Quick release rod body

Quick release body

This creation is about a quick-release lever body, especially a quick-release lever body designed for reversing the assembly and ejection of circuit boards, casings, frames, drawers, doors and windows and the like.

The general circuit board is combined with the rack to facilitate the assembly of the circuit board card and the rack. At the same time, when the circuit board card is to be detached from the rack, the circuit board can be easily removed, and the board card or the board card is usually selected. The frame has a quick release structure. There are many kinds of quick-release structure designs, and each type of circuit board card will have a quick release card structure. In order to provide the circuit board card and the rack and other objects can be reversed, and can be used to push out the circuit board card when separating, this design actively proposes a quick release lever body design.

In view of the shortcomings of the above-mentioned prior art, the creator feels that he has not perfected it, exhausted his mind to study and overcome it, and based on his accumulated experience in the industry for many years, he developed a quick-release body to achieve the circuit. Cards, cabinets, racks, drawers, doors and windows, etc. can be quickly combined and separated with other objects.

The purpose of the present invention is to provide a quick release lever body which is designed by the movable structure of an actuating fastener and a fixed lever member, so that the actuating fastener or the fixed lever member can be fixed on a circuit board card, a casing and a frame. , drawers, doors and windows, and other items, and use the actuating fasteners and / or fixed rods to buckle with other objects, to achieve the purpose of repeated rapid assembly and separation.

In order to achieve the above object, the preferred technical means for the quick-release body of the present invention comprises: an actuating fastener and a fixed lever member which is combined with the movable member, the actuating fastener has an accommodation space, and a fastening portion for fastening a first object; the fixing rod member has a body portion, and a pivoting portion disposed on the body portion, the body portion is movably coupled to the accommodating space, and the pivoting portion is The accommodating space is configured to be coupled to a second object; and a bolting portion is coupled to the accommodating space of the actuating fastener and the body of the fixing rod, and the actuating fastener and the fixing rod are through the bolt And the actuating fastener has at least one first pushing portion, a body portion and a buckle portion for engaging a first object; the fixing rod member has an accommodating space and a pivot a joint portion movably coupled to the accommodating space, the pivoting portion is movably coupled to a second object; and a bolting portion connecting the accommodating space of the fixing rod member and the body of the actuating fastener The actuating fastener and the fixing rod member are restricted from each other by the bolting portion; The fixing rod has a second pushing portion, the second pushing portion has a first pushing member or a second pushing member, and the first pushing member or the second pushing member is used for pushing a third object to make the first The second pushing portion performs a lever displacement, a rotation displacement or a restrictive displacement of opening, closing, advancing and retreating due to pushing the third object.

Another quick-release lever body of the present invention comprises: an actuating fastener and a fixed lever member movably coupled to the actuating fastener, the actuating fastener having at least one first pushing portion, an accommodating space and a use a fastening portion for fastening a first object; the fixing rod member has a body portion and a pivoting portion disposed on the body portion, the body portion is movably coupled to the accommodating space, and the pivoting portion is disposed in the accommodating space The outer space is for engaging the movable object with a second object; and a bolting portion is connected to the receiving space of the actuating fastener and the body of the fixing rod, and the actuating fastener and the fixing rod are through the bolting And the actuating fastener has at least one first pushing portion, a body portion and a buckle portion for engaging a first object; the fixing rod member has an accommodating space and a pivot a joint portion movably coupled to the accommodating space, the pivoting portion is movably coupled to a second object; and a bolting portion connecting the accommodating space of the fixing rod member and the body of the actuating fastener The actuating fastener and the fixing rod member are restricted from each other by the bolting portion; The fixing rod has a second pushing portion, and the second pushing portion has a first pushing member or a second pushing member, and the first pushing member or the second pushing member is required to be rotated or non-rotated firstly during operation. For pre-existing at a suitable position in front of, behind or in the middle of the position where the third object is to be pushed or interfered, so that the first pushing member or the second pushing member can be transmitted through the rotary displacement or the non-rotational displacement to be used for the top Pushing or interfering with the third object, causing the second pushing portion to perform opening, closing, advancing, retracting lever displacement, rotational displacement or restrictive displacement.

In one embodiment of the quick release lever body, an elastic member is further disposed in the accommodating space, and one end of the elastic member abuts against the accommodating space, and the other end abuts against the body portion, the actuating fastener The fixing rods are restricted from moving and returning to each other through the elastic member.

The quick release lever body further includes an elastic member disposed in the accommodating space, the one end of the elastic member abuts against the accommodating space, and the other end abuts against the body portion, the actuating fastener and the fixing The rods are restricted from moving and returning to each other through the elastic member.

In the quick release lever body described above, the body of the fixed lever member has a top of one hand.

In the above-mentioned quick release lever body, the actuating fastener and the fixed lever member are restricted from sliding relative to each other through the bolting portion.

In the above-mentioned quick-release lever body, the actuating fastener has a bolting groove that communicates with the accommodating space, and the bolting portion is bolted to the bolting groove.

In the above-mentioned quick-disconnecting rod body, the bolting groove is a sliding long groove formed in one or both side walls of the accommodating space, and the bolting portion slides on the sliding long groove, so that the actuating fastener and the fixing rod member are mutually Limit sliding.

In the above-mentioned quick-disconnecting rod body, the body of the fixing rod member has a sliding long hole communicating with the accommodating space, and the bolting portion slides on the sliding long hole, so that the actuating fastener and the fixing rod member are mutually restricted Bit sliding.

In the above-mentioned quick release lever body, the actuating fastener and the fixed lever member are restricted from rotating relative to each other through the bolting portion.

In the above-mentioned quick-release lever body, the actuating fastener has a bolting groove that communicates with the accommodating space, and the bolting portion is bolted to the bolting groove.

