CN2509634Y

CN2509634Y - Electronic equipment with battery fixing device

Info

Publication number: CN2509634Y
Application number: CN 01271250
Authority: CN
Inventors: 颜嘉良; 许世忠; 曾华忠; 钱智祥; 许昌隆
Original assignee: Wistron Corp
Current assignee: Wistron Corp
Priority date: 2001-11-23
Filing date: 2001-11-23
Publication date: 2002-09-04
Anticipated expiration: 2011-11-23

Abstract

The utility model relates to an electronic device which is provided with a battery fixing device. The utility model comprises a sliding component which can slide repeatedly on the side wall of the battery groove room along the first direction to the second direction and between the second direction and is provided with a first blocking part; a battery which is positioned in the battery groove room along the second direction and is provided with a second blocking part and a third blocking part; the third blocking part is provided with a third sliding surface and a third blocking surface; when the battery enters into the battery groove room along the second direction, the second blocking part is blocked in the first blocking part moving with the first blocking part to position the battery in the battery groove room; when the driving sliding component slides along the first direction, the first blocking part will release the second part and will slide along the third sliding surface and is blocked in the second position and push the third blocking part to separate from the bottom wall of the battery groove room with certain height; at last the battery is taken out, the first blocking part is released and the sliding component repositions to the first position under the springy force of the repositioning component.

Description

Electronic equipment with cell fixing device

Technical field

The utility model relates to a kind of electronic equipment, particularly relates to a kind of electronic equipment with cell fixing device easy and simple to handle.

Background technology

As mobile communication information electronic equipments such as notebook computers, not limited by external power source in order to make it have the various environment of being suitable for, The built-in has extractable and changeable supplying cell, and this battery one of is equipped with substantially for it.With an existing notebook computer is example, and as shown in Figure 1 and Figure 2, the lower surface of the housing 81 of its main frame portion 8 is arranged with a battery case chamber 82, ccontaining fixing and form with battery case chamber 82 interior contacts (not shown)s and to be electrically connected for a battery 83.

This battery 83 is inserted the program of battery case chamber 82, shown in this each figure, usually need elder generation to make it bottom-up housing 81 counter-rotatings of main frame portion 8, then as shown in Figure 1 battery 83 is omited the application of force downwards and be pressed into battery case chamber 82, and promote push button 84 relatively and drive its inner button that connects and hold mechanism's (not shown), unlikelyly so that battery 83 is positioned battery case chamber 82 deviate from, and this push button 84 be subjected to an extension spring (not shown) connection and permanent be subjected to one in the figure elastic-restoring force on right side.Yet be fixed in the actual user mode of battery case chamber 82 at battery 83, because this push button 84 is located at the place that housing 81 outer rims are touched easily usually, if the careless false touch of user is also therefore stirred push button 84, it is removed former buckleing of battery 83 held positioning action, then cause battery 83 to be deviate from most probably and interrupt the operation of power supply supply and related system, even cause battery 83 to be lost.

Otherwise and, will be with battery 83 from the battery case chamber 82 when taking out, then as shown in Figure 2, need the above-mentioned extension spring power of opposing elastic force and in the figure left side stir push button 84, it is removed former buckleing of battery 83 held positioning action, and simultaneously battery 83 is extracted on battery case chamber 82, so it is its operation often needs both hands to carry out simultaneously, very inconvenient and also increase the running time concerning the user.

So, how for cell fixing device, further improve the convenience and the security of its slotting program fetch as notebook computer or the outfit of other electronics, be to be the improved emphasis of the utility model.

