CN1854969A - Battery installing structure of booknote computer - Google Patents
Battery installing structure of booknote computer Download PDFInfo
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- CN1854969A CN1854969A CN 200510039085 CN200510039085A CN1854969A CN 1854969 A CN1854969 A CN 1854969A CN 200510039085 CN200510039085 CN 200510039085 CN 200510039085 A CN200510039085 A CN 200510039085A CN 1854969 A CN1854969 A CN 1854969A
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Abstract
A structure for erecting battery of portable computer consists of battery erection portion formed on one side of shell for holding battery with its hitch opening, combining hitch with two lock knobs at external of shell and through knob notch. It is featured as using lock set on internal side of shell and combined with said combination hitch to carry out an integral action with each lock knob to buckle up closely to each other with battery inserted in through hitch opening.
Description
Technical field
The present invention relates to a kind of invention of portable computer battery, particularly a kind ofly provide the battery of power supply to be installed in the battery fastening structure of portable computer main body to portable computer.
Background technology
Fig. 1 is to be the stereographic map of central representation battery fastening structure with general portable computer bottom surface, and Fig. 2 is the sectional view of critical part of concentrating the battery fastening structure of prior art.
As shown in the figure, the main part 1 of portable computer is the hexahedral shape that slightly is square, and has the display part 3 of correspondingly-shaped therewith.Above-mentioned display part 3 is sides that connect aforementioned body portion 1 by hinge apparatus, as shown in Figure 1, display part 3 is combined on the main part 1, can carry or place, and can open and use at a certain angle.
The inside of aforementioned body portion 1 has the various parts that comprise mainboard 2.Above-mentioned display part 3 is provided with the display frame with formations such as liquid crystal panels, shows various information.
There is the recessed battery installation section 5 that forms the bottom surface of aforementioned body portion 1, and is provided with the detachable battery that power supply is provided 7.The inside of above-mentioned battery installation section 5 is formed with groove 9, is formed with the hook 11 corresponding with above-mentioned groove 9 on the battery 7.
In addition, above-mentioned battery 7 is formed with locking groove 12, and the main part 1 corresponding with above-mentioned locking groove 12 is formed with to the outstanding locking 14 in the inside of above-mentioned battery installation section 5.Above-mentioned locking 14 is to be driven by locking handle 16, and the one end is subjected to the support of spring 17, gives prominence to above-mentioned battery installation section 5 all the time.
Simultaneously, for the circuit of 2 of above-mentioned battery 7 and mainboards is connected, have battery connector 18 on the battery 7, the inside of the above-mentioned battery installation section 5 corresponding with above-mentioned battery connector 18 has connector 20.Above-mentioned connector 20 is built in above-mentioned mainboard 2, and its part is upwards stated battery installation section 5 and exposed, and it can be connected with above-mentioned battery connector 18.
In the prior art of above formation, the method that battery 7 is installed in battery installation section 5 is as follows.At first, above-mentioned battery 7 makes above-mentioned hook 11 insert to above-mentioned groove 9 as shown in Figure 1, is inserted into the inside of battery installation section 5 obliquely with the arrow A direction.In addition, as if a side of pinning battery 7 with the arrow B direction, locking 14 is just moved along the dip plane of locking groove 12.Battery 7 is installed in the process of above-mentioned battery installation section 5, and above-mentioned locking 14 overcomes the elastic force of above-mentioned spring 17 and retreats, and waits the end of packing into of battery 7, gives prominence to regard to the bounce by spring 17, and battery 7 fastenings are in the inside of battery installation section 5.
But there is such problem in above-mentioned prior art.
The battery fastening structure of prior art just according to locking 14 battery 7 fastenings in battery installation section 5.So if because of not noting operation locking handle 16, just very possible under the state of portable computer action, battery 7 breaks away from from battery installation section 5.
Like this, above-mentioned battery connector 18 and connector 20 are separated from each other, and interrupting provides battery 7 power supplys of mainboard 2, cause the action of portable computer to stop suddenly.Therefore, the power supply that needs battery 7 provides and the parts of hard disk drive of moving and so on can stop action suddenly, may bring fatal loss to hard disk, also might all lose the data in the operation.
Summary of the invention
The objective of the invention is to solve above-mentioned prior art shortcoming, make portable computer can be battery with the dual structure fastening at main part.
