CN105545936B - High reliability notebook computer equipment - Google Patents

High reliability notebook computer equipment Download PDF

Info

Publication number
CN105545936B
CN105545936B CN 201610117098 CN201610117098A CN105545936B CN 105545936 B CN105545936 B CN 105545936B CN 201610117098 CN201610117098 CN 201610117098 CN 201610117098 A CN201610117098 A CN 201610117098A CN 105545936 B CN105545936 B CN 105545936B
Authority
CN
Grant status
Grant
Patent type
Prior art keywords
portion
provided
drive
display screen
screw
Prior art date
Application number
CN 201610117098
Other languages
Chinese (zh)
Other versions
CN105545936A (en )
Inventor
陈佳佳
Original Assignee
陈佳佳
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Grant date

Links

Abstract

一种可靠性高的笔记本式计算机设备,包括机体部分(8)以及与所述机体部分(8)连接的显示屏部分(9),其中,所述机体部分(8)包括壳体部件(80),所述壳体部件(80)的内腔中固定设置有用于可转动地安装同轴固连的驱动小齿轮(812)与驱动大齿轮(811)的第一轴(81)以及与所述第一轴(81)处于相同水平高度的用于可转动地安装分别与所述显示屏部分(9)的两个分开设置的底部固设腿部(91)固定连接的从动小齿轮(821)的第二轴(82)。 High in reliability notebook computer device, comprising a body portion (8) and (9), wherein said body portion (8) comprises a housing part (the display portion 80 connected to the body portion (8) ), the lumen of the housing member (80) is provided for fixing the rotatably mounted coaxially secured to a drive pinion (812) with the drive gearwheel (811) a first shaft (81) and with the said first shaft (81) at the same level height for rotatably driven pinion mounted two bottom portions of said display screen (9) is provided separately from each fixed leg portion (91) fixedly connected ( 821) a second shaft (82).

Description

可靠性高的笔记本式计算机设备 High reliability notebook computer equipment

技术领域 FIELD

[0001] 本发明涉及笔记本式计算机领域,尤其是一种可靠性高的笔记本式计算机设备。 [0001] The present invention relates to a notebook computer, and in particular is a highly reliable notebook computer device.

背景技术 Background technique

[0002] 笔记本式计算机正在广泛取代台式计算机而应用于个人电脑领域。 [0002] Notebook computers are widely used in replacing desktop computers and personal computers. 而对于显示屏的自动调节和锁定解锁能够改善用户的使用体验。 As for the screen lock and unlock automatically adjusted to improve the user experience. 但是,对于这种调节和解锁锁定的驱动系统往往需要增加额外的容纳空间,对于笔记本式计算机而言,这往往造成外观的改变和体积的增大,尤其容易增加显示屏铰接位置处向后延伸的凸出部的尺寸。 However, such adjustment for locking and unlocking the drive system often requires additional receiving space for a notebook computer, which often causes an increase and the volume change of the appearance, in particular, tend to increase at a display hinge extending rearward position the size of the projecting portion. 这对于计算机的整体美观以及使用性能而言是不利的。 This is for the overall appearance and use your computer's performance is unfavorable. 而通过传统的齿轮电机驱动的模式则难以慢速精确调节显示屏的角度,并且由于驱动电机的控制性能成本等方面的问题,容易造成计算机成本升高而且可靠性不高。 Through conventional gear motor drive mode it is difficult to accurately adjust the angle of the slow display, and the drive control performance issues cost of the motor and the like, but also likely to cause increased reliability is not high cost computer.

发明内容 SUMMARY

[0003] 本发明的目的在于提供一种可靠性高的笔记本式计算机设备,其能够克服现有技术中的缺陷。 [0003] The object of the present invention is to provide a highly reliable apparatus notebook computer, which can overcome the drawbacks of the prior art.