In the above-mentioned quick-disconnecting rod body, the bolting groove is a positioning hole formed in one or both side walls of the accommodating space, and the bolting portion rotates in the positioning hole to limit the actuating fastener and the fixing rod member to each other. Turn.

In the above quick release rod body, the bolting portion is a cylinder integrally formed or assembled on the body of the fixed rod member.

In the quick release rod body, the fixing rod body has a bolting hole, and the cylinder body is worn, riveted, expanded, glued or locked to the bolting hole.

In the above quick release rod body, the bolting portion is a cylinder integrally formed or assembled on the actuating fastener.

In the quick release rod body, the actuating fastener has a bolting hole, and the cylinder body is worn, riveted, expanded, glued or locked to the bolting hole.

In the above-mentioned quick-disconnecting rod body, the bolting portion is integrally formed or assembled on a cylinder of the actuating fastener, and the cylinder body passes through the accommodating space.

In the above-mentioned quick release lever body, the actuating fastener has at least one bolting hole for communicating with the accommodating space, and the pillar body is worn, riveted, expanded, glued or locked to the bolting hole.

In the above quick release lever body, the buckle portion of the actuating fastener is a left open type, a right open type or a front open type hook body, a concave portion, a convex portion, a hierarchical portion, a plane curved surface or a curved surface.

In the quick release body described above, the buckle portion includes an inclined guide surface for guiding the first object.

In the quick release body described above, the actuating fastener has at least one first pushing portion.

In the above quick release lever body, the fixed lever member has at least one second pushing portion.

In the above-mentioned quick release lever body, the accommodating space has a sliding space, and the body of the fixed lever member moves in the sliding space.

In the above quick release body, the elastic element is a coil spring, a spring piece or an elastic cylinder.

In the above quick release rod body, the pivot joint is an integrally formed boss, a buckle or a perforation or a combined protrusion, a buckle or a perforation.

In the above quick release body, the pivoting portion is movably worn, fastened, riveted, expanded or locked to a second object.

In the quick release body described above, the actuating fastener and the fixing rod are made of plastic or metal.

In the quick release lever body, the pivoting portion is movably mounted with a pivoting body for engaging with the second object.

In the quick release body described above, the pivot body has a shaft portion that is movably combined with the pivot body.

In the quick release body described above, the pivot body or the fixed rod member is coupled to the shaft portion by a second bolt portion.

In the above-mentioned quick release lever body, the pivoting portion or the pivoting system is provided with an elastic member, and the two ends of the elastic member respectively abut against the pivoting body and the quick release lever body, or the two ends of the elastic component respectively abut The top of the quick release body and the second object are used to automatically rebound or be restrained by the elastic force.

In the quick release lever body, the fixing rod has a limiting portion, and the pivoting body has a corresponding limiting portion for limiting or stopping each other in a defined position when the fixing rod is moved or rotated.

In the above quick release rod body, the first pushing portion may be a cylinder body, a hole body, a concave body, a convex body, a buckle body, a layer body, a sliding body, a plane body, a hook body or a curved body.

In the above quick release body, the pivot body has a joint portion for locking, fastening, expanding, welding or riveting to the second object.

In the quick release lever body, the actuating fastener or the body has a restricting portion for limiting the distance between the actuating fastener or the body entering the accommodating space.

In the quick release body described above, the first object and the second object are integrally formed, combined, or two separate objects.

In the quick release lever body, the quick release lever body and the second object are combined into a module.

In the quick release lever body, the second object has a limiting portion for limiting a moving distance or a rotation angle of the second pushing portion.

In the quick release lever body, the first pushing portion of the actuating fastener is operated to compress the first pushing portion to the fixed rod member, so that the overall stroke of the quick release rod body is shortened, thereby releasing the buckle portion from the first object. And pulling the second object.

In the quick release lever body, the second pushing portion may be a convex portion, a concave portion, a perforation, a layer portion, a flat portion, an arc surface portion, a hook portion or a curved surface portion.

Another quick-release lever body of the present invention includes: a quick-release lever body, comprising: an actuating fastener and a fixed lever member movably coupled to the actuating fastener, the fixed lever member having a pivoting portion, The pivoting portion is configured to be coupled to the second object. The pivoting member has a limiting portion, and the pivoting body has a corresponding limiting portion for the fixing The rods are limited or stopped from each other in a defined position when the rod is moved or rotated.

Another quick release shaft of the present invention comprises: an actuating fastener and a fixed lever member movably coupled to the actuating fastener, the fixed lever member having a pivoting portion, the pivoting portion is movably mounted with a pivot a pivoting body for assembling with the second object, the pivoting body or the pivoting portion having a shaft portion, the shaft portion being movably combined with the pivoting body or the pivoting portion, or the shaft The portion is integrally formed with the pivoting body or the pivoting portion, or the shaft portion is fixedly combined with the pivoting body or the pivoting portion, the pivoting body, the pivoting portion or the fixing rod and the shaft portion It is assembled by a second bolting portion.

Another quick release shaft of the present invention comprises: an actuating fastener and a fixed lever member movably coupled to the actuating fastener, the fixed lever member having a pivoting portion, the pivoting portion is movably mounted with a pivot The connector is configured to be coupled to the second object.

Another quick release shaft of the present invention comprises: an actuating fastener and a fixed lever member movably coupled to the actuating fastener, the fixed lever member having a pivoting portion, the pivoting portion is movably mounted with a pivot a connecting body, the pivoting body is configured to be coupled to the second object, and the fixing rod or the pivoting portion or the pivoting system is provided with an elastic element, and the two ends of the elastic element respectively abut the pivoting body and The quick release lever body or the two ends of the elastic component respectively abut against the quick release lever body and the second object, so that the fixed lever member automatically rebounds or is limited by the elastic force.