Other purpose of the present invention is, the battery fastening structure of the firm portable computer of the state of setting is provided.
Other purpose of the present invention is sharedly to be intended to battery with the component parts of dual structure fastening at main part.
To achieve these goals, the present invention includes as the lower part and constitute characteristics: be formed on the battery installation section of be equipped with battery of a side of shell, and can be communicated with the inboard of shell, a side forms hook mouthful; Be formed at least two locking handles of the outside of above-mentioned shell, have the combination hook of the handle apertures that connects on the handle groove; Be contained in above-mentioned housings and with the above-mentioned locking that combines the hook combination, make action with each locking handle as one, link up with mutual fastening with the battery that inserts by above-mentioned hook mouth selectively.
In the above-mentioned locking at least one supported to the direction in conjunction with above-mentioned battery hook by resilient material.
Above-mentioned locking is to comprise following part formation: to connect up and down, have because of above-mentioned combination hook connects the mouth that tangles that tangles, it is communicated with the above-mentioned mouth that tangles, form the locking main body of the locking mouth that moves at locking; Give prominence to a side that is formed on above-mentioned locking main body, and link up with the fastening projection of fastening selectively with above-mentioned battery; Give prominence to the opposite direction corresponding interlocking main body opposite side that is formed on above-mentioned fastening projection, pin the extension arm of battery hook.
The front end of above-mentioned extension arm forms hook, and above-mentioned extension arm is to favour a side of above-mentioned locking short transverse and form, and is placed on the direction of shell according to locking, and above-mentioned hook can be tangled by the projection of locking of shell selectively.
A combination mouthful side of locking main body is formed with the resilient material embossment that resilient material one end supports, corresponding with above-mentioned resilient material embossment, the resilient material embossment of the formation support elastic material other end on the supporting walls that the inboard corresponding handle apertures edge of above-mentioned shell forms.
Another characteristics of the present invention are to comprise that following part constitutes: be formed on a side of shell, the battery installation section of internal battery can be communicated with shell is inboard, and a side forms 2 hook mouths at least; The locking knob-shaped that is contained in the handle groove of above-mentioned enclosure formation becomes one, and is contained in the locking that tangles of above-mentioned housings, is hung over the battery hook that inserts by above-mentioned hook mouth by the elastic force of resilient material; The locking knob-shaped that is contained in the handle groove of above-mentioned enclosure formation becomes one, and is contained in the locking of locking of above-mentioned housings, links up with mutual fastening with the battery that inserts by above-mentioned hook mouth selectively.
Be provided with the disengaging of the locking that prevents to lock as the shell inboard at the above-mentioned locking two ends of locking, and guiding move lead hook.
Mobile in order to guide, and prevent to break away from, the above-mentioned mobile two ends that tangle locking are provided with leads hook, and the above-mentioned hook of leading is along housings one side shifting.
Be provided with the above-mentioned housings that tangles locking and also have the obstruction bridge (Stopper Bridge) that prevents to tangle the locking disengaging.
Battery fastening structure with portable computer of the present invention of above formation can be battery with the dual structure fastening, can prevent to break away from because of the battery of not noting causing, and make the component-assembled state that constitutes battery fastening structure more firm, therefore all right shared parts with dual structure fastening battery can reduce manufacturing cost.
More than the battery fastening structure of the portable computer of the present invention of Xiang Xishuominging has following effect:
The present invention be utilize a plurality of lockings a battery with the dual structure fastening at main part, can more firmly and stably be contained in main part to battery, therefore when battery being used as power supply, can improve stability in use;
The present invention because of shared battery with the component parts-locking of dual structure fastening at main part, can relatively reduce manufacturing cost;
In addition, the present invention be utilize a plurality of lockings a battery with the dual structure fastening in main part, also can reduce number of components, therefore can reduce manufacturing cost.
Description of drawings
Fig. 1 is to be the stereographic map of central representation battery fastening structure with general portable computer bottom surface;
Fig. 2 concentrates the battery fastening structure critical part of prior art and the sectional view represented;
Fig. 3 is the exploded perspective view of expression portable computer battery fastening structure embodiment of the present invention;
Fig. 4 represents stereographic map embodiment illustrated in fig. 3 from enclosure;
Fig. 5 is the stereographic map of expression another embodiment of the present invention;
Fig. 6 a constitutes the stereographic map that tangles locking embodiment illustrated in fig. 5;
Fig. 6 b is the stereographic map that constitutes the locking of locking embodiment illustrated in fig. 5.
