TWI699192B

TWI699192B - Medical device connector

Info

Publication number: TWI699192B
Application number: TW108122708A
Authority: TW
Inventors: 陳咸融; 鄭羽傑
Original assignee: 美卓企業股份有限公司
Priority date: 2019-06-27
Filing date: 2019-06-27
Publication date: 2020-07-21
Also published as: TW202100110A

Abstract

A medical device connector can respectively engage and isolate a medical device connector of an image capturing device that cannot be effectively sterilized and a sterilized optical member, so that the image capturing device and the optical member can be reused.

Description

醫療器材接頭Medical equipment connector

本發明係涉及微創手術之醫療器材領域，更詳而言之，係指一種可分別接合與隔離無法有效滅菌的取像裝置與滅菌後的光學構件的醫療器材接頭，使重複使用的取像裝置不會對光學構件造成汙染。The present invention relates to the field of medical equipment for minimally invasive surgery. More specifically, it refers to a medical equipment joint that can separately connect and isolate an imaging device that cannot be effectively sterilized and a sterilized optical component, so that repeated use of imaging The device will not pollute the optical components.

隨著醫學技術的進步，微創手術在外科醫學界上成為一波創新的浪潮。微創手術透過光學構件及取像裝置，使外科醫生在無需對患者造成巨大傷口的情況下施行手術，與傳統手術相比，侵襲性較小、傷口也較小，進而減少患者的疼痛或病菌感染傷口的風險。With the advancement of medical technology, minimally invasive surgery has become a wave of innovation in the surgical field. Minimally invasive surgery uses optical components and imaging devices to allow surgeons to perform surgery without causing huge wounds to the patient. Compared with traditional surgery, it is less invasive and has smaller wounds, thereby reducing the patient’s pain or germs. Risk of infected wounds.

微創手術中通常會使用光學構件與取像裝置(例如攝像機等)，其中，光學構件為***病患身體的部件，用以搭配取像裝置將該病患身體之影像資訊載出。在每次微創手術進行完成後，受汙染的光學構件通常會進行滅菌，使光學構件可被重複使用，然而通常取像裝置內會存在電子構件且構造複雜並無法有效滅菌，使得在衛生安全的考量下，取像裝置只建議一次性使用，以避免汙染完成滅菌的光學構件而造成患者感染，如此，會對微創手術造成龐大的成本負擔。In minimally invasive surgery, optical components and imaging devices (such as cameras, etc.) are usually used. The optical components are components inserted into the patient's body and used with the imaging device to output image information of the patient's body. After each minimally invasive surgery is completed, the contaminated optical components are usually sterilized so that the optical components can be reused. However, there are usually electronic components in the imaging device and the structure is complex and cannot be effectively sterilized, making it safe and hygienic. In consideration of this, the imaging device is only recommended for one-time use to avoid contaminating the sterilized optical components and causing patient infection. This will cause a huge cost burden for minimally invasive surgery.

因此，如何避免取像裝置汙染完成滅菌的光學構件，即為本發明待解決之技術課題。Therefore, how to avoid contamination of the sterilized optical component by the imaging device is a technical problem to be solved by the present invention.

鑒於上述先前技術之種種問題，本發明之主要目的在於提供一種醫療器材接頭，在兼顧衛生安全以及成本的考量下，解決避免無法有效滅菌的取像裝置汙染完成滅菌的光學構件。In view of the above-mentioned various problems of the prior art, the main purpose of the present invention is to provide a medical device connector that avoids the contamination of the sterilized optical component by the image capturing device that cannot be effectively sterilized, while taking into consideration the hygiene and safety and cost.

