TWM608107U - Supporting device and carrier thereof - Google Patents

Abstract

This creation is about a supporting device and its bearing base. The supporting device further includes a supporting frame. The supporting frame has a straight column, a through slot and an inlay slot. The through slot and the inlay slot are formed on the upright column. The upright post has a hook block, and the hook block extends into the through slot. The bearing seat has a body, a hook piece and an inserting plate. The hook piece is arranged on the body and has a hook. The plug-in board extends from the main body. When the bearing seat is installed on the support frame and in a usable state, the hook is located at a hook position, the hook is hooked on the hook block, the insert plate is inserted into the slot, and when a When the external force moves the hook to the unlocked position relative to the main body, the hook is far away from the hook block, the insert plate can be separated from the insertion groove, and the bearing seat can be separated from the support frame.

Description

Supporting device and its bearing seat

This creation is about a supporting device and its supporting base, especially a supporting device and its supporting base that can carry electronic devices.

The conventional carrier used to carry the mini computer is usually set on the support frame of the display. When the user wants to install the mini computer and the carrier to the support frame, it usually needs to go through a series of steps, for example, first lock the mini computer to the support frame. The bearing seat is then installed on the column of the support frame, and then the column and the chassis are assembled. Similarly, if the user needs to remove the mini computer or the carrier, the process is cumbersome, inconvenient and time-consuming, and it is easy to cause parts to be lost.

One of the main purposes of this creation is to provide a supporting device and its supporting base. The supporting base has a hook and a plug-in plate, through which the hook is hooked to a supporting frame of the supporting device, and the plug-in board is embedded in the supporting frame. Through the aforementioned two ways of combining, the bearing base of this creation can be stably installed on the support frame. And by quickly moving the hook from the hook position to the unlocked position, you can also directly remove the carrier with the mini computer and install it directly on another support frame, so that the mini computer can be removed and installed quickly and conveniently For different support devices.

In order to achieve the above-mentioned purpose, the supporting device of this invention is used to carry a display device and a mini computer. The supporting device includes a supporting frame and a bearing seat. The support frame is used to carry the display device, and has a straight post, a through slot and an embedding slot. The upright post has a first inner surface, a second inner surface and a hook block. The first inner surface surrounds The through groove is defined, the second inner surface surrounds and defines the embedding groove, and the hook block extends into the through groove. The bearing seat is detachably installed on the support frame and has a carrier board, a body, a hook piece and an inserting board. The carrier board is provided for the mini computer, the main body is connected with the carrier board, the hook is arranged on the main body, and can be moved between a hook position and an unlocked position relative to the main body, and has a sliding plate and and The sliding plate is connected with a hook, and the plug-in plate extends from the main body. When the bearing seat is installed on the support frame and in a usable state, the hook is located at the hook position, the hook is hooked on the hook block, and the insert plate is inserted in the insertion groove and abuts against On the second inner surface, when an external force is applied to move the hook member relative to the body to the unlocked position, the hook is far away from the hook block, the insert plate can be separated from the insertion groove, and the bearing seat can be supported from the The frame is separated.

When the hook member is at the hook position, the hook member and the plug-in board define a first distance, and when the hook member is in the unlocked position, the hook member and the plug-in board define a second distance, wherein the The first distance is greater than the second distance.

The first inner surface is connected with the second inner surface, and the through groove is communicated with the embedding groove.

The body is formed with at least one guiding groove, and the sliding plate has at least one sliding block. When the hook member moves between the hook position and the unlocking position, the sliding block slides in the guiding groove corresponding to the sliding.

The supporting device further includes an elastic module connected to the hook and the body, and constantly provides an elastic force to the hook, so that the hook tends to the hook position.

The body has at least one protruding column, the sliding plate has at least one protruding buckle, the elastic module has at least one elastic element, a first end of each elastic element is disposed on the protruding post, and one of each elastic element The second end is wound around the convex buckle.

In an embodiment of the present creation, the number of the elastic member and the protruding column are both two, each of the elastic members is a tension spring, and the first ends are integrally formed with each other and are wound together. Convex column.

The main body is formed with at least one sliding groove, and the convex buckles are respectively penetrated in the sliding grooves, and when the hook member moves between the hook position and the unlocking position relative to the main body, the convex buckle points Different from sliding in the chute.

