CN109308093A - Buckling mechanism, transmission base and electronic device having the same - Google Patents

Abstract

A kind of snap device and the transmission base and electronic equipment for having the snap device, wherein snap device includes a rotary buckle, an insulating body and a shiftable frame.Rotary buckle is able to rotate around a pivot axis to a buckle status.Insulating body has two lateral walls relative to each other, the insulating body is convexly equipped in a loading end, wherein the pivot axis of the rotary buckle is substantially parallel to the loading end, and the rotary buckle protrudes from the lateral wall one of them under the buckle status.Shiftable frame has two inner sidewalls relative to each other and two upper wall surfaces relative to each other, and when the shiftable frame butts up against the loading end, two lateral wall is between two inner sidewall.Using snap device of the invention and have the transmission base of the snap device and electronic equipment and have many advantages, such as quickly to assemble the connection between two-in-one computer and stiffened flat plate computer and transmission base, is not easy to release assembled relation because hitting or shaking.

Description

Snap device and the transmission base and electronic equipment for having the snap device

[technical field]

The present invention is about a kind of snap device and has the transmission base and electronic equipment of the snap device, and especially one Kind includes the snap device of rotary buckle and the transmission base and electronic equipment for having the snap device.

[background technique]

With scientific and technological progress, notebook computer is more and more frivolous pocket, and the efficiency of tablet computer is then higher and higher, though It so compares to have in the past and substantially break through, but respectively still have disadvantage and deficiency.Such as tablet computer, though there is portability High advantage, but it lacks in-building type keyboard and the problem that causes operating efficiency low, opposite, notebook computer is because there is in-building type Keyboard and efficient operation can be carried out, but its Portability is not so good as tablet computer.

Therefore, there is dealer to release removable two-in-one notebook computer in recent years, be the innovation machine of notebook computer.It is main If screen part and keyboard portion are made into detachably, it can be handled official business when combining, write the operations such as formula, and mutually be separated When screen part can then come as general plate using making due to taking into account portability height and the big advantage of operating efficiency high two Obtaining removable two-in-one computer becomes the trend of future market.In order to because should machine usage mode, it is contemplated that how to reach The two-in-one computer of quick assembly and disassembly, while ensuring and strengthening the connection relationship between two-in-one computer, it is this field dealer The link paid much attention to.

[summary of the invention]

In view of this, the present invention provides a kind of snap device and has the transmission base of the snap device and electronics is set It is standby, it can reach quickly assembling screen and keyboard and the effect for strengthening connection relationship between screen and keyboard simultaneously.

Disclosed a kind of snap device according to the present invention includes a rotary buckle, an insulating body and a shiftable frame.Rotation Turn fastener to be able to rotate around a pivot axis to a buckle status.Insulating body has two lateral walls relative to each other, described to lead Draw frame and be convexly equipped in a loading end, wherein the pivot axis of the rotary buckle is substantially parallel to the loading end, and institute It states rotary buckle and protrudes from the lateral wall one of them under the buckle status.Shiftable frame has two insides relative to each other Wall and two upper wall surfaces relative to each other, when the shiftable frame butts up against the loading end, two lateral wall is located in described two Between side wall, and upper wall surface one of them described in backstop under rotating for the rotary buckle to the buckle status.

Disclosed a kind of transmission base according to the present invention is suitable for one first electronic device of docking, first electronic device A docking side transmission base is butted up against along a carrying direction with an at least shiftable frame, the transmission base includes one Body, at least a rotary buckle and at least an insulating body.Pedestal has the accommodation groove for accommodating the docking side.At least one rotation Turn fastener to be able to rotate around a pivot axis to a buckle status.An at least insulating body has two lateral walls relative to each other, An at least insulating body is convexly equipped in a loading end of the accommodating trench bottom, wherein the pivot of an at least rotary buckle Shaft axis is substantially parallel to the loading end.Wherein, an at least shiftable frame has two inner sidewalls and difference relative to each other The two adjacent upper wall surfaces with two inner sidewall, when the shiftable frame butts up against the loading end, two lateral wall is located at institute It states between two inner sidewalls, and upper wall surface one of them described in backstop under rotating for the rotary buckle to the buckle status.