為達到上述目的以及其他目的，本發明提供一種醫療器材接頭，該醫療器材接頭係分別接合一取像裝置與一光學構件，其中，該取像裝置係具有一第一接合結構，該光學構件係具有一第二接合結構，該醫療器材接頭係包括：一接頭本體，其係具有一取像裝置接合端與一光學構件接合端；一操作構件，其係嵌設於該接頭本體中，並具有一外露出該接頭本體的按壓部，該按壓部得處於一按壓狀態或一未按壓狀態，當該按壓部處於該按壓狀態時，該操作構件係於該接頭本體的該光學構件接合端形成一容置通道，該第二接合結構得經由該容置通道，由該光學構件接合端進入該接頭本體，當該按壓部處於該未按壓狀態時，該操作結構係於該接頭本體的該光學構件接合端形成一第三接合結構，該第三接合結構係用於接合該光學構件的該第二接合結構，使該接頭本體得接合該光學構件；一隔離罩體，其係套設在該取像裝置的周圍，俾在該取像裝置與該光學構件兩者之間提供隔離；以及一透視構件，其係穿過該隔離罩體，並與該隔離罩體嵌設於該接頭本體的該取像裝置接合端，且具有一第四接合結構，該第四接合結構係用於接合該取像裝置中的該第一接合結構，使該取像裝置得接合該透視構件，令該取像裝置得經由該透視構件，藉由該接頭本體接合的該光學構件擷取影像。In order to achieve the above objectives and other objectives, the present invention provides a medical device connector, which connects an imaging device and an optical component, respectively, wherein the imaging device has a first joining structure, and the optical component is There is a second joint structure, and the medical device joint includes: a joint body having a joint end of an imaging device and a joint end of an optical member; an operating member embedded in the joint body and having A pressing portion exposing the connector body, the pressing portion must be in a pressed state or an unpressed state, when the pressing portion is in the pressed state, the operating member is tied to the optical member joint end of the connector body to form a An accommodating channel through which the second joint structure enters the joint body from the joint end of the optical member. When the pressing portion is in the unpressed state, the operating structure is attached to the optical member of the joint body The joint end forms a third joint structure, the third joint structure is used to join the second joint structure of the optical component, so that the joint body can be joined to the optical component; an isolation cover, which is sleeved on the access Around the imaging device to provide isolation between the imaging device and the optical component; and a see-through component that passes through the isolation cover and is embedded with the isolation cover in the connector body The joint end of the image capturing device has a fourth joint structure, and the fourth joint structure is used to join the first joint structure in the image capturing device, so that the image capturing device must be coupled to the perspective member, so that the image capturing The device can capture images through the see-through member and the optical member joined by the connector body.

上述醫療器材接頭中，該操作構件係具有一彈性卡接結構，該彈性卡接結構係得彈性變形而進入該接頭本體，當該彈性卡接結構進入該接頭本體後，該彈性卡接結構得彈性回復而卡接該接頭本體；該彈性卡接結構係為設置於該操作構件兩側的兩對稱彈性臂。In the above medical device connector, the operating member has an elastic clamping structure, and the elastic clamping structure is elastically deformed to enter the joint body. When the elastic clamping structure enters the joint body, the elastic clamping structure is The joint body is elastically restored and clamped; the elastic clamping structure is two symmetrical elastic arms arranged on both sides of the operating member.

上述醫療器材接頭中，該接頭本體係具有一第一引導結構，該操作構件係具有一第二引導結構，該第一引導結構與該第二引導結構係結構配合且可相對移動，俾引導該按壓部處於該按壓狀態或該未按壓狀態；該第一引導結構與該第二引導結構係分別為結構配合的凸出結構與凹陷結構之其中一者。In the above-mentioned medical equipment connector, the connector system has a first guiding structure, the operating member has a second guiding structure, and the first guiding structure and the second guiding structure are structurally matched and movable relative to each other to guide the The pressing portion is in the pressed state or the unpressed state; the first guiding structure and the second guiding structure are respectively one of a protruding structure and a recessed structure that are matched in structure.

上述醫療器材接頭中，該接頭本體還具有一第一嵌設結構，該透視構件還具有一第二嵌設結構，該第一嵌設結構與該第二嵌設結構係結構配合，俾使該透視構件嵌設於該接頭本體；又該接頭本體還具有一第一定位結構，該透視構件還具有一第二定位結構，該第一定位結構與該第二定位結構係結構配合，俾將該透視構件的本體定位於該接頭本體上的一預定位置。In the above medical device connector, the connector body further has a first embedded structure, the see-through member also has a second embedded structure, and the first embedded structure and the second embedded structure are structurally matched to make the The see-through component is embedded in the joint body; and the joint body also has a first positioning structure, the see-through component also has a second positioning structure, the first positioning structure and the second positioning structure are structurally matched to the The body of the see-through member is positioned at a predetermined position on the joint body.

綜上所述，本發明之醫療器材接頭透過操作構件之按壓部的操控處理下，可方便安裝該光學構件，同時透過透視構件接合取像裝置，並將隔離罩體套設在取像裝置的周圍，以避免未完全滅菌的取像裝置汙染該光學構件，提供使用者一種快速、簡易以及衛生安全的組裝方式，使該取像裝置與該光學構件都可以重複使用，而降低微創手術的成本。In summary, the medical device connector of the present invention can be conveniently installed under the manipulation of the pressing part of the operating member, and the imaging device can be joined through the see-through member at the same time, and the isolation cover can be placed on the imaging device. The surrounding area can avoid contamination of the optical component by the incompletely sterilized imaging device, and provide users with a quick, easy, and hygienic and safe assembly method, so that the imaging device and the optical component can be reused, thereby reducing minimally invasive surgery cost.