In another embodiment of the present invention, the body has at least one first protrusion, the sliding plate is formed with at least one sliding groove and has at least one second protrusion, the elastic module has at least one elastic element, and each The elastic element is a torsion spring, a first end of each elastic element is wound around the first protrusion, and a second end of each elastic element is wound around the second protrusion.

The body has at least one protruding buckle, and the protruding buckles are respectively penetrated in the sliding grooves, and when the hook member moves between the hooking position and the unlocking position relative to the body, the sliding grooves are respectively Move relative to the convex buckle.

In another embodiment of the present invention, the body is formed with at least one buckle groove, the sliding plate has at least one convex buckle, and the convex buckle is slidably assembled in the buckle groove.

This creation provides a bearing seat, which is detachably installed on a support frame, the support frame is used to carry a display device, and has a straight column, a through slot and an embedding slot. The upright column has a first inner surface , A second inner surface and a hook block, the first inner surface surrounds and defines the through groove, the second inner surface surrounds and defines the embedding groove, and the hook block extends into the through groove. The supporting base includes a supporting board, a main body, a hook and an inserting board. The carrier board is provided for a mini computer, the main body is connected with the carrier board, the hook is arranged on the main body, and can move between a hook position and an unlocked position relative to the main body, and has a sliding plate and A hook connected to the sliding plate. The plug-in board extends from the main body. When the bearing seat is installed on the support frame and in a usable state, the hook is located at the hook position, the hook is hooked on the hook block, and the insert plate is inserted in the insertion groove and abuts against On the second inner surface, when an external force is applied to move the hook member relative to the body to the unlocked position, the hook moves away from the hook block, the insert plate can be separated from the insertion groove, and the bearing seat can be moved from the The support frame is separated.

When the hook member is at the hook position, the hook member and the plug-in board define a first distance, and when the hook member is in the unlocked position, the hook member and the plug-in board define a second distance, wherein the The first distance is greater than the second distance.

The body is formed with at least one guiding groove, and the sliding plate has at least one sliding block. When the hook member moves between the hook position and the unlocking position, the sliding block slides in the guiding groove corresponding to the sliding.

The creative bearing seat further includes an elastic module connected with the hook and the main body, and constantly provides an elastic force to the hook, so that the hook tends to the hook position.

The body has at least one protruding column, the sliding plate has at least one protruding buckle, the elastic module has at least one elastic element, a first end of each elastic element is wound around the protruding post, and one of the elastic elements The second ends are respectively wound around the protruding buckles.

In an embodiment of the present creation, the number of the elastic member and the protruding column are both two, each of the elastic members is a tension spring, and the first ends are integrally formed with each other and are wound together. Convex column.

The body is formed with at least one sliding groove, the convex buckles are respectively penetrated in the sliding grooves, and when the hook member moves between the hook position and the unlocking position relative to the body, the convex buckles are respectively Sliding in the chute.

In another embodiment of the present invention, the body has at least one first protrusion, the sliding plate is formed with at least one sliding groove and has at least one second protrusion, the elastic module has at least one elastic element, and each The elastic element is a torsion spring, a first end of each elastic element is wound around the first protrusion, and a second end of each elastic element is wound around the second protrusion.

The body has at least one protruding buckle, and the protruding buckles are respectively penetrated in the sliding grooves, and when the hook member moves between the hooking position and the unlocking position relative to the body, the sliding grooves are respectively Move relative to the convex buckle.

In another embodiment of the present invention, the body is formed with at least one buckle groove, and the convex buckle is slidably assembled in the buckle groove.

The first embodiment of the creative support device 1000 is shown in FIG. 1, the support device 1000 includes a support frame 1 and a bearing base 2, the support frame is used to support a display device 4000, and the support base 2 is used to load a mini computer 5000.

In order to facilitate the description of the structure of the support frame 1 and the connection relationship with the carrier frame 2, the support frame 1 in FIG. 2 is presented in a partial section. The support frame 1 has a straight column 11, a through slot 12, and an embedding groove 13. The upright column 11 has a first inner surface 111, a second inner surface 112, and a hook block 113. The first inner surface 111 surrounds the The groove 12 and the second inner surface 112 surround and define the embedding groove 13, and the hook block 113 extends into the through groove 12. The first inner surface 111 and the second inner surface 112 are connected so that the through groove 12 is in communication with the embedding groove 13, and the embedding groove 13 is located below the through groove 12. In the creation support device 1000 of the present invention, the slot 12 is a cable management hole, and the wires or signal lines (not shown in the figure) of the display device 4000 can extend through the slot 12 along the support 1 to achieve the function of cable management.

