TWM569799U - Hollow positioning nut structure of slide rail bracket - Google Patents

Abstract

A hollow positioning nut structure of a slide rail bracket, the hollow positioning nut comprises: a tubular column member, a resisting member, a spiral portion and a convex portion, the tubular string member is a hollow tubular body, and the outer ring surrounds the outer ring a side extending resisting member, and forming a spiral portion around the tubular member, the resisting member is a plate-like body extending toward one end of the tubular string member, the spiral portion being an engaging body formed on the tubular member Between the inner wall surfaces, the convex portion is a holding body formed on the opposite end of the tubular member, and when the hollow positioning nut is coupled with the plug and rotated to one side, the resisting member resists positioning with a wall surface, so that The studs are rotated in a forward direction, and the hollow locating nut can accommodate the perforations of the various cabinet struts.

Description

Hollow positioning nut structure of slide rail bracket

The present invention relates to a hollow positioning nut structure of a slide rail bracket, and more particularly to a structure that utilizes a coupling device to enable an auxiliary bracket to correspond to any longitudinal rod body.

In today's various things, the network is used as a transmission operation application, and the network signal can be supplied to the group users through the server. In the future, the AI artificial intelligence must also rely on the server to supply the operation;

However, the connection structure between the server and the cabinet is evolved into a sliding rail connection by the bolting method to provide more convenient use, and the corresponding hole specifications of the cabinet include three standard specifications: square hole, round hole and thread hole. The cabinet provides a server corresponding, and the corresponding holes are connected to the slide rails in groups of three;

However, in order to meet the specifications of the cabinet, the applicant filed an application number in China: 2018202079030 "A three-in-one assembled rail structure", as shown in FIG. 1A, FIG. 1B and FIG. 1C, in which the quick release type is slipped. The rail structure is presented, wherein the cabinet column 10 has three hole sizes: a square hole 101, a circular hole 102 and a threaded hole 103. To meet the hole of the cabinet column 10, a pressing member 110 and a guiding nut are disposed at the end of the sliding rail 11. 12, the corresponding holes of the cabinet are connected to the slide rails in a group of three, the pressing members 110 respectively corresponding to the first holes and the third holes, and the guiding screw sleeves 12 correspond to the second holes, wherein the pressing holes The member 110 includes a stud 1100, an elastic member 1101 and a first screw sleeve 1102. The first screw sleeve 1102 forms a columnar body of different diameters, which can correspond to the square hole 101 of the cabinet column 10, the circular hole 102 and The threaded hole 103, and the guiding nut 12 provides a more stable connection between the sliding rail 11 and the cabinet column 10, and provides faster and more accurate delivery. Disassemble to position and lock;

However, since the guide nut 12 cannot meet the specifications of the threaded hole 103 of the cabinet column 10, the guide nut 12 needs to be removed to be installed, so that the stability and accuracy of the sliding track 11 connection can be reduced. Sex

Therefore, the applicant has not been able to meet the specification of the threaded hole 103 of the cabinet column 10 for the conventional guide screw sleeve 12, and proposes a hollow positioning nut structure of the slide rail bracket, with a hollow positioning nut as a substitute for the guide screw sleeve 12. The square hole 101, the circular hole 102 and the threaded hole 103 of the cabinet column 10 can be matched and bolted for better practicability.

The main purpose of this creation is to meet the fixed hole of the cabinet pillars of different specifications by the arrangement of the hollow positioning nut.

In order to achieve the above object, the hollow positioning nut of the present invention comprises: a tubular member, a resisting member, a spiral portion and a convex portion, the tubular member is a hollow tubular body, and the resisting member is extended on the outer ring side. And forming a spiral portion in the tubular member, the resisting member is a plate-like body extending toward one end of the tubular member, the spiral portion being an engaging body formed between the inner wall surfaces of the tubular member The convex portion is a holding body formed on the opposite end of the tubular member, and when the hollow positioning nut is coupled with the plug and rotated to one side, the resisting member is resisted from positioning with a wall surface, so that the stud is smoothed The rotation is made, and the hollow positioning nut can accommodate the perforations of the various cabinet pillars.

The resisting member of the hollow positioning nut can be implemented to extend on both sides of the outer circumference of the tubular member.

The tubular member of the hollow locating nut can be implemented with a one-sided arrangement.

The tubular member of the hollow locating nut can be implemented with both facets.

The tubular member of the hollow positioning nut can be implemented with a plurality of cut faces.