Disclosed a kind of electronic equipment according to the present invention includes a transmission base, one first electronic device and one second Electronic device.First electronic device has a docking side and an at least shiftable frame, and it is described right that an at least shiftable frame is located at Side is connect, first electronic device can butt up against the transmission base along a loading side electrotropism.The transmission base is set to The second electronic device, wherein the transmission base includes a pedestal, at least a rotary buckle and an at least insulating body.Pedestal With the accommodation groove for accommodating the docking side.An at least rotary buckle is able to be rotated around a pivot axis to a buckle shape State.An at least insulating body has two lateral walls relative to each other, and an at least insulating body is convexly equipped in the accommodating trench bottom One loading end, wherein the pivot axis of an at least rotary buckle is substantially parallel to the loading end.Wherein, described An at least shiftable frame has two inner sidewalls relative to each other and two upper wall surfaces adjacent with two inner sidewall respectively, described flat When shifting frame butts up against the loading end, two lateral wall turns between two inner sidewall, and for the rotary buckle Upper wall surface one of them described in backstop is threaded under the buckle status.

The aforementioned disclosed snap device of the present invention and have in the transmission base and electronic equipment of the snap device, by Configuration is rotated with the pivot axis of the loading end substantially parallel to transmission base in rotary buckle, thus operationally user is only Needing can be complete along the carrying direction docking transmission base substantially perpendicular to loading end by the first electronic device (part of screen) At assembling, and in the process, shiftable frame can take advantage of a favourable situation to push against and slip over movement of the rotary buckle to complete buckle.That is, of the invention Snap device assembling mode intuition and convenience, help to allow user quickly by the first electronic device (part of screen) group Loaded on second electronic device (part of keyboard).

Also, due to when rotary buckle is rotated to buckle status can backstop in the upper wall surface of shiftable frame, shiftable frame It is able to be limited and be maintained on loading end by rotary buckle, i.e., the first electronic device is maintained at loading end, help to strengthen Connection relationship between first electronic device and second electronic device.

It is above about the explanation of this disclosure and the explanation of the following embodiments and the accompanying drawings, to demonstrate and explain the present invention Spirit and principle, and patent claim of the invention is provided and is further explained.

[Detailed description of the invention]

Fig. 1 is the sectional perspective exploded view of the electronic equipment according to depicted in one embodiment of the invention.

Fig. 2 is the sectional perspective exploded view of the electronic equipment of Fig. 1.

Fig. 3 is the rotary buckle of Fig. 1 and the partial enlargement exploded view of transmission base.

Fig. 4 is that the Partial enlarged side of the electronic equipment of Fig. 1 cuts open exploded view.

Fig. 5 is the partial enlarged view of Fig. 4.

Fig. 6~7 are the operation chart of the electronic equipment of Fig. 1.

Fig. 8 is the partial enlarged view of Fig. 7.

Fig. 9 is the unfastening fastener of Fig. 7 and the partial enlarged view of safety knobs.

Figure 10 is the schematic diagram that the safety knobs of Fig. 7 are switched to prominent position.

Figure 11 is the schematic diagram that the unfastening fastener of Fig. 7 is switched to unbuckled position.

Figure 12 is that the unfastening fastener of Fig. 7 is switched to the schematic diagram after unbuckled position.

[specific embodiment]

Describe detailed features and advantage of the invention in detail in embodiments below, content is enough to make any to be familiar with Relevant art understands technology contents of the invention and implements accordingly, and according to content disclosed by this specification, apply for a patent Range and schema, it is any to be familiar with relevant art and be readily understood upon the relevant purpose of the present invention and advantage.Embodiment below For the viewpoint that present invention be described in more detail, but non-scope of the invention is limited with any implementation detail.

