CN202759699U - Slide cover electronic equipment hidden transmission mechanism - Google Patents
Slide cover electronic equipment hidden transmission mechanism Download PDFInfo
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- CN202759699U CN202759699U CN 201220394789 CN201220394789U CN202759699U CN 202759699 U CN202759699 U CN 202759699U CN 201220394789 CN201220394789 CN 201220394789 CN 201220394789 U CN201220394789 U CN 201220394789U CN 202759699 U CN202759699 U CN 202759699U
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- electronic equipment
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- slip lid
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Abstract
The utility model provides a slide cover electronic device hidden transmission mechanism. The slide cover electronic equipment hidden transmission mechanism at least comprises a slide seat, a support which is arranged on one side of the slide seat and is assembled on the body of a slide cover type electronic device, a pivot device which is cooperatively assembled on the support, a transmission shaft which passes through the pivot device and is jointed and linked with the inside of the slide seat, a bearing frame which is combined on the upper surface of the slide seat and a track which is assembled on the bearing frame. The track is assembled on an upper cover of the slide cover type electronic device. A power transmission mechanism is arranged inside the slide seat. A rack which is assembled below the track is jointed and linked with the power transmission mechanism. A hollow shaft tube which is arranged on an end part of the support is in sleeve joint with a pivot to form the pivot device together. The pivot is jointed and linked with the slide seat. The transmission shaft passes through the pivot and is jointed and linked with the power transmission mechanism in the slide seat.
Description
Technical field
The relevant a kind of slip lid electronic equipment concealed drive of the utility model mechanism, the suitable slide electronic equipment that contains relative body and loam cake that is used in of espespecially a kind of spy, can possess power transmission shaft and can set firmly the intrinsic advantage that is hidden in as system end, whole transmission mechanism can more effectively be simplified; Simultaneously, be conducive to the further miniaturization of this type of slide electronic equipment.
Background technology
Generally the class of electronic devices such as notebook computer contains a body as the fixed system end haply, and one can be for the movable LCD screen loam cake of raising.Usually this type of slide electronic equipment arranges the main body system end below movable loam cake, and this movable top lid can and then upwards be raised with respect to main body system end elder generation's sliding translation.
Early stage slide electronic equipment will reach relevant power transmission shaft in order to the slide mechanism that produces phorogenesis and geared system is located at movable top lid; but these members can be revealed by the back side after raising along with loam cake; for considering on attractive in appearance; usually can use protecting cover to be coated; but this protecting cover must be accommodated in the body when loam cake is closed; that is to say that body when design must be reserved the spatial accommodation of protecting cover, the consolidation of this type of slide electronic equipment is had a negative impact.
The all TaiWan, China new patents No. 100118607 " power transmission shaft is positioned at the slide-cover lifting structure of base " of applicant are namely improved for above-mentioned shortcoming, it utilizes gear train that a plurality of gears form as the medium of transferring power, power transmission shaft can be set firmly in the body that is hidden in as system end, can not raise and expose along with loam cake, improve at one stroke relevant transmission mechanism and appear the various shortcomings that cause.But the power transmission shaft of this front case and pivot device must be preset the space of the radius of gyration during start not on same center line, simultaneously, use a plurality of gears not only cost increase, relatively also take up space, and be unfavorable for the miniaturization of advancing of electronic equipment.
Summary of the invention
The purpose of this utility model is to provide a kind of slip lid electronic equipment concealed drive mechanism, it is simple in structure, the radius of gyration space of causing in the time of can improving non-same center line member transmission, and be conducive to the further miniaturization of this type of slide electronic equipment, can also more effectively simplify the structure of this type of slide type electronic device.
For reaching above purpose, the utility model discloses a kind of slip lid electronic equipment concealed drive mechanism, be used in the slide electronic equipment that contains relative body and loam cake, it is characterized in that, at least comprise a slide, one is located at the support of this slide one side, described support is connected to above-mentioned slide electronic equipment body, the cooperation of one pivot device is connected to this support, one passes described pivot device and engages interlock in the power transmission shaft of above-mentioned slide inside, one is combined in the bolster of slide upper surface, and the track that is connected to bolster, and this track groups is connected to described slide electronic equipment loam cake; Described slide is provided with power and passes connection mechanism in inside, described track below winding tooth bar passes connection mechanism for engaging interlock in described power; Above-mentioned support is provided with a hollow central siphon in an end, with the described pivot device of common formation, described pivot engages interlock with above-mentioned slide for socket one pivot; One power transmission shaft passes above-mentioned pivot and engages interlock in the power biography connection mechanism of described slide inside.