[0004] 根据本发明的一种可靠性高的笔记本式计算机设备,包括机体部分以及与所述机体部分连接的显示屏部分,其中,所述机体部分包括壳体部件,所述壳体部件的内腔中固定设置有用于可转动地安装同轴固连的驱动小齿轮与驱动大齿轮的第一轴以及与所述第一轴处于相同水平高度的用于可转动地安装分别与所述显示屏部分的两个分开设置的底部固设腿部固定连接的从动小齿轮的第二轴,其中,所述驱动大齿轮与所述从动小齿轮啮合并且数量分别为两个,均设置在所述驱动小齿轮的两侧,所述驱动小齿轮的下侧与固定安装在左右移动块上侧的齿条部件啮合,所述左右移动块的下部设置有滑腔用以与螺杆的头部滑动配合,所述头部与所述滑腔的内端之间固定连接有弹性部件,所述螺杆与穿入在中空轴电机中并通过推力轴承与所述壳体部件轴向固定的 [0004] According to the present invention, a highly reliable notebook computer device, comprising a body portion and a display portion connected to said body portion, wherein said body portion comprises a housing member, said housing member a first lumen with a fixed shaft for rotatably secured coaxially mounted drive pinion and the large gear driving the first axis and at the same level of height, respectively, for rotatably mounting the display a bottom screen portion of the two provided separately fixed second shaft driven pinion gear fixedly connected to the legs, wherein said drive gearwheel meshing with the driven pinion and the number of two, respectively, are provided lower side of the both sides of the drive pinion, said drive pinion gear and the rack member fixedly mounted on the left and right side moving piece engaging the lower right and left moving block is provided with a spool chamber for the head of the screw sliding fit between said head inner end of the sliding chamber is fixedly connected with an elastic member, said screw penetrating the hollow shaft motor and a thrust bearing is axially fixed by the housing member 螺纹套筒螺纹配合从而能够左右移动,所述螺杆与所述头部相对的一侧通过连杆而与锁定驱动部固定连接,所述锁定驱动部的上部外侧设置有锁定驱动斜面用以当所述螺杆运动至在右侧位置而将所述显示屏部分转动至闭合状态时与滑动锁定销的内侧部分的端面接合从而将所述滑动锁定销的外侧部分克服顶压在位于所述内侧部分和外侧部分之间的中间凸缘上而将所述滑动锁定销向内侧偏压以便解锁的解锁偏压弹簧的偏压力而推出于所述壳体部件而至锁定位置,以与所述显示屏部分的顶端处的锁定孔接合,从而对所述显示屏部分的闭合状态进行锁定;其中, 所述滑动锁定销的纵向方向处于从竖直方向向外偏转一锐角角度A的方向以便斜插进入所述显示屏部分的顶端处的锁定孔而实现枢转上的锁定;其中,所述从动小齿轮与驱动小齿轮的半径相同,均为所述 The threaded sleeve can be screwed move around, the head of the screw through the side opposite to the driving rod with the locking portion is fixedly connected to the locking drive is provided outside the upper portion to lock the drive bevel when the said screw is moved to the right position in the rotation of the display portion and the inner portion of the pin when the slide lock to the closed state so as to engage the end face of the slide lock pin is pressed against the outer portion against said inner portion and positioned intermediate flange between the outer portion and the biasing force of the unlocking slide lock pin biasing spring in order to unlock the inward bias being introduced in said housing member to a locked position, with the portion of the display screen locking engagement hole at the tip, whereby the closing state of the lock display portion; wherein the longitudinal direction of the slide lock pin in a direction deflected from the acute angle a to the vertical direction outward of the slant entering pivoting locking holes realized on said display screen at the top of the locking portion; wherein said driven pinion and the driving pinion of the same radius, are the 驱动大齿轮的半径的一半;其中,当所述显示屏部分处于相对于所述机体部分的垂直状态时,所述驱动小齿轮与所述齿条部件的啮合位置处于所述齿条部件的中间,并且所述齿条部件的长度设置成能够使得所述显示屏部分从所述垂直状态分别正反旋转度,所述机体部分内的右侧段设有导向滑槽,所述导向滑槽内设有滑块,所述滑块与所还寸冋僧惜滑动配n连接,所述滑块顶部设有连接杆,所述连接杆顶部与所述锁定驱动部固定连接,所述滑块与所述导向滑槽配合滑动用以提高所述锁定驱动部移动时的稳定性。 Half the radius of the large gear drive; wherein, when the display section is in a vertical position with respect to said body portion, said drive pinion meshing with the rack member at a position intermediate the rack member and the length of the rack member can be arranged such that the display portion of each forward and reverse rotation from the vertical state, the right section of the body portion is provided within the cam track, the guide chute provided with a slider connected to the further sliding inch Jiong monk Xi n, the top slide has a connecting rod, the connecting rod top portion is fixed to the locking driving connection, with the slide the guide chute slides with the driving stability to improve the movement of the locking portion.

