TWM557469U - Connector structure featuring fast assembly and fast disassembly - Google Patents

Abstract

The present invention is a connector structure capable of facilitating quick integration and rapid separation, wherein a peripheral edge of a connector socket is circumferentially recessed with at least one spring receiving groove for mounting a lock spring, a lock ring sleeve The sleeve can be sleeved to the outer edge of the connector socket, and the inner edge of the front end of the front end protrudes circumferentially with the embedded elastic piece, and the two ends of the lock spring can respectively abut the connector socket and the lock ring sleeve to make the The lock ring sleeve can be displaced at a locking angle on the outer edge of the connector socket, and a latching track is circumferentially disposed on the outer edge of the front end of the connector plug, when the connector plug is plugged into the connector socket The embedded card track is quickly integrated with the embedded card spring to enable the connector plug and the connector socket to be quickly inserted, and the connector socket cannot be disengaged, when the lock ring sleeve is rotated by an angle, After offsetting the locking angle, the card track can be disengaged from the card spring to allow the connector plug to quickly disengage from the connector socket.

Description

Connector structure that facilitates quick integration and rapid separation

The present invention relates to a connector structure, and more particularly to a connector structure that facilitates quick integration and rapid separation, so that the user can quickly combine the connector structure to ensure that the connector structure is used in any harsh environment. (such as: harsh environment with severe turbulent vibration for a long time), can ensure that the power supply or signal transmitted by the connector structure can always be maintained because the connector plug does not leave the normal plug-in relationship with the connector socket. In normal and good conduction state, there will be no power or signal interruption, and the electronic device using the connector structure of the present invention can maintain normal and good operation and control in any harsh environment. Capabilities, after that, the user can quickly separate the connector plug and the connector socket without consuming too much work time, thereby increasing economic efficiency.

In order to find Taiwan's next star industry, key technologies and new business opportunities, the "Looking at the 2017 Industry Development Trend Seminar" organized by the Industrial and Economic Research Center of the Industrial Technology Research Institute (IEK), which is based on the "digital economy" The proposal of industrial model transfer and economic model innovation driven by "digital technology" and the development of emerging technology from the global "future industry" demand, and a series of industry reviews and prospects, In particular, the following key issues have been discussed for key industry issues such as "electronic components and displays":

(1) Taiwan connector manufacturers benefited from the emergence of Type C new specification connector demand and manufacturer turn in 2015 Connectors for non-3C applications have begun to harvest, resulting in a year-on-year growth of 0.8% compared to last year's output, reaching NT$171.3 billion. Looking forward to 2016, with the launch of new 3C products, the continued growth of the IoT market and the penetration rate of Type C connector applications, it is expected to drive the output value of the connector to NT$177.2 billion, representing 3.4% of the year. growth rate.

(2) Looking into the future, ITRI believes that the global component market will be driven by the demand for smart phones, and will reach its peak growth in 2015, and the growth of market size in 2016 will tend to ease. Taiwan's electronic components are mainly exported to the Chinese market, while the United States and European countries are the bulk of the consumption of end products. The trend changes in these three regions are the key factors affecting the changes in the output value of Taiwan's electronic components industry. At present, export orders for electronic products in mainland China continue to be affected by the active expansion and competition of the red supply chain. The European and American consumer markets (especially in Europe) continue to face the pressure of weak overall demand. Therefore, the pressure of future industrial competition will naturally be Increase without decreasing. Accordingly, the focus of the development of Taiwan's component industry in the future will focus on a variety of next-generation end-product technology, energy-saving and new-energy vehicles, and how to master the key components required for such niche-type products? It will be the next wave of opportunities for the transformation of Taiwan's electronic components industry. Secondly, automotive electronics and industrial applications have the advantages of growth and high gross profit. The industry of Taiwan related industries should be moderately transformed and diversified to maintain the competitiveness of products.

