TWM383669U - Improved structure of quick connector (III) - Google Patents

Description

M383669 V. New description: [New technical field] This creation is about a "quick joint structure", especially a quick joint structure that is easy to use and simplifies operation without removing the screwdriver head. [Prior Art] Press, generally connected to the joint of the screwdriver rod, which is provided with a shaft body with a telescopic hole in the outer ring, and a steel ball is arranged in the telescopic hole, and a fixed rib is arranged on the outer surface of the shaft And set in the perimeter®—spring, with concave bevel and ribbed against the tube. 'When the rod with the groove of the shaft is inserted into the door, enter the door: 1 When the spring is pushed inward, the steel ball is allowed to enter the concave slope of the sleeve 4, so that the screwdriver rod is instantly pushed, and the steel ball is reset to the telescopic hole card to form a card in the groove of the shaft. Pressing the arranging dragon in one direction pushes the lap to the side, and causes the need to repeatedly press the sleeve to take the screwdriver rod out of the H and the screwdriver to set up the stalker. The singer has the above formula. Missing, is;:: demander. = Year of the test of the design, after many discussions and c ideas, many revisions and improvements, is the introduction of this creation. Sample testing, and L new content]

I The main purpose of this creation is fixed and active, and ', a quick connection to the master structure, is: 2 or drill bit, or add adapter device state: combine with another, and then magnetically actuate the screwdriver Head, drill bit 2 = head M383669 for one-handed operation. In order to achieve the above purpose, the author proposes a quick joint structure, which is a grip tube, one end of which is a hollow structure, and includes a ring groove, at least two second holes, a shoulder portion and a Small outside - extended. The extension portion is disposed at the extension portion of the grip tube having a hollow structure. The ring groove is disposed away from the extension material direction=distance, and the second perforation and the second perforation ring are disposed. And the second perforation is disposed in the ring groove corresponding to the perforation of the shoulder portion, and the c-shaped buckle, the first perforation and the second perforation system = a corresponding number of the first bead body and the second bead body are freely movably received, a bushing ' is housed in the grip tube, and the end of the bush sleeve away from the extension portion has an annular flange adjacent to The extension end-end wire is provided with a magnetic element, a first elastic element, a part of which is inserted into the sleeve, and another part is placed in the holding tube, and the two ends of the first elastic element are respectively abutted thereon The magnetic element and the holding tube are away from one end of the extending portion; the sleeve is sleeved outside the sleeve, and one end of the sleeve forms a ring protrusion and abuts against the annular flange of the sleeve, The outer side of the ring protrusion or the top of the sleeve abuts the first beads; a sleeve, a sleeve The sleeve has a hollow structure at the end, and the sleeve is adjacent to one end of the first perforations, and sequentially forms a first step ring and a first step ring outwardly, and the inner diameter of the first step ring is smaller than The inner diameter of the second step ring is smaller than the inner diameter of the first step ring; M383669 a set of rings is fixed in the sleeve and located in the sleeve and the sleeve And adjacent to the first perforations, the collar is convexly disposed with an inner flange adjacent to one end of the second step ring; a second elastic member is sleeved between the grip tube and the sleeve, And the two ends of the second elastic member respectively abut against the bottom surface of the collar and the top surface of the first c-shaped buckle; and an adjusting seat is rotatably fixed on the extending portion, and the adjusting seat Want to have a magnetic ring. Preferably, the quick connector structure further comprises an adapter device, the adapter device comprising a cam, a second C-shaped buckle, a pushing member, a three clamping block and an outer sleeve, the cam having a a disk body, an externally threaded section and a coupling section, the side of the disk body connecting the externally threaded section has a receiving groove, the externally threaded section is axially disposed at a center of one side of the disk body, the coupling section The bottom portion is axially disposed at the center of the other side of the disk body for inserting into the holding tube, and the external thread segment is connected with the disk body, and a third C-shaped buckle is sleeved, and the pushing member is The utility model has