous solution having a pH value lower than 7, B) belt transport of the steel strip through the treatment line at a predetermined belt speed corresponding to an intended treatment duration, wherein the steel strip is put into a cathodically polarised state, C) monitoring of the belt speed, if monitoring detects a decrease in the belt speed below the specified belt speed, the additional treatment time necessitated by the decrease in the belt speed is determined, wherein if the intended treatment time plus the additional treatment time do not exceed a maximum treatment duration, the steel strip is forwarded to regular further processing, and otherwise the steel strip is processed further as scrap, wherein the maximum treatment duration is at least 900 seconds.
A roll-forming manufacturing method of a roller bearing seal case, comprising: roll-forming , from a cylindrical ring , a first profiled ring having a first section extending along a cylinder axis of the cylindrical ring and a second section extending from the first section inward toward the cylinder axis; characterized in that the method further comprises: applying outward pressure to the first section at a corner where it meets the second section, the outward pressure being directed away from the cylinder axis, to round the first section; and roll-forming , after said applying outward pressure to the first section, a second profiled ring from the first profiled ring. applying outward pressure to the first section at a corner where it meets the second section, the outward pressure being directed away from the cylinder axis, to round the first section; and roll-forming , after said applying outward pressure to the first section, a second profiled ring from the first profiled ring.
A mixture M comprising or, alternatively, consisting of: - a bacterial strain belonging to the species Streptococcus thermophilus, identified as Streptococcus thermophilus ST10 and deposited at Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH (DSMZ) under accession number DSM 25246; - a strain belonging to the species Lactococcus lactis, identified as Lactococcus lactis LLC02 and deposited at Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH (DSMZ) under accession number DSM 29536; - a strain belonging to the species Lactobacillus delbruecki subsp. bulgaricus, identified as Lactobacillus delbruecki subsp. bulgaricus LDB 01 and deposited at Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH (DSMZ) under accession number DSM 16606. - a bacterial strain belonging to the species Streptococcus thermophilus, identified as Streptococcus thermophilus ST10 and deposited at Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH (DSMZ) under accession number DSM 25246; - a strain belonging to the species Lactococcus lactis, identified as Lactococcus lactis LLC02 and deposited at Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH (DSMZ) under accession number DSM 29536; - a strain belonging to the species Lactobacillus delbruecki subsp. bulgaricus, identified as Lactobacillus delbruecki subsp. bulgaricus LDB 01 and deposited at Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH (DSMZ) under accession number DSM 16606.
An electronic device comprising: an electrical circuit; a housing that encloses the electrical circuit; a first conductor affixed to an interior surface of the housing ; a first detector coupled to the first conductor , to detect a first electrical condition associated with the first conductor , the first electrical condition being indicative of tampering with the housing ; characterized in that the electronic device further comprises a multiplexer coupled to receive a plurality of inputs, wherein each input is coupled to a separate one of a plurality of contacts on the first conductor , the multiplexer being configured to respond to a first control signal by selecting a first one of the plurality of inputs via which the first detector is to monitor for the first electrical condition and to respond to a second control signal by selecting a second one of the plurality of inputs via which the first detector is to monitor for the first electrical condition, wherein the first and second control signals are generated based on a randomness function. an electrical circuit; a housing that encloses the electrical circuit; a first conductor affixed to an interior surface of the housing ; a first detector coupled to the first conductor , to detect a first electrical condition associated with the first conductor , the first electrical condition being indicative of tampering with the housing ; characterized in that the electronic device further comprises a multiplexer coupled to receive a plurality of inputs, wherein each input is coupled to a separate one of a plurality of contacts on the first conductor , the multiplexer being configured to respond to a first control signal by selecting a first one of the plurality of inputs via which the first detector is to monitor for the first electrical condition and to respond to a second control signal by selecting a second one of the plurality of inputs via which the first detector is to monitor for the first electrical condition, wherein the first and second control signals are generated based on a randomness function.
An apparatus, comprising: a video decoder for decoding a picture by selectively enabling color compensation using a block level syntax element on a block basis, of two color components in a prediction of the picture, also having one luminance component, using an offset relating to color data between the two color components of the picture and the corresponding components of another picture, wherein each color component uses a separate offset for compensation, and the luminance component has one luminance offset, the picture and the other picture having different viewpoints and both corresponding to multi-view content for a same or similar scene, and wherein there is one illumination compensation enable flag and one color compensation enable flag, wherein the offset is differentially coded with respect to offsets from spatially neighboring blocks.