Another quick release shaft of the present invention comprises: an actuating fastener and a fixed lever member movably coupled to the actuating fastener, the fixed lever member having a pivoting portion, the pivoting portion is movably mounted with a pivot a pivoting body for assembling with the second object, the pivoting portion or the pivoting body having a shaft portion, the shaft portion being movably combined with the pivoting body or the pivoting portion, or the shaft The portion is integrally formed with the pivoting body or the pivoting portion, or the shaft portion is fixedly combined with the pivoting body or the pivoting portion.

Another quick-release lever body of the present invention includes: a quick-release lever body, comprising: an actuating fastener and a fixed lever member movably coupled to the actuating fastener, the fixed lever member having a pivoting portion, The pivoting portion is provided with a pivoting body for engaging with the second object, the pivoting body has a certain portion for orienting the corresponding portion with the second object Orientation to limit the direction of the pivot body or to limit the rotation or movement of the pivot body.

Another quick-release lever body of the present invention includes: a quick-release lever body, comprising: an actuating fastener and a fixed lever member movably coupled to the actuating fastener, the fixed lever member having a pivoting portion, The pivoting portion is provided with a pivoting body for assembling with a second object, the fixing rod has a limiting portion, and the second object has a corresponding limiting portion for The fixed rods are limited or stopped from each other in a defined position when they are moved or rotated.

Another quick-release lever body of the present invention includes: a quick-release lever body, comprising: an actuating fastener and a fixed lever member movably coupled to the actuating fastener, the fixed lever member having a pivoting portion, The pivoting portion is movably provided with a pivoting body having a solderable surface for heating and soldering to a second object.

Another quick-release lever body of the present invention includes: a quick-release lever body, comprising: an actuating fastener and a fixed lever member movably coupled to the actuating fastener, the fixed lever member having a pivoting portion, The pivoting portion is movably provided with a pivoting body, the pivoting body has a storage space for applying an external force to the pivoting body for squeezing the material of a second object into or into the storage material. space.

Another quick-release lever body of the present invention includes: a quick-release lever body, comprising: an actuating fastener and a fixed lever member movably coupled to the actuating fastener, the fixed lever member having a pivoting portion, The pivoting portion is movably mounted with a pivoting body for applying an external force to the pivoting body for causing the pivoting body to be used for snapping or interfering with a second object.

Another quick-release lever body of the present invention includes: a quick-release lever body, comprising: an actuating fastener and a fixed lever member movably coupled to the actuating fastener, the fixed lever member having a pivoting portion, The pivoting portion is movably mounted with a pivoting body, wherein a resilient member, a friction enhancing member or a friction reducing member is disposed between the fixed lever member and the pivoting portion, or is mounted on the fixed rod Between the device and the pivoting body, or between the pivoting portion and a second object, or between the pivoting portion and the pivoting body, or the pivoting body and Between a second object or between the fixed rod and a second object.

Another quick-release lever body of the present invention includes: a quick-release lever body, comprising: an actuating fastener and a fixed lever member movably coupled to the actuating fastener, the fixed lever member having a pivoting portion, The pivoting portion is movably mounted with a pivoting body, and between the quick-release lever body and a second object, or between the pivoting portion and the pivoting body, or between the fixed lever member and a second object, Or there is a floating amount between the fixing rod and the pivoting body or between the fixing rods at different rotation angles.

Thereby, the quick-disassembling rod body of the present invention can be arbitrarily assembled in a second object (such as a circuit board card, a drawer or a door and window) by using a pivoting portion, and then through an active combination structure of the actuating fastener and the fixed rod member, The actuating fastener and/or the fixed rod member are quickly fastened to at least one first object (such as a casing, a frame, a drawer cabinet or a window frame), and the buckle portion and/or the fixed fastener member are fastened when fastened. The second pushing portion of the rod buckles the first object to quickly combine the first object and the second object, and when the separation is performed, the second pushing portion of the fixing rod is used to push away from the first object, so that the second object is easily An object is separated, thereby achieving the effect of repeatedly fast fastening and separating.

In order to fully understand the purpose, features and effects of this creation, the following specific examples, together with the attached drawings, provide a detailed description of the creation, as explained below:

Referring to FIG. 1 to FIG. 9 , it is a first preferred embodiment of the quick release lever body of the present invention, which shows the structure and function of the limit sliding of the quick release lever body of the present invention (sliding within a limited range); Referring to FIG. 10 to FIG. 12, it is a second preferred embodiment of the quick release lever body of the present invention, which shows the structure and function of the limit rotation (rotation within a limited range) of the quick release lever body of the present invention. As shown in the figure, the main technical features of the quick release body of the present invention include: an actuating fastener 1 and a fixed combination of movable members 2 for actuating the fastener 1; the actuating fastener 1 can be made of plastic or metal material. The utility model has at least one first pushing portion 14 , an accommodating space 11 , and a buckle portion 12 for fastening a first object 5 . The fixing rod member 2 can be made of plastic or metal material and has a body portion. 21, and a pivoting portion 22 disposed on the body portion 21, the one end portion of the body portion 21 is movably coupled to the accommodating space 11 of the actuating fastener 1, and the pivoting portion 22 is used for engaging the movable space outside the accommodating space 11 a second object 6; the first pushing portion 14 can be formed by a protrusion formed on either side of the actuating fastener 1 , and the first pushing portion 14 can be used to push the actuating fastener 1 as shown in FIG. 13B . In order that the buckle portion 12 of the actuating fastener 1 can be detached from the first object 5, the second object 6 is separated from the first object 5. a bolting portion 3 that connects the accommodating space 11 of the actuating fastener 1 and the body portion 21 of the fixed rod member 2, so that the actuating fastener member 1 and the fixing rod member 2 are restricted from each other through the bolting portion 3 (limitation) Sliding or limit rotation). In addition, an elastic member 4 is further disposed in the accommodating space 11 of the actuating fastener 1 or at another selected position, one end of which abuts against the accommodating space 11 of the actuating fastener 1 and the other end abuts against the fixed rod The body portion 21 of the member 2 allows the actuating fastener 1 and the fixed rod member 2 to pass through the elastic member 4 to be restrained from each other and to return to the original position.