a substantially tapered structure and has a large diameter end, a small diameter end and an internally threaded hole, and the outer side wall of the large diameter end has at least one concave hole for the third bead to be rotatably And the large diameter end is abutted against the disk body through the second C-shaped buckle, and the small diameter end is pushed against the clamping block, and the female screw hole is small from the large diameter end a diameter end penetrated for the external thread segment to be screwed, and the thread direction of the internal thread hole is opposite to the thread direction of the external thread segment, The clamping block is scalably coupled to each other by a third elastic element, each of the clamping blocks is substantially a one-third pyramid structure, and when combined, a cone structure is formed, and the outer sleeve is a substantially tapered hollow cone. The body structure is sleeved on the clamping block and the pushing member, and is inserted into the receiving groove of the disk body, and the outer sleeve is provided with an inner groove corresponding to the ring of the second C-shaped buckle. The inscribed slot is coupled to the second C-shaped buckle

6

M383669 • * I Fixed and fixed. Preferably, the adjusting seat axially protrudes from a plurality of arc-shaped engaging portions, and the sleeve is formed with a corresponding number of arc-shaped grooves corresponding to the engaging portions, and the grooves are provided for the locking portions. It can be erected in an active manner. When the locking portions are embedded with the grooves, the first step ring abuts the first c-shaped buckle, and the second step ring is located at the first perforations to abut the first beads When the first bead portion protrudes within the grip tube, the inner flange of the collar is at the second perforation and pushes against the second bead and the second bead The body portion protrudes in the grip tube, and the first bead system abuts the top end of the sleeve, so that the sleeve and the first elastic member are in a fixed state. When the carding portion is rotated away from the groove positions to move the sleeve a distance, the first step ring and the second step ring move away from the extension portion away from the first perforations. The inner flange of the collar compresses the second elastic member away from the second perforations, and moves the first beads away from the top end of the sleeve into a space formed by the sleeve body. The second bead moves into the space formed by the collar body, and the sleeve is in an active state by the elasticity of the first elastic member. [Embodiment] The following is a detailed description of the preferred implementation of the present invention, with reference to the drawings: Referring to Figure 1, an exploded view of a first embodiment of the present invention is shown. The quick joint structure 10 of the embodiment includes a grip tube 11, a sleeve 12, a first elastic member 13, a sleeve 14, a sleeve 15, a set of rings 16, a second elastic member 17, and a Adjust the seat 18. One end of the holding tube 11 is a hollow structure, and includes at least two first through holes M383669 111, a ring groove 112, at least two second through holes 113, a shoulder portion 114 and a stop portion 115. The outer diameter of the extending portion 115 is Slightly smaller than the outer extension of the body of the grip tube u, the extension portion Π5 is disposed at the end of the grip tube U having a hollow structure, and the shoulder ΐ4 is connected with the extension portion U5, and the ring groove U2 faces away from the extension portion ι 5 and the shoulder portion 1H The distance between the first perforation m and the second perforation ι 3 is at least two. The embodiment uses three first perforations and three second perforations as examples and descriptions, but does not For this reason, the second hole and the second through hole 113 are respectively arranged at substantially equal intervals on the grip tube u, and the second through hole 113 is disposed between the ring groove 112 and the shoulder portion 114. The in is correspondingly disposed on the other side of the ring groove 112, and the ring groove ι 2 is provided with a -C-shaped buckle 116, and the first through hole and the second hole are respectively provided for a corresponding number of the first beads 117 and the second bead body m are actively engaged' and each of the first bead bodies 117 and each of the second bead bodies US can be steel balls' and the first bead body 117 It may be slightly larger than the diameter of the second beads 118. The sleeve 12 is housed in the grip tube n 0, and the end of the sleeve 12 away from the extension (1) has a ring-shaped flange 12 adjacent to a magnetic element 122 of the extension 115. The first elastic member 13 of the magazine can be a compression spring, which is inner and the