TWM417241U - Multi-size threaded adapter structure - Google Patents

Description

M417241

Repair I 5, new description: [New technical field] This creation is about a multi-size swivel tool structure, especially an innovative type that can be used to rotate and switch sockets of different specifications for screw locks. State designer. Prior art] According to the 'turn-over tool system industry, the rotary socket tool used today is the whole, the post and the nut are rotated, and the nut of each turn and shape, if the use does not match, the corner of the nut It is easy to damage the user when turning the nut, it is necessary to turn the tool in one size and rotate the cap for the purpose. In the conventional use of the socket, inch, shape, and turn-over tool, Fangyu nut, if you put different sizes, shapes, and convenience, make the 'other' turn to the socket tool to continue operation. The inconvenience, but this is to 'for the above-mentioned knowledge, how to develop a more ideal person is eagerly awaited, but also related to the industry. In view of this, the tools that the creators often use in the world or in the family are now placed in the tool box, and the wrench socket tool can only rotate the corresponding size of the swivel tool to rotate the nut' The nut can not be rotated, so that the size of a nut can be checked, and then the matching tool can be used to realize the function of unscrewing or locking the screw tool. It must be arranged with a plurality of feet to widely rotate different sizes and shapes. The transfer kit is fully prepared, and its usability and production cost will become a major problem. When the shape is slightly insufficient, it will make it a problem that makes the relevant users quite troubled. The problem of the existence of the socket tool structure is the innovative structure of the use of the 'real use consumer must strive to develop the breakthrough goal and the party engaged in the development of related products for many years. 3 M417241 • · \ . and ^f, left test, for the above After the goal is detailed and the design is prudent, it will be a practical one. [New content] That is, the main purpose of this creation is to provide a multi-size swivel tool structure; the problem to be solved is the size of the swivel tool existing in the conventional swivel tool. If the shape is slightly insufficient, it will cause improvement in the inconvenience of continuing operation; and the technical feature of solving the problem mainly consists of including a set of connecting bodies, one end of which has a non-circular socket end, The other end is provided with a pivoting space. The predetermined position of the rotating space is provided with a pole piece; a rotating joint has a rotating surface, and a center of the axis of the rotating surface is provided with a “spiral pivot”, so that the rotating coil corresponds to The pivoting member is assembled on the pivoting member of the planting space of the socket body, and the ring of the rotating joint is provided with a plurality of non-circular sleeve grooves of different specifications; thereby creating a unique design The created rotary joint can be rotated and switched with respect to the socket body to further switch the socket slots of various specifications and sizes for the screw lock socket, thereby enabling the present invention to achieve the practical progress of using the convenience of switching. [Embodiment] Please refer to the preferred embodiment of the 1st to the tool structure, and the application is not subject to the structure of the present invention. However, these embodiments are for illustrative purposes only. There are special restrictions; the system includes: 4 M417241., a set of body (10), one end is provided with a non-circular socket end, (1 1 ), which makes the non-circular socket end (1 1 In this embodiment, it is a four-corner grooved end shape g, which can be sleeved with various types of driving guards, such as a type wrench (30), an L-type wrench (40), a ratcheting tool and a drilling tool (6). 〇), etc., and socketed to the drill (6 〇) for further intermediate setting adapter (61) '· and the socket body (1〇) has a pivoting space (1 2 ) at the other end The pivoting space (12) is provided with a pivoting member (18), wherein the plum#(丄8) is in the form of a cylinder, and the dragging member (18) is formed with an embossing (19). - a rotary joint (20) having a rotation φ (2 i ), a pivot portion of the center of the rotating surface of the rotating surface (21), the pivoting portion (23) corresponding to the pivotal assembly On the socket body (丄梅) The pivoting space (12) of the plum (18), and the rotating joint (2〇) of the circumferential side of the loop is provided with a plurality of non-circular sockets of different sizes (2 • 4) ' The plurality of socket grooves (24) of the rotary joint (20) are in the form of hexagonal groove joints of different specifications, and the sleeves of the different sizes can be screwed according to the requirements; then the rotation The rotating surface (2 1) of the joint (20) is provided with a locking groove (22) corresponding to the relative position of each socket (24), and the pivoting space (1 2) of the socket body (10) corresponds to Each of the locking slots (22) is provided with a positioning component (14), wherein the positioning component (14) comprises an elastic body (16) and a locking bead (15), and the sleeve body ( 1 〇) The pivoting space (1 2 ) is provided with a positioning groove (1 7 ) for locating and positioning the component (1 4 ), so that the user can switch to the keyboard by the hand feeling Appropriate angle 5