The supporting base 2 is detachably mounted on the supporting frame 1. In detail, referring to FIG. 3, the supporting base 2 has a supporting board 21, a main body 22, an inserting board 23 and a hook 24. The carrier board 21 is provided for the mini computer 5000 (as shown in FIG. 1), and the mini computer 5000 can be combined with the carrier board 21 by means of locking or snapping, etc., which will not be repeated here. The main body 22 is connected to the carrier board 21, and the plug-in board 23 extends from the main body 22. The main body 22 is formed with two guiding grooves 221 and two buckling grooves 222, and the buckling grooves 222 are located between the guiding grooves 221. The hook 24 has a sliding plate 241 and a hook 242 connected to the sliding plate 241. The sliding plate 241 has two sliding blocks 2411 and two convex buckles 2412. Each sliding block 2411 is slidably disposed in each guide groove 221, and each convex buckle 2412 is slidably assembled in each buckle groove 222. Thereby, the hook member 24 can be disposed on the main body 22 and can move between a hook position P1 and an unlock position P2 relative to the main body 22 (please refer to FIGS. 4 and 6 respectively).

4 and 5, when the carrier 2 is installed on the support frame 1 and is in a usable state (that is, it can be used to load the mini computer 5000 as shown in FIG. 1), the hook 24 is located at the hook position P1 , The hook 242 is hooked on the hook block 113, the insert plate 23 is inserted in the insert groove 13 and abuts against the second inner surface 112, the hook member 24 and the insert plate 23 define a first distance D1 (that is, the sliding plate 241 and There is a longest distance between the boards 23). With the force of the hook 242 hooking on the hook block 113, plus the force of the insert plate 23 embedded in the groove 13 and pressed against the second inner surface 112, the bearing base 2 can be firmly combined with the support frame 1.

When an external force is applied to move the hook 24 relative to the main body 22, the slider 2411 slides in the guide groove 221, and the convex buckle 2412 slides in the buckle groove 222 (by Figure 5 is changed to the position shown in Figure 7). As shown in Figures 6 and 7, until the hook 24 moves to the unlocked position P2, the hook 24 and the insert plate 23 define a second distance D2 (that is, the sliding plate 241 is close to the insert plate 23 and there is A shortest distance), wherein the first distance D1 is greater than the second distance D2. At this time, the hook 242 is away from the hook block 113, and the user can separate the inserting plate 23 from the embedding groove 13, and the supporting base 2 is separated from the supporting frame 1 correspondingly.

If you want to fix the bearing base 2 on the support frame 1 again, you can first insert the insert plate 23 into the insertion slot 13 (in the state shown in FIG. 6), and then move the hook 24 from the unlocked position P2 to the hook The position P1 makes the hook 242 hook on the hook block 113 (the state shown in FIG. 4), which will not be repeated here. By moving the position of the hook 24, the carrier 2 can be quickly separated or installed on the supporting frame 1, or can be quickly installed on other supporting frames 1 as required, so that the creative carrier 2 can be used It’s more convenient.

As shown in FIG. 8, the supporting device 2000 of the second embodiment of the present invention includes a supporting frame 1 and a supporting base 2, the supporting frame 1 is used for supporting the display device 4000, and the supporting base 5000 is used for loading the mini computer 5000. The support frame 1 of this embodiment has the same structure as the support frame 1 of the first embodiment. Referring to FIG. 10, it has a straight column 11, a through slot 12 and an embedding slot 13. The upright post 11 has a first inner surface 111, a second inner surface 112, and a hook block 113. The first inner surface 111 surrounds the delimiting groove 12, the second inner surface 112 surrounds the delimiting groove 13, and the hook block 113 Extend into the through slot 12. The first inner surface 111 and the second inner surface 112 are connected, so that the through groove 12 is connected with the embedding groove 13, and the embedding groove 13 is located below the through groove 12, and the through groove 12 is also a cable management hole.