以下內容將搭配圖式，藉由特定的具體實施例說明本申請之技術內容，熟悉此技術之人士可由本說明書所揭示之內容輕易地了解本申請之其他優點與功效。本申請亦可藉由其他不同的具體實施例加以施行或應用。本說明書中的各項細節亦可基於不同觀點與應用，在不背離本申請之精神下，進行各種修飾與變更。尤其是，於圖式中各個元件的比例關係及相對位置僅具示範性用途，並非代表本申請實施的實際狀況。The following content will be combined with the drawings to illustrate the technical content of this application through specific specific embodiments. Those familiar with this technology can easily understand the other advantages and effects of this application from the content disclosed in this specification. This application can also be implemented or applied by other different specific embodiments. Various details in this specification can also be modified and changed based on different viewpoints and applications without departing from the spirit of this application. In particular, the proportional relationships and relative positions of the various elements in the drawings are only for exemplary purposes, and do not represent the actual implementation of the application.

如圖1A及1B所示，其分別用以說明本發明之醫療器材接頭1與一取像裝置2與一光學構件3接合下的外觀圖以及醫療器材接頭與該取像裝置及光學構件分離後的***圖，本發明之醫療器材接頭1主要用來分別結合無法有效滅菌的該取像裝置2與滅菌後的該光學構件3，並對該取像裝置2提供隔離罩體以隔離取像裝置2與該光學構件3兩者，而避免該取像裝置2汙染完成滅菌的該光學構件3，讓取像裝置2與光學構件3都可以重複使用。As shown in Figures 1A and 1B, which are used to illustrate the appearance of the medical device connector 1 and an imaging device 2 and an optical component 3 of the present invention, respectively, and after the medical device connector is separated from the imaging device and optical component In the exploded view, the medical device connector 1 of the present invention is mainly used to separately combine the imaging device 2 that cannot be effectively sterilized and the sterilized optical component 3, and provide an isolation cover for the imaging device 2 to isolate the imaging device 2 and the optical component 3, so as to prevent the imaging device 2 from contaminating the sterilized optical component 3, so that both the imaging device 2 and the optical component 3 can be reused.

更具體而言，本發明之醫療器材接頭1係接合該取像裝置2與該光學構件3，該取像裝置2係具有一第一接合結構21，該光學構件3係具有一第二接合結構31，在此請一併參閱圖2A~2D圖，其用以說明該醫療器材接頭1的構成組件，該醫療器材接頭1係包括：一接頭本體11、一操作構件12、一隔離罩體13以及一透視構件14，該接頭本體11係具有一取像裝置接合端111與一光學構件接合端112，該操作構件12係嵌設於該接頭本體11中，並具有一外露出該接頭本體11的按壓部121，該按壓部121得處於一按壓狀態(如圖2C所示)或一未按壓狀態(如圖2B或圖2D)，當該按壓部121處於該按壓狀態時，該操作構件12係於該接頭本體11的該光學構件接合端112形成一容置通道P，該光學構件3之第二接合結構31得經由該容置通道P，由該光學構件接合端112進入該接頭本體11；接著，當該按壓部121處於該未按壓狀態時，該操作結構12係於該接頭本體11的該光學構件接合端112形成一第三接合結構122(如圖2D所示)，該第三接合結構122係用於接合該光學構件3的該第二接合結構31，使該接頭本體11得接合該光學構件3。組裝人員可以單手或雙手方式對該按壓部121進行施壓，使該接頭本體11的該光學構件接合端112形成該容置通道P而便於將該光學構件3置入，在解除對該按壓部21的施壓操作後即可使該光學構件3與該接頭本體11進行接合。More specifically, the medical device connector 1 of the present invention joins the imaging device 2 and the optical component 3, the imaging device 2 has a first joining structure 21, and the optical component 3 has a second joining structure 31. Please refer to Figures 2A~2D here, which are used to illustrate the components of the medical device connector 1. The medical device connector 1 includes: a connector body 11, an operating member 12, and an isolation cover 13 And a see-through member 14, the joint body 11 has an imaging device joint end 111 and an optical member joint end 112, the operating member 12 is embedded in the joint body 11, and has an externally exposed joint body 11 The pressing portion 121 is in a pressed state (as shown in FIG. 2C) or an unpressed state (as shown in FIG. 2B or FIG. 2D). When the pressing portion 121 is in the pressed state, the operating member 12 The optical component joint end 112 attached to the connector body 11 forms an accommodating passage P, and the second joint structure 31 of the optical component 3 passes through the accommodating passage P and enters the joint body 11 from the optical component joint end 112 ; Next, when the pressing portion 121 is in the unpressed state, the operating structure 12 is tied to the optical member joint end 112 of the connector body 11 to form a third joint structure 122 (as shown in FIG. 2D), the third The joining structure 122 is used to join the second joining structure 31 of the optical component 3 so that the joint body 11 must be joined to the optical component 3. The assembler can press the pressing portion 121 with one hand or both hands, so that the optical member joint end 112 of the joint body 11 forms the accommodating channel P to facilitate the insertion of the optical member 3, and then release the After the pressing operation of the pressing portion 21, the optical member 3 can be joined to the joint body 11.

