CN209262578U - Integrated machine support - Google Patents

Abstract

The utility model belongs to technical field of electronic products more particularly to a kind of integrated machine support, comprising: connection component, for being integrally connected the pedestal of machine and the display of the all-in-one machine；Fixed bin, for being fixedly installed in the pedestal, the fixed bin offers installation cavity, offers perforating on the wall surface of the installation cavity；First rotating shaft, the first end of the first rotating shaft are fixedly installed on the connection component, and the second end of the first rotating shaft is arranged in the perforating；Damper assembly, the damper assembly includes compressed spring, one end of the compressed spring is fixedly installed in the first rotating shaft, and the other end of the compressed spring is installed on the fixed bin and the axis perpendicular in the axially loaded direction of the compressed spring and the first rotating shaft.The integrated machine support of the utility model, structure is simple, operation is easy and can be fixed on display screen in any height.

Description

Integrated machine support

Technical field

The utility model belongs to technical field of electronic products more particularly to a kind of integrated machine support.

Background technique

Computer with integrated (and referred to as all-in-one machine) is a kind of desktop electricity that host and display screen are integrated Brain is linked together host and display screen by connection component, also, host is normally at the pedestal below display screen Interior, pedestal and display screen generally pass through integrated machine support and link together.Currently, due to the difference of all-in-one machine use environment, it is past Toward needing the display screen of all-in-one machine that can be shown down at various height, to increase demonstrating one's ability for display screen.Due to display The heavier-weight of screen connects generally using fixed company to guarantee that stablizing for display screen supports between integrated machine support and pedestal Connect with both connection types of rotary clamping, according to the mode being fixedly connected, display screen is fixedly connected with pedestal so that display The height of screen can not be adjusted, and according to the connection type of rotary clamping, integrated machine support can be rotated around pedestal, make The height for obtaining display screen can be adjusted with the rotation of bracket, but the height of display screen is fixed on preset several positions On, it is impossible to meet the use demands of user, and when use rotary clamping, integrated machine support is around base rotation operating difficulties.

Utility model content

The purpose of this utility model is to provide a kind of integrated machine supports, it is intended to solve display screen height in the prior art The technical issues of can not continuously adjusting and adjusting operating difficulties.

A kind of in order to achieve the above purposes, the technical solution adopted by the utility model is: integrated machine support, comprising:

Connection component, for being integrally connected the pedestal of machine and the display of the all-in-one machine；

Fixed bin, for being fixedly installed in the pedestal, the fixed bin offers installation cavity, the wall of the installation cavity Perforating is offered on face；

First rotating shaft, the first end of the first rotating shaft are fixedly installed on the connection component, the first rotating shaft Second end is arranged in the perforating；

Damper assembly, the damper assembly include compressed spring, and one end of the compressed spring is fixedly installed in described In one shaft, the other end of the compressed spring be installed on the fixed bin and the axially loaded direction of the compressed spring with The axis perpendicular of the first rotating shaft.

Further, the damper assembly further includes link block, and one end of the link block is installed on the first rotating shaft On, the compressed spring both ends are separately mounted on the link block and the fixed bin.

Further, the damper assembly further includes connection sheet, and the connection sheet fixing sleeve is set in the first rotating shaft, The link block is rotationally connected in the connection sheet.

Further, the damper assembly further includes guide rod, and the compressed spring is sheathed on the guide rod, and institute The one end for stating guide rod is fixedly installed on the link block.

Further, the damper assembly further includes bolt, and the quantity of the connection sheet is two, two connection sheets Axis arranged for interval in the first rotating shaft and along the first rotating shaft is set, and the connection sheet is located at two connections Between piece, two connection sheets are divided into the first connection sheet and the second connection sheet, and the bolt sequentially passes through first connection Piece, the link block and second connection sheet.

Further, the damper assembly further includes guide pad, and the both ends of the guide pad are rotationally connected with described respectively On two wall surfaces that installation cavity is oppositely arranged, pilot hole is offered on the guide pad, the guide rod is arranged in the pilot hole It is interior, and the both ends of the compressed spring are connected to respectively on the link block and the guide pad.

Further, the damper assembly further includes the first setting-up piece and the first rotating gasket, the described first fixed pad Piece is sheathed on the end of the first rotating shaft and first setting-up piece is fixedly installed on the fixed bin, and described first Rotating gasket fixing sleeve is set on the end of the first rotating shaft, and it is fixed that first rotating gasket side is connected to described first On gasket, first rotating gasket towards being provided with several first hemispherical grooves on the side of first setting-up piece, And each first hemispherical groove is arranged along the circumferential uniform intervals of the first rotating shaft axis, first setting-up piece court Several first strip grooves radially extended along the first rotating shaft are provided on the side of first rotating gasket And each first strip groove is arranged along the circumferential uniform intervals of the first rotating shaft axis.