Referring to FIG. 5 again, the hand top of the first preferred embodiment of the present invention is shown, wherein the body portion 21 of the fixing rod 2 can have a hand top 24, and the hand top 24 can be formed on the fixing rod. a bump of a bottom portion of the body portion 21 of the second portion 21, the hand top portion 24 and the first pushing portion 14 are oriented in the same direction. As shown in FIG. 5, the hand top portion 24 is downwardly facing the first pushing portion 14. . Thereby, when one finger (for example, a thumb) is pressed on the left side of the first pushing portion 14, the other finger (for example, the index finger) can be simultaneously pressed on the right side of the hand top 24 so as to make the actuating fastener 1 Move toward the fixed lever 2.

Referring to FIG. 1 to FIG. 4, a first preferred embodiment of the present invention is shown, wherein the actuating fastener 1 and the fixing rod 2 are slidable relative to each other through the bolting portion 3, so that the buckle portion 12 is slidingly engaged and separated from the first object 5. Specifically, the actuating fastener 1 can be provided with a bolting groove 13 that communicates with the accommodating space 11 , whereby the bolting portion 3 is bolted into the bolting groove 13 . Moreover, the bolting slot 13 can be a sliding slot 131 formed in one or both side walls of the accommodating space 11, thereby sliding the bolting portion 3 in the sliding slot 131, thereby causing the actuating fastener 1 and the The fixing bars 2 are able to slide in position to each other. In addition, referring to FIG. 6 to FIG. 8 , another first preferred embodiment of the present invention is shown, wherein the body 21 of the fixing rod 2 can have a sliding long hole 211 that communicates with the accommodating space 11 . Therefore, the bolting portion 3 can be slid in the sliding long hole 211, so that the actuating fastener 1 and the fixing rod 2 can be restrained from sliding relative to each other.

Referring to FIG. 10 to FIG. 12, a second preferred embodiment of the present invention is shown, wherein the actuating fastener 1 and the fixing rod 2 are capable of being rotated relative to each other through the bolting portion 3 to make the buckle portion 12 is rotatably engaged and separated from the first object 5. Specifically, the actuating fastener 1 can also be provided with a bolting groove 13 that communicates with the accommodating space 11 so that the bolting portion 3 is bolted to the bolting groove 13 . The splicing groove 13 is a locating hole 132 formed on one or both side walls of the accommodating space 11 , and the splicing portion 3 is rotated in the locating hole 132 , so that the actuating fastener 1 and the The fixing bars 2 are locked in rotation with each other.

Referring to FIG. 2 and FIG. 4 , or as shown in FIG. 10 and FIG. 12 , the bolting portion 3 may be a column 31 integrally formed or assembled on the body portion 21 of the fixing rod 2 . Preferably, the body portion 21 of the fixing rod 2 is provided with a bolting hole 32, and the pillar 31 is placed, fastened, riveted, expanded, and adhered. The bolt hole 32 is connected or locked. In the present invention, the bolt portion 3 may be integrally formed or assembled on the cylinder 31 of the actuating fastener 1 and assembled in the structure of the actuating fastener 2, preferably in the fixed rod member 2. The body portion 21 is provided with a bolting hole 32, and the cylindrical body 31 is placed, fastened, riveted, expanded, glued or locked to the bolting hole 32. Thereby, the column 31 formed by the bolting portion 3 is used to slide the column 31 into the sliding long groove 131 or to rotate through the positioning hole 132 to achieve the limit sliding or the limit rotation. The function. In addition, as shown in FIG. 7 , the plug portion 3 may be integrally formed or assembled to a cylinder 31 of the actuating fastener 1 , and the post 31 passes through the accommodating space 11 , preferably The actuating fastener 1 is provided with at least one bolting hole 32 to communicate with the accommodating space 11 , and the cylindrical body 31 is inserted, fastened, riveted, expanded, bonded or locked to the bolting hole. 32.

As shown in FIG. 1 to FIG. 12 , the button portion 12 of the actuating fastener 1 can be implemented as a left open or right open hook body 121 , and the hook body 121 is preferably protruded from the action. The fastener 1 has a triangular hook or a wedge hook, and includes an inclined guide surface 122 and a hook surface 123 connecting the oblique guide surface 122, as shown in FIG. 13A, so that the inclined guide surface 122 can be used to facilitate pressing into the first object 5, and The first object 5 is held by the hook surface 123 when the first object 5 is pressed.

As shown in FIG. 1 to FIG. 9 , the fixing rod 2 is preferably implemented with at least one second pushing portion 23 , which may be a U-shaped body as shown in the drawing, which includes forming The two protrusions 231 at one end of the fixed rod member 2 and the buckle groove 232 between the two protrusions 231 can be fastened to the first through the protrusions 231 and the buckle slots 232 of the second pushing portion 23 as shown in FIG. 13A. The object 5, as shown in Fig. 13C, is used to push the first object 5 by means of the lever principle during disassembly so that the second object 6 can be easily removed.

As shown in FIG. 1 to FIG. 9 , the pivoting portion 22 of the fixing rod 2 is preferably integrally formed on the protrusions, the buckles or the perforations of the body 21 or the protrusions of the body 21 . , the gusset or the perforation, etc., as shown in FIG. 13A, is configured to be erected on the second object 6 by using a structure such as a stud, a gusset or a perforation. The preferred assembly structure may be a piercing, fastening, riveting, The second object 6 is expanded or locked so that the present quick release lever and the second object 6 can rotate relative to each other.