在此請一併參閱圖3A、圖3B以及圖4A、圖4B，其中圖3A及圖3B分別用以說明嵌合於該接頭本體11之操作構件12的按壓部121處於未按壓狀態的外觀圖以及剖面圖；圖4A及圖4B分別用以說明嵌合於接頭本體11之操作構件12的按壓部121處於按壓狀態的外觀圖以及剖面圖，本實施例之操作構件12係具有一彈性卡接結構123，該彈性卡接結構123係為設置於該操作構件12兩側的兩對稱彈性臂，該兩對稱彈性臂係得彈性變形而進入該接頭本體11，當該兩對稱彈性臂進入該接頭本體11後，該兩對稱彈性臂得彈性回復而卡接該接頭本體11，使該操作構件12係嵌設於該接頭本體11中。為使該按壓部121處於該按壓狀態或該未按壓狀態，故該接頭本體11係具有一第一引導結構113，相對的，該操作構件12係具有一第二引導結構124，該第一引導結構113與該第二引導結構124係結構配合且可相對移動，須特別說明的是，該第一引導結構113與該第二引導結構124兩者分別為結構配合的凸出結構與凹陷結構之其中一者，然，該第一引導結構113與該第二引導結構124的凸凹結構並不限於圖3B以及圖4B所示。Please refer to FIGS. 3A, 3B, 4A, and 4B. FIGS. 3A and 3B are used to illustrate the appearance of the pressing portion 121 of the operating member 12 fitted in the connector body 11 in an unpressed state. 4A and 4B are respectively used to illustrate the appearance and cross-sectional view of the pressing portion 121 of the operating member 12 inserted into the joint body 11 in a pressed state, the operating member 12 of this embodiment has an elastic clamping Structure 123, the elastic clamping structure 123 is two symmetrical elastic arms arranged on both sides of the operating member 12, the two symmetrical elastic arms are elastically deformed to enter the joint body 11, when the two symmetrical elastic arms enter the joint After the main body 11 is installed, the two symmetrical elastic arms are elastically restored to clamp the joint body 11 so that the operating member 12 is embedded in the joint body 11. In order to make the pressing portion 121 in the pressed state or the unpressed state, the joint body 11 has a first guide structure 113. On the contrary, the operating member 12 has a second guide structure 124. The first guide The structure 113 and the second guide structure 124 are structurally matched and can move relative to each other. It should be particularly noted that the first guide structure 113 and the second guide structure 124 are respectively a protruding structure and a recessed structure that cooperate with each other. One of them, however, the convex and concave structures of the first guiding structure 113 and the second guiding structure 124 are not limited to those shown in FIGS. 3B and 4B.

再者，由前述圖2B可知，該第二接合結構31為該光學構件3之一未端向外延伸的外圍凸環，其可穿過該接頭本體11與處於按壓狀態之按壓部121所形成的容置通道P中(如圖2C所示)，之後，釋放該按壓部121而使該按壓部121處於未按壓狀態時，使該操作構件12在該接頭本體11之光學構件接合端112形成該第三接合結構122(如圖2D所示)，以接合該光學構件3之未端向外延伸的第二接合結構31，且由圖3B圖可知，該第三接合結構122係會將例如呈月牙狀的結構伸入容置通道P中，以穩固地卡住容置於該光學構件接合端112的第二接合結構31。Furthermore, as can be seen from the aforementioned FIG. 2B, the second joint structure 31 is a peripheral convex ring extending outward from one end of the optical member 3, which can pass through the connector body 11 and the pressing portion 121 in a pressed state. In the receiving channel P (as shown in FIG. 2C), after the pressing portion 121 is released and the pressing portion 121 is in an unpressed state, the operating member 12 is formed on the optical member joint end 112 of the connector body 11 The third bonding structure 122 (as shown in FIG. 2D) is used for bonding the second bonding structure 31 extending outward from the end of the optical member 3, and as shown in FIG. 3B, the third bonding structure 122 will be for example The crescent-shaped structure extends into the accommodating channel P to firmly clamp the second joint structure 31 accommodated in the joint end 112 of the optical component.

