Abstract: A condition monitoring system for monitoring a condition of at least one rotatable component of a machine includes an adhesive label and a receiver. The adhesive label includes a QR code or barcode that contains information identifying the at least one rotatable component, a first sensor configured to detect a first condition of the at least one rotatable component, a processor operably connected to the first sensor and configured to collect information indicative of the first condition, a first LED configured to illuminate in response to the first condition exceeding a first predetermined level, and a transmitter operatively connected to the processor and configured to automatically transmit the collected information to the receiver.

Abstract: A method for monitoring a condition includes providing a list of machines including a first machine and a second machine each having a rotatable component, attaching an adhesive label to the first machine, the adhesive label including a QR code or barcode that contains information identifying the rotatable component of the first machine and a processor configured to collect information concerning a condition of the rotatable component of the first machine and a transmitter configured to automatically transmit the collected information. Also, selecting the first machine from the list of machines, scanning the QR code or barcode of the first machine, associating the information represented by the scanned QR code or barcode with the first machine, wirelessly transmitting the collected information to a receiver, receiving the transmitted information at the receiver, and associating the transmitted collected information with the at least one rotatable component of the first machine.

Abstract: A sticker for attaching to at least one part of a machine comprising at least one rotating component to be monitored, the sticker providing a vibration status indicator indicating when a vibration of the at least one rotating component exceeds a predetermined level. The sticker is fixed to a machine part externally visible and not directly mounted onto a bearing part.

Abstract: A sticker for attaching to at least one part of a machine comprising at least one rotating component to be monitored, the sticker providing a vibration status indicator indicating when a vibration of the at least one rotating component exceeds a predetermined level. The sticker is fixed to a machine part externally visible and not directly mounted onto a bearing part.

Abstract: A condition monitoring system for monitoring the condition of a machine providing at least one rotating component, at least one sticker having a vibration status indicator that is arranged to indicate when a vibration of the component exceeds a predetermined level, and a device that is arranged to collect information from the at least one sticker.

Abstract: A sticker for attaching to at least one part of a machine providing at least one rotating component to be monitored. The sticker having a vibration status indicator indicating when a vibration of the at least one rotating component exceeds a predetermined level.

Abstract: A condition monitoring system for monitoring the condition of a machine providing at least one rotating component, at least one sticker having a vibration status indicator that is arranged to indicate when a vibration of the component exceeds a predetermined level, and a device that is arranged to collect information from the at least one sticker.

Abstract: A sticker for attaching to at least one part of a machine having at least one rotating component that is to be monitored is provided. The sticker includes a vibration status indicator arranged to indicate when a vibration of the machine having the at least one rotating component exceeds a predetermined level. Also, a condition monitoring system for monitoring the condition of a machine having at least one rotating component is provided. The monitoring system provides at least one such sticker and a device that is arranged to collect information from the at least one sticker.

Abstract: A sticker for attaching to at least one part of a machine having at least one rotating component that is to be monitored is provided. The sticker includes a vibration status indicator arranged to indicate when a vibration of the machine having the at least one rotating component exceeds a predetermined level. Also, a condition monitoring system for monitoring the condition of a machine having at least one rotating component is provided. The monitoring system provides at least one such sticker and a device that is arranged to collect information from the at least one sticker.

Abstract: A sticker for attaching to at least one part of a machine having at least one rotating component that is to be monitored. The sticker provides a machine-readable label, such as a Quick Response (QR) code or bar code, which contains information about the component, such as a serial number of the component, and a processor arranged to collect information concerning the use of the at least one rotating component and/or the machine and a transmitter that is arranged to automatically transmit the collected information if/when the processor collects information that a temperature of the at least one part of the machine having at least one rotating component being monitored exceeds a predetermined temperature or a vibration of the at least one part of the machine being monitored exceeds a predetermined level. The transmitted collected information is arranged to be associated with the machine-readable label.

Abstract: A radar level gauging system for determining a level of a surface of a product in a tank, comprising a propagation device arranged to allow microwave signals to propagate towards the surface, and to return a reflection of the microwave signals from the surface and at least two radar level gauge (RLG) units. Each RLG unit includes transceiver circuitry, processing circuitry connected to the transceiver circuitry and adapted to determine the level based on a relation between transmitted and received signals, and a communication interface. The system further comprises a communication link interconnecting the RLG units, for communicating control data between the RLG units, the communication link comprising an isolating interface, ensuring galvanic isolation between the RLG units. One unit may communicate configuration data to the other RLG units which results in a simplified configuration of the sensor system and thus more cost effective compared to the prior art solutions.