For example, the connector industry in Taiwan is used as an example. It is necessary to study, analyze and explain its current situation and vision as follows: In the past ten years, for many Taiwanese manufacturers entering the connector industry, the connector industry has so far It is still a lucrative and high gross margin industry, mainly due to the technical differences in the high- and low-order connector products in the connector industry. Large, this technically different feature makes the positioning of related products between international manufacturers and Taiwanese manufacturers extremely clear and clear. In addition, due to the various connector manufacturers manufactured by various international manufacturers, The requirement must have a wide range of application capabilities. This demanding product requirement also forces Taiwanese manufacturers who have commissioned OEMs to have different specialization projects, thus avoiding the subsequent competition of the Red Sea (Chinese related manufacturers). However, in recent years, with the gradual changes in the international situation and industrial situation, Taiwanese manufacturers have begun to face the critical opportunity to change their business strategies as they should wait for changes.

However, as far as the past of the Taiwan connector industry is concerned, in fact, as early as 2008, the relevant Taiwanese manufacturers who used connectors as the main products of the production line have already experienced and experienced an industrial crisis. At that time, many Taiwanese The manufacturers clearly understand that they only rely on the PC industry, and they are vulnerable to the dilemma of the PC industry, low barriers to entry, and fierce competition in the industry. As a result, the survival crisis cannot continue. Therefore, at that time, the relevant Taiwanese manufacturers were in business strategy. Almost all of them have been adjusted accordingly, and the multi-transformation strategy can be used to cover the application level of connector products to communication or consumer electronic products, such as mobile phones and game consoles. Accordingly, Taiwanese manufacturers, which originally relied heavily on connectors for computers and their peripheral devices, have transformed into niche connectors used in the development and production of various consumer electronic products or displays for nearly a decade.

In addition, in order to effectively avoid the risk of a single product line and the need to continuously expand new customer sources, many Taiwanese manufacturers are actively leveling or in addition to diversifying their product lines in the process of the previous transformation. The vertical merger method integrates upstream and downstream related companies, in order to provide better and more complete solutions by integrating upstream and downstream control of products, and even through direct mergers and acquisitions to obtain key technologies owned by the other party. And patents, Therefore, it will reduce other homogenous products in the market to expand its own industrial scale. In addition, some Taiwanese connector manufacturers may even reduce the cost of non-economical demand and the region, and even cut the cause of a certain product, in order to concentrate its production capacity and even develop firepower to key products with more market potential. On the manufacturing side, Some Taiwanese connector manufacturers have moved their production lines to mainland China to seek a low-cost advantage. These connector manufacturers have temporarily maintained the competitive advantage of the Taiwan connector industry under the combination of the aforementioned strategies. However, in the past decade under the influence of the 2008 financial turmoil, in fact, the upper, middle and lower reaches of the Taiwan connector industry have been affected. Today, the development of the Taiwan connector industry is examined, although its gross margin is relatively It is still good in other component industries, and the overall industry scale is second only to PCB, which is stable and grows. It seems that it has not been affected obviously and seriously. However, as mentioned above, the 2008 financial turmoil has broken the industry tacit understanding that many of the players in the Taiwan connector industry have long followed, such as the US, Europe and Japan, which originally produced high-end or high-end technology connectors. Under the pressure of the increasingly scarce reality, consideration began to produce low-end connectors, and seriously invaded the main product line that Taiwan connector manufacturers have mastered for many years. Faced with this change in the situation, Taiwan connector manufacturers must speed up their pace adjustments, and join the new strategy to take into account the points and aspects that have not been reviewed in the past.

