Dialysis device and method with diverse user interface
A user interface and user technology, applied in the field of devices implementing hemodialysis treatment, can solve problems such as limited data sets, and achieve the effect of improving safe operation, increasing efficiency, and improving operation
Active Publication Date: 2017-08-08
GAMBRO LUNDIA AB
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Problems solved by technology
This provides a degree of flexibility, but once a data set has been selected prior to processing, there is still a static behavior of the device and is limited to a pre-programmed data set which in practice will not Adapts optimally to each combination of processing and user
Method used
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[0077] figure 1is a block diagram schematically showing an apparatus 100 for dialysis treatment. Dialysis treatment is performed by one or more functional processes 102, which may be separate units within device 100, functionally distinct tasks performed by the same unit within device 100, or Two or more units that jointly perform a functional process. Such functional treatments 102 may be water treatment for dialysis, flushing mechanisms, extracorporeal blood circuit mechanisms, and the like. The controller 104 of the device controls the operation of the functional processes; thus, the process controller 104 may be a joint controller, multiple local controllers, or a hierarchical architecture of controllers working together. The controller 104 may include a processing controller 105, which may be a separate controller, but may also be a functional part of the controller structure of the device 100 as a whole. The controller 104 or process controller 105 (depending on its c...
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An apparatus for performing a plurality of operational steps of a dialysis treatment is disclosed. The device includes a treatment controller for controlling the device to perform the operational steps of the dialysis treatment, monitoring the treatment progress of the dialysis treatment and monitoring sensor inputs from sensors of the device; and a user interface including a display, an input device and a user interface, a UI, a controller, wherein the UI controller is connected to enable presentation of graphical data on a display, and wherein the UI controller is connected to enable user interaction using the graphical data and is connected to exchange information with the processing controller, wherein the information is Based on user interaction via the user interface and monitoring of treatment progress of the dialysis treatment and sensor input by sensors of the device of the treatment controller. Each operational step is classified as one of a sequential operational step that is dependent on the completion of another operational step and a non-sequential operational step that is not dependent on the completion of another operational step. The UI controller is configured to represent each operation step by an operation step item, which is a graphical item suitable for presentation on the display. The UI controller is configured to, for each operation step, dynamically control enabling and disabling interaction with the corresponding operation step item based on the status of each operation step, wherein a completion status is assigned to each operation step that has been completed, The incomplete status is assigned to each action step that is not completed, the selectable status is assigned to the action step item of each action step that is not sequential and the action step item of each action step that is sequential but only related to completed action steps The operation step item, the non-selectable state is assigned to the operation step item of each operation step that is sequential and related to the unfinished operation step. A method and computer program are also disclosed.
Description
technical field [0001] The present invention generally relates to a device for carrying out hemodialysis treatment, a method for such a device, and a computer program for implementing the method. In particular, the invention relates to an improved user interface method for a dialysis device. Background technique [0002] Devices for dialysis treatment, such as dialysis devices and possible additional devices such as water purifiers, substrate supplies, medical documentation systems, etc., typically have a user interface UI rigidly connected to the hardware of the device. Thus, users may be trained for that particular device, and the device may be limited in the environments in which it can be used. [0003] US 2008 / 0176210 A1 discloses a dialysis device with a program library comprising a plurality of data sets, each data set being assigned to a functional process. The programs stored in the program library include configuration data sets, user wishes and further informati...
Claims
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IPC IPC(8): G06F19/00
CPCA61M1/34A61M2205/3331A61M2205/3368A61M2205/50A61M1/3403A61M1/3609G16H40/63A61M2205/502G06F3/04855A61M1/3607G06F3/04842
Inventor 安妮塔·斯滕魁斯特
Owner GAMBRO LUNDIA AB