mhurhangee/ep-ind-claims huggingface dataset:
Holding frame for a plug connector for fitting into a metallic plug-connector housing and for protective earthing thereof, and also for receiving identical and/or different modules, wherein the holding frame is formed from at least two different materials, of which at least one material is electrically conductive, wherein the holding frame has a base frame and at least one cheek part, wherein the base frame is in the form of a die-cast part, and wherein the at least one cheek part consists of spring-elastic sheet metal, characterized in that the at least one cheek part has a trapeziform narrowing, wherein the at least one cheek part has a fastening region for holding the modules, wherein the cheek part narrows in a trapeziform manner in the direction of the fastening region, wherein the fastening region is formed on a head region of the at least one cheek part, which head region is positioned on an end portion, situated opposite a foot region, of the cheek part, wherein the at least one cheek part has a middle portion between the foot region and the head region, wherein the middle portion narrows in a trapeziform manner from the foot region towards the head region and is reversibly deformable, and wherein, in a region of attachment of the foot region to the middle portion, an offset is formed in such a way that the foot region extends in a first plane and the middle portion extends in second plane, which second plane is oriented in a manner offset from the first plane.
Rubber bearing with an inner part extending in an axial direction and comprising a spherical bearing area, an outer sleeve surrounding the inner part and the rubber body arranged on the outer sleeve and surrounding the inner part, wherein the area of the outer sleeve surrounding the bearing area is designed to be raised and has several window-like openings which each have a closed perimeter, wherein the raised area of the outer sleeve has two edge sections (14, 15) and a central section which is arranged between the edge sections (14, 15) in an axial direction and passes into each of the edge sections (14, 15) which taper with increasing axial distance from the central section in which the window-like openings are provided, characterised in that the window-like openings are arranged all around the bearing area.
A measuring device for determining a fill level or limit level of a filling medium in a container, wherein the measuring device is designed to be arranged on the container and comprises a sensor for determining said fill level or limit level, a power supply unit which is electrically connected to the sensor and is designed and configured for supplying the sensor with electric energy, and an activation unit which is connected at least to the power supply unit for signal transmission, characterised in that, when the container is connected to a filling or emptying device, the activation unit is designed and configured to be actuated by an actuating means (8a, 8b) provided on the container and/or on the filling or emptying device and, accordingly, to activate the sensor by putting it from an inactive mode into an operating mode, wherein the measuring device is designed and configured for continuously or discontinuously determining the fill level or limit level with the aid of the sensor while the container is being filled or emptied by adding or removing the filling medium, and to put the sensor from an operating mode into an inactive mode once the filling or emptying operation has been accomplished.
A portable electronic device comprising a processor, an operating system and software components that are executable by the processor, and a communication subsystem configured to perform communication functions, the portable electronic device further comprising: a heat generating component; a thermal sensor; a battery for powering the portable electronic device; a thermal element having a first portion thermally coupled to the thermal sensor, a second portion thermally coupled to the heat generating component, and a third portion thermally coupled to the battery, the thermal element sized and shaped so that heat generated by the heat generating component flows through the thermal element from the second portion and through the third portion towards the thermal sensor and interacts with the battery; said processor being operationally coupled to the thermal sensor to monitor a thermal profile for the thermal element, and said processor being adapted to: compare the monitored thermal profile with an expected thermal profile, and if the monitored thermal profile does not correspond to the expected thermal profile, to flag an error indicating that the integrity of the portable electronic device has been compromised. a heat generating component; a thermal sensor; a battery for powering the portable electronic device; a thermal element having a first portion thermally coupled to the thermal sensor, a second portion thermally coupled to the heat generating component, and a third portion thermally coupled to the battery, the thermal element sized and shaped so that heat generated by the heat generating component flows through the thermal element from the second portion and through the third portion towards the thermal sensor and interacts with the battery; compare the monitored thermal profile with an expected thermal profile, and if the monitored thermal profile does not correspond to the expected thermal profile, to flag an error indicating that the integrity of the portable electronic device has been compromised.