A composite polycrystal consisting of: polycrystalline diamond formed of diamond grains that are directly bonded mutually, and compressed graphite dispersed in said polycrystalline diamond , wherein said compressed graphite has a percentage in said composite polycrystal in whole of greater than or equal to 0.1% and less than or equal to 40% as calculated from 100 × Ig /{Id + Ig } wherein Ig is an area of an X-ray diffraction peak derived from surface of said compressed graphite , and Id is an area of an X-ray diffraction peak derived from surface of said polycrystalline diamond in an X-ray diffraction profile of said composite polycrystal , and said compressed graphite is graphite having an interplanar spacing in a C axis of 310 pm, smaller than 335 pm that normal graphite has, and said compressed graphite is recognized by an appearance position of an X-ray diffraction peak derived from surface of graphite in an X-ray diffraction profile.
Use of a filter layer for the targeted removal of a substance which adversely affects the taste, namely 2,4,6-trichloroanisole, from wine, wherein the filter layer is a prefabricated filter sheet comprising an adsorbent, the adsorbent having the periodic building unit (PBU) of the faujasites, namely with a ratio of Si/Al of ≥ 5, preferably of ≥ 10, and wherein the filter layer further comprises a matrix, namely a fibrous matrix, preferably comprising cellulose fibres.
A ventilation system with a duct shaped housing , an air guide assembly arranged in the housing and a radial fan arranged on a cross sectional plane (E) in the housing , wherein, on the outflow side behind the radial fan, the air guide assembly comprises at least one guide plate formation with multiple air guide plates oriented differently relative to one another, wherein an air passage duct is formed between the air guide plates of the at least one guide plate formation and the interior of the housing , and the air guide plates are arranged so that the effective flow cross section for the air conveyed by the radial fan increases at least partially in flow direction (S) and their setting angle or orientation in flow direction (S) changes in order to achieve a diffuser effect, characterized in that the at least one outflow-side guide plate formation is formed by four double edged air guide plates arranged in pairs, which form at least one triangular plate section , which respectively form a partial segment of a base plate, arranged substantially in the cross-sectional plane (E), of the outflow-side guide plate formation, to which a rectangular plate section , bent for this purpose substantially in axial direction (S), is connected in each case by two side edges , wherein the guide plates are arranged twisted with respect to the axial direction, so that their side edges are oriented at an angle (φ) of 0° to 20° with respect to the axial direction.
Self-propelled mobile concrete pump , in particular a truck-mounted concrete pump, having a distribution mast mounted on a mast pedestal in a rotatable and/or pivoted manner and a subframe extending from the mast pedestal to the rear of the concrete pump for holding components of the concrete pump , wherein a mast support device is arranged on the subframe on which the distribution mast can be placed, wherein the mast support device is designed as a pre-assembly module having at least one integrated functional unit for controlling and/or performing a machine function and comprises a housing in which the at least one integrated functional unit is accommodated, wherein the mast support device comprises at least one hydraulic connection for connecting a hydraulic component integrated in the mast support device to a hydraulic system of the concrete pump and at least one electrical connection for connecting an electrical component integrated in the mast support device to a circuit of the concrete pump , characterised in that the mast support device has an H-shaped profile as seen along the subframe , the legs of which are each bolted to a longitudinal beam of the subframe on the underside, and has a flat support area for the distribution mast on an upper side between the legs , wherein the support area is delimited at the sides by upper sections of the side areas and is open to the front and rear in the longitudinal direction running along the subframe and wherein a hydraulic oil cooler is integrated in one of the legs and a switch cabinet with an openable and closable flap is integrated in the other leg.
A protein comprising the amino acid sequence according to SEQ ID NO: 1, or a fragment or a variant thereof, for use as a medicament, wherein the fragment or variant (i) has at least 90% sequence identity to SEQ ID NO: 1, over the entire length of SEQ ID NO: 1, and wherein the fragment or variant (ii) exhibits anti-apoptotic potential and protects cells or tissue from apoptotic cell death, wherein the anti-apoptotic potential is at least 50% of that of the protein with the amino acid sequence according to SEQ ID NO: 1.