[0005]通^本发明,通过设置螺纹杆齿条部件与齿轮啮合,能够通过电机驱动而精确慢速地控制显示屏的枢转转动。 [0005] ^ through the present invention, the gear rack member is provided by a threaded rod, a pivot capable of precisely controlling the slow display screen is rotated by a motor driven rotation. 由于螺杆齿条模式的驱动需要纵长方向的较大容置空间,这通过纵向延伸在机体底部而实现;而齿条螺杆在运动过程中由于涉及螺纹配合以及齿轮啮合的移动空间问题^因此需要在两侧预留较大的活动空间,这给计算机的尺寸缩减带来挑战。 Since the drive screw of the rack receiving mode requires a larger space in the longitudinal direction, which is achieved by extending longitudinally at the bottom of the body; and the rack during movement of the screw is screwed, and a mobile as it involves the problem space is required gear engaged ^ both sides set aside a large space, which gives a computer the size reduction challenges. 通过设置与显示屏部分底部的固设齿轮啮合的大小齿轮组,能够实现齿条与齿轮啮合点的内移,从而充分利用计算机机体的内部空间用于齿条的活动空间,而且同时采用了大小齿轮同轴模式与小齿轮啮合,充分缩短了达到显示屏枢转180度或90度所需的齿条移动距离;也^尤是说,大小双齿轮以具体的二比一的大小设置并且与小齿轮啮合,能够将啮合点与直接采用齿条与显示屏固设小齿轮啮合的模式相比将啮合点内移3r(r为小齿轮半径)的距离,通过大小齿轮同轴组件的设置,使得要将显示屏枢转90度时驱动小齿轮的枢转角度为45度,因此齿条的移动距离为(TI/4) Xr,预留活动空间距离加齿条长度部分距离为(II r/2),约为1.5r。 Gear set is fixed by the size of the gear is provided with a bottom portion of the display screen meshes, it is possible to realize the shift of the rack and the gear meshing point, so that full use of the inner space of the body for the computer rack space, and while using size gear coaxial with the pinion gear mode, to achieve the full movement of the rack display shortened pivot 180 degrees or 90 degrees to the desired distance; ^, especially also mean, in particular the size of two to one dual gear set and the size of the pinion, meshing point can be used directly with a rack and pinion gear fixed display mode will engage the interior point shift 3r (r is the radius of the pinion) distance compared by the size of the gear assembly coaxially disposed, to drive such that the pivot angle of the pinion pivot the display screen 90 of 45 degrees, the distance of movement of the rack (TI / 4) Xr, reserving rack space distance plus the length of the distance portions (II r / 2), is about 1.5r. 因此上述内移距离可以充分满足齿条的纵向尺寸要求。 Thus shifting from the inner longitudinal dimension can fully meet the requirements of the rack. 而通过设置于该齿条联动的锁定销驱动部,能够在将显示器枢转至闭合位置时自动将其锁定,并且能够在需要枢转开时而自动解锁。 By providing the rack in the locking pin interlocking drive unit, it can be automatically locked when the monitor is pivoted to the closed position and can be unlocked and sometimes require pivoted away. 该锁定销为倾斜向外向上的取向,能够在显示屏的顶边缘基本不设置转角凸出部的情形下而直接与斜插入的锁定销配合从而实现枢转上的锁定并便于解锁。 The locking pin is upwardly inclined outwardly oriented, and the pin can be provided with substantially obliquely inserted locking directly in the case projecting corner portion on the top edge of the display in order to achieve the locking and pivoting facilitates unlocking. 通过设螺杆与齿条驱动块之间的弹性连接,能够为锁定以及解锁提供缓冲空间,确保解锁完成后显示器屏幕开始枢转。 Provided by the screw with the rack drive connection between the elastic block, it is possible to provide buffer space for the locking and unlocking, to ensure completion of the unlock start pivoting the monitor screen. 整个装置能够可靠运行而且使用方便,具有良好的用户体验。 The entire device is capable of reliable operation and easy to use, has a good user experience.

附图说明 BRIEF DESCRIPTION

[0006] 图1是本发明的计算机装置的整体结构示意图。 [0006] FIG. 1 is an overall schematic configuration of a computer apparatus according to the present invention.

[0007] 图2图1中的装置在锁定销位置处的放大细节图。 [0007] In the enlarged detail view of a locking pin at a position in the apparatus of FIG 1 FIG.