The utility model content

The purpose of this utility model is to provide a kind of electronic equipment with cell fixing device, and its one-handed performance can take out battery, and is easy and simple to handle, and can prevent that also battery from coming off

The purpose of this utility model is to realize like this, a kind of electronic equipment with cell fixing device promptly is provided, and it comprises: an apparatus casing, its inside are provided with the necessary electronic component for described equipment running, its surface is arranged with a battery case chamber, and described battery case chamber has a diapire and a sidewall; One sliding part that can reciprocatingly slide between a primary importance and a second place at described sidewall upper edge one first direction which is provided with and is positioned at indoor at least one first block holding part of described battery case; One actuated piece is located at described apparatus casing versatilely, moves to drive described sliding part; One reposition element connects described sliding part and described apparatus casing, with provide described sliding part from described second site reversion to the elastic-restoring force of described primary importance; One battery, can be placed in the battery case chamber along a second direction, the side of its corresponding described sidewall is provided with at least one second block holding part and at least one the 3rd block holding part with described at least one first block holding part equal number, and described at least one second block holding part and at least one the 3rd block holding part are along described first direction dislocation configuration, and described at least one the 3rd block holding part is provided with one the 3rd slipping plane and one the 3rd retaining surface; When with at least one second block holding part of described battery when described second direction is pressed into described battery case chamber, will clip to be in described first block holding part thereupon moving relative to described first block holding part, described battery in place is in described battery case chamber; When driving described actuated piece to drive described at least one first block holding part of described sliding part when described first direction slides, to discharge described at least one second block holding part thereupon, then be subjected to described the 3rd retaining surface clip to be positioned the described second place thereby move, and promote described the 3rd block holding part relatively and break away from described battery case chamber diapire certain distance in contrast to described second direction together with the battery side along described the 3rd slipping plane; Described at least one first block holding part when described battery is taken out from described battery case chamber at last will discharge from described the 3rd retaining surface, and the elastic returning that is subjected to described reposition element together with described sliding part is to described primary importance.

The utility model also provides a kind of electronic equipment with cell fixing device, and it comprises: an apparatus casing, inside are provided with the necessary electronic component for described equipment running, and its surface then is arranged with a battery case chamber, and described battery case chamber has a diapire; One battery can be placed in described battery case chamber towards the direction near described diapire; And a block holding part, be located at described battery case chamber, the described block holding part when described battery is placed in described battery case chamber makes at least one side of described battery break away from described battery case chamber diapire certain altitude after activating, so that take out.

Thus, the utility model in battery case chamber taking-up process, can break away from battery case chamber diapire certain altitude with tentative being positioned at of battery one side earlier at battery, and being convenient to thereafter, the user can directly take out battery rapidly with one-handed performance; And place at battery under the user mode of battery case chamber, can prevent to deviate from from battery case chamber accident because of the false touch actuated piece causes battery.

The advantage of the utility model device is, compares with existing design:

One, the process of taking out from the battery case chamber at battery, the utility model provides one earlier with the tentative subsidiary function that breaks away from battery case chamber diapire certain altitude that is positioned at of battery, being convenient to thereafter, the user can directly take out battery rapidly with one-handed performance, compare with existing apparatus, user's need are stirred actuated piece synchronously with both hands and are held the action in power taking pond, and design of the present utility model has higher operation ease and more apparent hommization.

Two and place at battery under the user mode of battery case chamber, the utility model is more by the design of snap close piece, prevent that the user from stirring actuated piece because of careless false touch and causing battery to be deviate from from battery case chamber accident, cause serious consequences such as operating power interruption even battery loss; Moreover, by the lateral deflection characteristic of sliding part, under the snap close piece actuating state, also allow and directly battery is inserted the battery case chamber, and need not the actuating state of releasing snap close piece earlier, so be the dual consideration that takes into account security and convenience.

Description of drawings

Fig. 1 is the relative action synoptic diagram of planting with the battery case chamber of battery of an existing notebook computer;

Fig. 2 is that the battery of notebook computer among Fig. 1 takes out the action synoptic diagram from the battery case chamber;

Fig. 3 is the schematic perspective view of the utility model preferred embodiment;

Fig. 4 is the exploded stereographic map of this preferred embodiment;

Fig. 5 to Fig. 7 is located at the continuous action front-view schematic diagram of battery case chamber for the electric battery of this preferred embodiment;

Fig. 8 to Figure 11 is the continuous action front-view schematic diagram that the battery of this preferred embodiment takes out from the battery case chamber;

Figure 12 looks synoptic diagram on the snap close piece actuating state of this preferred embodiment.

