Telescopic support and laptop stand having same

Abstract

A telescopic support includes a positioning device, a panel fixing member, two fixed rods, and two lifting rods. One ends of the two lifting rods are equipped on both sides of the panel fixing member, and the other ends thereof rods are plugged into the corresponding fixed rods and move in an axial direction of the fixed rods. During the lifting process of the lifting rods, the relative positions between the lifting rods and the fixed rods are maintained via the positioning device.

Claims

1. A telescopic support, comprising a positioning device, a panel fixing member, two fixed rods, and two lifting rods, wherein one ends of the two lifting rods are equipped on both sides of the panel fixing member, and the other ends of the two lifting rods are plugged into the corresponding fixed rods and move in an axial direction of the fixed rods; and during the lifting process of the lifting rods, the relative positions between the lifting rods and the fixed rods are maintained via the positioning device.

2. The telescopic support of claim 1, wherein the positioning device comprises clamp plates located on the inner side walls of the fixed rods, and buckle assemblies located at the lower ends of the lifting rods; a plurality of locking slots corresponding to the buckle assemblies are arranged on the surfaces of the clamp plates, wherein the lifting rods are matched with the locking slots via the buckle assemblies to achieve positioning.

3. The telescopic support of claim 2, wherein each buckle assembly comprises a buckle spring, a buckle block provided with a clamp block on the side, and a buckle sleeve with a release opening formed in the side; the buckle sleeves are equipped on the lower ends of the lifting rods, and the buckle blocks and the buckle springs are all arranged in the buckle sleeves, wherein one ends of the buckle springs are connected to the inner walls of the buckle sleeves, and the other ends support on the side walls of the buckle blocks; and under the action of the buckle springs, the buckle blocks pass through the release openings and enable the clamp blocks and the locking slots to snap.

4. The telescopic support of claim 3, wherein the positioning device also comprises a pulling device located in the panel fixing member; the pulling device comprises a pulling cover plate, pulling link rods, and return springs, wherein the pulling cover plate, the pulling link rods and the return springs are all internally arranged in the panel fixing member, and the surface of the pulling cover plate is provided with a pulling button that extends out of the panel fixing member, wherein one ends of the return springs abut against the inner wall of the panel fixing member, and the other ends support on the surface of the pulling cover plate and make the pulling button remain exposed; the buckle blocks are self-provided with through holes, and the bottoms of the buckle blocks are provided with slope notches that are communicated with the through holes; both sides of the pulling cover plate are provided with the pulling link rods, which pass through the panel fixing member, the lifting rods and the buckle blocks in order, and the ends of the pulling link rods are bent into an oblique line structure, wherein by means of the pulling button, the oblique line structure at the ends of the pulling link rods squeezes the slope notches of the buckle blocks, and makes the clamp blocks on the buckle blocks move in a direction away from the locking slots.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0024] FIG. 1 is a perspective view of a laptop stand capable of freely lifting of a first preferred embodiment of the invention;

[0025] FIG. 2 is a cross-sectional view of the laptop stand;

[0026] FIG. 2A is a detailed view of the area in circle A of FIG. 2;

[0027] FIG. 3 is a longitudinal sectional view of the base plate assembly of the laptop stand;

[0028] FIG. 4 is an exploded view of the buckle assemblies of the laptop stand;

[0029] FIG. 5 is a perspective view of the base plate assembly of the laptop stand; and

[0030] FIG. 6 is a perspective view of a laptop stand capable of freely lifting of a second preferred embodiment of the invention.

DETAILED DESCRIPTION OF THE INVENTION

[0031] Referring to FIGS. 1 to 5, a laptop stand capable of freely lifting of a first preferred embodiment of the invention is shown. The laptop stand comprises a telescopic support 2 comprising a positioning device 20, a panel fixing member 6, two fixed rods 22, and two lifting rods 21, where one ends of the two lifting rods 21 are equipped on both sides of the panel fixing member 6, and the other ends of the two lifting rods 21 are plugged into the corresponding fixed rods 22 and move in an axial direction of the fixed rods 22; and during the lifting process of the lifting rods 21, the relative positions between the lifting rods 21 and the fixed rods 22 are maintained via the positioning device 20.