M417241 • -··, and make the joints of the rotary joint (2 Ο ) appear in a better position for convenient use; further, the pivoting space (1 2) of the socket body (10) is opposite to the The frame member (18) is provided with a through hole (13), and the pivot portion (23) of the rotary joint (20) is substantially in the form of a pivot hole, and the rotary portion of the rotary joint (20) is 23) Just the pivoting hole (1 3) of the socket body (10), and further dragging the slider (18) through the stick - assembling the pivot portion of the rotary joint (20) (2 3 And the pivoting member φ (18)-end embossing (19) is tightly fitted to one of the socket body (10) through which the through hole (13) is fixed. Referring to Figure 5, the socket (1 1) of the socket body (i 〇) is sleeved for the quadrilateral drive end (3 1 ) of a T-type wrench (30). Please refer to Fig. 6, wherein the socket body (1 0) is sleeved (11) and can be socketed by a square drive end (4 1) of an L-type wrench (40). • Referring to Figure 7, the outer edge of the socket end (11) of the socket body (1) is formed with a polygonal end (25), and the predetermined position of the polygonal end (25) is formed. A multi-angle groove (26) is provided for the socket of the quadrangular driving end (5 1 ) of a ratchet wrench (50). Clearly, as shown in Figure 8, the socket (1 1) of the socket body (1 )) is available for a drill (6 〇) and a quadrangular adapter kit (6 1) Implementation. Please refer to Figure 9 for the socket of the socket body (1 〇).

M417241 .〇) Direct socket drive implementation, as shown in Figure 1, wherein the socket (1 1) of the socket body (丄〇) is provided with a set of holes (27), the socket The hole (27) can be sleeved into a T-shaped drive for a rod-shaped handle (80). Please refer to Fig. 1 1 , wherein the socket hole (27) of the socket body (i 〇) can be sleeved into a -τ-like drive. Accordingly, the rotary joint (2〇) of the present invention can be rotated and rotated with respect to the socket body (10), so as to further switch the socket slots (2 4) of various specifications and sizes for screw-locking use, thereby This creation can achieve practical progress using the convenience of switching. By summarizing the above description, the design of the above structure can effectively overcome the shortcomings faced by the creation of the formula, and the step has the above-mentioned advantages and practical value, so this creation is an innovative new creation, and In the technical field, the same or similar product creation or disclosure is not required. It is based on the law. It is based on the principle of "progressive" [simplified illustration] Figure 1 Figure 2 Figure 3 Turn the sleeve and pull on the 褥砮 褥砮, 纟. A combined perspective view of the structure. After the creation of the multi-size swivel set + At a turn #接具,纟. The exploded perspective view of the structure. Department, this creation multi-size swivel socket A俜颂 dry ^ structure of the transverse cross-sectional view, shape ^, the relative rotation of the adapter and the socket body 7 M417241

I ii : --·. Figure 4: is a longitudinal sectional view of the structure of the multi-size swivel tool of the present invention, which shows the phase of the positioning component of the socket body and the rotary joint. Fig. 5 is a view showing an embodiment of the present invention in which a multi-size swivel tool structure is applied to a τ-type wrench. Fig. 6 is a view showing an embodiment of the present invention in which a multi-size swivel tool structure is applied to an L-wrench'. - Figure 7: This is an example of the application of the multi-size swivel tool structure applied to the ratchet wrench φ. Figure 8: This is an example of the application of the multi-size swivel tool structure applied to the drilling tool. Fig. 9 is a view showing an embodiment of the present invention in which a multi-size swivel tool structure is applied to an open-end wrench. Figure 10: This is an example of the application of the multi-size swivel tool structure applied to the rod handle. 'Fig. 1: This is a diagram of the embodiment of the multi-size swivel tool structure applied to the starter Φ. [Main component symbol description] Socket body (1 0) Socket end (1 1 ) 柩 rotation space (1 2 ) Locating element (1 4 ) Elastomer (1 6 ) Pivot (1 8 ) Piercing hole (1 3) Carding beads (1 5 ) Positioning groove (1 7 ) Embossing (1 9 ) M417241

