A test strip reader (200, 300), comprising: a module main body (240, 340) including an upper cover, a grounding element (290, 390) and at least one operation hole (242, 342) containing a first operation movement assembly; a blocking element; and a circuit board, characterized in that: the first operation movement assembly includes an actuating element, the module main body (240, 340) further includes a second operation movement assembly having a conductive element and an elastic element, the upper cover and the module main body (240, 340) are formed integrally, whereby the test strip reader is configured such that a condition of one of a contact status and a separation status between the second operation movement assembly and the grounding element (290, 390) determines a read signal, a conducting condition is formed when the conductive element is in contact with the grounding element, a non-conducting condition is formed when the conductive element is separated from the grounding element, and the read signal for a coding recess of a test trip at the corresponding position of the operation hole (242, 342) is determined based on one of the conducting and the non-conducting conditions, whereby the conductive element is disposed under the blocking element and the elastic element for pushing the conductive element to contact with the grounding element (290, 390), and the actuating element contacts the coding recess. a module main body (240, 340) including an upper cover, a grounding element (290, 390) and at least one operation hole (242, 342) containing a first operation movement assembly; a blocking element; and a circuit board, characterized in that: the first operation movement assembly includes an actuating element, the module main body (240, 340) further includes a second operation movement assembly having a conductive element and an elastic element, the upper cover and the module main body (240, 340) are formed integrally, whereby the test strip reader is configured such that a condition of one of a contact status and a separation status between the second operation movement assembly and the grounding element (290, 390) determines a read signal, a conducting condition is formed when the conductive element is in contact with the grounding element, a non-conducting condition is formed when the conductive element is separated from the grounding element, and the read signal for a coding recess of a test trip at the corresponding position of the operation hole (242, 342) is determined based on one of the conducting and the non-conducting conditions, the first operation movement assembly includes an actuating element, the module main body (240, 340) further includes a second operation movement assembly having a conductive element and an elastic element, the upper cover and the module main body (240, 340) are formed integrally, whereby the test strip reader is configured such that a condition of one of a contact status and a separation status between the second operation movement assembly and the grounding element (290, 390) determines a read signal, a conducting condition is formed when the conductive element is in contact with the grounding element, a non-conducting condition is formed when the conductive element is separated from the grounding element, and the read signal for a coding recess of a test trip at the corresponding position of the operation hole (242, 342) is determined based on one of the conducting and the non-conducting conditions, whereby the conductive element is disposed under the blocking element and the elastic element for pushing the conductive element to contact with the grounding element (290, 390), and the actuating element contacts the coding recess.