mhurhangee/ep-ind-claims huggingface dataset:
A method for assessing the stain quality for application in-situ hybridization and immunohistochemistry, comprising the steps of: - unmixing multi-spectral image data of a tissue specimen to obtain analyte intensity images, each analyte intensity image comprising signals from a single stain; - computing uniformity metrics, distribution metrics and dispersion metrics, based on pixel intensity values in the analyte intensity images; and - assessing a stain quality of a slide by comparing the computed metrics to pre-determined cutoff values regarding uniformity, distribution and dispersion of pixel intensity, wherein the stain quality of the slide is assessed as acceptable if the computed metrics meet or exceed the pre-determined cutoff values, and wherein the stain quality of the slide is assessed as unacceptable if the computed metrics do not meet the pre-determined cutoff values, wherein the metrics of uniformity and distribution of pixel intensity values in the analyte intensity images are derived via an entropy calculation of the analyte intensity images, and the metric of dispersion of pixel intensity values in the analyte intensity images is derived via calculation of mean-variance values. - unmixing multi-spectral image data of a tissue specimen to obtain analyte intensity images, each analyte intensity image comprising signals from a single stain; - computing uniformity metrics, distribution metrics and dispersion metrics, based on pixel intensity values in the analyte intensity images; and - assessing a stain quality of a slide by comparing the computed metrics to pre-determined cutoff values regarding uniformity, distribution and dispersion of pixel intensity, wherein the stain quality of the slide is assessed as acceptable if the computed metrics meet or exceed the pre-determined cutoff values, and wherein the stain quality of the slide is assessed as unacceptable if the computed metrics do not meet the pre-determined cutoff values, wherein the metrics of uniformity and distribution of pixel intensity values in the analyte intensity images are derived via an entropy calculation of the analyte intensity images, and the metric of dispersion of pixel intensity values in the analyte intensity images is derived via calculation of mean-variance values.
A wireless communication system including: a search communication apparatus for searching for another communication apparatus; and a plurality of search subject communication apparatuses for being searched for by the search communication apparatus, the search communication apparatus comprising search request transmission means for transmitting a search request signal by broadcast; and search response reception means for receiving a search response signal transmitted from the search subject communication apparatus, the search subject communication apparatuses each comprising: search request reception means for receiving the search request signal transmitted from the search communication apparatus; search response transmission means (11, S33) for transmitting the search response signal which is a response to the search request signal received by the search request reception means, to the search communication apparatus; characterized in that the search subject communication apparatus comprises a search response monitoring means for monitoring the search response signal transmitted from another search subject communication apparatus to the search communication apparatus and a storage section for registering the search response signal transmitted from the other search subject communication apparatus, the search response transmission means for transmitting, as a proxy response signal, to the search communication apparatus, the search response signal monitored by the search response monitoring means and registered in the storage section, which has been transmitted from the other search subject communication apparatus, and the search response reception means for receiving the proxy response signal in addition to the search response signal. search request reception means for receiving the search request signal transmitted from the search communication apparatus; search response transmission means (11, S33) for transmitting the search response signal which is a response to the search request signal received by the search request reception means, to the search communication apparatus;
A system for managing a group of dairy animals, comprising: - a dwelling space (2, 3), such as an animal shed, in which the dairy animals can roam, - at least one dairy animal-related device (20, 38) for performing a dairy animal-related operation, wherein the dairy animal-related device (20, 38) is arranged in the dwelling space (2, 3), and wherein the dairy animals in the dwelling space (2, 3) can walk to the dairy animal-related device (20, 38) through the dwelling space (2, 3), - a luring system with luring devices, each of which is attached to in each case one of the dairy animals, wherein the luring device of each dairy animal is activatable in order to give off a luring signal to said dairy animal so as to lure said dairy animal to the dairy animal-related device (20, 38), characterized in that the system is provided with a detection system (39, 40) which is configured to detect the position of each individual dairy animal in the dwelling space (2, 3), and in that the luring system is connected to the detection system (39, 40) for receiving the positions of the dairy animals in the dwelling space (2, 