According to the adjustment of the connector product strategy, there is no significant difference with the adjustment of the general commodity strategy. However, the production steps of the connector industry are examined, that is, from the design of the previous stage (product design, mold development...) to the manufacture of the middle section. (Metal stamping, CNC car/milling machine, plastic injection, electroplating...) In the later stages of assembly (composition, testing, finished products...), general industry research and analysis consider that Taiwan's related manufacturers It has been able to fully integrate the relevant main procedures. However, after careful and in-depth observation, it is found that the special design of the upstream raw materials and final products in special applications is a key point that is rarely seriously explored by the industry; The upstream raw material refers to metal and plastic. For the raw materials of glue and electroplating solution, for example, the terminal of the connector is taken as an example. Based on factors such as strength, electrical conductivity and heat resistance, and price, Taiwan manufacturers use brass and phosphorus when manufacturing these terminals. Bronze, the proportion of the latter has always been low, but, in the production of high-end products, the terminal usage ratio of phosphor bronze may be as high as 90%, and the original process technology is also necessary to adjust. In addition, the rise of environmentally-friendly materials is also one of the factors that materials have begun to receive attention. The use of environmentally-friendly materials tends to completely abandon mature production technologies, and it is necessary to re-develop them. In addition, in addition to the supply of many important raw materials in the hands of foreign investors, the bargaining power of Taiwanese manufacturers is often at a disadvantage. The environmentally friendly materials technology is mostly in the hands of foreign businessmen. For example, Japanese companies have mastered tin-plated copper technology. Nickel re-tinning has cost considerations, and most of the high-grade plastics in response to environmentally friendly processes are in the hands of foreign manufacturers. Although it is feasible for Taiwanese manufacturers to jointly purchase raw materials and high-end materials, in fact, the size of the observatory, except for the large size of the Hon Hai Group, can achieve the above-mentioned response, and other small and medium-sized scales. The manufacturer seems to be able to invest more R&D and design for the special design of special product applications, in order to create a new situation in the connector industry. Otherwise, it will be difficult to compete with other international companies. In particular, after the financial turmoil in 2008, many connector manufacturers had to use cost considerations as an indicator of placing orders. In the past, the cost advantage was the best at Taiwan, even until now, Taiwan. Manufacturers in the design and manufacturing technology of connectors are also far ahead of the Chinese mainland players who have been catching up. However, after careful analysis, the real advantage of Taiwanese manufacturers seems to be only the cost advantages that have been established in mainland China. In recent years, foreign manufacturers have gradually moved to mainland China or set up factories in the third world where labor is cheaper. Nowadays, with the current situation of Taiwanese manufacturers’ productivity in the mainland reaching more than 90%, the possibility that Taiwanese manufacturers can use this advantage to continue to cut costs seems to have greatly reduced or even approached the exhaustion. Foreign manufacturers have just begun to take advantage of this. Therefore, the nature of Taiwan connector manufacturers that need to be strengthened should be a special competitive advantage that can open a new board.

In view of this, how to discuss, design and improve the special design of the connector in special applications, in order to develop a simple structure, which is convenient for the user to quickly combine the connector plug and the connector socket quickly. Separation greatly improves the convenience of use, and at the same time, after the connector plug and the connector socket are combined with each other, no matter what kind of harsh environment is used (for example, a harsh environment in which the vibration is shaken for a long time), It can ensure that the connector plug does not leave the normal plug-in relationship with its connector socket, so that the power or signal transmission between the connector plug and the socket can always maintain a normal and good conduction state without occurrence. The problem of power supply or signal interruption has become a major issue for many of the connector manufacturers and the related electronic equipment manufacturers who use the above-mentioned harsh environment.

In view of the fact that the conventional power supply or signal connector is used in a harsh environment (such as a harsh environment with severe violent bumps for a long time), the connector plug will gradually detach from its connector due to prolonged violent bumps and vibrations. The normal plug-in relationship between the sockets causes power supply or signal interruption. Therefore, many manufacturers have designed to firmly connect the power supply or the signal connector. However, the foregoing structures are extremely complicated and the user needs to spend more. In order to combine or disengage the power supply or signal connector, the experience of the user is not good. Therefore, the creator relies on the rich practice of designing, processing and manufacturing various power supply or signal connectors for many years. Experience, and adhering to the spirit of research excellence, after a long period of hard work and experimentation, I finally developed a connection that can be quickly combined and quickly separated. The structure of the device, by the advent of this creation, can solve many problems and defects of the aforementioned conventional power supply or signal connector, so that the user can quickly combine or separate the connector structure, and the connector structure is combined In the same way, normal and good operation and handling ability can still be maintained.