The difference between this embodiment and the first embodiment is that the bearing base 2 of this embodiment further includes an elastic module 25. In detail, referring to FIG. 9, the carrier 2 has a carrier board 21, a body 22, an insert board 23, a hook 24 and an elastic module 25. The carrier board 21 is provided for the minicomputer 5000, the main body 22 is connected with the carrier board 21, and the plug-in board 23 extends from the main body 22. The main body 22 is formed with two guiding grooves 221 and two sliding grooves 225, and has a protrusion 223, and the sliding groove 225 is disposed between the guiding grooves 221. The hook 24 has a sliding plate 241 and a hook 242 connected to the sliding plate 241. The sliding plate 241 has two sliding blocks 2411 and two convex buckles 2412. Each sliding block 2411 is slidably disposed in each guide groove 221, and each convex buckle 2412 is slidably assembled in each sliding groove 225. Thereby, the hook 24 is disposed on the main body 22 and can move between a hook position P1 and an unlock position P2 relative to the main body 22 (as shown in FIG. 10 and FIG. 12 respectively).

The elastic module 25 has two elastic elements 251. In this embodiment, each elastic element 251 is a tension spring. Each elastic element 251 has a first end 2511 and a second end 2512. The first ends 2511 are integral with each other and the protruding pillars 223 are wound together, and the second ends 2512 of each elastic member 251 are provided with protruding buckles 2412. Thereby, the hook member 24 and the main body 22 are connected, and the elastic member 251 constantly provides an elastic force to the hook member 24 so that the hook member 24 tends to the hooking position P1 as shown in FIG. 10.

10, 11 and 12, when the carrier 2 is installed on the support frame 1 and in a usable state (that is, as shown in FIG. 8 can be used to load the mini computer 5000 state), the hook 24 is located in the hook At the buckle position P1, the hook 242 is hooked on the hook block 113, the insert plate 23 is inserted into the groove 13 and abuts against the second inner surface 112, and the hook member 24 and the insert plate 23 define a first distance D1 (that is, sliding There is a longest distance between the board 241 and the plug-in board 23). Utilizing the elastic force of the elastic member 251 to the hook member 24 can ensure that the hook member 24 maintains the hooking position P1, so that the hook 242 is not easily moved to hook on the hook block 113. In addition, the insert plate 23 is embedded in the groove 13 The force against the second inner surface 112 can make the bearing base 2 be more firmly combined with the support frame 1.

When an external force is applied to move the hook member 24 relative to the main body 22 (transition from FIG. 11 to the state of FIG. 13), the slider 2411 slides in the guide groove 221, and the protruding buckle 2412 slides in the guide groove 221. Slide in the buckle groove 222. As shown in FIG. 12, until the hook 24 moves to the unlocked position P2, the hook 24 and the insert plate 23 define a second distance D2 (that is, the sliding plate 241 is close to the insert plate 23 and has a shortest distance from the insert plate 23). ), wherein the first distance D1 is greater than the second distance D2, and the elastic member 251 is stretched at the same time. The hook 242 is further away from the hook block 113, the insert plate 23 can be separated from the embedding groove 13, and the bearing seat 2 is separated from the supporting frame 1

To fix the bearing base 2 on the support frame 1 again, first insert the insert plate 23 into the groove 13, and then move the hook 24 to the unlocking position P2 by external force, and then remove the external force. 251 restores the original unstretched state, and drives the hook member 24 to automatically return to the hook position P1, so that the hook 242 is hooked on the hook block 113.

The supporting device 3000 of the third embodiment of the invention is shown in FIG. 14. This embodiment also has a supporting frame 1 and a supporting base 2. The supporting frame 1 is used to carry the display device 4000, and the supporting base 2 is used to carry a mini computer 5000. The support frame 1 has a straight column 11, a through slot 12 and an embedding slot 13.

As shown in FIG. 16, the upright post 11 has a first inner surface 111, a second inner surface 112, and a hook block 113. The first inner surface 111 surrounds the delimiting slot 12, and the second inner surface 112 surrounds the delimiting slot. 13. The hook block 113 extends into the through groove 12. The first inner surface 111 and the second inner surface 112 are connected, so that the through groove 12 is connected with the embedding groove 13, and the embedding groove 13 is located below the through groove 12, and the through groove 12 is also a cable management hole.