In addition, will disclose the embodiment of the present invention with schema below, as clearly stated, the details in many practices will It is explained in the following description.However, it is understood that the details in these practices is non-to limit the present invention.In addition, For the sake of simplifying schema, some known usual structures and element or even portion will be painted in a manner of simply illustrating in the drawings The structures such as cabling (cable or winding displacement) are omitted to keep drawing clean and tidy in the schema divided, and first state in this.

Furthermore unless otherwise defined, all vocabulary used herein have it usually including technical and scientific term etc. Meaning, meaning can be familiar with this those skilled in the art and be understood.Further, the definition of above-mentioned vocabulary, at this Technical field related to the present invention should be read as in specification with consistent meaning.It is defined unless there are especially specific, this A little vocabulary will not be interpreted excessively Utopian or formal meaning.

It is that the sectional perspective of the electronic equipment according to depicted in one embodiment of the invention is decomposed firstly, please referring to Fig. 1 Figure.The present embodiment proposes a kind of electronic equipment 1000, includes a transmission base 100, one first electronic device 200 and one second electronics Device 300.But it should be recalled that the present invention focuses on that connection and assembling between the first electronic device 200 and transmission base 100 are closed System, therefore Fig. 1 is only painted the first electronic device 200 and second electronic device 300 of part.

First electronic device 200 is plate computer, is had display unit (not being painted).Display unit is, for example, LCD display Plate can be used to show picture and execute various touch control operation.In addition, the first electronic device 200 can be used as alone tablet computer Use, be built-in with central processing unit (Central processing unit, CPU), hard disk (Hard Disk Drive, HDD), the electronic components such as random access memory (Random Access Memory, RAM), battery, can be collocated with each other each other To realize various functions, but the present invention is not limited thereto.

Second electronic device 300 has the input unit for being available for users to and carrying out input processing, such as keyboard, Trackpad and multiple Operation key (not all being painted) etc..In addition, may be selected to add earpiece holes, USB on the first electronic device 20 and second electronic device 300 To meet various primary demands, the present invention is not limited thereto for the connectivity ports such as hole.

In this present embodiment, second electronic device 300 is articulated in the side of transmission base 100, and the first electronic device 200 One docking side 201 is suitable for being placed in an accommodation groove 110s of transmission base 100 along a carrying direction D1 and docks transmission base 100 A loading end S1；Wherein, carrying direction D1 refers to substantially perpendicular to loading end S1, the loading end S1 of so-called transmission base 100 To accept a upper surface of the side of the first electronic device 200 on transmission base 100.When the docking side of the first electronic device 200 When the loading end S1 of transmission base 100 is docked on side 201, on the docking side 201 of the first electronic device 200 there is connector (not mark Number) connector (not labeled) on the loading end S1 of transmission base 100 can be electrically docked, to allow the first electronic device 200 and second Electronic device 300 can make signal, exchange of electric power.For example, can will be via keyboard, the Trackpad on second electronic device 300 Or the signal of operation key passes to the first electronic device 200, and the first electronic device 200 can receive and according to above-mentioned signal into Row reaction.Whereby, the first electronic device 200 can dismount so-called to allow electronic equipment 1000 to be constituted with second electronic device 300 Dismountable two-in-one computer.

Then, Fig. 2~5 is please referred to, Fig. 2 is the sectional perspective exploded view of the electronic equipment of Fig. 1, and Fig. 3 is the turn buckle of Fig. 1 The partial enlargement exploded view of part and transmission base, Fig. 4 is the partial enlargement sectional side view of the electronic equipment of Fig. 1, and Fig. 5 is the electricity of Fig. 4 The partial enlarged view of sub- equipment.Wherein, in order to allow element to be held in suitably ornamental size, Fig. 2 is only painted the first electronics of part Device 200 simultaneously omits second electronic device 300, and Fig. 4 then omits second electronic device 300.

