TWI836482B

TWI836482B - Clamp device for stable acupuncture application

Info

Publication number: TWI836482B
Application number: TW111123377A
Authority: TW
Inventors: 謝士偉
Original assignee: 謝士偉
Priority date: 2022-06-23
Filing date: 2022-06-23
Publication date: 2024-03-21
Also published as: TW202400260A

Abstract

本發明係有關於一種可穩固施針之夾具裝置，其係指利用超音波探照將血管深度顯明出來，再以針頭進行注射，能精準的完成注射。主要係由定位桿、夾掣部、夾固器及夾針部所組成，該定位桿端邊樞接有夾掣部，供夾固超音波探頭，位於定位桿上設置有夾固器，位於該夾固器向下延伸樞接有夾針部，藉以放置針管，使用時，能以超音波進行探照血管，待確定施作血管的位置後，即能使針頭對應超音波探照的定點進行注射，達到一次準確且成功的注射，更可避免施作人員誤差或穩定性不足造成的失誤，有效降低失誤率，同時減少患者不必要挨針的困擾，實為產業上的新發明。 The present invention relates to a clamp device that can stably apply needles. It uses ultrasonic search to reveal the depth of blood vessels, and then uses a needle to inject, so that the injection can be completed accurately. It is mainly composed of a positioning rod, a clamping part, a clamp and a needle part. The positioning rod has a clamping part pivoted on its end for clamping the ultrasonic probe. A clamping device is provided on the positioning rod and is located at The clamp extends downward and is pivotally connected with a needle clamping part for placing the needle tube. When used, the blood vessel can be searched with ultrasound. After the position of the blood vessel is determined, the needle can be aligned with the fixed point of the ultrasound search. Performing an injection to achieve an accurate and successful injection can also avoid errors caused by operator error or insufficient stability, effectively reduce the error rate, and at the same time reduce the patient's trouble of unnecessary injections. It is actually a new invention in the industry.

Description

可穩固施針之夾具裝置 A clamp device that can stabilize the needle.

本創作係有關於一種可穩固施針之夾具裝置，其以超音波探頭將血管明確地照出來，再利用穩定角度及方向的夾針部，令針頭可精準的插置入血管，以達到安全順暢的注射。 This creation is about a clamp device that can stabilize the needle. It uses an ultrasonic probe to clearly illuminate the blood vessels, and then uses the clamping part with a stable angle and direction to accurately insert the needle into the blood vessel to achieve a safe and smooth injection.

按，打針注射為醫護人員日常的工作，然而，血液係經由心臟收縮進行輸送，所以隨心臟跳動之高低起伏該血管在皮膚表面並不明顯，因此，一般醫護人員都是依照經驗，再透過肉眼觀察血管的位置，或用手去感應脈搏的跳動，藉此找出血管的位置；但是，有些患者的血管太細、不明顯或深入皮下組織時，實難透過肉眼來辨識血管的位置，使得醫護人員難以找到施針的位置，導致需要進行多次扎針以順利進行置針或注射，使患者常須飽受多次挨針之苦。 According to the medical staff, injections are a daily routine. However, blood is transported by the contraction of the heart, so the blood vessels are not obvious on the skin surface as the heart beats. Therefore, medical staff generally rely on experience to find the location of the blood vessels by observing the location of the blood vessels with the naked eye or feeling the pulse with their hands. However, some patients' blood vessels are too thin, unclear or deep in the subcutaneous tissue, so it is difficult to identify the location of the blood vessels with the naked eye, making it difficult for medical staff to find the location of the needle, resulting in the need for multiple needle insertions to smoothly place the needle or inject, so that patients often have to suffer multiple injections.

在實務操作上，打針為醫護人員每日基本的工作，除了考量辨識血管的位置外，整天的工作亦容易導致醫護人員疲勞，而在施針時產生誤差，也會造成施針失敗。 In practical terms, injection is a basic daily task for medical staff. In addition to identifying the location of blood vessels, working all day can easily lead to fatigue of medical staff, and errors during injection can also lead to injection failure.

發明人有鑑於打針注射遇到找血管位置的困擾，以及施針的準確度問題，因而對打針的精準度進行研究改良，藉由超音波探測血管位置及其深度，並利用夾具來定位針劑之針頭，使醫護人員能依據所探照血管的位置進行施針，其穩定性高，無須擔心醫護人員因誤差產生的失誤，能減低被施針者之心理壓力及挨針的苦惱，確實為理想的施針夾具裝置，實具有其進步性。 In view of the problem of finding the location of blood vessels during injection, as well as the accuracy of the injection, the inventor conducted research and improvement on the accuracy of injection, using ultrasound to detect the location and depth of the blood vessel, and using a clamp to locate the injection. The needle allows medical staff to perform acupuncture according to the position of the blood vessel being explored. It has high stability and does not need to worry about medical staff's errors due to errors. It can reduce the psychological pressure of the person being acupuncture and the distress of the needle. It is indeed ideal. The needle application fixture device is indeed progressive.