An underfloor-heating system including - a lower plate made of plastic for support on a substructure, - an insulating layer (D) forming the substructure, - a plurality of spacers supporting themselves against the lower plate , - at least one heating pipe , which is connected to a number of spacers in such a way that a distance (A) between 30 mm and 60 mm, preferably between 35 mm and 45 mm, exists between an underside of the at least one heating pipe and a topside of the lower plate , - a screed layer, which fills free spaces above the topside of the lower plate as well as between the spacers and the one or more heating pipes in such a way that the one or more heating pipes are at least essentially completely embedded in the screed layer, characterised by - receiving means of the spacers, with which the one or more heating pipes can be positioned such that their topsides are flush with high points or high areas of the spacers or protrude upwards past high points or high areas of the spacers. - a lower plate made of plastic for support on a substructure, - an insulating layer (D) forming the substructure, - a plurality of spacers supporting themselves against the lower plate , - at least one heating pipe , which is connected to a number of spacers in such a way that a distance (A) between 30 mm and 60 mm, preferably between 35 mm and 45 mm, exists between an underside of the at least one heating pipe and a topside of the lower plate , - a screed layer, which fills free spaces above the topside of the lower plate as well as between the spacers and the one or more heating pipes in such a way that the one or more heating pipes are at least essentially completely embedded in the screed layer, - receiving means of the spacers, with which the one or more heating pipes can be positioned such that their topsides are flush with high points or high areas of the spacers or protrude upwards past high points or high areas of the spacers.
An apparatus configured to measure energy of photoelectrons, the apparatus comprising: a sample holder configured to hold a sample ; a vacuum chamber configured to vacuum a surrounding of the sample held on the sample holder ; a primary excitation light irradiator configured to irradiate a primary excitation light to the sample held on the sample holder ; a photoelectron spectrometer ; and an accelerator configured to accelerate photoelectrons emitted from the sample held on the sample holder toward the photoelectron spectrometer , wherein the accelerator allows the primary excitation light and the photoelectrons to pass therethrough, the apparatus further comprising a reference excitation light irradiator configured to irradiate a reference excitation light to the sample held on the sample holder , and a surface film forming chamber configured to form a surface film on a surface of the sample , the surface film being configured to reduce vacuum level, wherein the surface film forming chamber and the vacuum chamber are connected via a path, the primary excitation light is visible light or infrared light, a wavelength of which is longer than a wavelength which excites electrons within the sample to a vacuum level, and the reference excitation light is ultraviolet light, a wavelength of which is shorter than the wavelength which excites the electrons within the sample to the vacuum level. a sample holder configured to hold a sample ; a vacuum chamber configured to vacuum a surrounding of the sample held on the sample holder ; a primary excitation light irradiator configured to irradiate a primary excitation light to the sample held on the sample holder ; a photoelectron spectrometer ; and an accelerator configured to accelerate photoelectrons emitted from the sample held on the sample holder toward the photoelectron spectrometer , wherein the accelerator allows the primary excitation light and the photoelectrons to pass therethrough, the apparatus further comprising a reference excitation light irradiator configured to irradiate a reference excitation light to the sample held on the sample holder , and a surface film forming chamber configured to form a surface film on a surface of the sample , the surface film being configured to reduce vacuum level, wherein the surface film forming chamber and the vacuum chamber are connected via a path, the primary excitation light is visible light or infrared light, a wavelength of which is longer than a wavelength which excites electrons within the sample to a vacuum level, and the reference excitation light is ultraviolet light, a wavelength of which is shorter than the wavelength which excites the electrons within the sample to the vacuum level.
A spindle for a working station on a textile machine, in particular a ring spinning machine, • having a shaft for receiving a tube, which is wound with a thread to form a cop ; • a spindle base adjacent to the shaft ; and • a severing device arranged above the spindle base for severing the thread when the cop is removed from the shaft ; • wherein the severing device has a recess for enclosing the shaft , an internal area adjacent to the recess and a severing area ; and • the severing device rests on the spindle base without being connected to it, and • the internal area of the severing device has at least one clamping area for clamping the severing device on the shaft . characterized in that the at least one clamping area is circular and the diameter of the circular clamping area is less than or equal to the diameter of the lower end of the shaft . • having a shaft for receiving a tube, which is wound with a thread to form a cop ; • a spindle base adjacent to the shaft ; and • a severing device arranged above the spindle base for severing the thread when the cop is removed from the shaft ; • wherein the severing device has a recess for enclosing the shaft , an internal area adjacent to the recess and a severing area ; and • the severing device rests on the spindle base without being connected to it, and • the internal area of the severing device has at least one clamping area for clamping the severing device on the shaft .
Vehicle composition, comprising - vesicle forming components or particles; - an active agent associated with the vesicle forming components or particles, and - folate receptor alpha, for the targeting of vesicles into the CSF, the brain, the central nervous system and the spinal cord. - vesicle forming components or particles; - an active agent associated with the vesicle forming components or particles, and - folate receptor alpha, for the targeting of vesicles into the CSF, the brain, the central nervous system and the spinal cord.