DE102008017254A1 - Fluid analysis device i.e. blood sugar-measuring device, for measuring, inputting, outputting, collecting, storing, processing and transferring blood values of human fluid, has transmission unit for transferring measured values - Google Patents

Abstract

The device (1) has an input device (2) for inputting data. The input device comprises an input-button appliance (2.1) coupled with a display (2.2). A measuring device (3), a processing unit (4), a transmission unit (5) and a memory unit (6) comprising an access protection device (7) and a time measuring device (8) are activated during inputting of the data to measure fluid values. The transmission unit transfers measured values. The time measuring device receives date and time from a radio clock.

Description

The The present invention relates to a fluid analyzer for Measure, enter, collect, process and transmit from Fluid values of human fluids, in particular of Blood values.

The Measurement and transmission of data on blood values is known.

In the WO 2005/009231 A1 describes an arrangement for monitoring, in particular of patients with diabetes mellitus on the basis of individual mobile and separate radio units all illness-specific data provides the doctor via a computer network.

These Arrangement for monitoring patients takes place here under Use of additional devices as individual components for Acquisition of physiological parameters, mobile devices Communication and encoded data acquisition devices electronic basis.

These Reference thus merely describes the arrangement of the many individual and separate relevant functional units with each other and does not focus on the technical design of individual components or specifically only one technical device.

Furthermore, in the US 6,270,455 B1 a networked system for communicating information to patients and for remote patient monitoring. The system includes a server and a remote interface for input to the server. The server can be a web server and the remote interface can be a PC or terminal remote connection to the server over the internet. The system also includes a meter for providing measurement data related to a patient's condition and treatment. The programmable device interacts with the patient in accordance with a script program. The server contains a script generator for generating the script programs from a series of questions entered via the remote control. The script program can communicate with a remotely programmable device and transmit questions and answers to and from the patient via a server.

In the DE 101 03 803 A1 a diabetic calculator is described as a single component for determining the insulin dose to be administered to a diabetic as a function of its current nutritional situation with its relevant functional units, which, however, is self-sufficient and has no connection up to the attending physician. This diabetic calculator gives only the diabetic the current data and information for further independent initiation of the required actions again.

The DE 696 00 098 T2 discloses a single device for measuring, processing and transmitting physiological parameters such as cardiac rhythm, blood pressure or blood sugar levels of a person, especially when performing various sports.

in this connection these physiological parameters of a human are measured, wirelessly to a processing means and display device, z. B. a clock and displayed so that this Person to access the measurement results at any time currently and react to it.

The US 626 9314 B1 discloses a blood glucose meter for measuring blood glucose, either noninvasive or with low invasiveness, capable of achieving better measurement accuracy. The device receives blood glucose level measurements on patient meals and foods and consists essentially of a computer and a detachable and removable blood glucose meter.

goal The present development is all the functions for the realization an optimal measurement process such as inputting, measuring, processing, saving, transferring with time log of data technically in one device too unite and execute independently by this device.

task It is the object of the invention to disclose a fluid analyzer which is the transfer of all data to a web portal, all data and evaluations to each authorized person, at any time Any place without any special software in a device for Available and can be received by this.

According to the invention this object is achieved in that in a fluid analyzer, especially a blood glucose meter that with a wireless module equipped, processing and transmission of Measurements are made automatically without any intervention and a manual entry of additional data in the same Device can be made with a one-button operation can.

These technical solution of the functional integration of all essentials Elements in a device, is the most minimal constructive Version with only one power supply and with a simple one uniform operation with the same size known Blood glucose meters, with high cost advantage and unrestricted Mobility.

The transfer of data from and to the fluid analyzer, in particular a Blood glucose meter, via a wireless transmission unit performed. The measured data will be over existing ones Third party data transmission networks directly to one centralized administration. This will work with both an operating step and also completely without the need for Operation implemented for transmission.

The Automatic system contained in the fluid analyzer saves operating effort, prevents incorrect operation and comes with only one power supply unit and a charger and thus secures the spatially and unrestricted availability of the Measured values for the beneficiary.

to Reduction of the operating effort and thus reduction or deactivation of operating errors, was in the fluid analyzer with a sequence of operations Controls are created, which provide the input of necessary information very easy.