乂Rotary joint (2 Ο ) Snap groove (2 2 ) ''Slot groove (2 4 ) 'Multi-angle groove (2 6 ) T-wrench (3 0 ) L-type wrench (4 0 ) ' Prick wrench (50 ) - Drill (6 0 ) 0 Open wrench (70) Screwdriver (9 0 ) Turn surface (2 1 ) Rotary part (2 3 ) Multi-angle end (2 5 ) Socket hole (2 7 ) Drive end ( 3 1) Drive end (4 1 ) Drive end (5 1 ) Adapter kit (6 1 ) Rod grip (8 0 )

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Claims (1)

M417241 • Patent application scope 1. A multi-size rotary socket tool structure, comprising: a socket body having a non-circular socket end at one end and a pivoting space at the other end, the pivot space predetermined position a pivoting member is provided. The rotary joint has a rotating surface, and a central portion of the pivoting center of the rotating surface is provided with a pivoting portion, and the pivoting portion is correspondingly pivotally coupled to the pivoting space of the socket body. Further, the circumferential side of the rotary joint is provided with a plurality of non-circular sleeve grooves of the same size; thereby, the rotary joint can be rotated relative to the sleeve body to further switch various sizes and sizes. The socket is used as a socket user. 2. The multi-size swivel socket V according to claim 1 of the patent application scope, wherein the socket end of the socket body is a quadrangular groove joint end shape. 3. The multi-size swivel tool structure according to claim 1 of the patent application scope, wherein the plurality of socket grooves of the rotary joint are each a hexagonal groove joint shape of a different size. 4. According to the multi-size rotary socket tool structure described in claim 1, wherein the rotating surface of the rotary joint is provided with a locking groove corresponding to the relative position of each socket, and the pivoting of the socket body The space corresponding to each of the locking slots is provided with a positioning component. 5. The multi-size swivel tool structure according to claim 4, wherein the positioning component comprises an elastic body and a locking bead, and the pivoting space of the socket body is correspondingly positioned. The component is provided with a positioning slot for receiving and positioning therein. 10 1417241 . 6 'The multi-size swivel socket structure according to item i of the patent application scope, wherein the socket end of the socket body is provided with a τ-shaped wrench, a wrench, a ratchet tool and a drilling tool. Sockets further drive the user of the screw lock 7. According to f, please refer to the multi-size swivel tool structure described in item 1 of the fourth section. The pivoting part of the socket body is in the form of a cylinder, and the element-end system is formed with an embossing. 'The pivoting space of the socket body is provided with a pivoting 1' relative to the stick member, and the pivot portion of the rotary joint is generally in the form of a frame hole, so that the pivot portion of the rotary joint is just right The pivoting hole is located in the socket body, and the pivoting member further assembles the pivoting portion of the rotating joint, and the embossing of one end of the pivoting member is tightly pressed to one of the pivoting holes of the socket body. . 8. The multi-size swivel tool structure according to the scope of the application of the patent application, wherein the outer edge of the socket end of the socket body may be formed with a multi-angle end and the multi-angle end is provided with a multi-angle groove at a predetermined position. . 9. The multi-size swivel-joining structure according to item i of the patent application scope, wherein the socket end of the socket body can be radially disposed with a set of holes, and the sleeve hole is further disposed. Position a rod-shaped gripper. 1 0. The multi-size swivel tool structure according to claim 9 of the patent application scope, wherein the sleeve hole is further disposed with a sub-tool positioned together