The difference between this embodiment and the second embodiment is that the bearing base 2 of this embodiment includes an elastic module 25. In detail, referring to FIG. 15, the carrier 2 has a carrier board 21, a body 22, a hook 24, an insert board 23 and an elastic module 25. The carrier board 21 is provided for the minicomputer 5000, the main body 22 is connected with the carrier board 21, and the plug-in board 23 extends from the main body 22. The main body 22 is formed with two first protrusions 226 and four protrusions 224. The hook 24 has a sliding plate 241 and a hook 242 connected to the sliding plate 241. The sliding plate 241 has two second protruding posts 2414 and two sliding grooves 2413 are formed. Each protruding buckle 224 is slidably assembled in the sliding plate. Slot 2413. Thereby, the hook 24 is disposed on the main body 22 and can move between a hook position P1 and an unlock position P2 relative to the main body 22 (as shown in FIGS. 16 and 18).

The elastic module 25 has two elastic elements 251. Each elastic element 251 is a torsion spring. A first end 2511 of each elastic element 251 is wound around each first protrusion 226 of the main body 22. A second end of each elastic element 251 is The end 2512 is wound around each second protrusion 2414 of the sliding plate 241.

When the carrier 2 is installed on the support frame 1 and in a usable state (that is, as shown in FIG. 14 can be used to load the minicomputer 5000), the hook 24 is located at the hook position P1, and the hook 242 is hooked on The hook block 113, the insert plate 23 is inserted into the groove 13 and abuts against the second inner surface 112, the hook member 24 and the insert plate 23 define a first distance D1 (that is, there is a gap between the sliding plate 241 and the insert plate 23 The farthest distance). Utilizing the elastic force of the elastic member 251 to the hook member 24 can ensure that the hook member 24 maintains the hooking position P1, so that the bearing base 2 is firmly combined with the support frame 1.

When an external force is applied to move the hook 24 relative to the main body 22 (transition from FIG. 17 to the state of FIG. 19), the sliding plate 241 and the hook 242 move relative to the main body 22, and each protruding buckle 224 corresponds to each sliding groove 2413, And each sliding groove 2413 slides relative to each convex buckle 224. Referring to FIG. 18, until the hook member 24 moves to the unlocked position P2, the hook member 24 and the insert plate 23 define a second distance D2 (that is, the sliding plate 241 is close to the insert plate 23 and has a shortest distance from the insert plate 23), The first distance D1 is greater than the second distance D2, and the elastic members 251 are twisted at the same time. When the elastic members 251 are twisted, referring to FIG. 19, the first end 2511 and the second end 2512 are close to each other. Finally, as shown in FIG. 18, the hook 242 is further away from the hook block 113, the insert plate 23 can be separated from the embedding groove 13, and the bearing seat 2 is separated from the supporting frame 1.

If you want to fix the carrier 2 on the support frame 1 again, first insert the insert plate 23 into the slot 13, then move the hook 24 to the unlocked position P2 by external force, and then remove the hook after the external force is removed. 24 from the unlocked position P2, and after the external force is removed, the elastic member 251 returns to the original untwisted state, driving the hook member 24 to automatically return to the hooking position P1, so that the hook 242 is hooked on the hook block 113.

It should be noted that the number of components in each embodiment of the invention is not limited here. For example, the number of guide grooves 221 and buckle grooves 222 in the first embodiment can be single, and the slider 2411 and The convex buckle 2412 corresponds to the same number as a single one. Or, the elastic module 25 of the second embodiment and the third embodiment of the present invention can be designed to have a single elastic member 251, and the number of the second protrusions 2414 is also adjusted to a single one.

The above-mentioned embodiments are only used to exemplify the implementation of this creation and explain the technical features of this creation, and are not used to limit the scope of protection of this creation. Any changes or equal arrangements that can be easily completed by those familiar with this technology belong to the scope of this creation, and the scope of protection of the rights of this creation shall be subject to the scope of the patent application.