再者，該按壓部121可處於按壓狀態或未按壓狀態兩種不同狀態是透過該第一引導結構113與該第二引導結構124兩者凹凸結構之接合處間設置一彈性體4，該彈性體4係為螺旋彈簧或板片彈簧，該彈性體4係於該按壓部121處於該按壓狀態時彈性變形，而迫使該按壓部121傾向返回該未按壓狀態。Furthermore, the pressing portion 121 can be in a pressed state or an unpressed state by providing an elastic body 4 between the joints of the concave-convex structures of the first guiding structure 113 and the second guiding structure 124. The body 4 is a coil spring or a leaf spring. The elastic body 4 is elastically deformed when the pressing portion 121 is in the pressed state, so that the pressing portion 121 tends to return to the unpressed state.

上述說明內容為本發明醫療器材接頭1接合光學構件3的結構，以下將說明本發明醫療器材接頭1接合取像裝置2的結構，首先，參閱圖5A、5B以及5C，其分別用以說明本發明醫療器材接頭之隔離罩體及透視構件與接頭本體三者間的***圖、接頭本體與隔離罩體及透視構件分離剖視圖以及三者接合剖面圖。本實施例之隔離罩體13係套設在該取像裝置2的周圍，而在該取像裝置2的周圍延伸，俾在無法有效滅菌的該取像裝置2與滅菌後的該光學構件3兩者之間提供隔離，避免該光學構件3受該取像裝置2的污染，讓該取像裝置2與該光學構件3可重複使用。該透視構件14係穿過該隔離罩體13，並與該隔離罩體13嵌設於該接頭本體11的該取像裝置接合端111，該透視構件14還具有一第二嵌設結構142，該第二嵌設結構142用以與該接頭本體11之第一嵌設結構114結構配合，俾使該透視構件14嵌設於該接頭本體11。再者，該接頭本體11還具有一第一定位結構115，該透視構件14還具有一第二定位結構143，該第一定位結構115與該第二定位結構143係結構配合，俾將該透視構件14定位於該接頭本體11上的一預定位置，如圖5C所示。The above description is the structure of the medical device connector 1 of the present invention joined to the optical member 3. The following will describe the structure of the medical device connector 1 of the present invention joined to the imaging device 2. First, referring to FIGS. 5A, 5B and 5C, they are used to illustrate the present invention. The exploded view of the isolation cover body, the perspective member and the joint body of the medical device connector, the separated cross-sectional view of the connector body, the isolation cover body and the perspective member, and the joint cross-sectional view of the three. The isolation cover 13 of this embodiment is sleeved around the image capturing device 2 and extends around the image capturing device 2 to protect the image capturing device 2 that cannot be effectively sterilized and the optical member 3 after sterilization. Isolation is provided between the two to prevent the optical component 3 from being contaminated by the imaging device 2 so that the imaging device 2 and the optical component 3 can be reused. The see-through member 14 passes through the isolation cover 13 and is embedded with the isolation cover 13 at the imaging device joint end 111 of the joint body 11. The see-through member 14 also has a second embedded structure 142, The second embedding structure 142 is used to structurally cooperate with the first embedding structure 114 of the joint body 11 so that the see-through member 14 is embedded in the joint body 11. Furthermore, the joint body 11 also has a first positioning structure 115, and the see-through member 14 also has a second positioning structure 143. The first positioning structure 115 and the second positioning structure 143 are structurally matched to provide the perspective view The member 14 is positioned at a predetermined position on the joint body 11, as shown in FIG. 5C.

接著，請參閱圖6A、6B以及6C，其分別用以說明本發明醫療器材接頭之透視構件與光學構件分離的外觀圖、透視構件與光學構件分離的剖面圖以及兩者接合的剖面圖。上述圖5C所示的透視構件14用以將該取像裝置2透過該接頭本體11接合光學構件3，在此請一併參閱圖1B，該透視構件14還具有一第四接合結構141，該第四接合結構141係用於接合該取像裝置2中的該第一接合結構21，使該取像裝置2得接合該透視構件14，令該取像裝置2得經由該透視構件14，並藉由該接頭本體11接合的該光學構件3擷取影像。Next, please refer to FIGS. 6A, 6B, and 6C, which are respectively used to illustrate the external view of the transparent member and the optical member of the medical device connector of the present invention, the cross-sectional view of the transparent member and the optical member, and the cross-sectional view of the joint of the two. The perspective member 14 shown in FIG. 5C is used to connect the imaging device 2 to the optical member 3 through the joint body 11. Please also refer to FIG. 1B. The perspective member 14 also has a fourth joining structure 141. The fourth joining structure 141 is used to join the first joining structure 21 of the imaging device 2 so that the imaging device 2 can be joined to the perspective member 14 so that the imaging device 2 can pass through the perspective member 14 and An image is captured by the optical component 3 joined by the connector body 11.