3) detected by the detection system (39, 40), and in that the luring system is configured to determine, on the basis of the received detected positions of the dairy animals in the dwelling space (2, 3), the number of dairy animals which are situated in a predetermined area of the dwelling space (2, 3) adjacent to the dairy animal-related device (20, 38), and to activate the luring device of one of the other dairy animals depending on said number of dairy animals situated in said area. - a dwelling space (2, 3), such as an animal shed, in which the dairy animals can roam, - at least one dairy animal-related device (20, 38) for performing a dairy animal-related operation, wherein the dairy animal-related device (20, 38) is arranged in the dwelling space (2, 3), and wherein the dairy animals in the dwelling space (2, 3) can walk to the dairy animal-related device (20, 38) through the dwelling space (2, 3), - a luring system with luring devices, each of which is attached to in each case one of the dairy animals, wherein the luring device of each dairy animal is activatable in order to give off a luring signal to said dairy animal so as to lure said dairy animal to the dairy animal-related device (20, 38),
A poppet valve for controlling water flow, the poppet valve comprising: a housing; a movable armature arranged within the housing; a pilot pin having first and second ends, the first end being associated with and driven by the armature; a poppet arranged around the second end of the pilot pin; a return element associated with the pilot pin; and a cage arranged around the poppet, the cage having a transverse opening adapted for water to flow therethrough, wherein the armature is selectively actuated to drive the pilot pin in a first direction towards a closed position, in which the transverse opening of the cage is blocked by the poppet, and the return element drives the pilot pin in a second direction towards an open position, in which the transverse opening of the cage is unblocked by the poppet, characterized in that the poppet valve comprises a reversible washer arranged between a guide element and an axial end of the cage, wherein the reversible washer is formed with two different axial thicknesses positioned on opposing sides of the washer, the first axial thickness on the first side being selected to correspond to a first flow rate; the second axial thickness on the second side being selected to correspond to a second flow rate; wherein the reversible washer can be reversed between the guide element and the axial end of the cage so that the distance the poppet travels backwards towards the axial end of the cage where the poppet moves into the open position is modified. a housing; a movable armature arranged within the housing; a pilot pin having first and second ends, the first end being associated with and driven by the armature; a poppet arranged around the second end of the pilot pin; a return element associated with the pilot pin; and a cage arranged around the poppet, the cage having a transverse opening adapted for water to flow therethrough, wherein the armature is selectively actuated to drive the pilot pin in a first direction towards a closed position, in which the transverse opening of the cage is blocked by the poppet, and the return element drives the pilot pin in a second direction towards an open position, in which the transverse opening of the cage is unblocked by the poppet, characterized in that the poppet valve comprises a reversible washer arranged between a guide element and an axial end of the cage, wherein the reversible washer is formed with two different axial thicknesses positioned on opposing sides of the washer, the first axial thickness on the first side being selected to correspond to a first flow rate; the second axial thickness on the second side being selected to correspond to a second flow rate; wherein the reversible washer can be reversed between the guide element and the axial end of the cage so that the distance the poppet travels backwards towards the axial end of the cage where the poppet moves into the open position is modified.
An appliance to foam a liquid for consumption, the appliance comprising: a container mounting portion to mount thereto a container to contain said liquid; an agitation system configured to foam said liquid, said system comprising a stator arranged external a mounted container, said stator configured to generate a rotating magnetic field for transmission of torque to rotate a rotary agitator arranged in a mounted container, said stator comprising a circuit board with electrically conductive portions formed thereon, characterized in that the electrically conductive portions are connected with at least a two phase configuration, each phase being arranged such that a face of the circuit board(s) comprising a phase comprises a single phase only. a container mounting portion to mount thereto a container to contain said liquid; an agitation system configured to foam said liquid, said system comprising a stator arranged external a mounted container, said stator configured to generate a rotating magnetic field for transmission of torque to rotate a rotary agitator arranged in a mounted container, said stator comprising a circuit board with electrically conductive portions formed thereon, characterized in that the electrically conductive portions are connected with at least a two phase configuration, each phase being arranged such that a face of the circuit board(s) comprising a phase comprises a single phase only.