One of the purposes of the present invention is to provide a connector structure that facilitates quick integration and rapid separation. The connector structure includes a connector socket, a lock collar, a lock spring, and a connector plug. The connector socket has a cylindrical shape, and a plurality of insertion slots are recessed at the front end thereof, and each of the insertion slots is respectively provided with a socket terminal passage for respectively inserting a socket terminal, and the connector socket is externally The edge is circumferentially recessed with at least one spring receiving groove; the locking ring sleeve is provided with a continuous perforation in the center, and the through hole is configured to match the configuration of the outer edge of the connector socket to make the front end of the connector socket The insertion slots can extend from the rear end of the lock ring sleeve to the through hole, and can be exposed at the front end of the lock ring sleeve after passing through the through hole, wherein the lock ring sleeve is inside the front end a plurality of snap-in springs are circumferentially protruded at a position corresponding to the through hole; the lock spring is mounted in the spring receiving groove, and one end of the lock spring abuts against the connector socket, The other end of the lock spring Relying on the inner edge of the through hole sleeve corresponding to the through hole, so that the lock spring can apply a force to the lock ring sleeve, so that the lock ring sleeve can be outside the connector socket The connector is circumferentially displaced by a locking angle; the connector plug is also cylindrical, and a plurality of plug connectors are protruded from the front end thereof, and each plug connector is respectively provided with a plug terminal passage for respectively inserting one Supporting the plug terminals, and the outer edges of the plug connectors are configured to match the configurations of the inner edges of the plug slots to enable the plug connectors when the connector plugs are plugged into the connector sockets Inserting into each of the corresponding insertion slots, so that each of the plug terminals can be electrically connected to the corresponding socket terminal, and the outer edge of the front end of the connector plug is configured. And the configuration of the through hole of the lock ring sleeve Matching, and a plurality of embedded card tracks are circumferentially disposed thereon, and each of the card tracks corresponds to each of the card-emulsion pieces, and can be respectively connected to the connector socket when the connector plug is inserted into the connector socket Correspondingly, each of the embedded card elastic pieces is integrated with each other, so that the connector plug becomes in a locked state from the connector socket, and only the outer circumference of the connector ring is sleeved on the outer edge of the connector socket. After being rotated by an angle to offset the locking angle, each of the card tracks can be separated from the corresponding card springs along the circumferential direction, so that the connector plug can be released from the connector socket. status.

In this way, as long as the user plugs the connector plug into the connector socket, and the plug terminals are inserted into and connected with the corresponding socket terminals to be electrically connected, because the connector plug is outside the front end. The embedded card tracks can be integrally integrated with the corresponding embedded card springs, so that the connector plug can not be separated from the connector socket. Therefore, the creation is The connector structure is simple and fast, and the connector plug does not escape from the normal insertion between the connector socket, no matter what harsh environment is used (such as an environment that is violently shaken for a long time). The relationship is ensured that the power or signal transmitted between the connector plug and the connector socket is always maintained in a conducting state without causing power or signal interruption until the user grasps the connector plug with one hand. And grasping the lock ring sleeve with the other hand, so that the lock ring sleeve can be rotated at an angle on the outer edge of the connector socket to offset After locking the angle, each of the embedded card tracks can be separated from the corresponding embedded card springs along the circumferential direction, so that the connector plug can be released from the connector socket, and can be quickly removed from the connector. Separate on the socket.

For the sake of your review, you can make a further understanding and understanding of the purpose, technical features and efficacy of this creation. The examples are shown in the following diagram:

[study]

no

[this creation]