Accompanying drawing major part symbol description
30, shell 32, battery installation section 33: tangle projection
34, connector 36: handle groove 37: handle apertures
39: guide rod 40: locking handle 41: handle body
42: handle projection 43: in conjunction with linking up with 45: in conjunction with hook
50,50 ': locking 51: locking main body 52: fastening projection
53: interactive spigot surface 53 ': tangle face 54: in conjunction with mouth
55: move mouth 58: hang arm 59: hook
60: resilient material 70: battery 72: the battery hook
Embodiment
Battery fastening structure embodiment to portable computer of the present invention is elaborated below with reference to accompanying drawings.
Fig. 3 is the exploded perspective view from the external representation of main part portable computer battery fastening structure of the present invention embodiment, and Fig. 4 is the stereographic map from the internal representation embodiment of the invention formation of main part.
As shown in Figure 3 and Figure 4, in the main part outward appearance of portable computer, the some that shell 30 forms wherein.What in general, be provided with battery fastening structure partly is the bottom enclosure that constitutes main part.So above-mentioned shell 30 is bottom enclosure.
One side of above-mentioned shell 30 forms battery installation section 32.Above-mentioned battery installation section 32 is in the recessed formation in the outside of shell 30.At this embodiment, above-mentioned battery installation section 32 forms back to shell 30 bottom openings.Battery (not diagram) is equipped with in the inside of above-mentioned battery installation section 32.
Two sides of above-mentioned battery installation section 32 form respectively and tangle projection 33.The above-mentioned projection 33 that tangles is to be contained in the groove that the battery corresponding surface forms, and battery can not broken away from from battery installation section 32 easily.Particularly, the above-mentioned projection 33 that tangles plays a part to prevent that battery from coming off to the bottom direction of shell 30.
One side of above-mentioned battery installation section 32 is provided with connector 34.Above-mentioned connector 34 is built in the internal base plate of main part.Above-mentioned connector 34 is that the connector with battery mutually combines, and holding circuit connects.The one side both sides that are provided with the battery installation section 32 of above-mentioned connector 34 are that the hook mouth 35 that penetrates is arranged.Above-mentioned hook mouth 35 is to be communicated with inner space and the battery installation section 32 that is formed by above-mentioned shell 30.
In shell 30 bottom surfaces of adjacent above-mentioned battery installation section 32, form handle groove 36 respectively with above-mentioned hook mouth 35 correspondence positions.Handle apertures 37 penetrates above-mentioned handle groove 36.Above-mentioned handle apertures 37 connects above-mentioned shell 30, plays a part to be communicated with the outside and the inside of main part.Above-mentioned handle apertures 37 is to form with square shape, and from above-mentioned handle groove 36 mediads one end slight inclination.
The corresponding shell of above-mentioned handle apertures 37 1 lateral edges 30 the insides form supporting walls 38.Be formed with on the above-mentioned supporting walls 38 resilient material embossment 38 '.Among above-mentioned shell 30 the insides, as shown in Figure 4, form guide rod 39 on above-mentioned handle apertures 37 position adjacent.Above-mentioned guide rod 39 plays a part the locking 50 that guiding will the following describes and moves.
In addition, in above-mentioned handle apertures 37, shell 30 the insides corresponding with a certain side form the projection 39 of locking '.The above-mentioned projection 39 of locking ' be the outstanding the inside that is formed on above-mentioned shell 30.The above-mentioned projection 39 of locking ' be the some that tangles the extension arm 58 of the locking 50 that will illustrate below.
The surface of above-mentioned handle body 41 forms handle projection 42.Above-mentioned handle projection 42 is outstanding surfaces that are formed on above-mentioned handle body 41, forms longways so that the Width of handle body 41 is long at this embodiment.But above-mentioned handle projection 42 also can constitute in a variety of forms.Such as, on handle body 41, can form a plurality of convex shape with grain size.
In above-mentioned handle body 41, the reverse side that above-mentioned handle projection 42 forms has formed double combination hook 43.Above-mentioned is to form at handle body 41 outstanding certain-lengths in conjunction with hook 43, can carry out certain elastic deformation.Above-mentioned front end in conjunction with hook 43 is formed with in conjunction with hook 45.Above-mentioned is to link up with 43 front end with the outstanding combination that is formed on mutual opposition in the other direction in conjunction with hook 45.Form above-mentioned from the position of the mediad one end slight inclination of above-mentioned handle body 41 in conjunction with hook 43.
