As an important innovation in the medical field, the practical patent of the ultrasound probe isolation sleeve not only reflects the progress of medical technology, but also greatly improves the safety and efficiency of ultrasound examination. The following will provide a detailed introduction to several typical practical patents for ultrasound probe isolation sleeves, as well as the technological innovations and clinical application value they bring.

1、 A sterile isolation sleeve for ultrasound probes

This patent designs an ultrasound probe isolation sleeve with sterile effect, which is characterized by a partition layer inside the sleeve body. The partition layer has an opening and is covered with a seal, forming a cavity capable of accommodating coupling agents. During ultrasound examination, there is no need to apply coupling agent on the probe before each use, which saves examination time and improves work efficiency. At the same time, the elastic band and cleaning part design on the outside of the isolation sleeve can automatically wipe off excess coupling agent on the probe when removing the isolation sleeve, maintaining the cleanliness and sterility of the probe and reducing the risk of cross infection.

The application of this patented technology not only simplifies the operation process of ultrasound examination, but also improves the safety and hygiene standards of the examination. In clinical applications, this isolation sleeve has received widespread praise and has become an indispensable auxiliary tool for medical institutions to perform ultrasound examinations.

2、 A medical ultrasound probe isolation sleeve based on medical ultrasound examination

This patent has improved the problem of easy detachment of existing probe isolation sleeves and designed an isolation sleeve with a fixed function. By installing a conical structure connecting cylinder at the top of the probe and fixing a handle at the top of the connecting cylinder, a stable connection between the isolation sleeve and the probe is achieved. At the same time, the anti slip ring set on the handle and the card frame design at the upper edge of the probe further enhance the stability and reliability of the isolation sleeve.

The application of this patented technology solves the problem of the isolation sleeve moving back and forth on the patient's skin and easily falling off, ensuring the smooth progress of the ultrasound examination process. At the same time, due to the stable connection of the isolation sleeve, it also reduces unnecessary trouble and safety hazards for medical staff during the operation process.

3、 A probe isolation sleeve for interventional ultrasound

This patent designs a probe isolation sleeve suitable for interventional ultrasound examination, characterized by a loose leaf design that facilitates the insertion and removal of ultrasound probes. The front part of the isolation sleeve is a hollow cylindrical latex sleeve with one end closed and the other end open. The closed end is coated with adhesive inside, making it easy to closely adhere to the probe. The middle and rear parts of the sleeve are equipped with a loose leaf and a sleeve wall, with adhesive surfaces on the loose leaf and adhesive hairs on the sleeve wall. Through the folding of the loose leaf and the cooperation of the adhesive surface, the isolation sleeve can be quickly installed and disassembled.

The application of this patented technology not only improves the efficiency and accuracy of interventional ultrasound examinations, but also reduces the operational difficulty and workload of medical staff. At the same time, due to the tight fit and quick disassembly design of the isolation sleeve and probe, it also reduces the patient's discomfort and the risk of cross infection.

4、 A medical clinical ultrasound examination probe isolation sleeve

This patent designs a new type of medical clinical ultrasound examination probe isolation sleeve, which is characterized by the sliding fit between the connecting block and the auxiliary block, realizing the wrapping and fixation of the isolation membrane at the working end of the probe body. The isolation sleeve includes a probe body, a sleeve, and an auxiliary block. The sleeve is set on the probe body and is clamped and fixed by a clamping component. The number of auxiliary blocks is set to two, located on the front and back of the sleeve, with one auxiliary block moving along the height direction of the sleeve.

The application of this patented technology simplifies the installation and disassembly process of isolation sleeves, reducing the difficulty and time cost of operation for medical staff. Meanwhile, due to the tight fit and fixed design of the isolation membrane and probe body, the safety and hygiene standards of ultrasound examination have also been improved.

In summary, the practical patent of ultrasound probe isolation sleeve has important application value in the medical field. Through continuous technological innovation and improved design, the performance and functionality of ultrasound probe isolation sleeves have been continuously improved and perfected. In the future, with the continuous advancement and development of medical technology, it is believed that ultrasound probe isolation sleeves will bring more convenience and safety guarantees to clinical medicine.