As shown in FIG. 2, FIG. 3 and FIG. 9, the hollow positioning nut structure of the slide rail bracket of the present invention comprises a hollow positioning nut 20, a joint member 30, a first pressing member 31, and a first The second holding nut 32, the resisting plate 33 and the stud 34, the hollow positioning nut 20 comprises: a tubular member 200, a resisting member 201, a spiral portion 202 and a convex portion 203, the tubular member 200 is a The hollow tubular body extends from the resisting member 201 on the outer ring side and surrounds the tubular member 200 to form a spiral portion 202 corresponding to the first through hole 330 of the resisting plate 33. The resisting member 201 A plate-like body extends toward one end of the tubular member 200. The spiral portion 202 is an engaging body formed between the inner wall surfaces of the tubular member 200. The convex portion 203 is a retaining body formed in the tube. The column member 200 is opposite to the other end and is corresponding to the first spring member 204. When the hollow positioning nut 20 is coupled with the stud 34 and rotated to one side, the resisting member 201 is opposite to the resisting plate 3. The resist 333 is positioned, causing the pin 34 to be rotating forward, and the hollow nut 20 is positioned to cater to a variety of strut perforated wall 4 of the cabinet;

The joint member 30 is a bent type body, and a first retaining hole 300, a second retaining hole 301 and a third retaining hole 302 are provided on a vertical wall surface, and the first retaining hole 300 side is provided with the first spring member 204, The hollow positioning nut 20 and the first through hole 330 of the resisting plate 33 correspond to each other, and the bolts 34 are bolted through the respective components and the first retaining hole 300;

The first holding member 31 includes a first stud 310, a second spring member 311 and a first cap member 312. The first stud portion 310 forms a first plug portion 3100 and a third retaining hole 302 of the engaging member 30. Correspondingly, the other end is provided with a second spring member 311 and a first cap member 312, and corresponding to the third through hole 332 of the resisting plate 33;

The second holding member 32 includes a second stud 320, a third spring member 321 and a second cap member 322. The second stud member 320 forms a second plug portion 3200 and a second retaining hole 301 of the engaging member 30. Correspondingly, the other end is provided with a third spring member 321 and a second cap member 322, and corresponding to the second through hole 331 of the resisting plate 33;

The resisting plate 33 is a bent body, and a retaining wall 333 is formed at one end of the bending plate, and a first through hole 330, a second through hole 331 and a third through hole 332 are formed on the wall surface of the retaining wall 333 which is vertically bent. One end of a through hole 330 is disposed corresponding to the hollow positioning nut 20, and the other end is pierced by the stud 34 and corresponding to the hollow positioning nut 20, and the second through hole 331 is corresponding to the second pressing member 32. The third through hole 332 is provided to correspond to the first pressing member 31;

The stud 34 is a locker that passes through the first through hole 330 of the resisting plate 33, the hollow positioning nut 20 and the first spring member 204, and is correspondingly engaged with the first retaining hole 300 of the engaging member 30; The rail bracket 3 is provided with an elastic body at one end by the hollow positioning nut 20, the first pressing member 31 and the second pressing member 32, so as to have corresponding to the cabinet pillars 4 of different corresponding holes;

As shown in FIG. 2, FIG. 4 to FIG. 5A to FIG. 5D, the hollow positioning nut 20 forms a resisting member 201 on the side of the tubular member 200, and the tubular member 200 corresponds to the stud 34. When the column 34 is rotated to one side, a coaxial rotation phenomenon occurs, and the side of the resisting member 201 or a vertical angle resists against the retaining wall 333 of the resisting plate 33, so that the stud 34 can continue to be bolted to the other end. solid;

The resisting member 201 of the hollow positioning nut 20 can be formed by forming a resisting member 201 around the circumference of the tubular member 200, and the opposite opposing members can be formed around the circumference of the tubular member 200. 201 settings are implemented;

Moreover, as shown in FIG. 5B to FIG. 5D, in order to achieve the limit function, the resist 201 can be eliminated, and the tubular member 200 is formed with one or more facets, such as having one cut surface. The tubular member 200 and the tubular member 200 having the two cut faces and the tubular member 200 having a plurality of cut faces provide a plurality of embodiments, and the tubular member 200 and the first through hole 330 of the resisting plate 33 Correspondingly, the first through hole 330 is arranged according to the shape of the tubular member 200 to provide a function of resisting each other;

As shown in FIG. 3, FIG. 6, FIG. 7, FIG. 8 and FIG. 9, this is a schematic diagram of the connection between the rail bracket 3 and the cabinet pillar 4. When the rail bracket 3 corresponds to the cabinet pillar 4, the cabinet pillar 4 The threaded holes 40 are firstly sleeved to one end of the first stud 310 and the second stud 320. When traversing, the hollow positioning nut 20 and the first cap member 312 and the second cap member 322 are simultaneously pressed toward one end. The frame strut 4 and the resisting plate 33 are formed in parallel without gaps, and the studs 34 pass through one of the threaded holes 40 and the hollow positioning nut 20 of the frame post 4 to correspond to the first retaining holes 300 of the engaging member 30;

However, this embodiment of the corresponding threaded hole 40 of the cabinet pillar 4 can be implemented corresponding to the cabinet pillar 4 forming the square hole and the round hole.