other portion is placed in the grip tube _, and at the same time, the two-systems of the second ^^5 are respectively abutted against the magnetic member 122 and the grip. The tube 11 is sleeved away from the sleeve 14 and the outer side of the sleeve 14 or the top of the sleeve 14 abuts the first bead 7 . The county is located at the end of the hollow structure 11 and the one end of the first baffle 111 of the sleeve b is sequentially formed with a first order ring (5) and M383669. The inner diameter of the ring 151 is smaller than the inner diameter of the body of the sleeve 15, and the inner diameter of the second step ring 152 is smaller than the inner diameter of the first step ring 151. The sleeve 15 is concavely provided with a plurality of arcuate grooves 153 at one end for adjustment The arc-shaped engaging portions 182 corresponding to the seats 18 are movably disposed behind each other. The sleeves 16 are plugged and fixed in the sleeve 15 and located between the grip tube n and the sleeve U and adjacent to the first perforations. At the lu, the end of the collar 16 is convexly provided with an inner flange 161. The second elastic member 17 can be a compression spring sleeved between the grip tube 1! and the crucible 'the second elastic member 17 The two ends are respectively placed on the bottom surface of the collar 16 and the top surface of the first C-shaped buckle 116. The two ends are rotatably fixed on the extending portion 115, and the money ring 181 is adjusted, and a plurality of arcs are axially protruded. The clamping portion 182 and the locking portion 182 are movably and mutually inscribed with a corresponding number of grooves 153. Please refer to phase 2 and FIG. 6 at the same time. FIG. 6 is a combination diagram of the first embodiment of the present invention in the fixed state. The dry field is formed with the corresponding number of grooves 153 (as shown in the figure). 6 When the first sub-point is protruded into the grip tube u at the first perforation U1, 钊叁_ 第 the bead body 117 is perforated (1) and pushes the first bead = 8 = convex: 161 is in the second grip The tube U m = the second bead body 118 partially protrudes from the sleeve 12 and the first: the bullet; [; = is the end of the sleeve 14 and the magnetic ring (8) is magnetically attracted by the magnetic element 122 and the And the bottom of the driver 19 is fixed to the body (see FIG. 2 M383669, please refer to FIG. 3 and FIG. 7 at the same time, wherein FIG. 3 shows the first embodiment of the present invention combined with a sub-head in an active state. Figure 7 is a combination view showing the first embodiment of the present embodiment in the active state. When the locking portion 182 is rotated away from the corresponding number of grooves 153 (as shown in Figure 6), the sleeve 15 is moved a section. The inner flange 161 of the collar 16 when the first step ring 151 and the second step ring 152 move away from the extension portion 115 away from the first through hole 111 Compressing the second elastic member 17 away from the second through hole 113, moving the first bead 117 away from the top end of the sleeve 14 into the space formed by the sleeve 15 body, and moving the second bead 118 to the body of the collar 16 In the space formed, the sleeve 12 is in an active state by the elasticity of the first elastic member 13 (as shown in Fig. 3). At this time, when the driver head 19 is inserted into the grip tube 11, the magnetic member 122 can be used. And the magnetic ring 181 magnetically attracts the bottom of the screwdriver head and the body to be movably fixed (as shown in FIG. 3). If the force is applied to the screwdriver head 19, the screwdriver head 19 can be pressed into the grip tube. 11 and reset by the elasticity of the first elastic member 13. Referring to Fig. 4, there is shown a cross-sectional view of the first embodiment in which the first embodiment is combined with a subhead and a screw is magnetized. When the quick joint structure 10 of the embodiment is in the movable state as shown in FIG. 3, when the screw 101 is to be locked, the head of the screw 101 can be pressed down and the magnetic ring 181 is magnetic only. Suction and temporary fixation, whereby the user can align the screw 101 with a single hand with a single hand; when the screw 101 has been partially inserted into the predetermined position, the user can hold the grip tube 11 and apply a little force outward, so that the screwdriver The head 19 is disengaged from the magnetic ring 181 to perform a locking operation with one hand. Referring to Figure 5, there is shown a cross-sectional view of the first embodiment in which a sub-head is combined with a drill bit. When the screwdriver head 19 is externally attached to the other drill bit 19', the bottom of the drill bit 19' is pushed against the top of the driver bit 19; in the fixed state as shown in Fig. 2, the top of the driver bit 19 and the