1000: Support module 2000: Support module 3000: Support module 1: Support frame 11: Upright column 111: first inner surface 112: second inner surface 113: Hook block 12: Wear a slot 13: Insert groove 2: bearing seat 21: Carrier board 22: body 221: Guiding Groove 222: Snap Slot 223: Convex Column 224: Convex buckle 225: Chute 226: The first convex column 23: Socket 24: hook 241: Sliding Plate 2411: Slider 2412: convex buckle 2413: Chute 2414: second boss 242: Card Hook 25: Elastic module 251: Elastic 2511: first end 2512: second end 4000: display device 5000: Mini PC D1: first pitch D2: second spacing P1: hook position P2: unlock position

Figure 1 is a three-dimensional schematic diagram of the supporting device and its bearing base of the first embodiment of the creation; Figure 2 is an exploded schematic diagram of the supporting device and its bearing base of the first embodiment of the creation; Figure 3 is an exploded schematic diagram of the bearing base of the first embodiment of the creation; 4 is a schematic cross-sectional view of the supporting device and its bearing base of the first embodiment of the creation; Fig. 5 is a partial three-dimensional schematic diagram of the bearing seat of the first embodiment of the creation; Fig. 6 is another schematic cross-sectional view of the supporting device and its bearing base of the first embodiment of the creation; Fig. 7 is another partial three-dimensional schematic diagram of the bearing base of the first embodiment of the creation; Fig. 8 is a three-dimensional schematic diagram of the supporting device and its bearing base of the second embodiment of the creation; Fig. 9 is an exploded schematic diagram of the bearing base of the second embodiment of the creation; 10 is a schematic cross-sectional view of the supporting device and its bearing base of the second embodiment of the creation; Fig. 11 is a partial three-dimensional schematic diagram of the bearing base of the second embodiment of the creation; Fig. 12 is another schematic cross-sectional view of the supporting device and its bearing base of the second embodiment of the creation; FIG. 13 is another partial three-dimensional schematic diagram of the bearing base of the second embodiment of the creation; Fig. 14 is a three-dimensional schematic diagram of the supporting device and its bearing base of the third embodiment of the creation; 15 is an exploded schematic diagram of the bearing base of the third embodiment of the creation; 16 is a schematic cross-sectional view of the supporting device and its bearing base of the third embodiment of the creation; Fig. 17 is a partial three-dimensional schematic diagram of the bearing base of the third embodiment of the creation; FIG. 18 is another schematic cross-sectional view of the supporting device and its bearing base of the third embodiment of the creation; and FIG. 19 is another partial three-dimensional schematic diagram of the bearing base of the third embodiment of the creation.

1000: Support module

1: Support frame

11: Upright column

111: first inner surface

112: second inner surface

113: Hook block

12: Wear a slot

13: Insert groove

2: bearing seat

21: Carrier board

22: body

23: Socket

24: hook

241: Sliding Plate

242: Card Hook

Claims (21)