Wherein, described support is in being provided with a side tabs near the slide place, and this side tabs contains long slot bore; One guide card is combined in above-mentioned side tabs inner face, and this guide card contains a projection and supplies to be sleeved on above-mentioned long slot bore, and is provided with another through hole for winding one torque force device.
Wherein, described torque force device comprises a plurality of elastomeric pads of being located at guide card one side, and the rotating shaft of a default front end thread is passed above-mentioned long slot bore, through hole and a plurality of elastomeric pad and interlocking in a relative nut.
Wherein, rotating shaft one end of described torque force device is engaged in a connecting rod piece one end, and the activity of described connecting rod piece another end is articulated in the default outer boom of above-mentioned slide inboard.
Wherein, described side tabs inner face is provided with rank section to form the stroke zone of different-thickness.
Wherein, described side tabs inner face is provided with rank section to form the stroke zone of different-thickness.
Wherein, described side tabs inner face is provided with rank section to form the stroke zone of different-thickness.
Wherein, above-mentioned hollow central siphon is directly reeled by support one end one and is formed, and reserves a notch part that forms elastic reaction, and one in order to shorten the face that scabbles of radial distance; Above-mentioned pivot is provided with for the mobile jib body that penetrates above-mentioned hollow central siphon, and described pivot mobile jib body also is provided with the section of scabbling of scabbling face with respect to above-mentioned hollow central siphon.
Wherein, above-mentioned hollow central siphon one end forms a camber dististyle, and above-mentioned pivot is provided with a protruding catch in mobile jib body desired location, and this protruding catch cooperates above-mentioned camber dististyle as the restraint device that relatively rotates stroke.
Wherein, default one first alcove of described slide passes connection mechanism for winding power, and this power passes connection mechanism and comprises at least each other one first gear and one second gear of toe joint, and this first gear is via the default above-mentioned end part of driving shaft of through hole grafting interlock of a sidewall.
Wherein, described slide further is provided with one second alcove for assembling one locating wheel, and above-mentioned track is respectively equipped with locating notch in front and back with respect to above-mentioned locating wheel position.
Pass through said structure, the utility model since power transmission shaft be positioned at same center line as the pivot of pivot device, can set firmly the intrinsic advantage that is hidden in as system end except possessing power transmission shaft, whole transmission mechanism only need use one group of relative gear, can more effectively simplify the structure of this type of slide type electronic device; Simultaneously, the radius of gyration space of causing when non-same center line member transmission also can be eliminated, and is conducive to the further miniaturization of this type of slide electronic equipment.
Description of drawings
Fig. 1: show the utility model preferred embodiment stereogram.
Fig. 2: the three-dimensional element exploded view that shows Fig. 1.
Fig. 3: show in addition side enlarged drawing of Fig. 2 support.
Fig. 4: show Fig. 2 main member assembled state front view.
Fig. 5: show Fig. 4 A-A direction cutaway view.
Fig. 6: show the action schematic diagram that the loam cake translation such as Fig. 4 pushes to slide.
Fig. 7: for the loam cake of hookup 6 starts action diagram.
Fig. 8: show that the loam cake such as Fig. 7 starts the state partial enlarged drawing.
Fig. 9: show Fig. 8 B-B direction cutaway view.
Figure 10: show Fig. 8 C-C direction cutaway view.
Figure 11: show that the utility model is installed in the schematic diagram of slide type electronic device.
Embodiment
The utility model novelty and other characteristics will be tending towards clear in cooperating the following drawings preferred embodiment to describe in detail.
At first please refer to the drawing 1, show the wherein concealed slide-cover lifting structure of a side (electronic equipment right side) in the diagram possible embodiments, comprise a slide 10, one is located at the support 20 of these slide 10 1 sides, cooperate the pivot device 30 that is connected to this support 20, one passes described pivot device 30 and engages the power transmission shaft 40, of interlock in above-mentioned slide 10 inside and is combined in the bolster 50 of slide 10 upper surfaces, and the track 60 that is connected to bolster 50.