A wind turbine that includes a rotor having at least one rotor blade, comprising an apparatus for controlling an acoustic emission, said apparatus comprising: at least one sensor (60, 62, 64) operatively coupled to the wind turbine, the sensor configured to detect an atmospheric condition including at least one of an ambient air pressure, an ambient air temperature, an ambient humidity, a rate of rain fall, an ambient air viscosity; and a control system communicatively coupled to the sensor, and being configured to further determine one or more criteria such as wind condition, an initial acoustic emission of wind turbine, a distance to a location, a time, a day, and/or a date, and an initial configuration of wind turbine; the control system being further configured to control operation of the wind turbine to adjust the acoustic emission of the wind turbine by increasing and/or decreasing a rotor speed of the rotor, by rotating a nacelle of the wind turbine about a yaw axis of the wind turbine, and/or by rotating a rotor blade about a pitch axis, based on attenuation and propagation of acoustic emissions, and based upon a parameter matrix including a plurality of footprints associating a combination of the atmospheric condition, the wind condition, the initial acoustic emission, the distance to a location, a time, a day, and/or a date, and/or the initial configuration with an operational setting of the wind turbine. at least one sensor (60, 62, 64) operatively coupled to the wind turbine, the sensor configured to detect an atmospheric condition including at least one of an ambient air pressure, an ambient air temperature, an ambient humidity, a rate of rain fall, an ambient air viscosity; and a control system communicatively coupled to the sensor, and being configured to further determine one or more criteria such as wind condition, an initial acoustic emission of wind turbine, a distance to a location, a time, a day, and/or a date, and an initial configuration of wind turbine; the control system being further configured to control operation of the wind turbine to adjust the acoustic emission of the wind turbine by increasing and/or decreasing a rotor speed of the rotor, by rotating a nacelle of the wind turbine about a yaw axis of the wind turbine, and/or by rotating a rotor blade about a pitch axis, based on attenuation and propagation of acoustic emissions, and based upon a parameter matrix including a plurality of footprints associating a combination of the atmospheric condition, the wind condition, the initial acoustic emission, the distance to a location, a time, a day, and/or a date, and/or the initial configuration with an operational setting of the wind turbine.
Door for a refrigeration appliance with a door leaf which can be hinged to a refrigeration appliance body and a decorative element attached to the front of the door leaf in such a manner that its position can be adjusted, wherein the decorative element is separated from the door leaf by a gap, the decorative element has a central cutout, through which a central region of the door leaf is exposed, a groove open toward said central region is formed on the door leaf, and a profile element held in the groove and covering the gap is provided, characterised in that the profile element touches an edge of the central cutout in the decorative element.
A mobile device comprising: a memory configured to store an audio input signal; and a processor configured to transition the mobile device from an idle mode to an active audio logging mode, the processor further configured to, while the mobile device is in the active audio logging mode and is capturing an audio input signal and storing the captured audio input signal in the memory: process the captured audio input signal to determine auditory context information of the captured audio input signal; determine an audio quality enhancement level to be applied to the captured audio input signal based on the determined auditory context information of the captured audio input signal; and perform audio quality enhancement on the captured audio input signal based on the determined audio quality enhancement level, wherein the audio quality enhancement level is dynamically adjusted during the capturing and storing of the audio input signal according to the determined auditory context information. a memory configured to store an audio input signal; and a processor configured to transition the mobile device from an idle mode to an active audio logging mode, the processor further configured to, while the mobile device is in the active audio logging mode and is capturing an audio input signal and storing the captured audio input signal in the memory: process the captured audio input signal to determine auditory context information of the captured audio input signal; determine an audio quality enhancement level to be applied to the captured audio input signal based on the determined auditory context information of the captured audio input signal; and perform audio quality enhancement on the captured audio input signal based on the determined audio quality enhancement level, process the captured audio input signal to determine auditory context information of the captured audio input signal; determine an audio quality enhancement level to be applied to the captured audio input signal based on the determined auditory context information of the captured audio input signal; and perform audio quality enhancement on the captured audio input signal based on the determined audio quality enhancement level, wherein the audio quality enhancement level is dynamically adjusted during the capturing and storing of the audio input signal according to the determined auditory context information.
Apparatus for determining and/or monitoring at least a level of a medium in a vessel, comprising at least a capacitance or conductive probe unit with at least one electrode, and an control/evaluation unit; characterized in that the electrode is designed as a hollow body, whose front surface projecting into the vessel is designed as a membrane that is capable of vibrating, a drive/reception unit is arranged on an inside of the membrane, wherein the unit excites said membrane to produce mechanical vibrations and receives mechanical vibrations from said membrane and converts them into an electrical reception signal, and in that the control/evaluation unit at least temporarily subjects the electrode to a voltage and determines the level of the medium in a capacitive or conductive manner, and/or in that the control/evaluation unit at least temporarily subjects the drive/reception unit to an excitation signal for the vibronic determination of the level and determines the level of the medium from the electrical reception signal.