Embodiment

The electronic equipment of the utility model tool cell fixing device as shown in Figure 3 is to be example with a notebook computer 1 in this preferred embodiment, so needs the assembly battery also applicable with any other electronic equipment of supply action required power supply.This notebook computer 1 is identical with other existing designs, all comprise a main frame 11 and a liquid crystal screen display 12, wherein main frame 11 has an apparatus casing 13, its inside is provided with the necessary electronic component for 1 running of this notebook computer, the lower surface of apparatus casing 13 then is arranged with a battery case chamber 14, for a battery 2 ccontaining fixing and formation electrical connections.

As Fig. 4, shown in Figure 5, this battery case chamber 14 is the flattened rectangular body approximately, it has a diapire 141 and in opposite directions madial wall 142, lateral wall 143 and left side wall 144, right side wall 145 in twos, wherein along lateral wall 143 inner edges and the sliding sliding part 3 of establishing, make this sliding part 3 must be subjected to arrest limit, and battery 2 does not plug a primary importance under the state on this lateral wall 143, moves to a second place (promptly as back shown in Figure 10) of high order end along a first direction (promptly among the figure towards the direction on a left side).

Sliding part 3 is to be made by the plastic cement that probably is long rectangle lamellar body or other suitable materials, makes it can bear the relative pressure of longitudinally and produces certain lateral deflection amount, and its effect is detailed later.Sliding part 3 bottoms (then being to be positioned at its top in the drawings) horizontal expansion a junction 31 can be subjected to one to be slidedly arranged on actuated piece 132 interlocks of apparatus casing 13 chutes 131 and to drive sliding part 3 and slide.As shown in Figure 5, sliding part 3 inner edges convex with according to appropriate intervals and slightly are the first trapezoidal block holding part 32 in pairs, and having first bearing surface 321, a vertical plane 322, first slipping plane 323 that tilts, a surface level 324 and an outstanding projection 325 that is arranged in figure bottom and level in regular turn, outstanding projection 325 right sides also form one first buckle face 326.As shown in Figure 4, sliding part 3 one ends also are connected to apparatus casing 13 appropriate locations through a reposition element 4 (as an extension spring), to provide sliding part 3 along the elastic-restoring force reverse with above-mentioned first direction; And in the opposite other end of reposition element 4, sliding part 3 laterally protrudes out one and falls L shaped block seat 33, can be slidedly arranged on snap close piece 134 blocks of apparatus casing 13 another chutes 133 in operation, with the motion of limit slippage part 3 towards first direction.

Battery 2 probably is a flattened rectangular body too for matching with battery case chamber 14, the outer side edges 21 of its corresponding battery case chamber 14 lateral walls 143, be provided with paired first block holding part 32 of corresponding sliding part 3 and a pair of second block holding part 22 and a pair of the 3rd block holding part 23 that outwards is convexly equipped with at interval, and each the 3rd block holding part 23 and each second block holding part 22 are to have a upper and lower off normal amount along this first direction but not be positioned on the same perpendicular line.As shown in Figure 5, it is trapezoidal that second block holding part 22 also probably is, and mainly have suitably corresponding and same second slipping planes 221 that tilt of first slipping plane 323 with first block holding part 32, and be arranged in the figure top and can with level second bearing surface 222 of first bearing surface, 321 upper and lower butts.23 of the 3rd block holding parts slightly are the V-arrangement body of a side level, and comprise that mainly the below tilts and the 3rd slipping plane 231 of convergent among the figure on one day, and the 3rd slipping plane 231 lower end opposite sides omit the projection 232 that protrude the top, between projection 232 and the 3rd slipping plane 231 lower ends, then form one the 3rd buckle face 233, and suitably can detain mutually and support with the first buckle face 326 of first block holding part 32.