As shown in FIG. 1 to FIG. 9 , in the first preferred embodiment, the accommodating space 11 of the actuating fastener 1 has a sliding hole 111 in the shape of a hole, so that the fixing member 2 is One end of the body portion 21 is placed in the sliding space 111, and the body portion 21 is slidably coupled to the sliding space 111 by the bolting portion 3, so that the actuating fastener 1 and the fixed rod member 2 can be restrained from sliding to each other. The elastic member 4 is preferably a coil spring (as shown in FIG. 2 to FIG. 6 ), a spring piece or an elastic cylinder, so that one end of the elastic element 4 abuts against the sliding space 111 and the other end abuts against the body. The portion 21 allows the actuating fastener 1 and the fixed rod member 2 to pass through the elastic member 4 to be restrained from each other and to return to the original position.

As shown in FIG. 10 or FIG. 12, in the second preferred embodiment, the accommodating space 11 of the actuating fastener 1 has an arc-shaped sliding space 112, so that the fixing member 2 is One end of the body portion 21 is placed in the sliding space 112, and the body portion 21 and the sliding space 112 are rotatably coupled by the bolting portion 3, so that the actuating fastener 1 and the fixed rod member 2 can be rotated relative to each other. The elastic member 4 is preferably a coil spring (as shown in FIG. 10), a spring piece (as shown in FIG. 12) or an elastic cylinder, so that one end of the elastic member 4 abuts against the sliding space 112, and the other end. The top portion abuts against the body portion 21, so that the actuating fastener member 1 and the fixing rod member 2 can pass through the elastic member 4 to be restrained from each other and returned to the original position.

The first object 5 described in the present creation may be a rack, a cabinet, a drawer cabinet, a window frame or other objects, and the second object 6 is a circuit board card, a drawer, a door window or the like, as shown in FIG. 13A. In the use of the preferred embodiment, the present quick-release lever member is disposed in the second object 6 through the pivoting portion 22 of the fixed lever member 2, so that the buckle portion 12 of the actuating fastener 1 is fastened to the second portion. On one side of the object 5, the second pushing portion 23 of the fixing rod 2 engages the other side of the first object 5, so that the second object 6 is slidably assembled in the first object 5. As shown in FIG. 13B, when the second object 6 is to be separated, the first pushing portion 14 of the actuating fastener 1 is pushed by hand to limit the sliding of the actuating fastener 1 while the buckle portion 12 is disengaged from the first object 5. As shown in Fig. 13C, the second pushing portion 23 of the fixed lever 2 is pushed up by the first object 5 by the lever principle, so that the second object 6 is slidably pulled out. As shown in Fig. 13D, even if the second object 6 is separated from the first object 5, and when the force on the first pushing portion 14 is released, the actuating fastener 1 is returned to the original position by the above-described elastic member 4.

As shown in FIG. 14A, the action of the second preferred embodiment can be used to set the active quick release member to the second object 6 through the pivoting portion 22 of the fixed lever member 2, so as to be driven through the actuating button. The buckle portion 12 of the member 1 is fastened to one side of the first object 5, and the second pushing portion 23 of the fixing rod member 2 is fastened to the other side of the first object 5, so that the second object 6 is slidably assembled in the first object 5. As shown in FIG. 14B, when the second object 6 is to be separated, the first pushing portion 14 of the actuating fastener 1 is manually moved to limit the rotation of the actuating fastener 1 while the buckle portion 12 is disengaged from the first object 5. As shown in Fig. 14C, the second pushing portion 23 of the fixed lever 2 is pushed up against the other side of the first object 5 by the principle of the lever, so that the second object 6 is slidably pulled out. As shown in Fig. 14D, even if the second object 6 is separated from the first object 5, and when the force on the first pushing portion 14 is released, the actuating fastener 1 is returned to the original position by the above-described elastic member 4.

Referring to FIG. 15 , it is a schematic view of a third preferred embodiment of the present quick release lever body. The quick release lever body 7 includes: an actuating fastener 71 and a fixed rod of the movable combination on the actuating fastener 71 . The actuating fastener 71 has at least one first pushing portion 711, a body portion 712 and a buckle portion 713 for engaging a first object 5; the fixing rod member 72 has an accommodating space 721 and a The pivoting portion 722 is disposed in the accommodating space 721, and the body portion 712 is movably coupled to the accommodating space 721. The pivoting portion 722 is used for engaging a second object outside the accommodating space 721. The splicing portion 3 is connected to the accommodating space 721 of the fixing rod 72 and the body portion 712 of the actuating fastener 71. The actuating fastener 71 and the fixing rod 72 pass through the bolting portion 3. Limit each other's activities. In addition, an elastic member 4 is further disposed in the accommodating space 721, one end of which abuts against the accommodating space 721, and the other end abuts against the body portion 712, the actuating fastener 71 and the fixing rod member 72 is restricted from moving and returning to each other through the elastic member 4.

In addition, the buckle portion 713 can be a hook body, a concave portion, a convex portion, a hierarchical portion, a planar curved surface or a curved surface.

Referring to FIG. 16 , it is a schematic view of a fourth preferred embodiment of the present invention. In this embodiment, the pivoting portion 722 (see the pivoting portion 722 of FIG. 15 ) is provided with a movable device. The pivoting body 723 is configured to be coupled to the second object 6 , and the pivoting body 723 has a shaft portion 724 , and the shaft portion 724 is movably combined with the pivoting body 723 , and the pivoting body The 723 (or the fixing rod 72) is coupled to the shaft portion 724 by a second bolting portion 725, and the pivoting portion 722 or the pivoting body 723 is provided with an elastic member 73. The ends are respectively abutted (or inserted) into the pivoting body 723 (or a corresponding structure of the pivoting body 723, such as a hole or a groove, not shown) and a fixing rod 72 of the quick-release lever body 7, the pivot The connecting body 723 has a connecting portion 726 for locking, fastening, expanding, welding or riveting to the second object 6. The fixing rod 72 has a limiting portion 727, and the pivoting body 723 has a corresponding limit. The portion 728 is configured to limit or stop each other in a defined position when the fixed rod 72 is moved or rotated. The actuating fastener 71 (or the body) has a restricting portion 714 for limiting the actuation. The distance between the fastener or the body entering the accommodating space. In addition, the shaft portion 724 is integrally formed with the pivoting body 723 or the pivoting portion 722, or the shaft portion 724 is fixedly combined with the pivoting body 723 or the pivoting portion 722 (not shown).

