Containing device with built-in cover and activity detection station

Abstract

The application provides a storage device with a built-in cover and an activity detection station, which relate to the field of medical devices. The containing device includes an inner cylinder and a cover. The cover body includes a cover main body, a first elastic member, a cover core and an actuating mechanism. The cover main body is vertically and slidably covered on the upper end of the inner cylinder and connected to the inner cylinder through the first elastic member. The cover main body has an opening, and the cover core Located in the inner cylinder and rotatably connected with the upper end of the inner cylinder to selectively close the opening, at the same time, the linearly moving lid body and the lid core are linked by an actuating mechanism, so that the linearly moving lid body drives the lid core between the closed position and the open position Rotation switching between them effectively simplifies the opening process of the cover, which is subsequently applied to the activity detection station to improve the automation of the detection process and high detection efficiency. At the same time, it simplifies the operation process of the robotic arm and has a faster response speed.

Description

technical field [0001] This application relates to the field of medical devices, in particular, to a storage device with a built-in cover and an activity detection station. Background technique [0002] During the radiopharmaceutical preparation process, multiple activity tests are required. During the manual preparation process, an activity meter is required to measure the activity. This process requires manual removal of the vial and placing it on the activity meter for measurement. The vial before and after measurement The radiopharmaceuticals in the radioactive material will decay due to time, resulting in inaccurate measurement values ​​and causing certain radioactive pollution to humans and the environment. [0003] If you want to realize automatic dispensing, the easiest way is to put the existing activity meter into the dispensing equipment for activity detection and data export, but the existing activity meter is very large, which will directly increase the volume o...

AI Technical Summary

Problems solved by technology

[0002] During the radiopharmaceutical preparation process, multiple activity tests are required. During the manual preparation process, an activity meter is required to measure the activity. This process requires manual removal of the vial and placing it on the activity meter for measurement. The vial before and after measurement The radiopharmaceuticals in the radioactive material will decay due to time, resulting in inaccurate measurement values, and will cause certain radioactive pollution to man-made and the environment

[0003] If you want to realize automatic dispensing, the easiest way is to put the existing activity meter into the dispensing equipment for activity detection and data export, but the existing activity meter is very large, which will directly increase the volume of the dispensing equipment. The most important thing is that the existing activity meters are all imported products. Due to restrictions such as patents, the measurement data cannot be directly exported, so the existing activity meters cannot be directly applied to the dispensing equipment. The actual activity detection station still uses After the dispensing equipment dispenses the medicine, use the mechanical arm of the dispensing equipment to transport the medicine bottle to the shielded container in the activity detection station, and detect it through the activity meter

[0004] However, the opening and closing process of the existing shielded container and the lid is complicated, and the automation in the detection process cannot be realized, and the detection efficiency is low

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