Production equipment and method for a puncture needle ultrasound region

Abstract

The invention discloses a production equipment and a manufacturing method of a puncture needle ultrasonic area. The key point of the technical scheme is that the production equipment of the puncture needle ultrasonic area includes a base, and the base slides with a sliding table that moves back and forth. The sliding table is equipped with The jaw that clamps the puncture needle and the first motor that drives the jaw to rotate forward and backward; the base is provided with a lower mold, the outlet of the jaw is provided with a lower mold, and the lower mold is provided with a positioning groove for the insertion and rotation of the puncture needle. The positioning groove is aligned with the mouth of the clip; the base is provided with an upper die, the upper die includes a tapered punch, and the sharp end of the punch points to the notch of the positioning groove; the manufacturing method of the puncture needle is to place the needle tube along the positioning The end of the groove slides into the positioning groove, and through the guidance of the calibration needle in the positioning groove, the inner end of the needle tube slides into the clamp to fix; starting from the outer end of the needle tube, it is pressed down by a punch with a buffer block, The tapered punch is used to form a multi-reflective ultrasonic area, which actively enhances the ultrasonic echo and reduces the risk of puncture.

Description

technical field [0001] The invention relates to a production device and a manufacturing method of a puncture needle ultrasonic region. Background technique [0002] In recent years, with the help of the widespread use of Doppler ultrasound in clinical practice, its visualization features have brought more intuitive judgments to clinical diagnosis and treatment. Ultrasound is no longer the exclusive weapon of the ultrasound department. Conduct non-invasive ultrasonic exploration at targeted locations, and carry out low-injury and high-precision punctures, insert different types of puncture needles or treatment needles into designated locations, perform injections, samples, or place catheters, etc. For example, the anesthesiology department conducts ultrasound-guided nerve Block technology, interventional puncture technology under ultrasound in interventional department, ozone puncture therapy technology under ultrasound guidance in pain department, radio frequency therapy tec...

AI Technical Summary

Problems solved by technology

[0002] In recent years, with the help of the widespread use of Doppler ultrasound in clinical practice, its visualization features have brought more intuitive judgments to clinical diagnosis and treatment. Ultrasound is no longer the exclusive weapon of the ultrasound department. Conduct non-invasive ultrasonic exploration at targeted locations, and carry out low-injury and high-precision punctures, insert different types of puncture needles or treatment needles into designated locations, perform injections, samples, or place catheters, etc. For example, the anesthesiology department conducts ultrasound-guided nerve Block technology, interventional puncture technology under ultrasound in interventional department, ozone puncture therapy technology under ultrasound guidance in pain department, radio frequency therapy technology; ultrasound-guided biopsy puncture technology in internal medicine department, and ultrasound-guided central venous puncture Technology, etc., all require the cooperation of ultrasound and puncture needle to achieve the purpose of diagnosis and treatment, and the echo intensity of the puncture needle in the ultrasonic beam directly determines whether the operator can observe the real-time position of the puncture needle, but different types of ultrasound-guided puncture are very important The length, diameter, puncture depth, and puncture angle of the puncture needles are all different, so it is impossible to ensure that the operator can effectively receive a strong enough echo when using ultrasound-guided puncture; if the puncture needle cannot be accurately observed, especially the needle tip If the position is too small, it is very likely that the puncture will cause damage to non-target parts such as blood vessels, nerves, tissues, and organs. In severe cases, it may cause irreparable damage to the patient.

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