As shown in Figures 2 and 3, above-mentioned support 20 is inner at slide electronic equipment body 80 (attached ginseng Fig. 4) rear end lateral margin in order to secure bond, in being provided with a side tabs 21 near slide 10 places, this side tabs 21 contains long slot bore 22, in the diagram preferred embodiment, and it is regional for the stroke that forms different-thickness to be provided with rank section 23 at side tabs 21 inner faces; 24 of one guide cards are capable of being combined in above-mentioned side tabs 21 inner faces, this guide card 24 contains a projection 241 for being sleeved on above-mentioned long slot bore 22, and be provided with another through hole 242 for winding one torque force device, in illustrated embodiment, this torque force device comprises that 26 of the rotating shafts of the default front end threads of a plurality of elastomeric pads 25, of being located at guide card 24 1 sides can pass above-mentioned long slot bore 22, through hole 242 and a plurality of elastomeric pad 25 interlockings in a relative nut 261.
Please consult simultaneously Fig. 2 and Fig. 8-Figure 10, above-mentioned support 20 is provided with a hollow central siphon 27 in leading section, for being socketed a pivot 31 with common formation one pivot device 30; Above-mentioned hollow central siphon 27 is directly reeled by support 20 1 end one and is formed, and reserve a notch part 271 (ginseng Fig. 9) that forms elastic reaction, and one in order to shortening the face that scabbles 272 of radial distance, and at one end form a camber dististyle 273 (ginseng Fig. 2); 31 on above-mentioned pivot is provided with can be for the mobile jib body that penetrates above-mentioned hollow central siphon 27, and this mobile jib body is preset centre bore 32 and is provided with a protruding catch 33 in the shaft desired location, and this protruding catch 33 can cooperate above-mentioned camber dististyle 273 as the restraint device that relatively rotates stroke; Simultaneously, also be provided with the section of scabbling 34 of scabbling face 272 with respect to above-mentioned hollow central siphon 27 at pivot 31 mobile jib bodies.
40 of above-mentioned power transmission shafts can pass the above-mentioned pivot 31 relative centre bores 32 that are assembled in the hollow central siphon 27, pass connection mechanism for engaging the above-mentioned slide 10 internal preset power of interlock, and power is sent to the relatively concealed slide-cover lifting structure of being located at these power transmission shaft 40 another ends, for carry out synchronous loam cake sliding translation and on lift work.
Simultaneously, above-mentioned pivot 31 with contain scabble axle body section 35 grafting interlocks in described slide 10 relative side openings 110 (ginseng Fig. 2 and Fig. 8) with this slide 10 of synchronous drive.
Above-mentioned slide 10 default one first alcoves 11 pass connection mechanism for winding power, in possible embodiments, this power passes connection mechanism and comprises at least each other one first gear 12 and one second gear 13 of toe joint, this first gear 12 is via the default above-mentioned power transmission shaft of through hole 101 grafting interlocks 40 ends of a sidewall, 13 of above-mentioned the second gears articulate the location via another default through hole 102 with a pivot pin 103, make the first gear 12 rotary powers can be sent to this second gear 13.In above-mentioned slide 10 slightly rears then be provided with one second alcove 14 for assembling one locating wheel 15 in wherein, in illustrated embodiment, these locating wheel 15 activities are installed in a fulcrum 16, and 16 of described fulcrums cooperate flanging 161 to be positioned in the relative recess 104 in slide 10 surfaces and the jack 105 (ginseng Fig. 2, Fig. 4 and Fig. 5).
As shown in Figure 2,17 of connecting rod pieces are located at above-mentioned slide 10 1 inboards, make described connecting rod piece 17 1 end winding interlocks in above-mentioned torque force device rotating shaft 26 1 ends, and described connecting rod piece 17 another ends are the movable default outer boom 18 that is articulated in above-mentioned slide 10 inboards then.