In this present embodiment, transmission base 100 includes a pedestal 110, two rotary buckles 10 and two insulating bodies 30.Pedestal 110 With the loading end S1 for being previously used for the first electronic device 200 of docking, and with aforementioned first electronic device 200 of accommodating Dock the accommodation groove 110s of side 201.

In the present embodiment, insulating body 30 and part loading end S1 are formed simultaneously using almag casting and position exists One pin joint seat 101 of 30 heteropleural of insulating body.In other words, insulating body 30, part loading end S1 and pin joint seat 101 can integrally at Type is in single alloy-steel casting.However, pin joint seat 101 also can be integrally formed at pedestal 110 in other specific embodiments.Guiding Frame 30 is convexly equipped in loading end S1, and insulating body 30 is a slightly inverted u-shaped hollow structure.Each insulating body 30 has relative to each other Two lateral walls 310 and 320；Wherein, the lateral wall 320 of each insulating body 30 has an opening 321.

Each rotary buckle 10 includes an articulated section 11, an arm 12, a hook part 13 and a bar 14.Articulated section 11 is with pivotal axis Line A1 is articulated in the pedestal 110 of transmission base 100, and is adjacent to the lateral wall 320 of insulating body 30, specifically, such as Fig. 3, pivot joint Portion 11 is in the pin joint seat 101 being put into below the alloy-steel casting to form insulating body 30, then passes through 101 He of pin joint seat with a pivot 9 Articulated section 11, so that rotary buckle 10 is articulated in the alloy-steel casting to form insulating body 30；Wherein, pivot axis A1 (i.e. aforementioned pivot The extending direction of axis 9) substantially parallel to the loading end S1 (such as from the viewpoint of Fig. 4) of transmission base 100.Arm 12 and hook part 13 sequentially extend from articulated section 11, and bar 14 then extends from articulated section 11 toward the direction in contrast to arm 12.Furthermore, rotation Fastener 10 includes also a bump 15, is formed in the end of hook part 13.In addition, hook part 13 is with one by pushing surface 131.Rotary buckle 10 It can be rotated around pivot axis A1 to a buckle status (i.e. such as the rotary buckle 10 of Fig. 5), and in rotary buckle 10 in buckle When state, the opening 321 of the lateral wall 320 of the 13 self-aiming frame 30 of hook part of rotary buckle 10 is protruded outward, and makes it by pushing surface 131 It is exposed to outside insulating body 30.

First electronic device 200 has two shiftable frames 40, positioned at the docking side 201 of the first electronic device 200.Shiftable frame 40 be two structures being recessed inwardly at the docking side 201 of the first electronic device 200, and position respectively corresponds guiding above-mentioned Frame 30, and each shiftable frame 40 have relative to each other two inner sidewalls 410 and 420 and respectively with two inner sidewall 410 and 420 two adjacent upper wall surfaces 430 and 440.

It is worth noting that, the electronic equipment 1000 of the present embodiment includes a snap device 1, in the first electronic device 200 Docking side 201 dock transmission base 100 loading end S1 when, snap device 1 can prevent the first electronic device 200 from transmission base 100 are detached from and release connection relationship with second electronic device 300.

And snap device 1 is, for example, by two rotary buckle 10 above-mentioned, two insulating body 30 above-mentioned, two shiftable frame above-mentioned 40, the mechanism that a moving part 50, an elastic component 60, a unfastening fastener 70 and a safety knobs 80 are constituted.