綜上所述，本發明之醫療器材接頭1係提供有接頭本體11、操作構件12、隔離罩體13及透視構件14，其中，該操作構件12可以透過單手操作而在接頭本體11上拆卸光學構件3，以符合可快速簡易組裝的目的，該隔離罩體13可以包覆因價格昂貴無法有效滅菌的取像裝置2，以將該取像裝置2與經滅菌後的該光學構件3兩者隔離，以避免該取像裝置2對該光學構件3造成汙染，使該取像裝置2與該光學構件3都可以重複使用，以符合衛生安全的目的，該透視構件14係可提供取像裝置經由光學構件載出病患身體之影像資訊。In summary, the medical device connector 1 of the present invention is provided with a connector body 11, an operating member 12, an isolation cover 13 and a see-through member 14, wherein the operating member 12 can be detached from the connector body 11 by one-handed operation The optical component 3, in order to meet the purpose of quick and easy assembly, the isolation cover 13 can cover the imaging device 2 that cannot be effectively sterilized due to the high price, so that the imaging device 2 and the sterilized optical component 3 In order to prevent the image capturing device 2 from contaminating the optical member 3, the image capturing device 2 and the optical member 3 can be reused to meet the purpose of health and safety. The perspective member 14 can provide image capturing The device carries the image information of the patient's body through the optical component.

上述實施例僅例示性說明本發明之原理及功效，而非用於限制本發明。任何熟習此項技術之人士均可在不違背本發明之精神及範疇下，對上述實施例進行修飾與改變。因此，本發明之權利保護範圍，應如本發明申請專利範圍所列。The above-mentioned embodiments only exemplarily illustrate the principles and effects of the present invention, but are not used to limit the present invention. Anyone familiar with the technology can modify and change the above-mentioned embodiments without departing from the spirit and scope of the present invention. Therefore, the protection scope of the present invention should be as listed in the scope of the patent application of the present invention.

1:醫療器材接頭 11:接頭本體 111:取像裝置接合端 112:光學構件接合端 113:第一引導結構 114:第一嵌設結構 115:第一定位結構 12:操作構件 121:按壓部 122:第三接合結構 123:彈性卡接結構 124:第二引導結構 13:隔離罩體 14:透視構件 141:第四接合結構 142:第二嵌設結構 143:第二定位結構 2:取像裝置 21:第一接合結構 3:光學構件 4:彈性體 31:第二接合結構 P:容置通道1: Medical equipment connector 11: Connector body 111: Joint end of imaging device 112: Optical component joint end 113: The first guide structure 114: The first embedded structure 115: first positioning structure 12: Operating components 121: pressing part 122: third joint structure 123: Flexible card connection structure 124: Second guide structure 13: isolation cover 14: Perspective component 141: Fourth Joint Structure 142: The second embedded structure 143: second positioning structure 2: Capture device 21: The first joint structure 3: Optical components 4: elastomer 31: The second joint structure P: containment channel

圖1A及1B係用以說明本發明之醫療器材接頭與一取像裝置與一光學構件接合下的外觀圖以及醫療器材接頭與該取像裝置及光學構件分離後的***圖；1A and 1B are used to illustrate the appearance of the joint of the medical equipment joint, an imaging device, and an optical component of the present invention, and an exploded view of the medical equipment joint after separation from the imaging device and the optical component;

圖2A係用以說明光學構件與本發明醫療器材接頭進行結合的外觀圖；2A is an external view for explaining the combination of the optical component and the medical device connector of the present invention;

圖2B係用以說明圖2A之醫療器材接頭與光學構件的剖面圖；Figure 2B is a cross-sectional view for illustrating the medical device connector and optical component of Figure 2A;

圖2C係用以說明圖2A之光學構件欲置入該醫療器材接頭時對操作構件之按壓部施壓所呈現的按壓狀態下的剖面圖；2C is a cross-sectional view used to illustrate the pressing state of the pressing portion of the operating member when the optical member of FIG. 2A is to be inserted into the medical device connector;