The main part inner space that locking 50,50 ' be provided in a side of is formed by above-mentioned shell 30 is with the part of battery hook 72 fastenings selectively of the battery 70 that is contained in above-mentioned battery installation section 32.Above-mentioned locking 50,50 ' in, the locking 50 of locking ' be that the state that makes battery 70 be contained in battery installation section 32 is in locking state; Another tangles locking 50 is the battery hooks 72 that hang over battery 70 with the elastic force of resilient material.
Constitute above-mentioned locking 50,50 ' locking main body 51 be to form with synthetic resin, the one end forms fastening projection 52.Above-mentioned fastening projection 52 is outstanding sides that are formed on locking main body 51.One side of above-mentioned fastening projection 52 is interactive spigot surfaces 53, with planimetric map, with locking 50,50 ' shift motion form oblique line.The opposite side of above-mentioned fastening projection 52 be the face of tangling 53 ', with planimetric map, with locking 50,50 ' shift motion form parallel lines.
To connect above-mentioned locking main body 51 up and down, by penetrating in conjunction with mouth 54.Above-mentioned combination mouth 54 is shown square shape greatly and is formed, and is to tangle above-mentioned part in conjunction with hook 43.So above-mentioned combination mouth 54 is designed to above-mentioned double combination hook 43 and inserts simultaneously, can tangle above-mentioned in conjunction with hook 45.In addition, above-mentioned in conjunction with mouthfuls 54 be make above-mentioned double combination hook 43 not within it portion move, that is to say make above-mentioned locking 50,50 ' and locking handle 40 make action as one, determine its width and length.
Can be communicated with in conjunction with mouth 54 with above-mentioned,, form mobile mouthful 55 that penetrates to connect above-mentioned locking main body 51 up and down.Above-mentioned mobile mouthful 55 plays above-mentioned supporting walls 38 and the locking 50 mutual hands-off effects of making.Above-mentioned mobile mouthfuls 55 roughly have and locking 50, length that 50 ' shift motion is corresponding, and are connected and formed by above-mentioned supporting walls 38.
An above-mentioned side in conjunction with mouth 54 forms resilient material embossment 56.Above-mentioned resilient material embossment 56 is located at the position with the resilient material embossment 38 ' opposition of above-mentioned supporting walls 38.
One side of above-mentioned locking main body 51, the opposite direction that promptly forms above-mentioned fastening projection 52 form hangs arm 58.The front end of above-mentioned extension arm 58 is provided with hook 59.Above-mentioned hook 59 be hang over selectively above-mentioned lock the projection 39 '.Above-mentioned extension arm 58 is that the short transverse with above-mentioned locking main body 51 favours a side and forms.In addition, above-mentioned hook 59 is to hang the outstanding formation of arm 58 short transverses to favour.This be for according to be provided with locking 50,50 ' direction, above-mentioned extension arm 58 moves its function selectively.
If relative the locking 50,50 of same structure ' be set to above-mentioned hook 59 with the inside of shell 30, just become the locking 50 of locking '; Tangle locking 50 otherwise become.
Two sides of above-mentioned battery 70 form and the above-mentioned protruding 33 corresponding routes 74 that tangle that tangle.The above-mentioned route 74 that tangles is provided with the above-mentioned projection 33 that tangles, and prevents that battery 70 arbitrarily breaks away from from battery installation section 32.
Fig. 5 is the expression another embodiment of the present invention.At this embodiment, constituent element that will be identical or corresponding with embodiment described above numbering has added up and 100 has been the numbering of unit, and critical part only is described.
At this embodiment, locking handle 140 and locking 150,150 ' form as one.Above-mentioned locking handle 140 is contained in the handle groove that shell 130 bottom surfaces form, above-mentioned locking 150,150 ' and be the inside that is positioned at shell 130.Above-mentioned locking handle 140 is with locking 150,150 ' what be connected partly is the handle apertures that connects above-mentioned shell 130.Above-mentioned locking handle 140 and locking 150,150 ' be set to connect above-mentioned handle apertures from the inside of above-mentioned shell 130.