Moving part 50 is slippingly set to the pedestal 110 of transmission base 100, two bars 14 of rotary buckle 10 also cross Moving part 50, thus moving part 50 is suitable for while driving two bars 14.Elastic component 60 is an extension spring, and one end is fixed on biography The pedestal 110 of defeated seat 100, and the opposite other end is fixed on moving part 50, elastic component 60 can normality moving part 50 is applied it is past The pulling force in the direction arrow A, thus elastic component 60 can drive two rotary buckles 10 to be biased to the buckle status by moving part 50, It allows and is exposed to outside insulating body 30 by pushing surface 131.Unfastening fastener 70 is fixed on the side of moving part 50, is as allowing user to operate With the element for driving 50 relative transport seat 100 of moving part to slide.In this present embodiment, unfastening fastener 70 be able in a unbuckled position with It is slided between one closed position, it will be understood that, when user does not operate unfastening fastener 70, elastic component 60 can be via moving part 50 Unfastening fastener 70 is pulled to closed position by normality.The mode that safety knobs 80 can be orthogonal to the glide direction of unfastening fastener 70 is set to solution 70 inside of fastener, and safety knobs 80 are protruded outward from a sliding eye 71 of unfastening fastener 70, are adapted to allow for user with finger and are moved peace Full button 80 is to switch it to submerge position in a prominent position or one.

Then, Fig. 6~8 is please referred to, Fig. 6~7 are the operation chart of the electronic equipment of Fig. 1, and Fig. 8 is the part of Fig. 7 Enlarged drawing.Snap device 1 will be illustrated more clearly that by the first electronic device of assembling 200 and the explanation of second electronic device 300 The relative position of middle element and actuation relationship.

It, can be first by the when user is intended to the first electronic device 200 being assembled into second electronic device 300 firstly, such as Fig. 6 One electronic device 200 is put into the accommodation groove 110s of transmission base 100 along carrying direction D1 to dock the loading end of transmission base 100 S1。

In the process, shiftable frame 40 is set on loading end S1 as the first electronic device 200 corresponds to set along carrying direction D1 Insulating body 30.And the collocation of insulating body 30 and shiftable frame 40 helps to allow user by the first electronic device 200 along correct side To being assembled.Further, since the outwardly projecting hook part 13 of lateral wall 320 of self-aiming frame 30 is located at the inner sidewall of shiftable frame 40 In 420 movement routine, thus shiftable frame 40 be able to its inner sidewall 420 pushing and pressing hook part 13 on by pushing surface 131.

It is intelligible, from Fig. 6 to Fig. 7 during, shiftable frame 40 continue along carrying direction D1 move, hook part 13 can be forced It is moved inside toward insulating body 30 and allows rotary buckle 10 toward counterclockwise deflection (from the point of view of the visual angle Fig. 6), and then allow inner sidewall 420 slip over hook part 13.When docking the docking loading end S1 of side 201, the hook part 13 of rotary buckle 10 is no longer influenced by shiftable frame 40 Compress, thus elastic component 60 can via moving part 50 by the bar 14 of rotary buckle 10 toward arrow A direction pull will rotate Fastener 10 rotates clockwise (from the point of view of the visual angle Fig. 7) to buckle status.

As shown in figure 8, being clearly visible in Fig. 7 one of rotary buckle 10 in the state of buckle.Rotary buckle 10 Hook part 13 clasps shiftable frame 40, and backstop is above the upper wall surface 440 of shiftable frame 40.Furthermore, it is understood that rotary buckle 10 in When buckle status, the parallel reference line R1 for carrying direction D1 passes through the pivot of hook part 13, upper wall surface 440 and articulated section 11 simultaneously 9, therefore, if shiftable frame 40 is intended to move up (in contrast to the direction of carrying direction D1), hook of the upper wall surface 440 to rotary buckle 10 The extension line of the power in portion 13 can be because the pivot 9 by articulated section 11 be without generating torque to rotary buckle 10, thus works as first When electronic device 200 is intended to mobile toward the direction far from transmission base 100 because shaking or being knocked, rotary buckle 10 will not deviate rotation Then the first electronic device 200 can be maintained to the position of docking loading end S1.In other words, the first electronic device 200 can be reduced It allows rotary buckle 10 to deviate the probability of buckle status because shaking or being knocked, and then can avoid the first electronic device 200 towards remote Direction from transmission base 100 is mobile and is detached from transmission base 100；Also, the bump 15 of rotary buckle 10 fastens to shiftable frame 40 Outside, the direction to exert a force in addition to shiftable frame 40 can be changed to hook part 13, such as generated to rotary buckle 10 toward buckle shape instead The torque of state rotation, can also increase the frictional force between hook part 13 and shiftable frame 40, help to reduce rotary buckle 10 accidentally partially Probability from buckle status.