圖2D係用以說明圖2A之光學構件與該醫療器材接頭接合時未對操作構件之按壓部進行施壓所呈現的未按壓狀態下的剖面圖；2D is a cross-sectional view used to illustrate the unpressed state when the optical member of FIG. 2A is joined to the medical device connector without pressing the pressing portion of the operating member;

圖3A係用以說明圖2D之操作構件之按壓部呈現未按壓狀態下的操作構件的一側視圖；FIG. 3A is a side view of the operating member for explaining the pressing portion of the operating member of FIG. 2D in an unpressed state;

圖3B係用以說明圖3A之操作構件之按壓部呈現未按壓狀態下其嵌設於操作構件內的一剖面圖；3B is a cross-sectional view used to illustrate the pressing portion of the operating member of FIG. 3A embedded in the operating member in an unpressed state;

圖4A係用以說明圖2C之操作構件之按壓部呈現按壓狀態下的操作構件的一側面圖；4A is a side view of the operating member used to illustrate the pressing portion of the operating member of FIG. 2C in a pressed state;

圖4B係用以說明圖4A之操作構件之按壓部呈現按壓狀態下其嵌設於操作構件內的一剖面圖；4B is a cross-sectional view used to illustrate the pressing portion of the operating member of FIG. 4A embedded in the operating member in a pressed state;

圖5A、5B以及5C分別用以說明本發明醫療器材接頭之隔離罩體及透視構件與接頭本體三者間的***圖、接頭本體與隔離罩體及透視構件三者分離下的剖面圖以及三者接合下的剖面圖；以及Figures 5A, 5B, and 5C are used to illustrate the exploded view of the isolation cover, the perspective member and the joint body of the medical device connector of the present invention, the cross-sectional view of the connector body, the isolation cover and the perspective member, and the three separated Cross-sectional view of the joint; and

圖6A、6B以及6C係分別用以說明本發明醫療器材接頭之透視構件與光學構件分離的外觀圖、透視構件與光學構件兩者分離的剖面圖以及透視構件與光學構件兩者接合的剖面圖。6A, 6B, and 6C are respectively used to illustrate the external appearance view of the transparent member and the optical member of the medical device connector of the present invention, the cross-sectional view of the transparent member and the optical member separated, and the cross-sectional view of the joint of the transparent member and the optical member .

1:醫療器材接頭 1: Medical equipment connector

13:隔離罩體 13: isolation cover

2:取像裝置 2: Capture device

3:光學構件 3: Optical components

Claims

一種醫療器材接頭，該醫療器材接頭係分別接合一取像裝置與一光學構件，其中，該取像裝置係具有一第一接合結構，該光學構件係具有一第二接合結構，該醫療器材接頭係包括：一接頭本體，該接頭本體係具有一取像裝置接合端與一光學構件接合端；一操作構件，該操作構件係嵌設於該接頭本體中，並具有一外露出該接頭本體的按壓部，該按壓部得處於一按壓狀態或一未按壓狀態，當該按壓部處於該按壓狀態時，該操作構件係於該接頭本體的該光學構件接合端形成一容置通道，該第二接合結構得經由該容置通道，由該光學構件接合端進入該接頭本體，當該按壓部處於該未按壓狀態時，該操作結構係於該接頭本體的該光學構件接合端形成一第三接合結構，該第三接合結構係用於接合該光學構件的該第二接合結構，使該接頭本體得接合該光學構件；一隔離罩體，該隔離罩體係套設在該取像裝置的周圍，俾在該取像裝置與該光學構件兩者之間提供隔離；以及一透視構件，該透視構件係穿過該隔離罩體，並與該隔離罩體嵌設於該接頭本體的該取像裝置接合端，且具有一第四接合結構，該第四接合結構係用於接合該取像裝置中的該第一接合結構，使該取像裝置得接合該透視構件，令該取像裝置得經由該透視構件，藉由該接頭本體接合的該光學構件擷取影像。 A medical device connector, the medical device connector is respectively connected with an imaging device and an optical component, wherein the imaging device has a first joint structure, the optical component has a second joint structure, and the medical equipment connector Department includes: A joint body, the joint system has a joint end of an imaging device and a joint end of an optical component; An operating member embedded in the connector body and having a pressing portion exposing the connector body. The pressing portion must be in a pressed state or an unpressed state, when the pressing portion is in the pressed state When the operating member is tied to the optical member joint end of the connector body to form an accommodating channel, the second joint structure has to pass through the accommodating channel, and the optical member joint end enters the connector body. When the pressing portion is in In the unpressed state, the operating structure is attached to the optical member joint end of the joint body to form a third joint structure, and the third joint structure is used to joint the second joint structure of the optical member to make the joint body Have to join the optical component; An isolation cover, the isolation cover system is sleeved around the image capturing device to provide isolation between the image capturing device and the optical component; and A see-through member, the see-through member passes through the isolation cover and is embedded with the isolation cover at the joint end of the imaging device of the joint body, and has a fourth joint structure, which is used for In joining the first joining structure in the image capturing device, the image capturing device is joined to the see-through member, and the image capture device can capture images through the see-through member through the optical member joined to the connector body.