Such as Fig. 1, Fig. 2, Fig. 4 and shown in Figure 5, above-mentioned bolster 50 can be screened in the relative inner bolt hole of slide 10 upper surfaces with bolt 51,52 lockings, and these bolster 50 default slotted eyes 53 expose above-mentioned locating wheel 15 local these slotted eyes 53 of wheel cause; The default clip slot in whole bolster 50 upper surface both sides is for the sliding sleeve 54,55 of winding two relative section configurations; 60 on one track can be positioned slide electronic equipment loam cake 90, and described track 60 Slide Groups are connected between the described sliding sleeve 54,55,56 interlockings of tooth bar are in these track 60 belows, and make this tooth bar 56 approximately position, stage casing when normality toe joint in the second above-mentioned gear 13.Simultaneously, above-mentioned track 60 exposes the wheel rim position in front and back with respect to above-mentioned locating wheel 15 and is respectively equipped with locating notch 61 (ginseng Fig. 2).
As shown in Figure 4, when the utility model is applied to slide electronic equipment, loam cake 90 can be by under the untapped closed normality, the as shown direction of arrow slippage of turning right, make whole loam cake 90 parts shift out gradually the body 80 outer (as shown in Figure 6) of below, in this sliding translation process, tooth bar 56 and the second gear 13 interlocks, make 12 rotations of the first gear and drive power transmission shaft 40, interlock is connected to the in addition side slide-cover lifting structure of power transmission shaft 40 another ends.
After slide electronic equipment loam cake 90 sliding translations arrive the end of travel such as Fig. 6, can shown in Fig. 7 arrow, direction up raise, please cooperate simultaneously and consult Fig. 8～Figure 10, default protruding catch 33 described above can cooperate camber dististyle 273 to raise the restraint device (as shown in figure 10) of stroke as loam cake 90 maximums; Simultaneously, in the process that slide 10 starts along with loam cake 90, to drive synchronously pivot 31 rotations, make the hollow central siphon 27 of originally presetting notch part 271 rotate to the different radical lengths of different angles because of pivot 31, and cooperate both relatively to scabble the design of face and be forced to gradually, and form the chucking power strengthened with loam cake 90 be positioned at set on lift the angle position.Meanwhile, above-mentioned connecting rod piece 17 1 ends will be with itself and above-mentioned torque force device rotating shaft 26 links as the action axle center, making connecting rod piece 17 activities be articulated in the above-mentioned slide 10 inboard another ends of presetting outer booms 18 will be along with lifting and the one section height that rises on the slide 10, whole connecting rod piece 17 thereby become oblique holding state (ginseng Fig. 7 and Fig. 8) cooperates the regional formed strength that urges of stroke of the torque force device of an end and side tabs 21 inner face rank sections 23 different-thickness that form to the 90 stroke supplemental support effects of slide type electronic device loam cake.
Figure 11 shows that the utility model is installed in the schematic diagram of a slide type electronic device, show that described slide-cover lifting structure is to be located at the lateral margins inside, slide type electronic device two rear end that is comprised of body 80 and loam cake 90 with a prescription formula, wherein the slide-cover lifting structure of a side can be transferred to via power transmission shaft 40 slide-cover lifting structure of other side.
The utility model since power transmission shaft be positioned at same center line as the pivot of pivot device, can set firmly the intrinsic advantage that is hidden in as system end except possessing power transmission shaft, whole transmission mechanism only need use one group of relative gear, can more effectively simplify the structure of this type of slide type electronic device; Simultaneously, the radius of gyration space of causing when non-same center line member transmission also can be eliminated, and is conducive to the further miniaturization of this type of slide electronic equipment.
Above embodiment only with for conveniently illustrating the utility model, is not in a limitative way, and for haveing the knack of this skill personage according to various Simple transformeds and modification that this embodiment can do, all must include in following claim.
Claims (11)
1. slip lid electronic equipment concealed drive mechanism, be used in the slide electronic equipment that contains relative body and loam cake, it is characterized in that, at least comprise a slide, one is located at the support of this slide one side, described support is connected to above-mentioned slide electronic equipment body, the cooperation of one pivot device is connected to this support, one passes described pivot device and engages interlock in the power transmission shaft of above-mentioned slide inside, one is combined in the bolster of slide upper surface, and the track that is connected to bolster, this track groups is connected to described slide electronic equipment loam cake; Described slide is provided with power and passes connection mechanism in inside, described track below winding tooth bar passes connection mechanism for engaging interlock in described power; Above-mentioned support is provided with a hollow central siphon in an end, with the described pivot device of common formation, described pivot engages interlock with above-mentioned slide for socket one pivot; One power transmission shaft passes above-mentioned pivot and engages interlock in the power biography connection mechanism of described slide inside.