Then, Fig. 9~10 is please referred to, Fig. 9 is the unfastening fastener of Fig. 7 and the partial enlarged view of safety knobs, and Figure 10 is by Fig. 7 Safety knobs switch to the schematic diagram of prominent position.Rotary buckle 10 is retracted into buckle status via moving part 50 in elastic component 60 During, unfastening fastener 70 returns to closed position (such as Fig. 9) with the sliding of moving part 50.At this point, if being intended to tie up unfastening fastener 70 When being held in closed position, 80 upward sliding of safety knobs can be switched to prominent position.At this point, safety knobs 80 are prominent such as Figure 10 Enter a limiting slot (111) for transmission base 100 in 70 upper limb of unfastening fastener, whereby, safety knobs 80 can be because of the limitation of limiting slot 111 And can not be slid with unfastening fastener 70, and then unfastening fastener 70 is limited to closed position and user can not push, so as to anti- The problem of only unfastening fastener 70 causes rotary buckle 10 to deviate buckle status because touching accidentally generation.

Conversely, please referring to Figure 11~12 if user is intended to disassemble the first electronic device 200 from transmission base 100, scheme 11 be the unfastening fastener of Fig. 7 to be switched to the schematic diagram of unbuckled position, and Figure 12 is after the unfastening fastener of Fig. 7 is switched to unbuckled position Schematic diagram.User can follow aforementioned reversed sequence, first returns 80 slide downward of safety knobs and submerges position (such as Fig. 9) afterwards i.e. Unfastening fastener 70 can be pushed away toward unbuckled position (such as along the direction of arrow B), to drive 10 inverse time of rotary buckle by moving part 50 Needle rotates (as viewed from the perspective of Figure 12), so that rotary buckle 10 deviates buckle status and releases between hook part 13 and shiftable frame 40 Snapping relationship.At that time, the first electronic device 200 can be disassembled from transmission base 100.

The above are the structures of electronic equipment 1000 and the operating instruction that assembly and disassembly are carried out using snap device 1, but this Invention is not limited thereto.For example, although shiftable frame 40 includes two inner sidewalls (420 and 430) and two in previous mentioned snap mechanism 1 A upper wall surface (430,440), but the present invention does not limit the quantity of aforementioned components.Such as in other embodiments, respectively Shiftable frame 40 can only include the inner sidewall upper wall surface adjacent with one.

In addition, although the quantity of rotary buckle 10 in previous mentioned snap mechanism 1, insulating body 30 and shiftable frame 40 is two, The present invention does not limit the quantity.Such as in other embodiments, snap device can only include a rotary buckle 10, one Insulating body 30 and a shiftable frame 40, same avoidable first electronic device 200 is mobile towards the direction far from transmission base 100 and is detached from Transmission base 100.

In addition, though previous mentioned snap mechanism 1 includes moving part 50 and elastic component 60, but moving part 50 and elastic component 60 are choosing With.Such as in other embodiments, snap device can also omit elastic component 60, and torsional spring is arranged on two rotary buckles 10, 10 normality of rotary buckle can be equally set to be biased to buckle status, and it will be appreciated that in this embodiment, because of two rotary buckles 10 It can be biased to buckle status, therefore snap device can also omit moving part 50.

Furthermore unfastening fastener 70 and safety knobs 80 are also selection.Such as in other embodiments, snap device can also save simultaneously Slightly unfastening fastener 70 and safety knobs 80, user can change so that two rotary buckles 10 to be moved to the side for deviateing buckle status simultaneously manually Formula is unbuttoned.