10‧‧‧Connector socket

11‧‧‧ Socket slot

12‧‧‧ socket terminal

120‧‧‧Socket terminal channel

14‧‧‧Spring receiving groove

20‧‧‧Connector plug

21‧‧‧ Plug connector

22‧‧‧ Plug terminal

220‧‧‧plug terminal channel

23‧‧‧Inlay track

30‧‧‧Lock ring set

31‧‧‧through holes

32‧‧‧Inlay card shrapnel

33‧‧‧Submission block

40‧‧‧Lock spring

θ‧‧‧Lock angle

24, 34‧‧‧Drawing direction indicators

26, 36‧‧ ‧ Damping Department

35‧‧‧ release rotation direction indicator

1 is an exploded view of the connector socket and the connector plug of the present invention; FIG. 2 is an exploded view of the connector socket and the lock ring sleeve of the present invention; FIG. 3 is a connector plug of the present invention, The plug-in action of the connector socket and the lock ring sleeve is exploded; FIG. 4 is a schematic diagram of the connector plug, the connector socket and the lock ring sleeve of the present invention; FIG. 5 is the connector socket of the present invention. Cross-sectional view of the lock ring sleeve in the released state; Figure 6 is a cross-sectional view of the connector socket and the lock ring sleeve in the locked state; Figure 7 is the connector socket and connector of the present invention. A schematic cross-sectional view of the plug and the lock ring sleeve in a released state; and Fig. 8 is a cross-sectional view showing the connector socket, the connector plug and the lock ring sleeve of the present invention in a locked state.

Referring to Fig. 1, the present invention is a connector structure that facilitates quick integration and rapid separation. In the following description, the front position of Fig. 1 is defined as the front end of each component shown above, first. The rear position of the figure is defined as the rear end of each component shown above. In addition, the number of components or structural features of the present invention can be at least one, and the drawings and embodiments are described for convenience only to the general public. Not limited to this, the first description.

Referring to FIG. 1 , in a preferred embodiment of the present invention, the connector structure includes: a connector socket 10 , a lock collar 30 , and a lock spring 40 (not shown in FIG. 1 ) Show) And a connector plug 20, wherein, as shown in FIG. 2, the connector socket 10 has a cylindrical shape, and a plurality of insertion slots 11 are recessed at the front end thereof, and each of the insertion slots 11 is respectively provided with a connector a socket terminal channel 120 (not shown in FIG. 1 , as shown in FIGS. 5 and 6 ) for respectively inserting a socket terminal 12 , the outer edge of the connector socket 10 being recessed at least in the circumferential direction The spring receiving groove 14; as shown in Fig. 2, in the following description, the right front position of Fig. 2 is defined as the front end of each element shown above, and the left rear position of Fig. 2 is defined as The rear end of each of the components shown in the above description, the lock ring sleeve 30 is provided with a continuous through hole 31 in the center, and the configuration of the through hole 31 matches the configuration of the outer edge of the connector socket 10 to The insertion slots 11 at the front end of the connector socket 10 can extend into the through hole 31 from the rear end of the lock ring sleeve 30, and can be exposed at the front end of the lock ring sleeve 30 after passing through the through hole 31. The inner edge of the front end of the lock ring sleeve 30 is circumferentially convexly provided with a plurality of embedded card elastic pieces 32 at a position corresponding to the through hole 31. The lock spring 40 is mounted in the spring receiving groove 14, one end of the lock spring 40 abuts against the connector socket 10, and the other end of the lock spring 40 abuts against the lock ring The sleeve 30 corresponds to the inner edge of the through hole 31, so that the lock spring 40 can apply a force to the lock ring sleeve 30, so that the lock ring sleeve 30 can be outside the connector socket 10. The upper edge is displaced by a locking angle θ.

As shown in FIGS. 1 and 2, the connector plug 20 is also in the shape of a cylinder, and a plurality of plug connectors 21 are protruded from the front end thereof, and each plug connector 21 is respectively provided with a plug terminal channel 220. (not shown in FIG. 1 , please refer to FIGS. 7 and 8 ) for inserting a plug terminal 22 , and the outer edge of each plug connector 21 is configured in each of the plug slots 11 . The configuration of the edge is matched so that when the connector plug 20 is inserted into the connector socket 10, as shown in FIGS. 3 and 4, each of the plug connectors 21 can be inserted into each of the corresponding insertion slots 11 respectively. Therefore, each of the plug terminals 22 can be electrically connected to each of the corresponding socket terminals 12 to be electrically connected. Referring to FIGS. 1 to 3, the outer edge of the front end of the connector plug 20 is configured to match the configuration of the through hole 31 of the lock ring sleeve 30, and a plurality of circumferentially Each of the card tracks 23, each of the card tracks 23 respectively corresponding to each of the card springs 32, can be referred to the figures 3 and 4 when the connector plug 20 is inserted into the connector socket 10. The card inserts 32 are respectively integrated with each other, so that the connector plug 20 can not be detached from the connector socket 10, and only the lock ring 30 can be in the connection. After the outer edge of the socket 10 is rotated by an angle to offset the locking angle θ, each of the card tracks 23 can be circumferentially disengaged from the corresponding card springs 32, thereby making the connector plug 20 becomes a release state in which the connector socket 10 can be detached.