10‧‧‧ Cabinet column 101‧‧‧ square hole 102‧‧‧ round hole 103‧‧ Threaded hole 11‧‧‧Sliding track 110‧‧‧Clamping piece 1100‧‧‧ Stud 1101‧‧‧ Elastic element 1102 ‧‧‧First screw sleeve 12‧‧‧ Guide nut 20‧‧‧ Hollow locating nut 200‧‧‧Pipe member 201‧‧‧Resistance 202‧‧‧Spiral part 203‧‧‧ convex 204‧‧ ‧First spring member 3‧‧‧Slide bracket 30‧‧‧Jointing piece 300‧‧‧First holding hole 301‧‧‧Second holding hole 302‧‧‧ Third holding hole 31‧‧‧First pressing Part 310‧‧‧First stud 3100‧‧‧First plug part 311‧‧‧Second spring part 312‧‧‧First cap piece 32‧‧‧Second holding part 320‧‧‧Second stud 3200‧‧‧Second bolts 321‧‧ Third spring parts 322‧‧‧Second caps 33‧‧‧Resistance plates 330‧‧‧First perforations 331‧‧‧Second perforations 332‧‧ 333‧‧‧ 34‧‧‧ perforated wall stud threaded bore 4‧‧‧ rack columns 40‧‧‧

Figure 1A is a schematic view of the connection of a conventional sliding track. Figure 1B is a schematic view of the connection of a conventional sliding track. Figure 1C is a schematic view of the connection of a conventional sliding track. 2 is a perspective exploded view of the hollow positioning nut structure of the slide rail bracket of the present invention. 3 is a perspective view of the hollow positioning nut structure of the slide rail bracket of the present invention. Figure 4 is a schematic view of the hollow positioning nut of the hollow positioning nut structure of the slide rail bracket of the present invention. FIG. 5A is a schematic view showing an embodiment of a hollow positioning nut of a hollow positioning nut structure of the slide rail bracket of the present invention. FIG. 5B is a schematic view showing an embodiment of a hollow positioning nut of a hollow positioning nut structure of the slide rail bracket of the present invention. FIG. 5C is a schematic view showing an embodiment of a hollow positioning nut of a hollow positioning nut structure of the slide rail bracket of the present invention. FIG. 5D is a schematic view showing an embodiment of a hollow positioning nut of a hollow positioning nut structure of the slide rail bracket of the present invention. FIG. 6 is a schematic diagram of the hollow positioning nut of the hollow positioning nut structure of the slide rail bracket of the present invention. FIG. 7 is a schematic diagram of the hollow positioning nut of the hollow positioning nut structure of the slide rail bracket of the present invention. FIG. 8 is a schematic diagram of the hollow positioning nut of the hollow positioning nut structure of the slide rail bracket of the present invention. FIG. 9 is a schematic view showing the connection between the hollow positioning nut structure of the slide rail bracket of the present invention and the cabinet pillar.

Claims (5)

A hollow positioning nut structure of a slide rail bracket, the hollow positioning nut comprises: a tubular member, the tubular member is a hollow tubular body, and a resisting member is extended on a side of the outer ring, and the inner ring of the tubular member Forming a spiral portion; a resisting member, the resisting member is a plate-like body extending toward one end of the tubular string member; a spiral portion, the spiral portion is an engaging body formed between the inner wall surfaces of the tubular member a convex portion formed as a holding body formed on the opposite end of the tubular member; when the hollow positioning nut is coupled with the plug and rotated to one side, the resisting member is resisted from positioning with a wall surface, so that The studs are rotated in a forward direction, and the hollow locating nut can accommodate the perforations of the various cabinet struts. The hollow positioning nut structure of the slide rail bracket according to the first aspect of the patent, wherein the hollow positioning nut resisting member is extendable on both sides of the outer circumference of the tubular member. A hollow positioning nut structure of a slide rail bracket, the hollow positioning nut comprises: a tubular string member having a hollow tubular body of all faces, and forming a spiral portion inside the tubular string member; a spiral portion, wherein the spiral portion is formed between the inner wall surfaces of the tubular member; and a convex portion is a retaining body formed at the opposite end of the tubular member. The hollow positioning nut structure of the slide rail bracket of the third aspect of the patent, wherein the tubular member of the hollow positioning nut can be implemented with a cut surface arrangement. The hollow positioning nut structure of the slide rail bracket according to the third aspect of the patent, wherein the tubular member of the hollow positioning nut can be implemented with a plurality of cut surface arrangements.