By the preceding snap device and have the transmission base and electronic equipment of the snap device, due to rotary buckle Configuration is rotated with the pivot axis of the loading end substantially parallel to transmission base, thus operationally user only needs first Assembling, and mistake can be completed along the carrying direction docking transmission base substantially perpendicular to loading end in electronic device (part of screen) Shiftable frame can take advantage of a favourable situation to push against and slip over movement of the rotary buckle to complete buckle in journey.That is, snap device of the invention Mode of operation intuition and convenience, help to allow user that the first electronic device (part of screen) is quickly assembled in the second electricity In sub-device (part of keyboard).

Also, due to when rotary buckle is rotated to buckle status can backstop in the upper wall surface of shiftable frame, shiftable frame It is able to be limited and be maintained on loading end by rotary buckle, i.e., the first electronic device is maintained at loading end, help to strengthen Connection relationship between first electronic device and second electronic device avoids the first electronic device from moving towards the direction far from transmission base It moves and is detached from transmission base, and then avoidable first electronic device and second electronic device release assembling because hitting or shaking and close System.

In short, snap device of the invention and the transmission base and electronic equipment that have the snap device are with quick The advantages that assembling the connection between two-in-one computer and stiffened flat plate computer and transmission base is not only convenient for user's use, also not Yi Yin hits or shakes and releases assembled relation.

Although the present invention is disclosed above with embodiment above-mentioned, however, it is not to limit the invention.This hair is not being departed from It in bright spirit and scope, changes and retouches for it, belongs to scope of patent protection of the invention.It is defined about the present invention Protection scope please refers to appended claim.

Claims (13)