A supporting device for carrying a display device and a mini computer. The supporting device includes: a supporting frame for carrying the display device, and has a straight column, a through slot and an inlay slot. The upright column has a first An inner surface, a second inner surface, and a hook block, the first inner surface surrounds and defines the through groove, the second inner surface surrounds and defines the insertion groove, and the hook block extends into the through groove; a bearing The base is detachably installed on the support frame and has: a carrier board for the mini computer to be installed; a main body connected with the carrier board; a hook piece arranged on the main body to be opposite to the main body It moves between a hook position and an unlock position, and has a sliding plate and a hook connected to the sliding plate; and an insert plate extending from the body; wherein, when the bearing seat is installed in When the support frame is in a usable state, the hook is located at the hook position, the hook is hooked on the hook block, the insert plate is inserted into the groove and abuts against the second inner surface, when When an external force is applied to move the hook member relative to the main body to the unlocking position, the hook is away from the hook block, the inserting plate can be separated from the inserting groove, and the bearing seat can be separated from the supporting frame. The supporting device according to claim 1, wherein when the hook is at the hook position, the hook and the insert plate define a first distance, and when the hook is at the hook In the unlocked position, the hook member and the plug-in board define a second distance, wherein the first distance is greater than the second distance. The supporting device according to claim 2, wherein the first inner surface is connected with the second inner surface, and the through groove is connected with the embedding groove. The supporting device according to claim 3, wherein the body is formed with at least one guiding groove, the sliding plate has at least one sliding block, and when the hook is moved between the hooking position and the unlocking position, the sliding block Corresponds to sliding in the guide groove. The supporting device according to claim 3 further includes an elastic module connected to the hook and the body, and constantly provides an elastic force to the hook, so that the hook tends to the hook position. The supporting device according to claim 5, wherein the body has at least one protruding column, the sliding plate has at least one protruding buckle, the elastic module has at least one elastic element, and a first end of each elastic element is disposed at In the protruding column, a second end of each of the elastic elements is wound around the protruding buckle. The supporting device according to claim 6, wherein the number of the elastic member and the protruding column are both two, each of the elastic members is a tension spring, and the first ends are integrally formed with each other to be wound together Set on the boss. The supporting device according to claim 7, wherein the body is formed with at least one sliding groove, and the protruding buckles are respectively penetrated through the sliding grooves, and when the hook member is relative to the body When the body moves between the hook position and the unlock position, the protruding buckles slide in the sliding grooves respectively. The supporting device according to claim 5, wherein the body has at least one first protrusion, the sliding plate is formed with at least one sliding groove and has at least one second protrusion, and the elastic module has at least one elastic member, each The elastic element is a torsion spring, a first end of each elastic element is wound around the first protrusion, and a second end of each elastic element is wound around the second protrusion. The supporting device according to claim 9, wherein the main body has at least one protruding buckle, and the protruding buckles are respectively penetrated in the sliding grooves, and when the hook is at the hook position and the hook relative to the main body When moving between the unlocking positions, the sliding grooves move relative to the protruding buckles respectively. The supporting device according to claim 4, wherein the body is formed with at least one buckle groove, the sliding plate has at least one convex buckle, and the convex buckle is slidably assembled in the buckle groove. A bearing seat is detachably installed on a support frame, the support frame is used to carry a display device, and has a straight column, a through slot and an embedding slot. The upright column has a first inner surface and a first inner surface. Two inner surfaces and a hook block, the first inner surface surrounds and defines the penetration groove, the second inner surface surrounds and defines the insertion groove, the hook block extends into the penetration groove, and the bearing seat includes: a carrier board , For a mini computer to set up; a body, connected with the carrier board; A hook piece is arranged on the body, can move between a hook position and an unlock position relative to the body, and has a sliding plate and a hook connected to the sliding plate; The main body extends out; wherein, when the bearing seat is installed on the support frame and in a usable state, the hook is located at the hook position, the hook is hooked on the hook block, and the insert board is inserted in The embedding groove abuts against the second inner surface, and when an external force is applied to move the hook member relative to the body to the unlocking position, the hook is away from the hook block, and the inserting plate can be separated from the embedding groove, And the bearing seat can be separated from the support frame. The carrier according to claim 12, wherein when the hook is at the hook position, the hook and the insert plate define a first distance, and when the hook is at the unlocked position, the hook and the The interposer defines a second distance, wherein the first distance is greater than the second distance. The carrier according to claim 13, wherein the body is formed with at least one guide groove, the sliding plate has at least one sliding block, and when the hook moves between the hooking position and the unlocking position, the sliding block Corresponds to sliding in the guide groove. The bearing seat according to claim 13 further includes an elastic module connected to the hook and the body, and constantly provides an elastic force to the hook, so that the hook tends to the hook position. The carrier according to claim 15, wherein the body has at least one protruding column, the sliding plate has at least one protruding buckle, and the elastic module has at least one elastic member, A first end of each elastic member is wound around the protruding column, and a second end of the elastic member is respectively wound around the convex buckle. The bearing seat according to claim 16, wherein the number of the elastic member and the protruding column are both two, each of the elastic members is a tension spring, and the first ends are integrally formed with each other and are wound together. Set on the boss. The carrier according to claim 17, wherein the body is formed with at least one sliding groove, and the protruding buckles are respectively penetrated in the sliding grooves, and when the hook is at the hook position and the unlocking position relative to the body When moving between positions, the protruding buckles slide in the sliding grooves respectively. The carrier according to claim 15, wherein the body has at least one first protrusion, the sliding plate is formed with at least one sliding groove and has at least one second protrusion, and the elastic module has at least one elastic member, each The elastic element is a torsion spring, a first end of each elastic element is wound around the first protrusion, and a second end of each elastic element is wound around the second protrusion. The carrier according to claim 19, wherein the body has at least one protruding buckle, and the protruding buckles are respectively penetrated in the sliding grooves, and when the hook is at the hook position and the hook relative to the body When moving between the unlocking positions, the sliding grooves move relative to the protruding buckles respectively. The carrier according to claim 14, wherein the body is formed with at least one buckle groove, and the convex buckle is slidably assembled in the buckle groove.

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