Abstract: A film coating composition suitable for use in coating pharmaceutical formulations to provide modified release comprising a dispersion which includes: a) an acrylic polymer, b) a vinyl acetate polymer, and c) a water-containing liquid. The film coat is useful for the achievement of modified release from pharmaceutical formulations such as tablets, pellets, etc.

Abstract: A radar level gauging system for determining a level of a surface of a product in a tank, comprising a propagation device arranged to allow microwave signals to propagate towards the surface, and to return a reflection of the microwave signals from the surface and at least two radar level gauge (RLG) units. Each RLG unit includes transceiver circuitry, processing circuitry connected to the transceiver circuitry and adapted to determine the level based on a relation between transmitted and received signals, and a communication interface. The system further comprises a communication link interconnecting the RLG units, for communicating control data between the RLG units, the communication link comprising an isolating interface, ensuring galvanic isolation between the RLG units. One unit may hereby communicate configuration data to the rest of the RLG units which results in a simplified configuration of the sensor system and thus more cost effective compared to the prior art solutions.

Abstract: A radar level gauging system for determining a filling level of a liquid in a tank arranged in a mobile unit is disclosed. The system is comprises a processing circuitry for determining a local and momentary filling level at different times at a certain position in the tank of the container based on received echo signals, and is further adapted to identify variations between said local and momentary filling levels corresponding to surface waves in the tank due to movement of said mobile unit. The result of this identification is used for improving the accuracy when estimating an average filling level of the tank.

Abstract: A radar level gauging system for determining a filling level of a liquid in a tank arranged in a mobile unit is disclosed. The system is comprises a processing circuitry for determining a local and momentary filling level at different times at a certain position in the tank of the container based on received echo signals, and is further adapted to identify variations between said local and momentary filling levels corresponding to surface waves in the tank due to movement of said mobile unit. The result of this identification is used for improving the accuracy when estimating an average filling level of the tank.

Abstract: A radar level gauge system for determining the filling level of a filling material in a tank is disclosed. The system comprises a transmitter for transmitting measuring signals towards the surface of the filling material; a receiver for receiving echo signals from the tank; processing circuitry for determining the filling level of the tank based on said echo signal and adapted to compare said determined filling level with at least one preset threshold value and to produce an alarm signal in dependence of said threshold value; and a storage means for storing the preset threshold value, wherein said threshold value in said storage means is replaceable and/or adjustable. The alarm signal could indicate high level and/or overfill. The possibility of adjusting/replacing the threshold values enables adjustment of the alarm levels when the system is already installed. A corresponding method of operation is also disclosed.

Abstract: A radar level gauge system for determining the filling level of a filling material in a tank is disclosed. The system comprises a transmitter for transmitting measuring signals towards the surface of the filling material; a receiver for receiving echo signals from the tank; processing circuitry for determining the filling level of the tank based on said echo signal and adapted to compare said determined filling level with at least one preset threshold value and to produce an alarm signal in dependence of said threshold value; and a storage means for storing the preset threshold value, wherein said threshold value in said storage means is replaceable and/or adjustable. The alarm signal could indicate high level and/or overfill. The possibility of adjusting/replacing the threshold values enables adjustment of the alarm levels when the system is already installed.

Abstract: A film coating composition suitable for use in coating pharmaceutical formulations to provide modified release comprising a dispersion which includes: a) an acrylic polymer, b) a vinyl acetate polymer, and c) a water-containing liquid. The film coat is useful for the achievement of modified release from pharmaceutical formulations such as tablets, pellets, etc.

Abstract: A film coating composition suitable for use in coating pharmaceutical formulations to provide modified release comprising a dispersion which includes: a) an acrylic polymer, b) a vinyl acetate polymer, and c) a water-containing liquid. The film coat is useful for the achievement of modified release from pharmaceutical formulations such as tablets, pellets, etc.

Abstract: A film coating composition suitable for use in coating pharmaceutical formulations to provide modified release comprising a dispersion which includes: a) an acrylic polymer, b) a vinyl acetate polymer, and c) a water-containing liquid. The film coat is useful for the achievement of modified release from pharmaceutical formulations such as tablets, pellets, etc.