Device for tensioning a threaded rod comprising an actuator able to exert an axial tensile force on the threaded rod with respect to a structure to be tensioned, the said tension device comprising a cylinder, a piston, a tubular skirt in contact with the cylinder and a surface of the said structure to be tensioned, and a tie for transmitting the axial tensile force of the actuator towards an end of the threaded rod, characterized in that the tie and the tubular skirt each comprise at least two semicylindrical parts (14, 15; 30, 31) each having two substantially planar axial surfaces (14a, 14b, 15a, 15b; 32a, 32b, 33a, 33b), the two axial surfaces (14a, 14b; 32a, 32b) of one semicylindrical part (14, 30) being joined radially respectively with one of the two axial surfaces (15a, 15b; 33a, 33b) of the other semicylindrical part (15, 31), so as to form a part of revolution.
An oral solid unit dosage form comprising nalbuphine or a pharmaceutically acceptable salt thereof homogeneously dispersed in a sustained release delivery system, wherein said sustained release delivery system comprises at least one hydrophilic compound and a cross-linking agent, the oral unit dosage form characterized in that 75-100% of the nalbuphine is released after about 12 hours as determined using USP Apparatus III at 15 dpm in a pH 6.8 buffer at 37°C and providing controlled release for at least 8 hours.
A self-moving device for moving and working in a working region, and comprising: a housing; a movement module, mounted at the housing, and driven by a drive motor to enable the self-moving device to move; a control module, controlling movement and working of the self-moving device; and a detection unit, electrically connected to the control module, and detecting a movement and/or status parameter of the self-moving device, characterized in that when the detection unit detects that the movement and/or status parameter of the self-moving device satisfies a preset condition, the control module alternatingly decreases and increases an acceleration of the movement of the self-moving device, so as to keep a speed of the movement of the self-moving device in a preset range, wherein the movement and/or status parameter of the self-moving device comprises the speed or acceleration of the movement of the self-moving device, and the preset condition is that the speed or acceleration of the movement of the self-moving device is greater than or equal to a first threshold, or wherein the movement and/or status parameter of the self-moving device comprises a downward tilt angle of the self-moving device, and the preset condition is that the downward tilt angle of the self-moving device is greater than or equal to a preset angle value. a housing; a movement module, mounted at the housing, and driven by a drive motor to enable the self-moving device to move; a control module, controlling movement and working of the self-moving device; and a detection unit, electrically connected to the control module, and detecting a movement and/or status parameter of the self-moving device, characterized in that when the detection unit detects that the movement and/or status parameter of the self-moving device satisfies a preset condition, the control module alternatingly decreases and increases an acceleration of the movement of the self-moving device, so as to keep a speed of the movement of the self-moving device in a preset range, wherein the movement and/or status parameter of the self-moving device comprises the speed or acceleration of the movement of the self-moving device, and the preset condition is that the speed or acceleration of the movement of the self-moving device is greater than or equal to a first threshold, or wherein the movement and/or status parameter of the self-moving device comprises a downward tilt angle of the self-moving device, and the preset condition is that the downward tilt angle of the self-moving device is greater than or equal to a preset angle value.
Vehicle monitoring system configured to detect and localise an anomaly in or on a vehicle, the anomaly emitting an invisible indicator in the form of a magnetic field or radiation, the system comprising: - a detector configured to detect the invisible indicator originating from or emitted by the anomaly and generate a detection signal associated with the invisible indicator; - a camera configured to capture an image of the vehicle; and - a controller configured to process the detection signal generated by the detector and the image of the vehicle captured by the camera, and to, based on processing of the image and the detection signal as a data grid, determine whether the detection signal exceeds a threshold and generate a visualisation of the detection signal overlaid onto the image of the vehicle indicating a location in the data grid where the detection signal exceeds the threshold to allow localisation of the anomaly in or on the vehicle. - a detector configured to detect the invisible indicator originating from or emitted by the anomaly and generate a detection signal associated with the invisible indicator; - a camera configured to capture an image of the vehicle; and - a controller configured to process the detection signal generated by the detector and the image of the vehicle captured by the camera, and to, based on processing of the image and the detection signal as a data grid, determine whether the detection signal exceeds a threshold and generate a visualisation of the detection signal overlaid onto the image of the vehicle indicating a location in the data grid where the detection signal exceeds the threshold to allow localisation of the anomaly in or on the vehicle.