具体实施方式 detailed description

[0008] 下面结合图1-2对本发明进行详细说明。 [0008] below with reference to FIGS. 1-2 of the present invention will be described in detail.

[0009] 根据实施例的一种可靠性高的笔记本式计算机设备,包括机体部分8以及与所述机体部分8连接的显示屏部分9,其中,所述机体部分8包括壳体部件80,所述壳体部件80的内腔中固定设置有用于可转动地安装同轴固连的驱动小齿轮812与驱动大齿轮巧1的第一轴81以及与所述第一轴81处于相同水平高度的用于可转动地安装分别与所述显示屏部分9 的两个分开设置的底部固设腿部91固定连接的从动小齿轮821的第二轴82,其中,所述驱动大齿轮811与所述从动小齿轮821啮合并且数量分别为两个,均设置在所述驱动小齿轮812 的两侧,所述驱动小齿轮的下侧与固定安装在左右移动块73上侧的齿条部件74啮合,所述左右移动块73的下部设置有滑腔730用以与螺杆72的头部滑动配合,所述头部与所述滑腔730的内端之间固定连接有弹性部件731,所述螺杆72与穿入在中空轴电机7 [0009] The high reliability of an embodiment of a notebook computer device, comprising a body portion 8 and the body portion 8 is connected to the display section 9, wherein the body portion 8 includes a housing member 80, the said housing member is fixed in the lumen 80 is provided with a drive pinion coaxially mounted for rotatably secured to the large gear 812 and a first drive shaft 81, and a coincidence with the first shaft 81 at the same height level the second driven shaft 82 for the pinion gear 821 are rotatably mounted two bottom portions of the display screen 9 is provided separately from the fixed leg portion 91 is fixedly connected, wherein the drive gear 811 and the large engaging said driven pinion 821 and the number of two, respectively, are disposed at both sides of the drive pinion 812, the lower side of the drive pinion with the fixed member 74 mounted on the left side of the rack 73 moving block engaging the lower right and left moving block 73 is provided with a spool chamber 730 to the head of the screw 72 sliding fit, an elastic member 731 is fixedly connected between the head and the inner end of the slide chamber 730, the and screw 72 penetrating the hollow shaft in the motor 7 并通过推力轴承729与所述壳体部件80轴向固定的螺纹套筒71螺纹配合从而能够左右移动,所述螺杆72与所述头部相对的一侧通过连杆720而与锁定驱动部? 80 and through the axial thrust bearing 729 is fixed to the housing member 71 threadedly engaged in the threaded sleeve can be moved left and right, the screw head 72 and the opposite side through the link 720 with the lock drive unit? 21固定连接,所述锁定驱动部721 的上部外侧设置有锁定驱动斜面722用以当所述螺杆72运动至在右侧位置而将所述显示屏部分9转动至闭合状态时与滑动锁定销6的内侧部分63的端面接合从而将所述滑动锁定销6 的外侧部分61克服顶压在位于所述内侧部分63和外侧部分61之间的中间凸缘62上而将所述滑动锁定销6向内侧偏压以便解锁的解锁偏压弹簧64的偏压力而推出于所述壳体部件80 而至锁定位置,以与所述显示屏部分9的顶端处的锁定孔接合,从而对所述显示屏部分的闭合状态进行锁定;其中,所述滑动锁定销6的纵向方向处于从竖直方向向外偏转一锐角角度A的方向以便斜插进入所述显示屏部分9的顶端处的锁定孔而实现枢转上的锁定;其中,所述从动小齿轮821与驱动小齿轮812的半径相同,均为所述驱动大齿轮811的半径的一半;其中,当所述显示屏部分9处于相对于 21 is fixedly connected to the lock drive section 721 is provided with a upper outer inclined surface 722 to lock the drive screw 72 when the slide lock is moved to the right position when the display portion is rotated to the closed state of the pin 9 6 the inner end surface portion 63 so as to engage the slide lock pin 616 of the outer portion pressed against the top portion located on the inner side of the intermediate flange 62 between the outer 63 and the slide portion 61 and the locking pin 6 to in order to unlock the biasing force biasing the inner unlocking biasing spring 64 and launched to the housing member 80 to the lock position, to lock the top end portion of the display screen 9 at the engagement holes, whereby the display screen closed state lock portion; wherein the longitudinal direction of the slide lock pin 6 is in a deflected direction of the acute angle a from the vertical direction to slant outwardly into the locking aperture at the top of the display portion 9 is achieved raising pivot locking; wherein the same as the radius of the drive pinion 821 and the output pinion 812, the drive are half the radius of the large gear 811; wherein when the display section 9 in relation to 述机体部分8的垂直状态时,所述驱动小齿轮812与所述齿条部件74的啮合位置处于所述齿条部件74的中间,并且所述齿条部件74的长度设置成能够使得所述显示屏部分9从所述垂直状态分别正反旋转90度,所述机体部分8内的右侧段设有导向滑槽101,所述导向滑槽101内设有滑块102,所述滑块102与所述导向滑槽101滑动配合连接,所述滑块102顶部设有连接杆103,所述连接杆103顶部与所述锁定驱动部721固定连接,所述滑块102与所述导向滑槽101配合滑动用以提高所述锁定驱动部721移动时的稳定性。 When the vertical position of said body portion 8, the drive pinion 812 engaging with the rack member 74 is in the intermediate position of the rack member 74, and the length of the rack member 74 can be arranged such that the display section 9 from the forward and reverse rotation are 90 degrees vertical, the body portion 8 in the right section provided with a guide chute 101, the chute 101 guide features a slider 102, the slider 102 sliding fit connection with the guide chute 101, the top 102 of the slider 103 is provided with a connecting rod, the connecting rod 103 and the top of the locking portion 721 is fixedly connected to the drive, the slider 102 and the slide guide slidably fitting groove 101 to improve stability during the movement of the lock driving portion 721.