本發明係有關於一種可穩固施針之夾具裝置，其係指利用超音波探照將血管深度顯明確定位，再輔以夾具使針頭進行注射，能精準的完成注射。 The present invention is related to a clamp device that can stabilize the needle, which refers to using ultrasound to accurately locate the depth of the blood vessel, and then using the clamp to assist the needle to perform the injection, so that the injection can be completed accurately.

主要係由定位桿、夾掣部、夾固器及夾針部所組成，該定位桿端邊樞接有夾掣部，供夾固超音波探頭，位於定位桿上設置有夾固器，位於該夾固器向下延伸樞接有夾針部，藉以放置針管。 It is mainly composed of a positioning rod, a clamping part, a clamp and a needle part. The positioning rod has a clamping part pivoted on its end for clamping the ultrasonic probe. A clamping device is provided on the positioning rod and is located at The clamp extends downward and is pivotally connected with a needle clamping portion for placing the needle tube.

使用時，能以超音波探頭進行血管探照，待確定血管位置後，即能運用夾固器之夾針部來穩固針頭，使針頭經準地對應超音波探照的定點進行注射，達到一次準確且成功的注射，更可避免施作人員誤差或穩定性不足造成的失誤，有效降低失誤率，同時減少患者不必要挨針的困擾，實為產業上的新發明。 When in use, the ultrasound probe can be used to search the blood vessels. After the location of the blood vessels is determined, the needle clamp of the clamp can be used to stabilize the needle so that the needle can be accurately aligned with the fixed point of the ultrasound search for injection, achieving an accurate and successful injection. It can also avoid errors caused by operator errors or lack of stability, effectively reduce the error rate, and reduce the trouble of unnecessary injections for patients. It is indeed a new invention in the industry.

〔本發明〕 [Invention]

11:定位桿 11: Positioning rod

12:夾掣部 12: Clamp part

121:側板 121:Side panel

13:夾固器 13: Clamp

14:夾針部 14: Needle clip part

15:調整鈕 15:Adjustment button

2:超音波探頭 2: Ultrasonic probe

3:針管 3: Needle tube

31:針頭 31:Needle

4:手臂 4: Arms

41:血管 41:blood vessels

第1圖係本發明之立體圖。 Figure 1 is a perspective view of the present invention.

第2圖係本發明之側面示意圖。 Figure 2 is a side view of the present invention.

第3圖係本發明使用之示意圖。 Figure 3 is a schematic diagram used in the present invention.

第4圖係本發明施針之示意圖。 Figure 4 is a schematic diagram of acupuncture according to the present invention.

首先，本發明係有關於一種可穩固施針之夾具裝置，其係指利用超音波的探照將血管的深度顯明出來，再配合將針頭對應位置，以精準的完成注射。 First of all, the present invention relates to a clamp device that can stably apply needles. It uses ultrasonic illumination to reveal the depth of blood vessels, and then coordinates the needle with the corresponding position to accurately complete the injection.

接著，請參閱第1圖所示，係本發明之立體圖，主要係由定位桿11、夾掣部12、夾固器13及夾針部14所組成，該定位桿11端邊樞接有夾掣部12，該夾掣部12係為框狀，位於外側具有一側板121，該側板121能利用調整鈕15將其鎖固；並於定位桿11上設置有夾固器13，其上設有調整鈕15，可微調夾固器13在定位桿11上的鬆緊，而能作位置的調整；至於該夾固器13向下延伸樞接有夾針部14，且於樞接處設有調整鈕15，使該夾針部14能擺動角度，並可固定角度，以防止偏移。 Next, please refer to Figure 1, which is a three-dimensional view of the present invention. It is mainly composed of a positioning rod 11, a clamping portion 12, a clamp 13 and a needle clip portion 14. The positioning rod 11 has a clamp pivotally connected to its end. The latch portion 12 is frame-shaped and has a side plate 121 on the outside. The side plate 121 can be locked using the adjustment button 15; a clamp 13 is provided on the positioning rod 11, and a clamp 13 is provided on the positioning rod 11 There is an adjustment button 15, which can fine-tune the tightness of the clamp 13 on the positioning rod 11 and adjust the position; the clamp 13 extends downward and is pivotally connected to a clip pin part 14, and there is a pin part 14 at the pivot joint. The adjustment button 15 enables the needle clip portion 14 to swing at an angle and to fix the angle to prevent deviation.