An expanded polymeric material obtained from an expandable polymeric material which consists of at least 300 phr, preferably at least 400 phr, but less than 1000 phr, preferably less than 850 phr, especially preferred less than 700 phr ingredients in total, comprising a total of 100 phr of at least two polymers, of which 1) at least 55 phr, preferably at least 65 phr is polyvinyl chloride or vinyl chloride copolymer or vinyl chloride terpolymer or a mixture thereof and 2) at least 15 phr, preferably at least 25 phr is at least one additional chlorinated organic polymer, and at least 80 phr, preferably at least 120 phr, especially preferred at least 160 phr of at least one inorganic filler, the at least one additional chlorinated organic polymer being crosslinked by sulphur and/or metal oxides and/or thiadiazoles. 1) at least 55 phr, preferably at least 65 phr is polyvinyl chloride or vinyl chloride copolymer or vinyl chloride terpolymer or a mixture thereof and 2) at least 15 phr, preferably at least 25 phr is at least one additional chlorinated organic polymer,
Plug insert for a coupling system for establishing an electric connection between two electric components, wherein the first component is positioned in a housing and comprises at least one busbar, and the second component is arranged outside the housing and comprises at least one current connection, and wherein an electrically conductive connection can be established between the busbar and the current connection by means of the plug insert, wherein the plug insert comprises an insulator part, in which a sleeve is fixed, characterized in that a washer nut is fixed in the insulator part, wherein the insulator part has a recess which is arranged such that the busbar can be inserted between the sleeve and the washer nut through the recess.
A tripod for supporting a video camera, the tripod comprising a head element and a plurality of supporting legs, whereby each said leg is attached at one end to said head element, characterised in that said head element comprises a body element which extends into a working area, said working area located between the legs of the tripod, beneath the head element; whereby said body element is adapted to comprise an illumination means, said illumination means centrally located underneath the head element, said illumination means being arranged to illuminate a space beneath said head element.
Emulsifying combination comprising: - at least one mannosylerythritol lipid, and - at least one polyglycerol polyricinoleate (PGPR), wherein the MEL / PGPR weight ratio is comprised between 10/90 and 40/60. - at least one mannosylerythritol lipid, and - at least one polyglycerol polyricinoleate (PGPR),
A gas elimination apparatus for use in an intravenous delivery system, comprising: a fluid inlet coupling a fluid flow into a liquid chamber; a fluid outlet protruding into the liquid chamber; a flow diversion member proximal to the fluid outlet, the flow diversion member configured to block a direct flow between the fluid inlet and the fluid outlet; a hydrophobic membrane containing the liquid chamber and separating a portion of the liquid chamber from an outer chamber; and a gas venting valve fluidically coupling the outer chamber with an atmosphere, wherein the hydrophobic membrane comprises protrusions contacting a wall of the outer chamber to provide structural support to the hydrophobic membrane. a fluid inlet coupling a fluid flow into a liquid chamber; a fluid outlet protruding into the liquid chamber; a flow diversion member proximal to the fluid outlet, the flow diversion member configured to block a direct flow between the fluid inlet and the fluid outlet; a hydrophobic membrane containing the liquid chamber and separating a portion of the liquid chamber from an outer chamber; and a gas venting valve fluidically coupling the outer chamber with an atmosphere, wherein the hydrophobic membrane comprises protrusions contacting a wall of the outer chamber to provide structural support to the hydrophobic membrane.
Sprinkling device for cleaning bottles in a bottle washing unit in which said bottles are moved by a conveyor through at least a washing zone, said sprinkling device comprising a pressure pipe in which a fluid flows, a rotating shaft extending along the pressure pipe, and at least one sprinkling means comprised of an aperture of the pressure pipe, a nozzle having a central hole, positioned in said aperture, between said pressure pipe and said rotating shaft Z, a support base resting on the pressure pipe and pillars located around said central hole, for contacting the rotating shaft, and at least one radial bore in the rotating shaft, located at the level of the nozzle, for receiving the liquid under pressure in the pressure pipe from the nozzle, wherein a top end of the at least one nozzle and the rotating shaft located thereon have globally complementary shapes, said top end being provided with a clearance zone at the interface with the rotating shaft, so that a portion of the top end surface does not come into contact with the rotating shaft, characterised in that said nozzle has a cone with a top formed by the mouth of said central hole, said nozzle being slopped from said central hole to the pheriphery of the support base, said pillars extending from the pheripery of said cone, said clearance zone being provided between said pillars and between said mouth of said central hole and each pillars.