[0010]有益地,其中,所述显示屏部分9的所述两个分开设置的底部固设腿部91位于所述机体部分8的两个侧边的位置处,所述螺杆72位于所述两个侧边之间的中间位置处,并且所述滑动锁定销6相应地位于所述机体部分8的远离所述显示屏部分9的一侧的中间位置处。 The bottom of the [0010] Advantageously, wherein the portion of the display screen 9 is provided separately from the two fixed positions of the leg portion 91 located at two sides of the body portion 8 of the screw 72 is located in the at an intermediate position between the two sides, and the slide lock pin 6 respectively positioned away from the body portion 8 at an intermediate position of the side portion 9 of the display screen. [0011] 有益地,其中,所述齿条部件74的高度位置设置成远离所述螺杆72的纵向轴线,从而使得所述第二轴82的高度位置处于所述机体部分8的上表面附近。 [0011] Advantageously, wherein the height position of the rack member 74 is disposed away from the longitudinal axis of the screw 72, so that the height position of the second shaft 82 in the vicinity of the upper surface of the body portion 8.

[0012]可选地,其中,所述大小齿轮的半径比例可以由二比一调整为更小,如二比一点五,四比三,五比四等。 [0012] Alternatively, wherein the size of the radius of the gear ratio may be adjusted to be smaller by a two to one, such as two to five points, four to three, five to four and the like.