其次，請參閱第2圖所示，係本發明之側面示意圖，本發明之定位桿11前端樞接夾掣部12，且下方藉由夾固器13樞接有夾針部14，接著，請配合第3圖所示，使得該夾掣部12能夾固超音波探頭2，藉以探照皮膚內的血液，而該夾針部14可夾掣針管3，並經由調整鈕15來固定角度，使針管3能對應超音波探頭2所探照的位置，以進行精準的施針。 Next, please refer to Figure 2, which is a side view of the present invention. The front end of the positioning rod 11 of the present invention is hinged with the clamping part 12, and the lower part is hinged with the clamping part 14 through the clamp 13. Then, please cooperate with Figure 3 so that the clamping part 12 can clamp the ultrasound probe 2 to detect the blood in the skin, and the clamping part 14 can clamp the needle tube 3 and fix the angle through the adjustment button 15 so that the needle tube 3 can correspond to the position detected by the ultrasound probe 2 for accurate needle placement.

使用時，請仍然參閱第3圖所示，係本發明使用之示意圖，係先將超音波探頭2啟動，並將其位移至欲施針的部位，請接著參閱第4 圖所示，該超音波探頭2探照手臂4，而能將血管41位置顯現出來，此時，再配合夾固器13連接之夾針部14上的針管3，使該針管3前端的針頭31對應血管41，供施作者可精準的進行施針，可降低因施作者疲勞、經驗不足或手晃動所產生的失誤，進而減少施受者挨針的機率。 When using, please still refer to Figure 3, which is a schematic diagram of the use of the present invention. First, start the ultrasound probe 2 and move it to the part where the needle is to be injected. Then refer to Figure 4. The ultrasound probe 2 illuminates the arm 4 and can show the position of the blood vessel 41. At this time, the needle tube 3 on the needle clamping part 14 connected to the clamp 13 is used to make the needle 31 at the front end of the needle tube 3 correspond to the blood vessel 41, so that the operator can accurately inject the needle, which can reduce the error caused by the operator's fatigue, lack of experience or hand shaking, and thus reduce the probability of the recipient being injected.

綜上所述，本發明係夾掣超音波探頭，並配合夾合針管，使針頭的方向可精準的對準探照的位置，不僅達到準確的施針，更能減輕施作者的困擾，同時避免醫療糾紛，對於醫護人員實為一大福音，本夾具裝置藉由夾掣超音波探頭以及調整針管的角度，來達到安全且準確的施針，其結構雖然簡單，但確實未見於市面上，亦無相關的文獻報導，當符合發明專利要件，爰依法提出專利申請。 To sum up, the present invention clamps the ultrasonic probe, and cooperates with the clamping needle tube, so that the direction of the needle can be accurately aligned with the position of the search, which not only achieves accurate needle application, but also reduces the trouble of the operator. At the same time, Avoiding medical disputes is a great boon for medical staff. This clamp device achieves safe and accurate acupuncture by clamping the ultrasonic probe and adjusting the angle of the needle tube. Although its structure is simple, it has not been seen on the market. There are no relevant literature reports. When the requirements for an invention patent are met, a patent application must be filed in accordance with the law.

11:定位桿 11: Positioning rod

12:夾掣部 12: Clamp part

121:側板 121: Side panels

13:夾固器 13: Clamp

14:夾針部 14: Needle clamping part

15:調整鈕 15:Adjustment button

Claims

一種可穩固施針之夾具裝置，主要係由定位桿、夾掣部、夾固器及夾針部所組成，該定位桿端邊樞接有夾掣部，該夾掣部係為框狀，供夾掣超音波探頭，位於外側具有一側板，該側板能利用調整鈕將其鎖固；並於該定位桿上設置有夾固器，其上設有調整鈕，能微調該夾固器在該定位桿上的鬆緊，而能作位置的調整；至於該夾固器向下延伸樞接有夾針部，且於樞接處設有調整鈕，使該夾針部能擺動角度，並能固定角度，以防止偏移。 A clamping device for stably fixing the needle is mainly composed of a positioning rod, a clamping part, a clamping device and a clamping needle part. The clamping part is hinged at the end of the positioning rod. The clamping part is frame-shaped and is used to clamp the ultrasonic probe. It has a side plate located on the outside, and the side plate can be locked by an adjustment button. A clamping device is provided on the positioning rod, and an adjustment button is provided on it, which can fine-tune the tightness of the clamping device on the positioning rod to adjust the position. As for the clamping device extending downward and hinged with the clamping needle part, an adjustment button is provided at the hinge, so that the clamping needle part can swing and fix the angle to prevent deviation.

如請求項1所述可穩固施針之夾具裝置，其中，該夾針部係能藉由將該調整鈕旋鬆來進行角度擺動，待角度確定後再利用該調整鈕旋緊以固定該夾針部上之針管的角度。 As described in claim 1, the clamping device for fixing the needle, wherein the clamping part can be swung by loosening the adjustment knob, and after the angle is determined, the adjustment knob is tightened to fix the angle of the needle tube on the clamping part.

如請求項1所述可穩固施針之夾具裝置，其中，該夾掣部上之調整鈕係能將該側板旋緊，使該夾掣部能將超音波探頭夾合固定。 As described in claim 1, the clamping device for fixing the needle, wherein the adjustment button on the clamping part can tighten the side plate so that the clamping part can clamp and fix the ultrasound probe.