Abstract: A method for evaluating sensor data. Raw sensor data and/or processed sensor data are initially read in from an acceleration sensor and a rotation rate sensor. Measured data are subsequently ascertained from the raw sensor data and/or the processed sensor data. In addition, at least one application criterion is ascertained. The measured data are then corrected based on a mathematical model. In the correction, an angle between a direction of a sensor orientation and a motion direction is maximally changed by a predefined value per time unit when the application criterion is met. The corrected measured data are subsequently output.

Abstract: A method for evaluating sensor data. In the method, firstly, raw sensor data and/or processed sensor data from at least one sensor are input and measurement data determined from the raw sensor data and/or the processed sensor data. The measurement data are then corrected on the basis of a mathematical model, wherein, on correction, drift of the raw sensor data and/or of the processed sensor data is determined and removed from the measurement data. The corrected measurement data are furthermore output.

Abstract: A pill removal detection device for a blister package including a metallic element. Further, the pill removal detection device includes a detection means for detecting removal of a pill from the blister package. Yet further, the pill removal detection device includes an energy source, a sensor for detecting a change in capacitance of the metallic element of the blister package, means for communicating the detected change in capacitance to the detection means for waking up the detection means, and an attachment means for attaching the pill removal detection device to the blister package, the attachment means including an electrically conductive element connected to the sensor.

Abstract: A pill removal detection device for a blister package including a metallic element. Further, the pill removal detection device includes a detection means for detecting removal of a pill from the blister package. Yet further, the pill removal detection device includes an energy source, a sensor for detecting a change in capacitance of the metallic element of the blister package, means for communicating the detected change in capacitance to the detection means for waking up the detection means, and an attachment means for attaching the pill removal detection device to the blister package, the attachment means including an electrically conductive element connected to the sensor.

Abstract: To accurately determine the location of mobile device a multi-phase procedure incorporating mapping and location determination phases is suggested, wherein covered area estimation comprises (i) estimation of base station location, (ii) estimation of transmission range, (iii) estimation of signal map and/or (iv) estimation of area type. The actual location of the mobile device (10) is determined from the covered area estimation based on relative comparison between the actual environment data and estimations (i)-(iv) and weight numbers resulted from the comparison. During the both phases a database is stored in server (14) and updated whenever new environment data is received. The vertical position, or ‘elevation’, of mobile device is further estimated based on vertical level information associated with the covered area estimations during the mapping phase.

Abstract: To accurately determine the location of mobile device a multi-phase procedure incorporating mapping and location determination phases is suggested, wherein covered area estimation comprises (i) estimation of base station location, (ii) estimation of transmission range, (iii) estimation of signal map and/or (iv) estimation of area type. The actual location of the mobile device (10) is determined from the covered area estimation based on relative comparison between the actual environment data and estimations (i)-(iv) and weight numbers resulted from the comparison. During the both phases a database is stored in server (14) and updated whenever new environment data is received. The vertical position, or ‘elevation’, of mobile device is further estimated based on vertical level information associated with the covered area estimations during the mapping phase.

Abstract: A method and system for accurately determining the location of the mobile device (10) is disclosed. In the mapping phase collected reference positioning data and collected cell data are used to map a covered area estimation and in the actual location determination phase the covered area estimation is calculated from actual environment data received through wireless cellular communication network (11, 12) and possibly but not necessarily from external databases (17, 19). The covered area estimation comprises at least some of the following calculations: (i) estimation of base station location, (ii) estimation of transmission range, (iii) estimation of signal map and (iv) estimation of area type. The actual location of the mobile device (10) is determined from the covered area estimation based on relative comparison between the actual environment data and estimations (i)-(iv) and weight numbers resulted from the comparison.

Abstract: The invention relates to a post formable plywood product and method for manufacturing a post formable plywood product. The post formable plywood product is formed so that the veneers of the plywood are joined together. In accordance with the invention, the veneers are bound together by self-adhesive material formed of polyolefm film, and polyolefin film contains reactive groups with —OH groups of the wood for forming covalent bonds between the veneer and polyolefin film.

Abstract: The invention relates to a device for removing heat from an electronic component mounted on a circuit board. The device uses a working fluid circulated through cooling elements which are integrated into a metal matrix composite structure. The cooling elements are positioned and arranged within the structure to efficiently manage heat dissipation by evacuating the heat from the component in a multi-directional manner.