Abstract: Provided is a small blood viscosity measurement kit and a cartridge therefor. The small blood viscosity measurement kit configured to measure a blood viscosity includes: a kit body; two blood pipes disposed symmetrically on two sides of the kit body, wherein an upper side of each of the two blood pipes is open and configured to receive blood injected thereinto; and a fine channel connected to a lower side of the each of the two blood pipes. When blood is injected into one of the two blood pipes, the blood is supplied to the other of the two blood pipes through the fine channel. In addition, there is provided a small blood viscosity measurement kit cartridge, in which a plurality of small blood viscosity measurement kits are stored and kept, and the small blood viscosity measurement kit cartridge automatically supplies the small blood viscosity measurement kits.

Abstract: The present invention relates to a portable blood viscosity measurement apparatus, and the present invention includes a case portion which is movable and includes an upper case and a lower case which are installed in a foldable manner, a blood sample injection unit that is installed in the upper case, mixes blood in a blood sample container, and automatically supplies the blood, a blood viscosity measurement unit that is installed in the upper case and measures a blood viscosity which is supplied from the blood sample injection unit, and a data processing unit that is installed in the lower case, analyzes a value which is measured by the blood viscosity measurement unit, and calculates blood viscosity.

Abstract: The present invention relates to a portable blood viscosity measurement apparatus, and the present invention includes a case portion which is movable and includes an upper case and a lower case which are installed in a foldable manner, a blood sample injection unit that is installed in the upper case, mixes blood in a blood sample container, and automatically supplies the blood, a blood viscosity measurement unit that is installed in the upper case and measures a blood viscosity which is supplied from the blood sample injection unit, and a data processing unit that is installed in the lower case, analyzes a value which is measured by the blood viscosity measurement unit, and calculates blood viscosity.

Abstract: Quantity of fluid can be more precisely controlled without disassembling the valve by an automatic flow control valve, which can be quietly operated and repaired and maintained in simple and easy manner. In the control valve, a valve body has a fluid channel and a chamber, which are formed in the valve body and communicate with each other. A diaphragm is disposed in the chamber and has a fluid channel switching shaft connected to one surface thereof. A flow control member is assembled with the valve body and extends toward the fluid channel. A fluid transfer hole communicating with an entrance port is formed at an upper portion of a side surface of the chamber, so that an opening degree of the fluid channel can be automatically controlled by the fluid channel switching shaft connected with the diaphragm when the diaphragm is operated by pressure of the fluid transferred through the fluid transfer hole.

Abstract: Quantity of fluid can be more precisely controlled without disassembling the valve by an automatic flow control valve, which can be quietly operated and repaired and maintained in simple and easy manner. In the control valve, a valve body has a fluid channel and a chamber, which are formed in the valve body and communicate with each other. A diaphragm is disposed in the chamber and has a fluid channel switching shaft connected to one surface thereof. A flow control member is assembled with the valve body and extends toward the fluid channel. A fluid transfer hole communicating with an entrance port is formed at an upper portion of a side surface of the chamber, so that an opening degree of the fluid channel can be automatically controlled by the fluid channel switching shaft connected with the diaphragm when the diaphragm is operated by pressure of the fluid transferred through the fluid transfer hole.