Here, with the explanation above-mentioned locking 150,150 ' in the formation that tangles locking 150.One side of locking main body 151 forms fastening projection 152.Above-mentioned fastening projection 152 1 sides are provided with the face that tangles 153 that is parallel to locking 150 moving directions ' with to a certain degree to favour above-mentioned face 153 ' and the interactive spigot surface 153 that forms that tangles.
In above-mentioned locking main body 151, the side that forms above-mentioned fastening projection 152 is provided with a pair of and leads hook 154.The above-mentioned hook 154 of leading is to hang over shell 130 the insides one side directed moving.The above-mentioned hook 154 of leading is provided in a side of the moving direction two ends that tangle locking 150.Above-mentioned front end of leading hook 154 form hook 154 '.In fact, above-mentioned hook 154 ' hang over side directed moving of above-mentioned shell 130 the insides.On the drawing 156 is meant the resilient material embossment.
Load onto state shell 130 the insides that tangle locking 150 form to block bridge 130 '.Above-mentioned obstruction bridge 130 ' play a part to prevent is above-mentioned to tangle locking 150 and arbitrarily breaks away from.
Simultaneously, the state that battery 170 is contained in battery installation section 132 is pinned in lock locking 150 ' be.The above-mentioned locking 150 of locking ' be set to and moved by the hook 139f that leads of above-mentioned shell 130.The above-mentioned hook 139f that leads is the two ends that are located at above-mentioned locking 150 moving directions respectively.The above-mentioned hook 139f that leads can carry out certain elastic deformation, and its upper end forms hook 139f ', makes the locking 150 of locking ' can not break away from easily.
The above-mentioned locking 150 of locking ' formation all be embodied in Fig. 6 b.The above-mentioned locking 150 of locking ' locking main body 151, fastening projection 152 forms to the reverse side of locking handle 140 is outstanding.Form interactive spigot surface 153 on the above-mentioned fastening projection 152 respectively and tangle face 153 '.
The effect that below detailed description is had the portable computer battery fastening structure of the present invention of above formation.
At first, key diagram 3 and locking 50,50 ' assembling embodiment illustrated in fig. 4.Above-mentioned locking handle 40 is that the bottom from above-mentioned shell 30 installs to above-mentioned handle groove 36.At this moment, the above-mentioned inside that enters into above-mentioned shell 30 in conjunction with hook 43 by above-mentioned handle apertures 37.Be above-mentioned moving along the two ends of above-mentioned handle apertures 37 in conjunction with hook 43 in conjunction with hook 45.Like this, make above-mentioned 43 adjacently, elastic deformation occurs in conjunction with hook, above-mentioned be inserted into above-mentioned handle apertures 37 inside fully in conjunction with hook 45 after, be reduced to prototype.
Then, above-mentioned locking 50,50 ' the be contained in position corresponding in above-mentioned shell 30 the insides with above-mentioned handle groove 36.At this moment, above-mentioned above-mentioned in conjunction with mouth 54 in conjunction with linking up with 43 perforations, make the above-mentioned edge that hangs over above-mentioned locking 50 in conjunction with hook 45 in conjunction with mouth 54.Like this, above-mentioned locking 50,50 ' and locking handle 40 can be used as one and move.Certainly, during assembling locking handle 40, also can shift to an earlier date above-mentioned locking 50,50 ' be contained in above-mentioned shell 30 the insides, make above-mentioned in conjunction with hook 43 can be simultaneously by handle apertures 37 and in conjunction with mouth 54 hang over locking 50,50 '.
Afterwards, tangle locking 50 resilient material 60 is set above-mentioned.One end of above-mentioned resilient material 60 is connected with above-mentioned resilient material embossment 56 in conjunction with mouthfuls 54 li, the other end then with the resilient material embossment 38 of 38 li of above-mentioned supporting walls ' be connected.Above-mentioned resilient material 60 is to make above-mentionedly to tangle locking 50 and move to above-mentioned fastening projection 52 front ends direction of living in.
Simultaneously, lock locking 50 be configured such that the hook 59 of above-mentioned extension arm 58 can hang over above-mentioned lock the projection 39 '.With Fig. 4 is standard, the locking 50 of locking in left side ' be overturning right side tangle locking 50, make the direction of fastening projection 52 become mutual opposite direction.
