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CN-224231785-U - Blood glucose meter test circuit and blood glucose meter test system

CN224231785UCN 224231785 UCN224231785 UCN 224231785UCN-224231785-U

Abstract

The application discloses a blood glucose meter testing circuit and a blood glucose meter detection system. The circuit includes a drive leg configured to simulate insertion or non-insertion of the blood glucose test strip into the blood glucose meter and a test leg configured to simulate dripping of blood onto the blood glucose test strip or non-dripping of blood onto the blood glucose test strip. According to the blood glucose meter testing circuit, the driving branch and the testing branch are respectively arranged to simulate the process of inserting or extracting the blood glucose test paper into or out of the blood glucose meter and the state of whether blood is dripped on the blood glucose test paper, so that the operation of inserting or extracting the test paper and dripping the blood on the test paper is not required to be actually executed, the pressure test can be completed only by controlling the corresponding branch, and the efficiency of the pressure test in the process of using the blood glucose meter is greatly improved.

Inventors

  • LI ZHUOMING

Assignees

  • 上海安科联科技有限公司

Dates

Publication Date
20260512
Application Date
20250416

Claims (10)

  1. 1. A glucose meter test circuit comprising a drive leg configured to simulate insertion or non-insertion of a glucose test strip into the glucose meter and a test leg configured to simulate dripping or non-dripping of blood onto the glucose test strip.
  2. 2. The circuit of claim 1, wherein the drive leg comprises a first relay configured to control an operational state of a test strip cartridge of the glucose meter to simulate insertion or non-insertion of a glucose test strip into the glucose meter.
  3. 3. The circuit of claim 2, wherein the test strip cartridge of the glucose meter comprises a first set of contacts connected to the first end of the first relay and a second set of contacts connected to the second end of the first relay.
  4. 4. The circuit of claim 3, wherein the test strip cartridge is configured to simulate the insertion of the blood glucose test strip into the blood glucose meter with the first relay on, and wherein the test strip cartridge is configured to simulate the insertion of the blood glucose test strip into the blood glucose meter with the first relay off.
  5. 5. The circuit of claim 1, wherein the test branch comprises a second relay configured to control an operating state of a test contact of the glucose meter to simulate blood dripping on the blood glucose test strip or blood not dripping on the blood glucose test strip.
  6. 6. The circuit of claim 5, wherein the test contact of the glucose meter comprises a third contact connected to the first end of the second relay and a fourth contact connected to the second end of the second relay.
  7. 7. The circuit of claim 6, wherein the test contact is configured to simulate blood dripping on the blood glucose test strip when the second relay is on and wherein the test contact is configured to simulate blood not dripping on the blood glucose test strip when the second relay is off.
  8. 8. A blood glucose meter testing system comprising a control device and one or more of the blood glucose meter testing circuits of any one of claims 1-7, said control device being connected to said drive leg and said test leg in said blood glucose meter testing circuit.
  9. 9. The system of claim 8, wherein the control device is connected to a first relay in the drive branch, and the first relay is controlled to be turned on or off when the first relay receives a control signal sent by the control device.
  10. 10. The system of claim 8, wherein the control device is connected to a second relay in the test branch, and the second relay is controlled to be turned on or off when the second relay receives a control signal sent by the control device.

Description

Blood glucose meter test circuit and blood glucose meter test system Technical Field The application relates to the technical field of electronic circuits, in particular to a blood glucose meter testing circuit and a blood glucose meter testing system. Background In the related art, the quality requirements of medical measuring instruments such as glucometers are gradually increased, and the pressure testing requirements on the measuring instruments are also increased. For a blood glucose meter, the pressure test mainly includes a process of inserting and pulling a blood glucose test strip into and out of a test strip slot and a measuring process of actually running and measuring a blood glucose value, and the measuring process is generally triggered by an action of dripping blood onto the blood glucose test strip. The number of pressure tests is generally 500 or more for each blood glucose meter type measuring instrument, and such a body pressure test consumes a lot of manpower and time, and is inefficient. Disclosure of utility model The application provides a blood glucose meter testing circuit and a blood glucose meter testing system. The application relates to a blood glucose meter testing circuit, which comprises a driving branch and a testing branch, wherein the driving branch is configured to simulate that blood glucose test paper is inserted into the blood glucose meter or not inserted into the blood glucose meter, and the testing branch is configured to simulate that blood drops on the blood glucose test paper or blood does not drop on the blood glucose test paper. Therefore, the blood glucose meter test circuit provided by the application can simulate the process of inserting or extracting blood glucose test paper into or out of the blood glucose meter and the state of whether blood is dripped on the blood glucose test paper by respectively arranging the driving branch and the test branch, so that the operation of inserting or extracting the test paper and dripping the blood on the test paper is not required to be actually executed, and the pressure test can be completed only by controlling the corresponding branch, thereby greatly improving the efficiency of the pressure test in the process of using the blood glucose meter. In some embodiments, the drive branch includes a first relay configured to control an operating state of a test strip cartridge of the glucose meter to simulate insertion or non-insertion of a glucose test strip into the glucose meter. Therefore, the driving branch circuit controls the working state of the test paper clamping groove in a mode of configuring the relay so as to simulate the insertion or extraction state of the blood glucose test paper. In certain embodiments, the test strip cartridge of the glucose meter includes a first contact set coupled to a first end of the first relay and a second contact set coupled to a second end of the first relay. In some embodiments, the test strip cartridge is configured to simulate the insertion of the blood glucose test strip into the blood glucose meter with the first relay on, and the test strip cartridge is configured to simulate the insertion of the blood glucose test strip into the blood glucose meter with the first relay off. Therefore, the two ends of the first relay are connected with different contact sets of the test paper clamping groove, and the working state of the test paper clamping groove can be controlled by utilizing the on-off of the first relay, so that the insertion or extraction state of the blood glucose test paper can be indirectly simulated. In certain embodiments, the test branch includes a second relay configured to control an operating state of a test contact of the glucose meter to simulate blood dripping on the blood glucose test strip or blood not dripping on the blood glucose test strip. Therefore, the working state of the test contact is controlled by the test branch circuit in the application through a mode of configuring the relay, so that whether blood drops on the blood glucose test paper is simulated. In certain embodiments, the test contact of the glucose meter includes a third contact connected to the first end of the second relay and a fourth contact connected to the second end of the second relay. In some embodiments, the test contact is configured to simulate blood dripping on the blood glucose test strip when the second relay is on, and the test contact is configured to simulate blood not dripping on the blood glucose test strip when the second relay is off. Therefore, the two ends of the second relay are connected with different contacts in the test contact, and the working state of the test contact can be controlled by utilizing the on-off of the second relay, so that the simulation of whether blood drops on the blood glucose test paper is indirectly realized. The glucometer testing system in the embodiment of the application comprises a control device and one or more glucometer testi