Abstract: The embodiments of the present disclosure provide a device for sample collection and a method for sample collection. The device for sample collection comprises a collection part, a detection part, and a connection part configured to connect the collection part and the detection part. The collection part includes a core body. The connection part includes a hollow structure. At least a portion of the core body is disposed in the hollow structure. The core body has hydrophilicity. The device for sample collection is provided with the core body with strong hydrophilicity in the collection part, the core body has a large hydrophilic surface, and the core body absorbs the sample, so that a collected sample volume and efficiency of collection can be improved. In addition, the core body has a maintenance effect on the sample, achieving an unlimited collection angle.

Abstract: An apparatus for collecting and testing a sample is provided. The apparatus includes a test cavity and a collecting component. The test cavity is connected to the collecting component and the test cavity and the collecting component are in a liquid communication. An inner wall of the test cavity is provided with a first step. The collecting component includes a collecting rod and an absorbing element sleeved on the collecting rod. A connecting end of the collecting rod is provided with a barb. A tail end of the barb is tapered. The barb at the connecting end is clamped to the first step to connect the test cavity with the collecting component. A collecting and testing apparatus with an integrated structure is provided. The integrated structure integrates the collection and test of a sample, reduces a product structure and an operation difficulty of subjects.

Abstract: Some embodiments of the present disclosure provide a detection device. The detection device may include: a cup used to accommodate a substance, a sidewall of the cup including a curved portion and a flat portion. Two sides of the curved portion may be connected with two sides of the flat portion, respectively. The detection device may further include a test component disposed with a plurality of test strips; the test component being disposed within the cup. The detection device may further include a mounting structure. The test component may be disposed on the flat portion through the mounting structure.

Abstract: The present invention relates to a whole blood and fingertip blood testing device, including a blood collection structure and a testing chamber connected to and in fluid communication with the blood collection structure. The blood collection structure includes a collection rod, a capillary channel is arranged inside the collection rod, the bottom end of the capillary channel is located at the tail end of the collection rod, and the top end of the capillary channel is located in the middle of the capillary channel; and the collection rod is provided with a communicating hole connected to and communicated with the top end of the capillary channel. Moreover, the present invention also provides a method for collecting and testing a blood sample by using the testing device.

Abstract: An apparatus for collecting and testing a sample is provided. The apparatus includes a test cavity and a collecting component. The test cavity is connected to the collecting component and the test cavity and the collecting component are in a liquid communication. An inner wall of the test cavity is provided with a first step. The collecting component includes a collecting rod and an absorbing element sleeved on the collecting rod. A connecting end of the collecting rod is provided with a barb. A tail end of the barb is tapered. The barb at the connecting end is clamped to the first step to connect the test cavity with the collecting component. A collecting and testing apparatus with an integrated structure is provided. The integrated structure integrates the collection and test of a sample, reduces a product structure and an operation difficulty of subjects.

Abstract: The invention discloses a rapid test device, includes a cup vessel (4), which comprises a first chamber (41) and a dosing piston assembling hole (44) communicating with the first chamber (41); a base (8) fastened at the bottom of the cup vessel (4); a second chamber (81), formed between the base (8) and the cup vessel (4) and communicating with the dosing piston assembling hole (44); a partition (7), arranged in the second chamber (81) and provided with test paper; a dosing piston (6), provided with a dosing slot (61) thereon and provided with a key hole at one end, inserted in the dosing piston assembling hole (44); and a key (1) matching the key hole. In present invention the sample in the dosing slot can be transmitted into the second chamber by rotating the dosing piston. The sample is absorbed by the test paper after flowing by the test paper, and test result appears on the test paper.

Abstract: The invention discloses a rapid test device, includes a cup vessel (4), which comprises a first chamber (41) and a dosing piston assembling hole (44) communicating with the first chamber (41); a base (8) fastened at the bottom of the cup vessel (4); a second chamber (81), formed between the base (8) and the cup vessel (4) and communicating with the dosing piston assembling hole (44); a partition (7), arranged in the second chamber (81) and provided with test paper; a dosing piston (6), provided with a dosing slot (61) thereon and provided with a key hole at one end, inserted in the dosing piston assembling hole (44); and a key (1) matching the key hole. In present invention the sample in the dosing slot can be transmitted into the second chamber by rotating the dosing piston. The sample is absorbed by the test paper after flowing by the test paper, and test result appears on the test paper.