Like this, the hook 59 of above-mentioned extension arm 58 hang over selectively above-mentioned lock the projection 39 ', pin the state that above-mentioned battery 70 is contained in battery installation section 32.The above-mentioned projection 39 of locking ' and the locking 50 of locking of pinning ' be not use resilient material.Therefore, the above-mentioned projection 39 of locking ' and pin the locking 50 of locking ' just according to it position being set finishes the lock and unlock function.
Finish the locking 50,50 of assembling ' play a part fastening and tangle the state that battery 70 is contained in above-mentioned battery installation section 32 like this.That is, if above-mentioned battery hook 72 is inserted into shell 30 inside by hook mouth 35, what be subjected to above-mentioned resilient material 60 elastic force tangles locking 50 just because of interactive spigot surface 53 interactive retreat of above-mentioned battery hook 72 with above-mentioned fastening projection 52.If the above-mentioned battery hook 72 interactive spigot surfaces 53 by above-mentioned fastening projection 52, just the bounce because of above-mentioned resilient material 60 moves to the above-mentioned original position that tangles locking 50, make above-mentioned battery link up with 72 hang over above-mentioned tangle face 53 '.
Simultaneously, the lock and unlock that battery is provided with state is carried out in the above-mentioned locking 50 of the locking ' position is set because of the user changes it selectively.Above-mentioned locking handle 40 is arranged in the side at above-mentioned handle groove 36 two ends, finishes its function with this.
Such as, if the above-mentioned projection 39 of locking of the hook of above-mentioned extension arm 58 59 contact ' an end of locking 50 sides of locking, the fastening projection 52 of the above-mentioned locking 50 of locking just tangles battery hook 72, prevents to break away from.This state is exactly a locking state.
In addition, if the above-mentioned projection 39 of locking of the hook of above-mentioned extension arm 58 59 contact ' an end of locking 50 reverse side of locking, the above-mentioned locking 50 of locking ', make battery link up with 72 and be in released state just from the recession relatively of above-mentioned battery hook 72.
So if the user is contained in battery installation section 32 to battery 70, above-mentioned battery hook 72 enters shell 30 inside by above-mentioned hook mouth 35, just the locking of being supported by above-mentioned resilient material 60 50 that tangles tangles battery and links up with 72.Afterwards, the 60 unsupported above-mentioned lockings 50 of locking of user's operating flexibility material ', make above-mentioned hook 59 obtain the above-mentioned projection 39 of locking ' in the support of locking 50 sides one end.Like this, be not subjected to the locking 50 of locking that above-mentioned resilient material 60 supports ' above-mentioned battery is linked up with 72 to become locking state.
On the contrary, in order to separate the battery 70 that is contained in battery installation section 32, at first above-mentioned hook 59 cross the above-mentioned projection 39 of locking ' the be positioned at locking 50 of locking ' opposite direction one end, remove the locking 50 of locking ' fastening projection 52 and the locking state of battery hook 72.
In addition, overcome the elastic force of resilient material 60, move obtain that above-mentioned resilient material 60 supports tangle locking 50, the bonding state of above-mentioned locking 50 and battery hook 72 is disengaged.
Simultaneously, the embodiment of Fig. 5 is also such with the embodiment of above-mentioned explanation, tangle locking 150 and the locking 150 of locking ' action almost similar.That is, the above-mentioned locking 150 of locking ' also need not independent resilient material support is moved with user's manual operation.
In addition, above-mentionedly tangle locking 150 and pushed to a direction by resilient material 160 all the time.So when if battery 170 is installed to above-mentioned battery installation section 132, battery hook 172 enters shell 130 inside, battery hook 172 is just along interactive spigot surface 153 insertions of above-mentioned fastening projection 152.So, above-mentionedly tangle locking 150 usefulness elastic deformation resilient materials 160, and drop back.Tangle moving of locking 150 according to above-mentioned, above-mentioned battery hook 172 will enter into the inboard of hook mouthfuls 135 fully.
If above-mentioned battery hook 172 enters the inside of hook mouth 135 fully, just by above-mentioned interactive spigot surface 153, battery hook 172 is tangled fastening projection 152 fastenings of locking 150.If the user moves above-mentioned locking handle 140 in the handle groove, above-mentioned fastening projection 152 is with regard to fastening battery hook 172, the above-mentioned locking 150 of locking ' be in locking state.