The limiting portion 727 or the corresponding limiting portion 728 can be a bevel body, a plane body, a step body, a concave body or a convex body, and the blocking limit is performed when the quick release lever body 7 is rotated to a target angle. , wherein the target angle is between 15 degrees and 345 degrees.

The quick release lever body 7 is driven by the elastic member 73 (the spring with a torsion force) to perform an automatic torsion elastic return movement, an elastic opening movement or a limit rotation angle between the limiting portion 727 and the corresponding limiting portion 728. Turn off the movement.

In addition, the quick release lever 7 can also be driven by the elastic member 73 (spring with torsion force) to perform floating lateral movement and floating in the limiting angle of the limiting portion 727 and the corresponding limiting portion 728. The longitudinal movement or the floating direction of the circular movement, the floating amount of the floating lateral movement of the quick release rod 7 or the floating amount of the floating longitudinal movement is the lateral direction between the fixed rod member 72 and the pivoting body 723 The longitudinal floating distance; and the floating amount of the floating direction of motion is the distance between the fixed rod 72 or the actuating fastener 71 at different angles or positions (not shown in Figure 16).

In addition, the first pushing portion 711 may be a cylinder, a hole body, a concave body, a convex body, a buckle body, a layer body, a sliding body, a plane body, a curved body or a hook body.

FIG. 17 is a schematic view showing a fifth preferred embodiment of the quick release lever body. In the embodiment, the actuating fastener 71 of the quick release lever body 7 is provided with an accommodating space. The fixing rod 72 has a body 720 movably disposed in the accommodating space 710. The splicing portion 3 is coupled to the accommodating space 710 of the actuating fastener 71 and the body 720 of the fixing rod 72. The member 71 and the fixing rod 72 are in a restricted position to each other.

Referring to FIG. 18 and FIG. 19, it is a schematic diagram of a sixth preferred embodiment of the present invention. In the embodiment, the first object 5 and the second object 6 are integrally formed and combined. Or two separate objects, the second object 6 is combined with a fourth object 9 as a module object, the quick release body 7 and the second object 6 are combined into a module, and the elastic element 73a is at both ends Abutting the fixing rod 72 and the second object 6 of the quick release rod 7 respectively, the fixing rod 72 is automatically rebounded or restrained by the elastic force, and the fixing rod 72 has a second a pushing portion 729 having a first pushing member 7291 and a second pushing member 7292, the first pushing member 7291 or the second pushing member 7292 for pushing a third object 8 to The second pushing portion 729 performs the lever displacement, the rotation displacement or the restrictive displacement of the opening, closing, advancing and retreating by pushing the third object 8 , and the first pushing member 7291 or the second pushing member 7292 is also The third object 8 can be pushed to be displaced, and the second object 6 has a limiting portion 61 for limiting the second The moving distance or the rotation angle of the moving portion 729; or the first pushing member 7291 and the second pushing member 7292 are required to be rotated or non-rotated firstly for use in pre-storing the third object 8 to be pushed Or the appropriate position of the front side, the rear side or the middle of the interference position, so that the first pushing member 7291 or the second pushing member 7292 can transmit or interfere with the third object 8 through the rotary displacement or the non-rotational displacement. The second pushing portion 729 is caused to open, close, advance, retreat lever displacement, rotational displacement or restrictive displacement.

The second pushing portion 729 can be a convex portion, a concave portion, a perforation, a layer portion, a flat portion, an arc surface portion, a hook portion or a curved surface portion.

In addition, the first pushing portion 711 of the actuating fastener 71 is operated to compress the first pushing portion 711 to the fixing rod 72, so that the overall stroke of the quick-release lever 7 is shortened, thereby releasing the buckle portion 713 from the first object. 5 and pull the second object 6.

Referring to FIG. 20 and FIG. 21, it is a schematic view of the seventh preferred embodiment of the quick release lever body. In the embodiment, the actuating fastener 71 of the quick release lever body 7 is provided with a receiving space. The fixing rod member 72 has a body portion 720 movably disposed in the accommodating space 710, and the bolting portion 3 is coupled to the accommodating space 710 of the actuating fastener 71 and the body portion 720 of the fixing rod member 72. The actuating fasteners 71 and the fixing rods 72 are in a positional relationship with each other. The elastic member (not shown) is disposed in the accommodating space 710, and the two ends of the elastic member respectively abut against the accommodating space 720 and the The body portion 720 allows the actuating fastener 71 and the fixing rod member 72 to be restrained from each other and returned to the original position through the elastic member; thus, the effect of the fifth preferred embodiment can be similarly achieved.

Referring to FIG. 22 and FIG. 23, it is a schematic diagram of an eighth preferred embodiment of the present quick-release lever body and a different type of the quick-installing portion of the present invention. In this embodiment, the second object 6 is shown in FIG. The second object 6 has a mounting portion 62 and a corresponding portion 63. In this embodiment, the mounting portion 62 can be a cylinder or a hole; The pivoting body 723 of the quick-release lever body 7 has a plurality of connecting portions 7231 and a fixed portion 7232. The connecting portion 7231 is configured to be assembled with the mounting portion 62 of the second object 6. The orientation portion 7232 is used for The orientation corresponding portion 63 of the second object 6 is oriented to limit the direction of the pivot body 723 or to limit the rotation or movement of the pivot body 723.