[0032] In the first embodiment, the positioning device 20 includes clamp plates 23 located on the inner side walls of the fixed rods 22, and buckle assemblies located at the lower ends of the lifting rods 21; a plurality of locking slots corresponding to the buckle assemblies are arranged on the surfaces of the clamp plates 23, where the lifting rods 21 are matched with the locking slots via the buckle assemblies to achieve positioning.

[0033] Meanwhile, each buckle assembly includes a buckle spring 243, a buckle block 242 provided with a clamp block 2422 on the side, and a buckle sleeve 241 define with a release opening 2411 formed in the side; the buckle sleeves 241 are equipped on the lower ends of the lifting rods 21, and the buckle blocks 242 and the buckle springs 243 are all arranged in the buckle sleeves 241, where one ends of the buckle springs 243 are connected to the inner walls of the buckle sleeves 241, and the other ends support on the side walls of the buckle blocks 242; and under the action of the buckle springs 243, the buckle blocks 242 pass through the release openings 2411 and enable the clamp blocks 2422 and the locking slots to snap.

[0034] Meanwhile, the positioning device 20 also includes a pulling device located in the panel fixing member 6; the pulling device includes a pulling cover plate 26, pulling link rods 25, and return springs 27, where the pulling cover plate 26, the pulling link rods 25 and the return springs 27 are all internally arranged in the panel fixing member 6, and the surface of the pulling cover plate 26 is provided with a pulling button 261 that extends out of the panel fixing member 6, where one ends of the return springs 27 abut against the inner wall of the panel fixing member 6, and the other ends support on the surface of the pulling cover plate 26 and make the pulling button 261 remain exposed; the buckle blocks 242 are self-provided with through holes, and the bottoms of the buckle blocks 242 are provided with slope notches 2421 that are communicated with the through holes; both sides of the pulling cover plate 26 are provided with the pulling link rods 25, which pass through the panel fixing member 6, the lifting rods 21 and the buckle blocks 242 in order, and the ends of the pulling link rods 25 are bent into an oblique line structure 251, where by means of the pulling button 261, the oblique line structure 251 at the ends of the pulling link rods 25 squeezes the slope notches 2421 of the buckle blocks 242, and makes the clamp blocks 2422 on the buckle blocks 242 move in a direction away from the locking slots.

[0035] The lifting working principle of the telescopic support 2 is specifically discussed as follows: by means of the pulling button 261, the oblique line structure 251 at the ends of the pulling link rods 25 squeezes the slope notches 2421 of the buckle blocks 242, and makes the clamp blocks 2422 on the buckle blocks 242 move in a direction away from the locking slots, so that the lifting rods 21 and the fixed rods 22 are disconnected. At this time, a user can pull the lifting rods 21 to adjust to any height, and then press the pulling button, so that the buckle blocks 242 pass through the release openings 2411 under the action of the buckle spring 243 and enable the clamp blocks 2422 and the locking slots to snap, thereby realizing the positioning.

[0036] As the telescopic support 2 of the first preferred embodiment of the invention, a telescopic laptop stand capable of freely lifting is specified, which stand including a panel 1, a base plate assembly 3, a base plate fixing member 5, and the telescopic support 2 as claimed in claim 1, where the base plate fixing member 5 is fixed on the surface of the base plate assembly 3, the panel 1 is hinged to the panel fixing member 6 via a first damping hinge member, and the ends of the telescopic support 2 are hinged to both sides of the base plate fixing member 5 via a second damping hinge member. The first damping hinge member includes corner connectors 72 and damping shafts 71, where the sides of the corner connectors 72 are movably equipped on the side surface of the panel fixing member 6 via the damping shafts 71, and the surfaces of the corner connectors 72 are fixedly connected to the bottom surface of the panel 1.

[0037] Therefore, the whole product can be conveniently stored when in a folded and contracted state. If the whole stand needs to be raised, the base plate of the panel 1 can be directly flipped, and the damping shafts 71 inside the panel fixing member 6 and the base plate fixing member 5 are used to achieve rotary lifting, so that the angle of the support panel 1 can be freely adjusted. At this time, a laptop can be placed. If the height needs to be adjusted again, the pulling button 261 can be pressed, and the lifting rods 21 can move up and down freely (For specific telescopic principles, please refer to the lifting working principle of the telescopic support 2 above).