The Fluid analyzer needed for this Operation only a push button and a display. The selection the information is taken from the display.

in this connection the required information is selected and entered by pressing the button once longer becomes. Passed by one or more short key presses the next information for further selection in the ad back. This keystroke sequence will continue until the Provision of the desired destination information continues.

Example: First, a measured value for temperature should be entered. For this, a first value from the row of the display appears in the display possible, discrete values, from z. "0, 5, 10, 20, 30 "here z. Eg "0". With a short keystroke follows "5" in the ad. Then it takes a long time Pressing the key will select "5" (Entered). It will also automatically take you to the next one Input possibility changed.

in the For example, to select (enter) a value on average only 3 Keystrokes required. Would have the values off would be entered in the example with a numeric keypad this usually also about 3 key presses require. But there are 10 number keys plus a key to choose from, ie 11 keys usual, thus device-technically and thus from the cost forth a much higher cost required.

The Invention will become apparent from an embodiment explained.

1 shows the fluid analyzer with its integrated functional units

2 shows the data processing with the one-button operation

In 1 is a fluid analyzer ( 1 ) which represents the functions of measuring, inputting, querying, collecting, storing, processing and transmitting data, by the technical functional units input device ( 2 ) with a one-button operation ( 2.1 ), Display ( 2.2 ), Measuring equipment ( 3 ), Processing unit ( 4 ), Transmission unit ( 5 ), Storage unit ( 6 ) with access device ( 7 ) and a time measuring device ( 8th ) realized.

With the technical input of the data into the measuring device ( 3 ), all said technical functional units are automatically activated, so that these data are forwarded independently in a forced operation sequence from the first technical functional unit, after realization of this special function, to the respectively following functional units and further processed.

2 shows the procedure and procedure for the manual input of parameters with the one-button operation. Here are about the one-button operation ( 2.1 ) the entered parameters on the display ( 2.2 ) are displayed, can now be checked and corrected in the case of incorrect entries, and, after approval, arrive via the processing unit ( 4 ) for further use in memory unit ( 6 ). After storage, the forced control and further treatment of the data in the successive technical functional units then takes place automatically.

QUOTES INCLUDE IN THE DESCRIPTION

This list The documents listed by the applicant have been automated generated and is solely for better information recorded by the reader. The list is not part of the German Patent or utility model application. The DPMA takes over no liability for any errors or omissions.

Cited patent literature

• WO 2005/009231 A1 [0003]
• - US 6270455 B1 [0006]
• DE 10103803 A1 [0007]
• - DE 69600098 T2 [0008]
• - US 6269314 B1 [0010]

Claims (6)

Fluid analysis device for measuring, inputting, interrogating, collecting, storing, processing and transmitting fluid values of human fluids, in particular blood values, characterized in that input device ( 2 ), One-button operation ( 2.1 ), Display ( 2.2 ), Measuring equipment ( 3 ), Processing unit ( 4 ), Transmission unit ( 5 ), Storage unit ( 6 ) with access protection device ( 7 ) and time measuring device ( 8th ), in the fluid analyzer ( 1 ) are integrated. Fluid analysis device according to claim 1, characterized in that with the input of data, input device ( 2 ) in the fluid analyzer ( 1 ) automatically display ( 2.2 ), Measuring equipment ( 3 ), Processing device ( 4 ), Transmission unit ( 5 ) as well as storage unit ( 6 ) with additional protection device ( 7 ) and time measuring device ( 8th ) and the measured values are transmitted automatically without operator intervention. Fluid analysis device according to claim 1 and 2, characterized in that the detection of additional data on the manual input by means of a one-button operation ( 2.1 ) with an ad ( 2.2 ) via which all predetermined values can be called up, processed and passed on. Fluid analysis device according to claim 3, characterized in that the parameters to be entered and selected via the one-button operation ( 2.1 ), by long and short keystrokes. Fluid analysis device according to one or more of claims 1 to 4, characterized in that the time measuring device ( 8th ) Date and time received from a radio clock. Fluid analysis device according to claim 5, characterized in that all relevant analysis data with the current date and time of the time measuring device ( 8th ), stored and transmitted.