bottom of the drill bit 19' The bit 19 is fixed by the first bead M383669 body IP, and the second bead 118 is pressed against the press groove 191 of the bit 19' to fix the bit 19. Therefore, it is not necessary to remove the screwdriver head 19 and then insert the drill bit 19', which is convenient for use and simplifies the operation. Please refer to FIG. 8 to FIG. 10, wherein FIG. 8 is a partial exploded view showing a second embodiment of the present invention, FIG. 9 is a cross-sectional view showing the second embodiment of the present creation, and FIG. 10 is a second embodiment of the present creation. A combined view of the embodiments. The quick connector structure of the first embodiment is combined with an adapter device 20 in the quick connector structure 10 of the first embodiment, and includes a cam 21, a second C φ-shaped buckle 22, a pushing member 23, and a third. The clamping block 24 and an outer sleeve 25 are provided. The cam 21 has a disk body 211, an externally threaded section 212 and a coupling section 213'. One side of the disk body 211 connecting the externally threaded section 212 has a receiving groove 214. The externally threaded section 212 is axially disposed on the disk body 211. The central portion of the side portion 213 is axially disposed at the center of the other side of the disk body 211 for insertion into the grip tube 11 of the quick connector structure 10 in a manner similar to that shown in FIG. 5 above. The drill bit 19 is similar, so it will not be described again; and the joint of the external thread segment 212 and the disk body 211 is sleeved with a third C-shaped buckle 215. The pushing member 23 is substantially tapered and has a large diameter end 231, a small diameter end 232 and an inner rib hole 233. The outer side wall of the large diameter end 231 has at least one recessed hole 234. The third bead body 235 is rotatably accommodated by the third bead body 235 to rotatably press the inner wall surface of the outer sleeve 25 to make the rotation (spiral rotation) and movement (pushing) of the pushing member 23 more Smoothly, the large-diameter end 231 passes through the second C-shaped buckle 22 and abuts against the disk body 2U. The small-diameter end 232 pushes against the clamping block 24'. The inner rib hole 233 extends from the large-diameter end toward the small-diameter end. The outer threaded section 212 is screwed, and the direction of the inner threaded hole 233 is opposite to the thread direction of the outer threaded section 212. The three clamping blocks 24 are slidably coupled to each other by a third elastic member 26, and each of the clamping blocks 24 has a substantially one-third pyramidal structure, and forms a cone structure when combined. The three clamping block 24 is pushed forward by the pushing member 23 and gradually retracts toward the end of the outer sleeve 25, thereby clamping and fixing the other driver head 27 (as shown in FIG. 11) or the drill bit (Fig. Show). The outer sleeve 25 is a substantially tapered hollow cone structure, and is sleeved on the outside of the three clamping blocks 24 and the pushing member 23, and is placed in the receiving groove 214 of the disk body 211. The outer sleeve 25 corresponds to the second C shape. An annular groove 251 is defined in the ring of the buckle 22, and is fixedly engaged with the second C-shaped buckle 22. Generally speaking, the thread direction of the external thread segment and the internal thread hole are in the same direction, so when the external thread segment is screwed into the internal thread hole, it is turned in the clockwise direction to lock; and the inner threaded hole 2 of the present creation 3 3 The thread direction is opposite to the thread direction of the external thread segment 212, and when the external thread segment 212 is screwed into the internally threaded hole 233, it is turned in the counterclockwise direction to lock (as shown in FIG. 11). Since the clamping head 24 is to be locked or drilled when the clamping block 24 is clamped to fix another screwdriver bit or drill bit (not shown), the screwdriver bit or the drill bit must be rotated in a clockwise direction for locking or drilling and must be made The pushing member 23 continues to push against the clamping block 24 to continuously fix the screwdriver bit or the drill bit, so that the threaded direction of the female threaded hole 233 is opposite to the thread direction of the external thread segment 212 to achieve the rotation of the screwdriver head or the drill bit in the clockwise direction. While the locking or drilling is being performed, the pushing member 23 also continues to push against the clamping block 24 to continuously fix the driver bit or the drill bit. In summary, this creation has indeed reached a breakthrough structure, and has improved content of creation, while at the same time achieving industrial use and progress, and this creation is not seen in any publication, but also novel, When complying with the provisions of Articles 93 and 94 of the Patent Law, it is necessary to file a new type of patent application according to law, and invites the examination committee of the bureau to grant legal patent rights. Only the above descriptions are only one of the feasible examples of this creation. When it is not possible to implement the creation of the application, it should still be covered by this creation patent. Within the scope. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded view showing a first embodiment of the present invention. Fig. 2 is a cross-sectional view showing the state in which the first embodiment of the present invention is combined. Cleverly kicking

Figure 3 is a cross-sectional view of the state of the county. / Figure 4 is a cross-sectional view showing the (four) the first-actual complement-starter head and a magnet. Figure 5 shows the creation of the first-real joint-the starter head and a cross-sectional view of a drill bit. The σ system represents the combination of the first embodiment in the fixed state of the present invention. FIG. 7 shows the combination of the present embodiment in the active state. FIG. 0 shows a partial decomposition of the second embodiment of the present creation. Figure. Figure 9 is a cross-sectional view showing the second embodiment of the present creation.组合 1〇, represents a combination of the second embodiment of the present creation. Figure 11 is a cross-sectional view showing the operation of the second embodiment of the present creation. [Main component symbol description] 10 101 Quick connector structure screw M383669 11 Grip tube 111 First perforation 112 Ring groove 113 Second perforation 114 Shoulder 115 Extension 116 First C-shaped buckle 117 First bead 118 Second bead 12 bushing 121 annular flange 122 magnetic element 13 first elastic element 14 housing 141 ring projection 15 sleeve 151 first order ring 152 second order ring 153 groove 16 collar 161 inner flange 17 second elastic Element 18 adjustment seat 181 magnetic ring 182 clamping portion 19 screwdriver head

14 M383669

19, drill bit 19Γ Pressing groove 20 Adapter 21 Cam 211 Disk body 212 External thread section 213 Joint section 214 Receiving groove 215 Third C-shaped buckle 22 Second C-shaped buckle 23 Pushing piece 231 Large diameter end 232 Small Diameter end 233 Internal threaded hole 234 Concave 孑L 235 Third bead body 24 Clamping block 25 Outer sleeve 251 Inner groove 26 Third elastic element 27 Screwdriver head 15

Claims (1)

M383669, the scope of application for patent: a kind of quick joint structure, including: perforation, - production "end system is a hollow structure, and contains at least two - extension ^ two, at least two second perforation, - shoulder and a small outer diameter end, the shoulder portion extending portion is disposed on the extension portion of the grip tube having a hollow structure, the ring groove system (4) is away from the extension portion ==: interval: distance setting, the first portion - perforation and the second perforation of the first sample of the first sample, 7 pure f on the 'domain, etc. are set in the ring =:: wear::: not for the corresponding number * the first bead and the second bead end And the 2' valley is placed in the gripper' the sleeve is away from the extension; the garment flange is adjacent to the extension - the end plug is provided with a magnetic first elastic element, - partially worn Positioned in the sleeve, another portion is disposed in the grip tube, the two magnetic members of the first elastic member and the grip tube are away from the end of the extension portion; ???in the case of 4 -, the seat ' is sleeved on the shaft Outer sleeve, one end of the sleeve forms a ring t portion too resisting the annular flange of the sleeve, the outer side of the ring protrusion or the sleeve The first part of the sleeve is disposed on the first bead; the sleeve is sleeved on the end of the grip tube having a hollow structure, one end of the cuff sleeve hole is formed, and the first-order ring and the second are sequentially formed outwardly a step ring having an inner diameter smaller than an inner diameter of the sleeve, the inner diameter of the second step ring being smaller than an inner diameter of the first step ring; 16 M383669 * » - a collar, a plug being attached thereto, Between the grip tube and the = sleeve, adjacent to the first through-holes, the collar protrudes inwardly from the first one end; a second elastic member is sleeved Between the grip tube and the sleeve and the two ends of the second elastic member respectively abut against the bottom surface of the collar and the top surface of the c-shaped buckle; and the adjustment seat is rotatably fixed on the sleeve On the extension, and the adjustment 'seat is embedded with a magnetic ring. 2. The quick joint structure as described in the first paragraph of the patent application's wherein: the adjusting seat axially protrudes from a plurality of arc-shaped engaging portions, the corresponding sleeves, the engaging portions form a corresponding number of arcs Grooves, which are movably embedded for the card portion. 