如申請專利範圍第1項所述之醫療器材接頭，其中，該操作構件係具有一彈性卡接結構，該彈性卡接結構係得彈性變形而進入該接頭本體，當該彈性卡接結構進入該接頭本體後，該彈性卡接結構得彈性回復而卡接該接頭本體。For the medical device connector described in item 1 of the scope of patent application, the operating member has an elastic clamping structure, and the elastic clamping structure is elastically deformed to enter the joint body. When the elastic clamping structure enters the joint body, After the joint body is connected, the elastic clamping structure is elastically restored to clamp the joint body.

如申請專利範圍第1項所述之醫療器材接頭，其中，該彈性卡接結構係為設置於該操作構件兩側的兩對稱彈性臂。According to the medical device connector described in item 1 of the scope of patent application, the elastic clamping structure is two symmetrical elastic arms arranged on both sides of the operating member.

如申請專利範圍第1項所述之醫療器材接頭，其中，該接頭本體係具有一第一引導結構，該操作構件係具有一第二引導結構，該第一引導結構與該第二引導結構係結構配合且可相對移動，俾引導該按壓部處於該按壓狀態或該未按壓狀態。The medical device connector described in item 1 of the scope of patent application, wherein the connector system has a first guiding structure, the operating member has a second guiding structure, and the first guiding structure and the second guiding structure are The structure is matched and can move relatively, so as to guide the pressing portion to be in the pressed state or the unpressed state.

如申請專利範圍第4項所述之醫療器材接頭，其中，該第一引導結構與該第二引導結構係分別為結構配合的凸出結構與凹陷結構之其中一者。According to the medical device connector described in item 4 of the scope of the patent application, the first guiding structure and the second guiding structure are respectively one of a protruding structure and a recessed structure that are matched in structure.

如申請專利範圍第4項所述的醫療器材接頭，其中，還包括一彈性體，該彈性體係於該按壓部處於該按壓狀態時彈性變形，而迫使該按壓部傾向返回該未按壓狀態。The medical device connector described in item 4 of the scope of patent application further includes an elastic body, and the elastic system elastically deforms when the pressing portion is in the pressed state, so that the pressing portion tends to return to the unpressed state.

如申請專利範圍第6項所述的醫療器材接頭，其中，該彈性體係設置於該第一引導結構與該第二引導結構之間，俾隨該第一引導結構與該第二引導結構兩者之間的相對移動而彈性變形。The medical device connector according to item 6 of the scope of patent application, wherein the elastic system is disposed between the first guide structure and the second guide structure, so as to follow both the first guide structure and the second guide structure The relative movement between and elastic deformation.

如申請專利範圍第6或7項所述的醫療器材接頭，其中，該彈性體係為螺旋彈簧或板片彈簧。For the medical device connector described in item 6 or 7 of the scope of the patent application, the elastic system is a coil spring or a leaf spring.

如申請專利範圍第1項所述的醫療器材接頭，其中，該接頭本體還具有一第一嵌設結構，該透視構件還具有一第二嵌設結構，該第一嵌設結構與該第二嵌設結構係結構配合，俾使該透視構件嵌設於該接頭本體。The medical device connector according to item 1 of the scope of patent application, wherein the connector body further has a first embedded structure, the see-through member further has a second embedded structure, the first embedded structure and the second embedded structure The embedding structure is structurally matched, so that the see-through component is embedded in the joint body.

如申請專利範圍第9項所述的醫療器材接頭，其中，該接頭本體還具有一第一定位結構，該透視構件還具有一第二定位結構，該第一定位結構與該第二定位結構係結構配合，俾將該透視構件的本體定位於該接頭本體上的一預定位置。The medical device connector according to claim 9, wherein the connector body further has a first positioning structure, the see-through member also has a second positioning structure, and the first positioning structure is connected to the second positioning structure. The structure is matched to position the body of the see-through component at a predetermined position on the joint body.