2. slip lid electronic equipment concealed drive as claimed in claim 1 mechanism is characterized in that described support is in being provided with a side tabs near the slide place, and this side tabs contains long slot bore; One guide card is combined in above-mentioned side tabs inner face, and this guide card contains a projection and supplies to be sleeved on above-mentioned long slot bore, and is provided with another through hole for winding one torque force device.
3. slip lid electronic equipment concealed drive as claimed in claim 2 mechanism, it is characterized in that, described torque force device comprises a plurality of elastomeric pads of being located at guide card one side, and the rotating shaft of a default front end thread is passed above-mentioned long slot bore, through hole and a plurality of elastomeric pad and interlocking in a relative nut.
4. slip lid electronic equipment concealed drive as claimed in claim 3 mechanism is characterized in that rotating shaft one end of described torque force device is engaged in a connecting rod piece one end, and the activity of described connecting rod piece another end is articulated in the default outer boom of above-mentioned slide inboard.
5. slip lid electronic equipment concealed drive as claimed in claim 2 mechanism is characterized in that, described side tabs inner face is provided with rank section to form the stroke zone of different-thickness.
6. slip lid electronic equipment concealed drive as claimed in claim 3 mechanism is characterized in that, described side tabs inner face is provided with rank section to form the stroke zone of different-thickness.
7. slip lid electronic equipment concealed drive as claimed in claim 4 mechanism is characterized in that, described side tabs inner face is provided with rank section to form the stroke zone of different-thickness.
8. slip lid electronic equipment concealed drive as claimed in claim 1 mechanism is characterized in that, above-mentioned hollow central siphon is directly reeled by support one end one and formed, and reserves a notch part that forms elastic reaction, and one in order to shorten the face that scabbles of radial distance; Above-mentioned pivot is provided with for the mobile jib body that penetrates above-mentioned hollow central siphon, and described pivot mobile jib body also is provided with the section of scabbling of scabbling face with respect to above-mentioned hollow central siphon.
9. slip lid electronic equipment concealed drive as claimed in claim 6 mechanism, it is characterized in that, above-mentioned hollow central siphon one end forms a camber dististyle, and above-mentioned pivot is provided with a protruding catch in mobile jib body desired location, and this protruding catch cooperates above-mentioned camber dististyle as the restraint device that relatively rotates stroke.
10. slip lid electronic equipment concealed drive as claimed in claim 1 mechanism, it is characterized in that, default one first alcove of described slide passes connection mechanism for winding power, this power passes connection mechanism and comprises at least each other one first gear and one second gear of toe joint, and this first gear is via the default above-mentioned end part of driving shaft of through hole grafting interlock of a sidewall.
11. slip lid electronic equipment concealed drive as claimed in claim 8 mechanism is characterized in that, described slide further is provided with one second alcove for assembling one locating wheel, and above-mentioned track is respectively equipped with locating notch in front and back with respect to above-mentioned locating wheel position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220394789 CN202759699U (en) | 2012-08-10 | 2012-08-10 | Slide cover electronic equipment hidden transmission mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220394789 CN202759699U (en) | 2012-08-10 | 2012-08-10 | Slide cover electronic equipment hidden transmission mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202759699U true CN202759699U (en) | 2013-02-27 |
Family
ID=47738853
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220394789 Expired - Lifetime CN202759699U (en) | 2012-08-10 | 2012-08-10 | Slide cover electronic equipment hidden transmission mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202759699U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI716003B (en) * | 2018-06-21 | 2021-01-11 | 仁寶電腦工業股份有限公司 | Electronic device |
| TWI802506B (en) * | 2022-08-30 | 2023-05-11 | 大陸商環勝電子(深圳)有限公司 | Case body and motherboard system |
-
2012
- 2012-08-10 CN CN 201220394789 patent/CN202759699U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI716003B (en) * | 2018-06-21 | 2021-01-11 | 仁寶電腦工業股份有限公司 | Electronic device |
| TWI802506B (en) * | 2022-08-30 | 2023-05-11 | 大陸商環勝電子(深圳)有限公司 | Case body and motherboard system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130227 |