In this embodiment, the assembly portion 7231 can be a threaded body, a male button body, a concave button body, a convex body, a concave body, a spring body, a groove body, a sheet body, a cylinder body, a hook body, a nut body, and a buckle body. Or a hole. The orientation portion 7232 or the orientation corresponding portion 63 may be a hole body, a groove body, a thread body, a convex body, a concave body, a convex body, a concave body, a spring body, a sheet body, a nut body, a cylinder body, a hook body or Button body. The mounting portion 62 can be a threaded body, a male button body, a concave button body, a spring body, a groove body, a convex body, a concave body, a sheet body, a cylinder body, a hook body, a nut body, a buckle body or a hole body, and The mounting portion 62 in the embodiment is a hole cylinder.

In addition, the mounting portion 62 can be a separate button body or assembly for combining with the second object 6 and the quick release lever body 7, and the independent mounting portion 62 can be a nut (see FIG. 23). Part a), the snap body (as in part b of Figure 23), the cylinder (as in part c of Figure 23), the screw (as in part d of Figure 23) or the male body (as in part e of Figure 23).

Referring to FIG. 24 to FIG. 27, it is a schematic diagram of the laterally rotating floating of the ninth preferred embodiment of the present quick-release lever body, and the forward-spinning floating of the ninth preferred embodiment of the present quick-release lever body. The schematic diagram, the longitudinal floating schematic diagram of the ninth preferred embodiment of the present quick-release lever body, and the lateral floating diagram of the ninth preferred embodiment of the present quick-release lever body. In this embodiment, the present quick-release lever body FIG. 9 is a schematic diagram of a swirling floating of a ninth preferred embodiment of the present quick-release lever body. 2. A longitudinal floating schematic diagram of the ninth preferred embodiment of the present quick-release lever body and the present creation In the embodiment, the pivoting body 723 of the quick-release lever body 7 is combined with the second object 6 to make the quick-release lever body 7 and the quick-disconnecting rod body. Between the second objects 6, or the pivoting portion 722 and the pivoting body 723, or between the fixed rod 72 and the second object 6, or between the fixed rod 72 and the pivoting body 723, or fixed The lever 72 has a floating amount between different rotational angles, wherein the floating amount includes a lateral swirling amount a (as shown in Fig. 24), the forward direction of the floating amount b (as shown in Fig. 25), the longitudinal floating amount c (as shown in Fig. 26), and the lateral floating amount d (as shown in Fig. 27), thereby allowing the The quick release lever 7 can perform lateral rotation, forward rotation, longitudinal movement or lateral movement on the second object 6. Wherein the lateral swirling amount a, the forward swirling amount b, the longitudinal floating amount c or the lateral floating amount d are between 0.01 mm and 500 mm, and the lateral swirling amount a or the positive The angle of the swirling amount b is between 0.1 and 345 degrees.

Referring to FIG. 28, it is a schematic diagram of a tenth preferred embodiment of the present invention. In the embodiment, the fixing rod 72 has a limiting portion, and the second object 6 has a corresponding limiting portion. 65, used to limit or stop each other in a defined position when the fixed rod 72 is moved or rotated.

Referring to FIG. 29, it is a schematic view of the eleventh preferred embodiment of the present invention. In the embodiment, the fixing rod 72 has a pivoting portion 722, and the pivoting portion 722 is movable. A pivoting body 723 is provided. The pivoting body 723 has a solderable surface 7233. The solderable surface 7233 can be heated and soldered to the second object 6. The solderable surface 7233 can be tin, nickel, copper, The material of chrome, iron or zinc, the second object may be a PCB board (printed circuit board), and the second object 6 also has a solderable surface (not shown).

Referring to FIG. 30, it is a schematic view of the twelfth preferred embodiment of the present invention. In the embodiment, the fixing rod 72 has a pivoting portion 722, and the pivoting portion 722 is movable. A pivoting body 723 is provided. The pivoting body 723 has a storage space 7234 for applying an external force to the pivoting body 723 for squeezing the material of the second object 6 into the pivoting body 723. Or flow into the storage space 7234. The hardness of the pivoting body 723 is higher than that of the second object 6, and the external force is applied by a mold 90.

Referring to FIG. 31, it is a schematic view of the thirteenth preferred embodiment of the present invention. In the embodiment, the fixing rod 72 has a pivoting portion 722, and the pivoting portion 722 is movable. A pivoting body 723 is provided for applying an external force to the pivoting body 723 for changing the pivoting body 723 to engage or interfere with the second object 6. The external force is formed by a mold 90. Provide pressure.

Referring to FIG. 32, it is a schematic view of the fourteenth preferred embodiment of the present invention. In the embodiment, the fixing rod 72 has a pivoting portion 722, and the pivoting portion 722 is movable. A pivoting body 723 is provided, and an elastic member 74 (or a friction reducing member or a friction reducing member) is disposed between the fixing rod member 72 and the pivoting portion 722 or is mounted on the fixing rod member. 72 is disposed between the pivoting body 723, or between the pivoting portion 722 and the second object 6, or between the pivoting portion 722 and the pivoting body 723, or is disposed at the pivot The connecting body 723 and the second object 6 are disposed between the fixing rod 72 and the second object 6, and the elastic member 74 (or the friction member or the friction reducing member) may be a spring piece. , a spring, an elastic cylinder, a torsion spring, a cylinder, a sheet, a smooth body or a sliding surface member, and the elastic member 74 is used to impart a torque or friction when the quick release rod 7 is moved to limit the quick release lever The speed or force of movement of the body 7, or to limit or drive the amount of swirling, lateral floating or longitudinal floating.

The present invention has been disclosed in the above preferred embodiments, and it should be understood by those skilled in the art that the present invention is only intended to depict the present invention and should not be construed as limiting the scope of the present invention. It should be noted that variations and permutations equivalent to those of the embodiments are intended to be included within the scope of the present invention. Therefore, the scope of protection of this creation is subject to the definition of the scope of patent application.