[0013] 通过设置螺纹杆齿条部件与齿轮啮合,能够通过电机驱动而精确慢速地控制显示屏的枢转转动。 [0013] engagement of the threaded rod member and a gear rack, a slow pivot capable of precisely controlling the display screen is rotated by a motor driven rotation. 由于螺杆齿条模式的驱动需要纵长方向的较大容置空间,这通过纵向延伸在机体底部而实现;而齿条螺杆在运动过程中由于涉及螺纹配合以及齿轮啮合的移动空间问题,因此需要在两侧预留较大的活动空间,这给计算机的尺寸缩减带来挑战。 Since the drive screw of the rack receiving mode requires a larger space in the longitudinal direction, which is achieved by extending longitudinally at the bottom of the body; and the rack during movement of the screw is screwed, and a mobile as it involves the problem space gear, it is necessary both sides set aside a large space, which gives a computer the size reduction challenges. 通过设置与显示屏部分底部的固设齿轮啮合的大小齿轮组,能够实现齿条与齿轮啮合点的内移,从而充分利用计算机机体的内部空间用于齿条的活动空间,而且同时采用了大小齿轮同轴模式与小齿轮啮合,充分缩短了达到显示屏枢转180度或90度所需的齿条移动距离;也就是说, 大小双齿轮以具体的二比一的大小设置并且与小齿轮啮合,能够将啮合点与直接采用齿条与显示屏固设小齿轮啮合的模式相比将啮合点内移3r(r为小齿轮半径)的距离,通过大小齿轮同轴组件的设置,使得要将显示屏枢转90度时驱动小齿轮的枢转角度为45度,因此齿条的移动距离为(TI/4) Xr,预留活动空间距离加齿条长度部分距离为(TIr/2),约为1.5r。 Gear set is fixed by the size of the gear is provided with a bottom portion of the display screen meshes, it is possible to realize the shift of the rack and the gear meshing point, so that full use of the inner space of the body for the computer rack space, and while using size gear coaxial with the pinion gear mode, to achieve the full movement of the rack display shortened pivot 180 degrees or 90 degrees to the desired distance; that is, double the size of two to one gear in a particular size and is provided with the pinion gear engagement, meshing points can be used directly with the display mode is fixed rack and pinion gear shift as compared to 3r (r is the pinion radius) from the engagement point, by setting the size of the gear assembly coaxially, so to pivot angle drive pinion 90 when pivoting the display of 45 degrees, the distance of movement of the rack (TI / 4) Xr, reserving rack space distance plus the length of the distance portion (TIr / 2) about 1.5r. 因此上述内移距离可以充分满足齿条的纵向尺寸要求。 Thus shifting from the inner longitudinal dimension can fully meet the requirements of the rack. 而通过设置于该齿条联动的锁定销驱动部,能够在将显示器枢转至闭合位置时自动将其锁定,并且能够在需要枢转开时而自动解锁。 By providing the rack in the locking pin interlocking drive unit, it can be automatically locked when the monitor is pivoted to the closed position and can be unlocked and sometimes require pivoted away. 该锁定销为倾斜向外向上的取向,能够在显示屏的顶边缘基本不设置转角凸出部的情形下而直接与斜插入的锁定销配合从而实现枢转上的锁定并便于解锁。 The locking pin is upwardly inclined outwardly oriented, and the pin can be provided with substantially obliquely inserted locking directly in the case projecting corner portion on the top edge of the display in order to achieve the locking and pivoting facilitates unlocking. 通过设螺杆与齿条驱动块之间的弹性连接,能够为锁定以及解锁提供缓冲空间,确保解锁完成后显示器屏幕开始枢转。 Provided by the screw with the rack drive connection between the elastic block, it is possible to provide buffer space for the locking and unlocking, to ensure completion of the unlock start pivoting the monitor screen.

[0014]通过以上方式,本领域的技术人员可以在本发明的范围内根据工作模式做出各种改变。 [0014] In the above manner, those skilled in the art that various changes may be made in accordance with the operating mode within the scope of the present invention.

Claims (3)