Afterwards, for from battery installation section 132 split cells 170, the above-mentioned locking 150 of locking of at first dropping back ', remove and link up with 172 locking state with battery.In addition, move the above-mentioned locking 150 that tangles, the state that tangles that same releasing and battery hook are 172.Like this, above-mentioned battery hook 172 becomes the state that can break away from the outside by above-mentioned hook mouth 135, can be from battery installation section 132 split cells 170.
The technical scope of this invention is not limited to the content on the instructions, must determine its technical scope according to the claim scope, the related work personnel can carry out various change and modification fully in the scope that does not depart from this invention technological thought.
Claims (9)
1, a kind of mounting structure of portable computer battery is characterized in that, comprising:
Be located at a side of shell, and be communicated with the inboard of shell, a side forms the battery installation section of packed into the battery of hook mouth;
Be arranged at least two locking handles of the outside of above-mentioned shell, this locking handle has the combination hook of the handle apertures that connects on the handle groove;
Be arranged on the inboard and the above-mentioned locking that combines the hook combination of above-mentioned shell, make action as one, link up with mutual fastening with the battery that inserts by above-mentioned hook mouth selectively with each locking handle.
2, the mounting structure of portable computer battery according to claim 1 is characterized in that, at least one in the above-mentioned locking is to be supported by resilient material in conjunction with the direction of above-mentioned battery hook.
3, the mounting structure of portable computer battery according to claim 1 and 2 is characterized in that, above-mentioned locking is to comprise that following part constitutes:
To connect up and down, have because of above-mentioned combination hook connects the mouth that tangles that tangles, be communicated with the above-mentioned mouth that tangles, form the locking main body of the locking mouth that moves at locking;
Give prominence to a side that is formed on above-mentioned locking main body, and link up with the fastening projection of fastening selectively with above-mentioned battery;
Give prominence to the opposite direction corresponding interlocking main body opposite side that is formed on above-mentioned fastening projection, the extension arm of the battery of locking hook.
According to the mounting structure of the described portable computer battery of claim 3, it is characterized in that 4, the front end of above-mentioned extension arm forms hook, above-mentioned extension arm is that the short transverse that favours above-mentioned locking forms.
5, according to the mounting structure of the described portable computer battery of claim 4, it is characterized in that, the combination of a locking main body mouthful side is formed with the resilient material embossment that resilient material one end supports, form on the supporting walls that forms as the handle apertures edge of above-mentioned shell inboard corresponding with above-mentioned resilient material embossment, but and the resilient material embossment of the support elastic material other end.
6, a kind of battery fastening structure of portable computer is characterized in that:
But be formed on the battery installation section of internal battery of a side of shell, be communicated with shell is inboard, a side forms 2 hook mouths at least;
Be contained in the locking that tangles that the locking knob-shaped of the handle groove that above-mentioned enclosure forms becomes one, and be installed in the inboard of above-mentioned shell, hung over the battery hook that inserts by above-mentioned hook mouth by the elastic force of resilient material;
Be contained in the locking of locking that the locking knob-shaped of the handle groove that above-mentioned enclosure forms becomes one, and be contained in above-mentioned shell inboard, link up with mutual fastening with the battery that inserts by above-mentioned hook mouth selectively.
7, the battery fastening structure of portable computer according to claim 6 is characterized in that, is provided with as above-mentioned housings of locking the locking two ends and prevents the disengaging of locking of locking, and guide the hook of leading that moves.
8, the battery fastening structure of portable computer according to claim 6 is characterized in that, the above-mentioned moving direction two ends that tangle locking are provided with leads hook.
9, the battery fastening structure of portable computer according to claim 8 is characterized in that, the above-mentioned housings that tangles locking also has the obstruction bridge that prevents to tangle the locking disengaging.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510039085 CN1854969A (en) | 2005-04-26 | 2005-04-26 | Battery installing structure of booknote computer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510039085 CN1854969A (en) | 2005-04-26 | 2005-04-26 | Battery installing structure of booknote computer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1854969A true CN1854969A (en) | 2006-11-01 |
Family
ID=37195182
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200510039085 Pending CN1854969A (en) | 2005-04-26 | 2005-04-26 | Battery installing structure of booknote computer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1854969A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI412669B (en) * | 2011-05-09 | 2013-10-21 | Inventec Corp | Electronic device |
-
2005
- 2005-04-26 CN CN 200510039085 patent/CN1854969A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI412669B (en) * | 2011-05-09 | 2013-10-21 | Inventec Corp | Electronic device |
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