3. The quick connector structure of claim 2, wherein when the carding portion and the recess are embedded with each other, the first step ring abuts the first C-shaped buckle, and the first When the second-order ring is located at the first perforation to abut the first bead such that the first bead portion protrudes within the grip tube, the inner flange of the collar is in the second Passing the second bead and pushing the second bead portion into the grip tube, and the first bead system abuts the top end of the sleeve to make the sleeve and the first The elastic element is in a fixed state. 4. The quick connector structure of claim 2, wherein the first step ring and the second order ring are moved by the card portion when the card portion is rotated away from the groove positions. When moving away from the extension portion away from the first perforations, the inner flange of the collar compresses the second elastic member away from the second perforations, leaving the first beads away from the The second 17 M383669 bead moves into the space formed by the sleeve body, and the sleeve is elasticized by the first elastic member. In an active state. 5. The quick connector structure of claim 1, further comprising a switching device, the switching device comprising a cam, a second C-shaped buckle, a pushing member, and three clamping blocks. An outer sleeve having a disc body, an outer threaded section and a joint section, the side of the disc body connecting the outer threaded section having a receiving groove, the outer threaded section being axially disposed on the disc body The central portion of the side is axially disposed at the center of the other side of the disk body for insertion into the holding tube, and the external thread portion is connected with the disk body, and a third C is disposed a ring-shaped buckle, the pushing member is a substantially tapered cone structure, and has a large diameter end, a small diameter end and an internally threaded hole, and the outer side wall of the large diameter end has at least one concave hole for a third bead is rotatably received, and the large diameter end is abutted against the disk through the second C-shaped buckle, and the small diameter end is pushed against the clamping block, the internal threaded hole Opening from the large diameter end toward the small diameter end for the external thread segment to be screwed, and the thread direction of the female threaded hole is connected to the external thread The segments of the segments are opposite in direction, and the clamping members are scalably coupled to each other by a third elastic member, each of the clamping blocks being substantially a one-third pyramid structure, and forming a cone structure when combined, the outer sleeve a substantially tapered hollow cone structure sleeved on the clamping block and the pushing member, and placed in the receiving groove of the disk body, the outer sleeve corresponding to the second C-shaped buckle The inner ring is provided with an inner groove, and the inner groove is fixedly engaged with the second C-shaped buckle. 6. The quick connector structure of claim 1, wherein the diameter of the first beads is greater than the second beads. 7. The quick joint structure of claim 1, wherein each of the first beads and each of the second bead systems is a steel ball. M383669. The quick connector structure of claim 1, wherein the first elastic element and the second elastic element are a compression spring. 9. The quick connector structure of claim 5, wherein the third elastic member is a compression spring. 10. A quick joint structure comprising: a grip tube having a hollow structure at one end and comprising at least two first perforations, one ring groove, at least two second perforations, a shoulder portion and a smaller outer diameter An extension portion disposed at the end of the grip tube having a hollow structure, the shoulder portion being coupled to the extension portion, the ring groove being disposed at a distance from the shoulder portion away from the extension portion, The first perforation and the second perforation ring are disposed on the grip tube, and the second perforation is disposed between the ring groove and the shoulder, and the first perforation is correspondingly disposed in the ring groove On the other side, the ring groove sleeve is provided with a first C-shaped buckle, and the first perforations and the second perforation systems are respectively freely movable for a corresponding number of first beads and second beads a sleeve, which is disposed in the grip tube, has an annular flange at one end of the sleeve away from the extension, and a