Abstract:
métodos para avaliar a adequação de um dispositivo móvel, para calibrar um dispositivo móvel, para realizar uma medição analítica, programas de computador de adequação, de calibração, de medição, dispositivo móvel e kit. a presente invenção refere-se um método para avaliar a adequação de um dispositivo móvel (112) para realizar uma medição analítica, um método para calibrar um dispositivo móvel (112) para realizar uma medição analítica e um método para realizar uma medição analítica. um método para avaliar a adequação de um dispositivo móvel (112) para realizar uma medição analítica com base em uma reação de formação de cor, o dispositivo móvel (112) com pelo menos uma câmera (113), o método compreende: a) avaliar a capacidade do dispositivo móvel (112) de ter uma ou mais configurações relevantes do dispositivo móvel (112) controladas por um software de usuário em execução no dispositivo móvel (112), as configurações relevantes pertencentes às etapas de processamento de dados brutos de imagem a serem realizadas pelo dispositivo móvel (112), em que as configurações relevantes incluem pelo menos um de: uma transformação de espaço de cores (132) e uma transformação de mapeamento de tom (136); b) se a avaliação na etapa a) indicar que o dispositivo móvel (112) é capaz de ter uma ou mais configurações relevantes controladas pelo software do usuário, fornecendo pelo menos um item de informação de controle, o pelo menos um item de informação de controle indicando que o dispositivo móvel (112) é adequado para realizar a medição analítica; e c) se a avaliação na etapa a) indica que o dispositivo móvel (112) não é capaz de ter uma ou mais configurações relevantes controladas pelo software do usuário, fornecendo pelo menos um item de informação de controle, o pelo menos um item de informação de controle indicando que o dispositivo móvel (112) é inadequado para realizar a medição analítica.
Abstract:
The present disclosure relates to a control system for controlling a medical system. The control system is comprising: a portable device (3), a transmitter arrangement (1.1,..., 1.n), comprising at least one transmitter individually placed in a location of a local use environment of the portable device (3), and a data handling system provided in the portable device (3), comprising a detection module (6), a data interface (7), and a device controller (8) functionally connected to the detection module (6) and the data interface (7), wherein the data handling system is configured to detect local vicinity of the portable device (3) to the at least one transmitter by the detection module (6), receive input data from the at least one transmitter via the data interface (7), generate device control data for a medical device (4) by the device controller (8), comprising processing of the input data, and transmitting the device control data to a control device of the medical device (4). Furthermore, a portable device (3) is disclosed. Additionally, a method for controlling a medical system is disclosed. Furthermore, a computer program product for controlling a medical system by a control system is disclosed.
Abstract:
The present disclosure relates to a control system for controlling a medical system. The control system is comprising: a portable device (3), a transmitter arrangement (1.1,..., 1.n), comprising at least one transmitter individually placed in a location of a local use environment of the portable device (3), and a data handling system provided in the portable device (3), comprising a detection module (6), a data interface (7), and a device controller (8) functionally connected to the detection module (6) and the data interface (7), wherein the data handling system is configured to detect local vicinity of the portable device (3) to the at least one transmitter by the detection module (6), receive input data from the at least one transmitter via the data interface (7), generate device control data for a medical device (4) by the device controller (8), comprising processing of the input data, and transmitting the device control data to a control device of the medical device (4). Furthermore, a portable device (3) is disclosed. Additionally, a method for controlling a medical system is disclosed. Furthermore, a computer program product for controlling a medical system by a control system is disclosed.
Abstract:
The present disclosure relates to a control system for controlling a medical system. The control system is comprising: a portable device (3), a transmitter arrangement (1.1,..., 1.n), comprising at least one transmitter individually placed in a location of a local use environment of the portable device (3), and a data handling system provided in the portable device (3), comprising a detection module (6), a data interface (7), and a device controller (8) functionally connected to the detection module (6) and the data interface (7), wherein the data handling system is configured to detect local vicinity of the portable device (3) to the at least one transmitter by the detection module (6), receive input data from the at least one transmitter via the data interface (7), generate device control data for a medical device (4) by the device controller (8), comprising processing of the input data, and transmitting the device control data to a control device of the medical device (4). Furthermore, a portable device (3) is disclosed. Additionally, a method for controlling a medical system is disclosed. Furthermore, a computer program product for controlling a medical system by a control system is disclosed.
Abstract:
A method of evaluating the suitability of a mobile device (112) for performing an analytical measurement based on a color formation reaction, a method of calibrating a mobile device (112) for performing an analytical measurement based on a color formation reaction and a method of performing an analytical measurement based on a color formation reaction in an optical test strip (120) by using a mobile device (112) are disclosed. Further disclosed are a suitability computer program, a calibration computer program and a measurement computer program as well as a mobile device (112) and a kit(110). The method of evaluating the suitability of a mobile device (112) for performing an analytical measurement based on a color formation reaction comprises: a) evaluating the capability of the mobile device (112) to have one or more relevant settings of the mobile device (112) controlled by a user's software running on the mobile device (112), the relevant settings pertaining to image raw data processing steps to be carried out by the mobile device (112), wherein the relevant settings include at least one of a color space transformation (132)and a tone mapping transformation (136); b) if the evaluation in step a) indicates that the mobile device (112) is capable of having the one or more relevant settings controlled by the user's software, providing at least one item of control information, the at least one item of control information indicating that the mobile device (112) is suitable for performing the analytical measurement; and c) if the evaluation in step a) indicates that the mobile device (112) is not capable of having the one or more relevant settings controlled by the user's software, providing at least one item of control information, the at least one item of control information indicating that the mobile device (112) is unsuitable for performing the analytical measurement.
Abstract:
The present disclosure relates to a control system for controlling a medical system. The control system is comprising: a portable device (3), a transmitter arrangement (1.1,..., 1.n), comprising at least one transmitter individually placed in a location of a local use environment of the portable device (3), and a data handling system provided in the portable device (3), comprising a detection module (6), a data interface (7), and a device controller (8) functionally connected to the detection module (6) and the data interface (7), wherein the data handling system is configured to detect local vicinity of the portable device (3) to the at least one transmitter by the detection module (6), receive input data from the at least one transmitter via the data interface (7), generate device control data for a medical device (4) by the device controller (8), comprising processing of the input data, and transmitting the device control data to a control device of the medical device (4). Furthermore, a portable device (3) is disclosed. Additionally, a method for controlling a medical system is disclosed. Furthermore, a computer program product for controlling a medical system by a control system is disclosed.