Pass through said structure, in the time of battery 2 will being installed in battery case chamber 14, promptly extremely shown in Figure 7 as Fig. 5, with battery 2 according to a second direction vertical (promptly being downward in the drawings) with above-mentioned first direction slightly the application of force insert battery case chamber 14, make battery second block holding part 22 contact first slipping plane 323 of sliding part 3 first block holding parts 32 relatively to lower slider with its second slipping plane 221, simultaneously sliding part 3 is also promoted and after slightly sliding along first direction, oppositely retracted by reposition element 4 and suitable be pressed against second bearing surface 222 of second block holding part 22, make that battery 2 is spacing to be fixed in battery case chamber 14 and unlikelyly to deviate from its first bearing surface 321.

Otherwise, if will be with battery 2 14 taking-ups from the battery case chamber, then extremely shown in Figure 10 as Fig. 8 earlier, driving actuated piece 132 moves towards first direction to drive sliding part 3, after making first block holding part 32 break away from second block holding part 22, thereby slide with the 3rd slipping plane 231 of its outstanding projection 325 along the 3rd block holding part 23, relatively promote the 3rd block holding part 23 and slightly upwards lift certain altitude, suitably fasten in the tentative position of first block holding part, 32 first buckle faces 326 state (being the aforementioned second place) until the 3rd buckle face 233 of the 3rd block holding part 23 as shown in figure 10 together with battery 2.Then as shown in figure 11, treat the operator directly with battery 2 after take out fully battery case chamber 14, the elastic force that sliding part 3 is accumulated by reposition element 4 again is returned to initial primary importance.

Moreover, be placed in when battery 2 under the user mode of battery case chamber 14, as shown in figure 12, activating aforementioned snap close piece 134 moves it and the block seat 33 of block sliding part 3, limit slippage part 3 is towards first direction motion thus, and can prevent because of improper shake-up actuated piece 132 so that battery 2 as described above step deviate from from battery case chamber 14 accidents.Otherwise yet, when snap close piece 134 still is positioned at this actuated position, because sliding part 3 has certain deflection of laterally allowing as described above, so under this state, can directly battery 2 be inserted battery case chamber 14, its motion process preceding half section as in the previous paragraph, after sliding part 3 pushes up snap close piece 134, sliding part 3 begins to produce micro-transverse elasticity distortion, the support that makes battery 2 not have to be subjected to sliding part 3 block holding parts and after directly falling to the location, sliding part 3 is replied original form, at this moment, first bearing surface 321 of sliding part 3 second bearing surface 222 that is pressed against second block holding part 22 makes that battery 2 is spacing to be fixed in battery case chamber 14 and unlikelyly to deviate from.And unlikely destruction sliding part 3 maybe need be removed the actuating state of snap close piece 134 in advance.

Claims

1. the electronic equipment with cell fixing device is characterized in that, comprising: an apparatus casing, its inside are provided with the necessary electronic component for described equipment running, and its surface is arranged with a battery case chamber, and described battery case chamber has a diapire and a sidewall; One sliding part that can reciprocatingly slide between a primary importance and a second place at described sidewall upper edge one first direction which is provided with and is positioned at indoor at least one first block holding part of described battery case; One actuated piece is located at described apparatus casing versatilely, moves to drive described sliding part; One reposition element connects described sliding part and described apparatus casing, with provide described sliding part from described second site reversion to the elastic-restoring force of described primary importance; One battery, can be placed in the battery case chamber along a second direction, the side of its corresponding described sidewall is provided with at least one second block holding part and at least one the 3rd block holding part with described at least one first block holding part equal number, and described at least one second block holding part and at least one the 3rd block holding part are along described first direction dislocation configuration, and described at least one the 3rd block holding part is provided with one the 3rd slipping plane and one the 3rd retaining surface; When with at least one second block holding part of described battery when described second direction is pressed into described battery case chamber, will clip to be in described first block holding part thereupon moving relative to described first block holding part, described battery in place is in described battery case chamber; When driving described actuated piece to drive described at least one first block holding part of described sliding part when described first direction slides, to discharge described at least one second block holding part thereupon, then be subjected to described the 3rd retaining surface clip to be positioned the described second place thereby move, and promote described the 3rd block holding part relatively and break away from described battery case chamber diapire certain distance in contrast to described second direction together with the battery side along described the 3rd slipping plane; Described at least one first block holding part when described battery is taken out from described battery case chamber at last will discharge from described the 3rd retaining surface, and the elastic returning that is subjected to described reposition element together with described sliding part is to described primary importance.