magnetic element is disposed adjacent to one end of the extension; a first elastic element, One part is placed in the sleeve and the other part is placed in the holding tube The two ends of the first elastic element respectively abut against the magnetic element and the end of the holding tube away from the extending portion; a set of sleeves is sleeved outside the sleeve, and one end of the sleeve forms a ring protrusion And the annular flange of the sleeve, the outer side of the ring protrusion or the top of the sleeve abuts the first beads; a sleeve is sleeved on the holding tube has a hollow At the end of the structure, the sleeve is adjacent to one end of the first perforations, and a first order ring and 19 M383669 a second order ring are sequentially formed outwardly, and the inner diameter of the first step ring is smaller than the inner diameter of the sleeve The inner diameter of the second step ring is smaller than the inner diameter of the first step ring; a set of rings is fixed in the sleeve and located between the grip tube and the sleeve, and adjacent to the same a first through hole, the collar is convexly disposed with an inner flange adjacent to one end of the second step ring; a second elastic member is sleeved between the holding tube and the sleeve, and the second elastic member The two ends are respectively abutted against the bottom surface of the collar and the top surface of the first c-shaped buckle; an adjusting seat is rotatably fixed on the extension And the adjusting seat is embedded with a magnetic ring; and an adjusting device comprising a cam, a second C-shaped buckle, a pushing member, a third clamping block and an outer sleeve, the cam having a disk body and a An external thread segment and a coupling section, the side of the disk body connecting the externally threaded section has a receiving groove, the externally threaded section is axially disposed at a center of one side of the disk body, and the coupling section is axially And disposed at the center of the other side of the disk body for inserting into the holding tube, the external thread segment is connected with the disk body, and a third C-shaped buckle is sleeved, and the pushing member is substantially gradually The conical cone structure has a large diameter end, a small diameter end and an internally threaded hole, and the outer side wall of the large diameter end has at least one concave hole for rotatably receiving a third bead, and The large diameter end is abutted against the disk body through the second C-shaped buckle, and the small diameter end is pushed against the clamping block, and the female screw hole penetrates from the large diameter end toward the small diameter end. For the external thread segment to be screwed, and the thread direction of the female threaded hole is opposite to the thread direction of the external thread segment, the clamping blocks The third elastic element is scalably coupled to each other, and each of the clamping blocks is substantially a one-third pyramid structure, and when combined, a cone structure is formed, and the outer sleeve is a substantially tapered hollow cone structure. Nested on the clamping block and the pushing member, the 20 M383669 is juxtaposed into the receiving groove of the disk body, and the outer sleeve is provided with an inscribed groove corresponding to the ring of the second c-shaped buckle, the inlay The slot is fixedly coupled to the second c-shaped buckle. 11. The quick joint structure according to claim 10, wherein the adjusting seat axially protrudes from a plurality of arc-shaped engaging portions, and the sleeve corresponds to the corresponding forming portion to form a corresponding number of arc-shaped concave portions. Grooves for the removable portions of the carding portions. 12. The quick connector structure of claim 11, wherein the first step ring abuts the first C-shaped buckle when the card portion and the recess are embedded with each other, and the When the second step ring is located at the first perforation to abut the first bead and the first bead portion protrudes within the grip tube, the inner flange of the collar is in the first The second bead is pushed into the second bead and the second bead portion protrudes in the holding tube, and the first bead system abuts the top end of the sleeve, and the sleeve and the first The elastic element is in a fixed state. 13. The quick connector structure of claim 11, wherein the first step ring and the second order ring are moved by the card portion when the card portion is rotated away from the groove positions. When moving away from the extension portion away from the first perforations, the inner flange of the collar compresses the second elastic member away from the second perforations, leaving the first beads away from the The sleeve is at the top end, and the sleeve is in an active state by the elasticity of the first elastic member. twenty one