Thus, as shown in FIGS. 3 and 4, as long as the user plugs the connector plug 20 into the connector socket 10, each of the plug terminals 22 can be respectively embedded with the corresponding socket terminal 12. After the plug connection is in an electrically conductive state, the card insertion rails 23 of the outer edge of the front end of the connector plug 20 can be firmly integrated with the corresponding card springs 32, thereby making the connector The plug 20 is completely incapable of being detached from the connector socket 10, so that the connector structure not only can quickly form a combined state, but also in any harsh environment (such as an environment that is violently shaken for a long time). The connector plug 20 is not disengaged from the normal plug-in relationship with the connector socket 10 to ensure that the power or signal transmitted between the connector plug 20 and the connector socket 10 is always maintained. Without the problem of power or signal interruption, please refer to Figures 4, 5 and 6, when the user grasps the connector plug 20 with one hand and grasps the lock ring sleeve 30 with the other hand, Make the lock The loop sleeve 30 can be rotated at an angle on the outer edge of the connector socket 10 to offset the lock angle θ, and each of the insert rails 23 can be circumferentially disengaged from the corresponding snap-in tab 32. So that the connector plug 20 becomes The release state of the connector socket 10 can be released, and can be quickly separated from the connector socket 10, greatly improving the convenience of the user to combine or separate the connector structure.

It should be particularly emphasized that the structure of the present invention is extremely simple, and it is only necessary to circumferentially recess the spring receiving groove 14 at a position adjacent to the middle portion of the outer edge of the connector socket 10, that is, the lock spring 40 can be easily Mounted into the spring receiving groove 14, after the locking collar 30 is sleeved to the position on the outer edge of the connector socket 10 adjacent to the middle section, refer to the figures 5 and 6 to complete the creation. The assembly of the connector structure, at one end, the one end of the lock spring 40 can abut against the inner wall of one end of the spring receiving groove 14 of the connector socket 10, and the other end of the lock spring 40 can abut The lock ring sleeve 30 corresponds to one of the protruding blocks 33 protruding from the inner wall of the through hole 31, so that the lock spring 40 can apply an elastic force to the lock ring sleeve 30, and The lock ring sleeve 30 can displace the lock angle θ on the outer edge of the connector socket 10, so that each of the snap-in springs 32 on the lock ring sleeve 30 can be respectively circumferentially connected to the connector Each of the corresponding embedded card tracks 23 on the plug 20 is firmly embedded on the connector socket 10, thereby The connector plug 20 is completely unlocked from the connector socket 10, so that the connector structure of the present invention is not only easy to manufacture and assemble, but also because the lock spring 40 is completely covered. The connector socket 10 and the lock ring sleeve 30 are not easily soiled or damaged, so that the subsequent maintenance and maintenance of the connector structure is extremely simple, easy and convenient.

In particular, as shown in FIGS. 5-6, since the lock spring 40 can continuously apply the elastic force to the lock ring sleeve 30, no matter what harsh environment the connector structure is used in. (eg, for a long period of violent bumping and oscillating environment), the elastic force can absorb and offset the vibration force generated by the harsh environment to the connector socket 10, the connector plug 20 or the lock ring sleeve 30 causes the negative impact, and ensures that the connector plug 20 is always maintained It is completely impossible to get rid of the lock state of the connector socket 10, so that it can effectively ensure that the power or signal transmitted between the connector plug 20 and the connector socket 10 of the present invention is always maintained in a normal and good conduction state. The problem of power supply or signal interruption does not occur, and the electronic device using the connector structure of the present invention can be maintained in a normal and good operating state regardless of whether it is used in any harsh environment. The ability to control, therefore, both the connector socket 10 and the connector plug 20 of the present invention can be quickly separated, or quickly integrated into one body, and after being integrated into one, it has good stability. .