[0038] Further, the surface of the panel 1 is provided with a receding opening 12 with the shape corresponding to that of the base plate fixing member 5. In the folded state, the base plate fixing member 5 can also pass directly through the receding opening 12, which makes the product flatter and easier to store.

[0039] Further, the base plate assembly 3 includes a first base plate 31 and a second base plate 32, where a boss 311 is arranged at the center of the first base plate 31, and the boss 311 is provided with teeth 312 in a circumferential direction thereof; a boss 311 hole is arranged at the center of the second base plate 32, the second base plate 32 is placed on the surface of the first base plate 31, and the boss 311 passes through the boss 311 hole; the surface of the second base plate 32 is provided with a meshing slot 321, which is internally equipped with a meshing spring 323 and meshing teeth 322, where one end of the meshing spring 323 is connected to the meshing slot 321, and the other end is connected to the meshing teeth 322, and the meshing teeth 322 are meshed with the teeth 312 under the action of the meshing spring 323. Meanwhile, a wireless charging module 4 is arranged on the surface of the boss 311, and a HUB module is arranged inside the base plate fixing member 5, where the surface of the base plate fixing member 5 is provided with a power supply port 81 that is connected to the HUB module, and several output interfaces 82.

[0040] The base plate assembly 3 includes a first base plate 31 and a second base plate 32. The second base plate 32 can rotate 360° around the boss 311 of the first base plate 31, which can drive the whole panel 1 to rotate 360°. Meanwhile, since the boss 311 is circumferentially provided with a plurality of teeth 312, the second base plate 32 is adjusted in a plurality of stages by means of the cooperation of the meshing teeth 322 and the teeth 312. When an appropriate angle is obtained through adjustment, the meshing teeth 322 are meshed with the teeth 312 under the action of the meshing spring 323 to achieve positioning. When other angles need to be obtained through adjustment, the second base plate 32 is pushed forcefully so that the meshing teeth 322 are not meshed with the corresponding teeth 312. Meanwhile, the product integrates a wireless charging module 4 and a HUB module, so that a user can also realize wireless charging for mobile terminals with a wireless charging function while using a laptop. Meanwhile, the HUB module can expand connection ports of the laptop, which is more convenient for office use.

[0041] Further, the base plate assembly 3 also includes a shielding plate 34, which is arranged on the surface of the boss 311 and shields the boss 311 and the meshing slot 321, and the wireless charging module 4 is arranged on the surface of the shielding plate 34. The shielding plate 34 can shield the meshing slot 321 and the boss 311, making the whole more beautiful and harmonious.

[0042] Further, the bottom of the second base plate 32 is provided with an annular track groove, the surface of the first base plate 31 is provided with a plurality of ball 33 slots, each ball 33 slot is equipped with a ball 33, and the balls 33 are clamped in the track groove. In order to make the rotation of the second base plate 32 smoother, balls 33 are arranged on the surface of the first base plate 31. When rotating relative to the first base plate 31, the second base plate 32 can drive the balls 33 to roll in the ball 33 slots.

[0043] Further, four corner ends of the panel 1 are provided with non-slip silicone pads 11, which can play a certain non-slip role. Moreover, one side of the panel 1 is provided with a baffle 13 used for preventing the laptop from falling. When the panel 1 is tilted, the baffle 13 can prevent the panel from falling.

[0044] Referring to FIG. 6, a laptop stand capable of freely lifting of a second preferred embodiment of the invention is shown. The laptop stand comprises a telescopic support 2. The difference between the laptop stand of the second preferred embodiment and that of the above first preferred embodiment lies in that: the laptop stand of the first specific application supports wireless charging and HUB functions, and supports rotation at the same time; while there is no such function in the second preferred embodiment of telescopic laptop stand capable of freely lifting, that's because the base plate assembly 3 in the second preferred embodiment of telescopic laptop stand capable of freely lifting has only a single-layer base plate. Therefore, apart from the above difference, other structures are consistent with that in the first preferred embodiment of telescopic laptop stand capable of freely lifting.

[0045] While the invention has been described in terms of preferred embodiments, those skilled in the art will recognize that the invention can be practiced with modifications within the spirit and scope of the appended claims.