  1. 1. 一种可靠性高的笔记本式计算机设备,包括机体部分(8)以及与所述机体部分(8)连接的显示屏部分(9),其中,所述机体部分(8)包括壳体部件(80),所述壳体部件(80)的内腔中固定设置有用于可转动地安装同轴固连的驱动小齿轮(812)与驱动大齿轮(811)的第一轴(81)以及与所述第一轴(81)处于相同水平高度的用于可转动地安装分别与所述显示屏部分(9)的两个分开设置的底部固设腿部(91)固定连接的从动小齿轮(821)的第二轴(82), 其中,所述驱动大齿轮(811)与所述从动小齿轮(821)啮合并且数量分别为两个,均设置在所述驱动小齿轮(812)的两侧,所述驱动小齿轮的下侧与固定安装在左右移动块(73)上侧的齿条部件(74)啮合,所述左右移动块(73)的下部设置有滑腔(730)用以与螺杆(72)的头部滑动配合,所述头部与所述滑腔(730)的内端之间固定连接有弹性部件(731),所述螺杆(72)与 A highly reliable device notebook computer, includes a body portion (8) and a display screen portion (9) connected to said body portion (8), wherein said body portion (8) comprising a housing member a lumen (80), said housing member (80) is provided with a first fixed shaft (81) for rotatably secured coaxially mounted drive pinion (812) with the drive gearwheel (811) and the first axis (81) at the level of the same driven pinion for rotatably installed at the bottom with two fixed leg portion of the display screen portion (9) are provided separately (91) fixedly connected wherein said second drive shaft (82) gear (821) of the large gear (811) meshing with the driven pinion (821) and the number two, respectively, are provided on the driving pinion gear (812 ) on both sides, the lower side of the drive pinion and the lower rack member fixedly mounted about the moving block (73) on the upper side (74) engages, the left and right moving block (73) is provided with a spool chamber (730 ) for the screw (72) head sliding fit, an elastic member is fixedly connected (731) between the inner end of the head and the spool chamber (730), said screw (72) 入在中空轴电机(7)中并通过推力轴承(729)与所述壳体部件(80)轴向固定的螺纹套筒(71)螺纹配合从而能够左右移动,所述螺杆(72)与所述头部相对的一侧通过连杆(720)而与锁定驱动部(721)固定连接,所述锁定驱动部(721)的上部外侧设置有锁定驱动斜面(722)用以当所述螺杆(72)运动至在右侧位置而将所述显示屏部分(9)转动至闭合状态时与滑动锁定销(6)的内侧部分(63)的端面接合从而将所述滑动锁定销(6)的外侧部分(61)克服顶压在位于所述内侧部分(63)和外侧部分(61)之间的中间凸缘(62)上而将所述滑动锁定销(6)向内侧偏压以便解锁的解锁偏压弹簧¢4)的偏压力而推出于所述壳体部件(80)而至锁定位置,以与所述显示屏部分(9)的顶端处的锁定孔接合,从而对所述显示屏部分的闭合状态进行锁定;其中,所述滑动锁定销(6)的纵向方向处于从竖直方向向外偏转一锐角角度(A)的 The hollow shaft motor (7) and via a thrust bearing (729) and said housing member (80) axially fixed threaded sleeve (71) move around can be screwed, said screw (72) and the said opposite side of the head by a connecting rod (720) and (721) fixedly connected to the locking drive unit, the drive unit is provided outside the upper lock (721) driving the locking ramp (722) when the screw is used ( 72) with the slide lock pin (6) when moved to the right position in the display section (9) is rotated to the closed state of the inner end surface portion (63) so as to engage the slide lock pin (6) the outer portion (61) positioned against the top of the pressed (63) and lateral portions (61) between the inner portion of the intermediate flange (62) and the slide lock pin (6) in order to unlock the inward bias ¢ unlocking biasing spring. 4) Release of the biasing force to the housing member (80) and to the locked position to the display screen at the top end portion (9) engaging the locking hole, so that the display screen closed state lock portion; wherein said slide lock pin (6) in the longitudinal direction of outward deflection from the vertical direction an acute angle (a), 向以便斜插进入所述显示屏部分(9)的顶端处的锁定孔而实现枢转上的锁定;其中,所述从动小齿轮(821)与驱动小齿轮(812)的半径相同,均为所述驱动大齿轮(811)的半径的一半;其中,当所述显不屏部分(9)处于相对于所述机体部分(8)的垂直状态时,所述驱动小齿轮(812)与所述齿条部件(74)的啮合位置处于所述齿条部件(74)的中间, 并且所述齿条部件(74)的长度设置成能够使得所述显示屏部分(9)从所述垂直状态分别正反旋转90度,所述机体部分(S)内的右侧段设有导向滑槽(101),所述导向滑槽(101)内设有滑块(102),所述滑块(1〇2)与所述导向滑槽(101)滑动配合连接,所述滑块(102)顶部设有连接杆(1〇3),所述连接杆(1〇3)顶部与所述锁定驱动部(721)固定连接,所述滑块(102)与所述导向滑槽(101)配合滑动用以提高所述锁定驱动部(721)移动时的稳定性。 So as to slant into the display section (9) of the locking aperture at the tip of the lock is achieved on the pivot; wherein said driven pinion gear (821) and the driving pinion gear (812) of the same radius, are half of the drive gearwheel (811) radius; wherein when said display screen is not part (9) in a vertical state with respect to the body portion (8), said drive pinion (812) and the length of the rack member (74) is engaged in an intermediate position of the rack member (74), and said rack member (74) is arranged such that the display section can be (9) from the vertical state rotated by 90 degrees, respectively, positive and negative, within the body section of the right side portion (S) is provided with a guide chute (101), said guide chute (101) is provided with a slider (102), said slider (1〇2) and said guide chute (101) slidably mating connector, the slider (102) is provided with a connecting rod top (1〇3), the connecting rod (1〇3) the top of the locking (721) fixedly connected to a drive unit, said slider (102) and said guide chute (101) with stability for enhancing sliding movement of the lock drive unit (721).
  2. 2.如权利要求1所述的一种可靠性高的笔记本式计算机设备,其中,所述显示屏部分(9)的所述两个分开设置的底部固设腿部(91)位于所述机体部分(8)的两个侧边的位置处, 所述螺杆(72)位于所述两个侧边之间的中间位置处,并且所述滑动锁定销(6)相应地位于所述机体部分(8)的远离所述显示屏部分(9)的一侧的中间位置处。 2. a highly reliable notebook computer apparatus according to claim 1, wherein the two bottom portions of said display screen (9) is provided separately from the fixed leg (91) located in the body at the position of two side portions (8), said screw (72) located at an intermediate position between the two sides, and the slide lock pin (6) respectively located in the body portion ( 8 at an intermediate position side) away from the display screen portion (9).
  3. 3.如权利要求1或2所述的一种可靠性高的笔记本式计算机设备,其中,所述齿条部件(74)的高度位置设置成远离所述螺杆(7¾的纵向轴线,从而使得所述第二轴(82)的高度位置处于所述机体部分(8)的上表面附近。 3. A highly reliable claim 1 or 2 or a notebook computer apparatus as claimed in claim, wherein the height position of the rack member (74) is disposed away from the screw (7¾ longitudinal axis such that the said second shaft (82) is positioned near the height of the upper surface of the body portion (8).
CN 201610117098 2016-03-02 2016-03-02 High reliability notebook computer equipment CN105545936B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 201610117098 CN105545936B (en) 2016-03-02 2016-03-02 High reliability notebook computer equipment