<p>1‧‧‧Activity fasteners</p><p>11‧‧‧ accommodating space</p><p>111‧‧‧Sliding space</p><p>112‧‧‧Sliding space</p><p>12‧‧‧Deduction</p><p>121‧‧‧ hook body</p><p>122‧‧‧ oblique guide</p><p>123‧‧‧ hook surface</p><p>13‧‧‧ bolting slot</p><p>131‧‧‧Sliding long trough</p><p>132‧‧‧Positioning holes</p><p>14‧‧‧First Promotion Department</p><p>2‧‧‧Fixed rods</p><p>21‧‧‧ Body</p><p>211‧‧‧Sliding long hole</p><p>22‧‧‧ pivotal department</p><p>23‧‧‧ Second Promotion Department</p><p>231‧‧‧Bumps</p><p>232‧‧‧ buckle groove</p><p>24‧‧‧Hand top</p><p>3‧‧‧ bolting</p><p>31‧‧‧Cylinder</p><p>32‧‧‧Bolt hole</p><p>4‧‧‧Flexible components</p><p>5‧‧‧First object</p><p>6‧‧‧Second object</p><p>61‧‧‧Limited</p><p>62‧‧‧Installation Department</p><p>63‧‧‧Orientation Correspondence Department</p><p>64‧‧‧Assembly</p><p>65‧‧‧Corresponding to the limit department</p><p>7‧‧‧ quick release body</p><p>71‧‧‧Activity fasteners</p><p>710‧‧‧ accommodating space</p><p>711‧‧‧First Promotion Department</p><p>712‧‧‧ Body</p><p>713‧‧‧ buckle</p><p>714‧‧‧Restrictions</p><p>72‧‧‧Fixed rods</p><p>720‧‧‧ Body</p><p>721‧‧‧ accommodating space</p><p>722‧‧‧ pivotal</p><p>723‧‧‧ pivot body</p><p>7231‧‧‧Team</p><p>7232‧‧‧Orientation Department</p><p>7233‧‧‧ solderable surface</p><p>7234‧‧‧Storage space</p><p>724‧‧‧Axis</p><p>725‧‧‧Second bolting</p><p>726‧‧‧Team</p><p>727‧‧‧Limited</p><p>728‧‧‧Corresponding to the limit department</p><p>729‧‧‧Second Promotion Department</p><p>7291‧‧‧First pusher</p><p>7292‧‧‧Second pusher</p><p>73‧‧‧Flexible components</p><p>73a‧‧‧Flexible components</p><p>74‧‧‧Flexible parts</p><p>8‧‧‧ Third object</p><p>9‧‧‧ fourth object</p><p>90‧‧‧Mold</p><p>A‧‧‧lateral swirling amount</p><p>B‧‧‧ Forward rotation</p><p>c‧‧‧Longitudinal float</p><p>D‧‧‧lateral float</p>

[Fig. 1] A perspective view of a first preferred embodiment of the quick release bar of the present invention. [Fig. 2] A first exploded view of the first preferred embodiment of the quick release bar. [Fig. 3] Fig. 1 is a schematic cross-sectional view showing a first preferred embodiment of the quick release lever body. [Fig. 4] A cross-sectional view of the AA of the first preferred embodiment of the present quick-release lever. [Fig. 5] A schematic view of the top of the hand of the first preferred embodiment of the quick release lever. [Fig. 6] A perspective view of a first preferred embodiment of the quick release bar of the present invention [Fig. 7] is a second exploded view of the first preferred embodiment of the quick release bar. [Fig. 8] Fig. 2 is a schematic cross-sectional view of the first preferred embodiment of the quick release lever body. [Fig. 9] Fig. 9 is a schematic view showing the first and second pushing portions of the first preferred embodiment of the quick release lever. [Fig. 10] A front cross-sectional view showing a second preferred embodiment of the quick release lever body. [Fig. 11] A perspective view showing a second preferred embodiment of the quick release lever body. [Fig. 12] A schematic view of a spring piece and a buckle portion of a second preferred embodiment of the quick release lever body. [Fig. 13A] ~ [Fig. 13D] Fig. 13D is a schematic view showing the action of the first preferred embodiment of the quick release lever. [Fig. 14A] ~ [Fig. 14D] Fig. 14D is a schematic view showing the action of the second preferred embodiment of the quick release lever. [Fig. 15] A schematic view showing a third preferred embodiment of the quick release lever body. [Fig. 16] Fig. 17 is a schematic view showing a fourth preferred embodiment of the quick release lever body [Fig. 17]. . [Fig. 18] and Fig. 19 are schematic views showing a sixth preferred embodiment of the quick release lever body. [Fig. 20] and Fig. 21 are schematic views showing a seventh preferred embodiment of the quick release lever body. [Fig. 22] A schematic view showing an eighth preferred embodiment of the quick release lever body. [Fig. 23] A schematic diagram of different types of the creative installation unit. [Fig. 24] A schematic view of a laterally swirling floating of the ninth preferred embodiment of the present quick release lever. [Fig. 25] A schematic diagram of the forward swirling movement of the ninth preferred embodiment of the present quick release lever. [Fig. 26] A schematic view of the longitudinal floating of the ninth preferred embodiment of the present quick release lever. [Fig. 27] A schematic view of the lateral floating of the ninth preferred embodiment of the present quick release lever. [Fig. 28] A schematic view showing a tenth preferred embodiment of the quick release lever body. [Fig. 29] A schematic view showing an eleventh preferred embodiment of the present quick-release lever. [Fig. 30] A schematic view showing a twelfth preferred embodiment of the quick release lever body. [Fig. 31] A schematic diagram of a thirteenth preferred embodiment of the present invention. [Fig. 32] A schematic view showing a fourteenth preferred embodiment of the quick release lever body.