1. A buckle mechanism is characterized in that, this buckle mechanism comprises: At least one rotating fastener can be rotated around a pivot axis to a snap state; At least one guide frame has two outer side walls opposite to each other, the at least one guide frame is protruded from a bearing surface, wherein the pivot axis of the at least one rotating fastener is substantially parallel to the bearing surface , and the at least one rotating fastener protrudes from one of the two outer side walls in the snap state; and At least one translation frame has two inner side walls opposite to each other and two upper wall surfaces adjacent to the two inner side walls respectively. When the at least one translation frame is butted on the bearing surface, the two outer side walls are located on the two inner sides between the walls, and the at least one rotary fastener can be rotated to stop one of the two upper wall surfaces in the latched state. 2 . The buckle mechanism according to claim 1 , wherein the at least one rotating buckle comprises a pivot portion, an arm and a hook portion, and the pivot portion is adjacent to the pivot axis. 3 . On one side of the at least one guide frame, the arm and the hook portion extend from the pivot portion in sequence; when the at least one translation frame is butted on the bearing surface and the at least one rotation buckle When the component is in the buckled state, the hook portion protrudes from one of the two outer side walls and stops at one of the two upper wall surfaces. 3 . The buckle mechanism of claim 2 , wherein when the at least one translation frame is butted against the bearing surface along a bearing direction, one of the two inner side walls pushes against the bearing surface. 4 . A push surface of the hook portion rotates the at least one rotary fastener to deviate from the buckled state, wherein the bearing direction is substantially perpendicular to the bearing surface. 4 . The buckle mechanism according to claim 2 , wherein when the at least one translation frame is butted on the bearing surface and the at least one rotary fastener is in the buckled state, the bearing is parallel to the bearing surface. 5 . A reference line of the direction passes through the hook portion, one of the two upper wall surfaces and the pivot portion at the same time. 5 . The buckle mechanism according to claim 1 , wherein the buckle mechanism further comprises a link member and an elastic member, the number of the at least one rotating buckle is two, and the link member is connected to the link member. 6 . For the two rotating fasteners, the elastic element is connected to the linking member so as to normally bias the two rotating fasteners to the buckled state through the linking member. 6. A transmission base, suitable for docking with a first electronic device, a docking side of the first electronic device is docked with the transmission base along a bearing direction with at least one translation frame, wherein the The transmission seat contains: a seat body, which has an accommodating groove for accommodating the butting side edge; At least one rotating fastener can be rotated around a pivot axis to a snap state; and At least one guide frame has two outer side walls opposite to each other, the at least one guide frame is protruded from a bearing surface at the bottom of the accommodating slot, wherein the pivot axis of the at least one rotary fastener is substantially upper parallel to the bearing surface; Wherein, the at least one translation frame has two inner side walls opposite to each other and two upper wall surfaces adjacent to the two inner side walls respectively. When the at least one translation frame is butted on the bearing surface, the two outer side walls are located at the Between the two inner side walls, the at least one rotary fastener can be rotated to stop one of the two upper wall surfaces in the snap state. 7 . The transmission base of claim 6 , wherein the at least one rotating fastener comprises a pivot portion, an arm and a hook portion, and the pivot portion is disposed adjacent to the pivot axis at the pivot axis. 8 . On one side of the at least one guide frame, the arm and the hook portion extend from the pivot portion in sequence; when the at least one translation frame is butted on the bearing surface and the at least one rotating fastener In the buckled state, the hook portion protrudes from one of the two outer side walls and stops at one of the two upper wall surfaces, so that the first electronic device is fixed to the transmission base. 8 . The transmission stand according to claim 7 , wherein when the at least one translation frame is butted against the bearing surface along the bearing direction, one of the two inner side walls pushes against the bearing surface. 9 . A push surface of the hook portion rotates the at least one rotary fastener to deviate from the buckled state, wherein the bearing direction is substantially perpendicular to the bearing surface. 9 . The transmission stand according to claim 7 , wherein when the translation frame is butted against the bearing surface and the at least one rotating fastener is in the buckled state, a parallel to the bearing direction is formed. 10 . The reference line simultaneously passes through the hook portion, one of the two upper wall surfaces and the pivot portion. 10. An electronic device, characterized in that the electronic device comprises: a transmission seat; A first electronic device has a docking side and at least one translation frame, the at least one translation frame is located on the docking side, and the first electronic device can be electrically docked to the transmission base along a bearing direction ; A second electronic device, the transmission base is disposed on the second electronic device, wherein the transmission base includes: a seat body, which has an accommodating groove for accommodating the butting side edge; At least one rotating fastener can be rotated around a pivot axis to a snap state; and At least one guide frame has two outer side walls opposite to each other, the at least one guide frame is protruded from a bearing surface at the bottom of the accommodating slot, wherein the pivot axis of the at least one rotary fastener is substantially upper parallel to the bearing surface; Wherein, the at least one translation frame has two inner side walls opposite to each other and two upper wall surfaces adjacent to the two inner side walls respectively. When the at least one translation frame is butted on the bearing surface, the two outer side walls are located at the Between the two inner side walls, the at least one rotary fastener can be rotated to stop one of the two upper wall surfaces in the snap state. 11 . The electronic device of claim 10 , wherein the at least one rotating fastener comprises a pivot portion, an arm and a hook portion, and the pivot portion is disposed adjacent to the pivot axis on the pivot axis. 12 . On one side of the at least one guide frame, the arm and the hook portion extend from the pivot portion in sequence; when the at least one translation frame is butted on the bearing surface and the at least one rotating fastener In the buckled state, the hook portion protrudes from one of the two outer side walls and stops at one of the two upper wall surfaces. 12 . The electronic device of claim 11 , wherein when the at least one translation frame is butted against the bearing surface along the bearing direction, one of the two inner side walls pushes against the bearing surface. 13 . A push surface of the hook portion rotates the at least one rotary fastener to deviate from the buckled state, wherein the bearing direction is substantially perpendicular to the bearing surface. 13 . The electronic device according to claim 11 , wherein when the translation frame is butted on the bearing surface and the at least one rotating fastener is in the buckled state, a direction parallel to the bearing direction is formed. 14 . The reference line simultaneously passes through the hook portion, one of the two upper wall surfaces and the pivot portion.