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 201610117098 CN105545936B (en) 2016-03-02 2016-03-02 High reliability notebook computer equipment

Publications (2)

Publication Number Publication Date
CN105545936A true CN105545936A (en) 2016-05-04
CN105545936B true CN105545936B (en) 2017-12-12

Family

ID=55825370

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 201610117098 CN105545936B (en) 2016-03-02 2016-03-02 High reliability notebook computer equipment

Country Status (1)

Country Link
CN (1) CN105545936B (en)

Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR920004386B1 (en) * 1989-10-16 1992-06-04 정몽헌 Key board cover and angle setting apparatus for laptop p.q.
JP2904035B2 (en) * 1994-12-20 1999-06-14 住友電装株式会社 Retractable panel device
CN202916749U (en) * 2012-10-11 2013-05-01 宏碁股份有限公司 Electronic devices
CN202955114U (en) * 2012-11-22 2013-05-29 深圳市易尚展示股份有限公司 Angle adjustable connecting device
CN103838306B (en) * 2012-11-28 2018-09-14 富泰华工业(深圳)有限公司 Electronic devices

Also Published As

Publication number Publication date Type
CN105545936A (en) 2016-05-04 application

Similar Documents

Publication Publication Date Title
US6430038B1 (en) Computer with articulated mechanism
US20040125549A1 (en) Laptop computer display mounting
US20050253775A1 (en) Multi-screen laptop system
US8094438B2 (en) Wall-avoiding self-balancing mount for tilt positioning of a flat panel electronic display
US20080174943A1 (en) Portable Electronic Apparatus
US7712755B2 (en) Extending and retracting device for vehicle step
US20080225472A1 (en) Dual display devices
US20070174997A1 (en) Suspension hinge
US20110083461A1 (en) Refrigerator
US8559623B2 (en) Double sliding stability space-saving slide cover lifting structure
US5588759A (en) Wrist support for expandable keyboards
US20130170131A1 (en) Docking station for electronic apparatus and connector mechanism therefor
US20070217131A1 (en) Systems and methods for providing a movable computer display
US8042821B2 (en) Extending and retracting device and vehicle step apparatus with the same
US7121618B2 (en) Sunroof apparatus
US20160375924A1 (en) Steering wheel with integrated keyboard assembly
JP2005034348A (en) Retracting device, drawer device, and sliding door device
US20040125552A1 (en) Hinge device and electric and electronic apparatuses employing the same
US7719826B1 (en) Integrated access cover
CN2665637Y (en) Linked refrigerator drawer
US20120175478A1 (en) Slide cover mounting structure
US7441738B2 (en) Monitor driving apparatus of car audio/video system
US6715180B2 (en) Cabinet hinge with depth adjustment
CN101018923A (en) Door closing device for sliding door
US20160010374A1 (en) Pivot mechanism of synchronous hinge device

Legal Events

Date Code Title Description
C06 Publication
C10 Entry into substantive examination
TA01
CB03
GR01
TR01