Referring to Figures 1 and 2, in the foregoing preferred embodiment of the present invention, in order to enable the user to properly insert the connector plug 20 and the connector socket 10 into one body, the connector plug 20 and the outer edge of the lock ring sleeve 30 are respectively provided with a plug direction indicator 24, 34 for the user to follow. In addition, in order to enable the user's hands to smoothly grasp the connector plug 20 and the lock ring sleeve 30, respectively, and apply rotational torque to the connector plug 20 and the lock ring sleeve 30, respectively, the connector A damper portion 26, 36 is respectively protruded from the outer edge of the plug 20 and the lock ring sleeve 30 to increase the friction between the finger and the connector plug 20 and the lock ring sleeve 30, thereby facilitating the application of rotation. Torque, in addition, in order to enable the user to clearly recognize that the lock ring sleeve 30 is rotated by an angle to offset the rotation direction of the lock angle θ, the outer edge of the lock ring sleeve 30 is further provided with a release rotation direction index. 35, for users to follow.

According to the above description, it is only a preferred embodiment of the present invention, but the scope of the claims claimed by the present invention is not limited thereto, and according to those skilled in the art, according to the technical content disclosed in the present invention, Equivalent changes that are easily thought of should be in the protection of this creation.

Claims (4)

A connector structure capable of facilitating rapid integration and rapid separation, comprising: a connector socket having a cylindrical shape, at least one insertion slot is recessed at a front end thereof, and each of the insertion slots is respectively provided with a socket terminal channel. For the purpose of respectively inserting a socket terminal, the outer edge of the connector socket is recessed with at least one spring receiving groove; a locking ring sleeve has a continuous perforation in the center thereof, and the configuration of the through hole is The outer edges of the connector socket are matched to each other such that the insertion slots at the front end of the connector socket can protrude from the rear end of the locking collar into the through hole, and can be exposed after passing through the through hole The front end of the lock ring sleeve, wherein the inner edge of the front end of the lock ring sleeve is circumferentially convexly provided with at least one snap-in spring piece at a position corresponding to the through hole; a lock spring is mounted on the spring to accommodate One end of the lock spring abuts against the connector socket, and the other end of the lock spring abuts against the inner edge of the lock ring corresponding to the through hole to make the lock The spring can apply a force to the lock collar The lock ring sleeve can be displaced at a locking angle on the outer edge of the connector socket; and a connector plug is also cylindrical, and at least one plug connector is protruded from the front end thereof, and each plug connector Each of the plugs has a plug terminal passage for respectively inserting a plug terminal, and the outer edge of each plug connector is configured to match the configuration of the inner edge of each of the plug slots for plugging the connector plug When the connector socket is connected, the plug connectors can be respectively inserted into the corresponding plug slots, so that the plug terminals can be electrically connected to the corresponding socket terminals, respectively, to be electrically connected. The outer edge of the front end of the connector plug is configured to match the configuration of the through hole of the locking collar, and at least one of the embedded tracks is circumferentially disposed, and each of the embedded tracks corresponds to Each of the embedded card springs can be respectively engaged with the corresponding one of the embedded card springs when the connector plug is inserted into the connector socket, so that the connector plug cannot be disconnected from the connector socket Lock state, In the lock can After the ring sleeve is rotated at an angle on the outer edge of the connector socket to offset the locking angle, each of the card tracks can be separated from the corresponding card springs in a circumferential direction, thereby making the connection The plug becomes released from the connector socket. The connector structure of claim 1, wherein the connector plug and the outer edge of the lock ring sleeve are respectively provided with a plug direction indicator for the user to follow and connect the connector plug to the connector. The socket is properly plugged into one. The connector structure of claim 1 or 2, wherein a damper portion is respectively protruded from the outer edge of the connector plug and the lock ring sleeve to increase the finger and the connector plug and the lock system respectively The friction between the collars makes it easy to apply rotational torque. The connector structure of claim 3, wherein the outer edge of the lock ring sleeve is further provided with a release rotation direction indicator for the user to follow and the lock ring sleeve can be rotated by an angle to offset the The direction of rotation of the lock angle.