An image acquisition method, wherein the method comprises: acquiring (S101, S401) augmented reality anchor information in current scene in response to a first image acquisition instruction of a terminal device including a camera, wherein an AR anchor to which the AR anchor information belongs is configured to indicate first image capturing information of a camera device when acquiring a sample image, and the first image capturing information comprises spatial coordinate information and/or orientation information of a camera device that was used by other users before to acquire the sample image; displaying the AR anchor in a viewing frame of the terminal device according to the AR anchor information; and performing (S103, S404) image acquisition according to the first image capturing information indicated by the AR anchor, characterized in that the performing (S103, S404) image acquisition according to the first image capturing information indicated by the AR anchor comprises: starting a countdown of a preset time duration in response to detecting that second image capturing information of the terminal device matches the first image capturing information; and acquiring image information in the viewing frame of the terminal device after the countdown ends. acquiring (S101, S401) augmented reality anchor information in current scene in response to a first image acquisition instruction of a terminal device including a camera, wherein an AR anchor to which the AR anchor information belongs is configured to indicate first image capturing information of a camera device when acquiring a sample image, and the first image capturing information comprises spatial coordinate information and/or orientation information of a camera device that was used by other users before to acquire the sample image; displaying the AR anchor in a viewing frame of the terminal device according to the AR anchor information; and performing (S103, S404) image acquisition according to the first image capturing information indicated by the AR anchor, characterized in that the performing (S103, S404) image acquisition according to the first image capturing information indicated by the AR anchor comprises: starting a countdown of a preset time duration in response to detecting that second image capturing information of the terminal device matches the first image capturing information; and acquiring image information in the viewing frame of the terminal device after the countdown ends. starting a countdown of a preset time duration in response to detecting that second image capturing information of the terminal device matches the first image capturing information; and acquiring image information in the viewing frame of the terminal device after the countdown ends.
Endosseous dental implant with an interface in the cervical area for receiving an abutment (15; 16), a rotationally symmetrical implant core with a thread that extends from the cervical area to an opposite apical area, wherein the diameter of the implant core decreases in the direction of the apical area, moreover the thread has a constant outer diameter in a first section and a tapered outer diameter in a second, apically orientated section, the thread has cutting grooves and/or cutting edges, and the implant core is rounded at the apical end, wherein the thread is designed as a continuous main and cervically adjoining micro-fine thread, wherein the diameter of the micro-fine thread is smaller than the diameter of the immediately adjoining section of the main thread characterized in that the micro-fine thread is designed as a multi-start, left-right counter-directional thread having three to six, preferably five starts, and circular, surface enlarging recesses are formed in the implant core. the thread is designed as a continuous main and cervically adjoining micro-fine thread, wherein the diameter of the micro-fine thread is smaller than the diameter of the immediately adjoining section of the main thread characterized in that the micro-fine thread is designed as a multi-start, left-right counter-directional thread having three to six, preferably five starts, and circular, surface enlarging recesses are formed in the implant core.
A method of operating an apparatus, comprising: a routing circuit configured to: couple a first resistor across positive and negative inputs (Pi+, Pi-) of a first input port in accordance with a first configuration, wherein the positive and negative inputs of the first input port is configured to be coupled to positive and negative terminals of a photovoltaic cell; decouple the first resistor from the first input port in accordance with a second configuration; and couple the first input port to an output port (Po+) in accordance with the second configuration, wherein the output port is configured to be coupled to a measurement equipment; and a controller configured to generate at least one control signal to selectively configure the routing circuit in the first or second configuration based on a mode select signal. a routing circuit configured to: couple a first resistor across positive and negative inputs (Pi+, Pi-) of a first input port in accordance with a first configuration, wherein the positive and negative inputs of the first input port is configured to be coupled to positive and negative terminals of a photovoltaic cell; decouple the first resistor from the first input port in accordance with a second configuration; and couple the first input port to an output port (Po+) in accordance with the second configuration, wherein the output port is configured to be coupled to a measurement equipment; and couple a first resistor across positive and negative inputs (Pi+, Pi-) of a first input port in accordance with a first configuration, wherein the positive and negative inputs of the first input port is configured to be coupled to positive and negative terminals of a photovoltaic cell; decouple the first resistor from the first input port in accordance with a second configuration; and couple the first input port to an output port (Po+) in accordance with the second configuration, wherein the output port is configured to be coupled to a measurement equipment; and a controller configured to generate at least one control signal to selectively configure the routing circuit in the first or second configuration based on a mode select signal.