2. the electronic equipment with cell fixing device as claimed in claim 1 is characterized in that, described electronic equipment is a notebook computer.

3. the electronic equipment with cell fixing device as claimed in claim 1 is characterized in that, it is vertical that described first direction and second direction are mutually.

4. the electronic equipment with cell fixing device as claimed in claim 1 is characterized in that, described reposition element is a spring, and described sliding part is subjected to the elastic force of described reposition element simultaneously and resets.

5. the electronic equipment with cell fixing device as claimed in claim 1, it is characterized in that, described at least one first block holding part has one first slipping plane and one first retaining surface, described at least one second block holding part have can be described relatively second slipping plane that slides of first slipping plane, and second retaining surface that fastens mutually with described first retaining surface.

6. the electronic equipment with cell fixing device as claimed in claim 1 is characterized in that, described first slipping plane and second slipping plane are inverted two inclined-planes mutually for matching.

7. the electronic equipment with cell fixing device as claimed in claim 1, it is characterized in that, when clip is in described first block holding part thereupon moving relative to described first block holding part with at least one second block holding part of described battery when described second direction is pressed into described battery case chamber, described at least one first block holding part will be subjected to the elastic returning of described reposition element to described primary importance.

8. as claim 1 or 5 described electronic equipments with cell fixing device, it is characterized in that, described at least one first block holding part has one first resisting block, the 3rd retaining surface of described at least one the 3rd block holding part is positioned at described the 3rd slipping plane end, is snapped in described the 3rd block holding part for the described first buckle piece after described the 3rd slipping plane slides.

9. the electronic equipment with cell fixing device as claimed in claim 8 is characterized in that, described the 3rd slipping plane is the inclined-plane of an end convergent of described the 3rd retaining surface on one day.

10. the electronic equipment with cell fixing device as claimed in claim 1, it is characterized in that, comprise that also one is movably set in the snap close piece of described apparatus casing, its at the described second block holding part clip under the described first block holding part state, the described sliding part of block slides along described first direction after activating, in case described first block holding part discharges described second block holding part and cause described battery to be deviate from from described battery case chamber.

11. the electronic equipment of tool cell fixing device as claimed in claim 10 is characterized in that, described snap close piece is that block is in the end of described sliding part away from described first block holding part after being activated.

12. the electronic equipment with cell fixing device as claimed in claim 10, it is characterized in that, described sliding part has specific lateral elasticity, and be subjected under the actuating state the described relatively at least one first block holding part displacement of described at least one second block holding part of tolerable and be equipped in described second block holding part in described snap close piece, with described battery in place in described battery case chamber.

13. the electronic equipment with cell fixing device is characterized in that, comprising: an apparatus casing, inside are provided with the necessary electronic component for described equipment running, and its surface then is arranged with a battery case chamber, and described battery case chamber has a diapire; One battery can be placed in described battery case chamber towards the direction near described diapire; And a block holding part, be located at described battery case chamber, the described block holding part when described battery is placed in described battery case chamber makes at least one side of described battery break away from described battery case chamber diapire certain altitude after activating, so that take out.

14. the electronic equipment with cell fixing device as claimed in claim 13 is characterized in that, comprises that also one is arranged at the snap close piece of described apparatus casing, the described battery of its block after activating is in case it is deviate from from described battery case chamber.