A spray drying apparatus comprising - a spray dryer chamber with - a feed inlet device, - a process air inlet for feeding a process air volume to the spray dryer chamber and - a process air discharge, - a process air inlet duct for providing a process air volume to said process air inlet, - an adsorption dehumidification device for dehumidification of the process air volume, said adsorption dehumidification device being provided in said process air inlet duct and comprising - an adsorption source, - a process air section, and - a regeneration air section, - a process air heater for heating a process air volume provided in said process air inlet duct between the adsorption dehumidification device and said process air inlet, - a process air temperature measuring means provided in said process air inlet duct between said process air heater and said process air inlet - means (22, 23) for heating a regeneration air volume to a regeneration air temperature - means for measuring the regeneration air temperature, - a regeneration air fan configured for transporting the regeneration air volume, and - moisture content measuring means (18,19) for determining a moisture content in the process air, characterized in that said spray drying apparatus further comprises heat exchanging means configured for exchanging heat energy from the process air volume discharged at the process air discharge to a regeneration air volume for heating of said regeneration air volume. - a spray dryer chamber with - a feed inlet device, - a process air inlet for feeding a process air volume to the spray dryer chamber and - a process air discharge, - a feed inlet device, - a process air inlet for feeding a process air volume to the spray dryer chamber and - a process air discharge, - a process air inlet duct for providing a process air volume to said process air inlet, - an adsorption dehumidification device for dehumidification of the process air volume, said adsorption dehumidification device being provided in said process air inlet duct and comprising - an adsorption source, - a process air section, and - a regeneration air section, - an adsorption source, - a process air section, and - a regeneration air section, - a process air heater for heating a process air volume provided in said process air inlet duct between the adsorption dehumidification device and said process air inlet, - a process air temperature measuring means provided in said process air inlet duct between said process air heater and said process air inlet - means (22, 23) for heating a regeneration air volume to a regeneration air temperature - means for measuring the regeneration air temperature, - a regeneration air fan configured for transporting the regeneration air volume, and - moisture content measuring means (18,19) for determining a moisture content in the process air,
Lateral flow chromatography strip for detecting Staphylococcus aureus in a sample characterised in that it comprises at least one part that comprises at least one protein of at least one S. aureus-specific bacteriophage, said at least one protein being chosen among a protein of sequence SEQ ID NO: 1, a protein of sequence SEQ ID NO:2, a protein of sequence SEQ ID NO:3, a protein of sequence SEQ ID NO:4, a protein of sequence SEQ ID NO:5, a protein of sequence SEQ ID NO:6, and a protein having at least 70% identity with one of the proteins of sequence SEQ ID NOs: 1-6.
A body support cushion with ventilation system, comprising: a mattress having a lower support layer formed of convoluted foam; an air distribution assembly disposed above said lower support layer, said air distribution assembly including a cavity and an envelope material disposed in said cavity; a reticulated foam disposed in said cavity on said envelope material; at least one foam layer disposed above said air distribution assembly; wherein said reticulated foam receives air from a conduit and through holes in said envelope material, and distributes said air to a plurality of apertures (140, 150) of said at least one foam layer disposed above said air distribution assembly. a mattress having a lower support layer formed of convoluted foam; an air distribution assembly disposed above said lower support layer, said air distribution assembly including a cavity and an envelope material disposed in said cavity; a reticulated foam disposed in said cavity on said envelope material; at least one foam layer disposed above said air distribution assembly; wherein said reticulated foam receives air from a conduit and through holes in said envelope material, and distributes said air to a plurality of apertures (140, 150) of said at least one foam layer disposed above said air distribution assembly.