Further, first setting-up piece include the first extension and the first clamping portion, first extension in The edge of first setting-up piece radially extends to be formed along the first rotating shaft, and first clamping portion is prolonged with described first The end of extending portion is extended to form towards fixed bin side bending, fixed bin position corresponding with first clamping portion Equipped with lower blocked hole, first clamping portion is arranged in the lower blocked hole.

Further, the damper assembly further includes the first nut, and first nut lock is paid in the first rotating shaft End is for being pressed in first setting-up piece for first rotating gasket.

Further, the damper assembly further includes the first space washer, and first separation pad is sheathed on described first In shaft and between first nut and first rotating gasket.

The utility model has the beneficial effects that the integrated machine support of the utility model, when in use, in rotation connection component When, since the first end of first rotating shaft is fixedly installed on the connection component, connection component drives first rotating shaft to turn Dynamic, during first rotating shaft rotates, the first end of compressed spring is rotated with first rotating shaft, thus Compression and Expansion spring It generates spring force and prevents continuing to rotate for first rotating shaft, so that connection component be prevented to continue to turn under the gravity of display screen It is dynamic, by the interaction of spring force and display screen gravity that compressed spring generates, to realize that connection component is self-locking, can incite somebody to action Display screen is fixed in any height, and compressed spring is fixed in first rotating shaft, using compressed spring limitation first rotating shaft Rotation is more laborsaving relative to traditional more easy using the operation of rotary clamping, and structure is simple, can consolidate display screen It is scheduled in any height.

Detailed description of the invention

It, below will be to embodiment or the prior art in order to illustrate more clearly of the technical scheme in the embodiment of the utility model Attached drawing needed in description is briefly described, it should be apparent that, the accompanying drawings in the following description is only that this is practical new Some embodiments of type for those of ordinary skill in the art without any creative labor, can be with It obtains other drawings based on these drawings.

Fig. 1 is the structural schematic diagram for applying the all-in-one machine of integrated machine support provided by the embodiment of the utility model.

Fig. 2 is the structural schematic diagram of integrated machine support provided by the embodiment of the utility model.

Fig. 3 is the explosive view of the damper assembly of integrated machine support provided by the embodiment of the utility model.

Fig. 4 is the explosive view of integrated machine support and display screen junction provided by the embodiment of the utility model.

Fig. 5 is the explosive view of the connection component of integrated machine support provided by the embodiment of the utility model.

Fig. 6 is the structural schematic diagram of the upper rotating member of integrated machine support provided by the embodiment of the utility model.

Fig. 7 is the structural schematic diagram of the support rod of integrated machine support provided by the embodiment of the utility model.

Fig. 8 is the assembling schematic diagram of the connecting rod of integrated machine support provided by the embodiment of the utility model.

Fig. 9 is the structural schematic diagram of the first rotating shaft of integrated machine support provided by the embodiment of the utility model.

Figure 10 is the structural schematic diagram of the first rotating gasket of integrated machine support provided by the embodiment of the utility model.

Figure 11 is the structural schematic diagram of the first setting-up piece of integrated machine support provided by the embodiment of the utility model.

Wherein, each appended drawing reference in figure:

10-display screen 11-connecting plate, 20-connection components

21-the 23-the second shafts of 22-first rotating shaft of support rod

The upper rotating member of 24-connecting rods 25-26-lower rotating member

27-partition 28-cover board, 30-pedestals

41-fixing piece 42-torque spring, 43-third nuts

44-the second space washer the 46-the second rotating gasket of the 45-the second setting-up piece

47-the second compress gasket 48-second sleeve, 50-damper assembly

51-fixed bin 52-link block, 53-compressed springs

54-guide rod 55-connection sheet, 56-bolts

57-guide pad the 59-the first rotating gaskets of the 58-the first setting-up piece

60-the first nut 62-circlip of the 61-the first space washer

63-the first compress gasket 64-first sleeve, 111-first connecting portion

The upper through-hole of 112-211-accommodating chambers of second connecting portion 212-

The upper connection bump of 213-lower through-holes 214-215-lower connection bump

216-upper 217-lower 218-clampings of extending column of extending column are raised

219-the 221-the first extended segment of card slot the 222-the first circumference boss

223-the first construction section 224-the first limit plane 241-goes up arc section

242-straight bar sections 243-lower arc section 245-go up attachment spacers

246-248-connecting pins of lower the 247-the second screw of attachment spacers

251-, which above avoid notch 252-, above threads notch 253-upper limit protrusion

Above evacuation through-hole 261-is lower avoids notch for 254-guide humps 255-

262-underpass notch 263-lower limit, 271-clamping grooves of protrusion

411-installation gap 511-installation cavity, 512-perforatings

513-lower 514-time receiving 515-clamping grooves of notch of blocked hole

543-the second nut 544-spring shim, 571-pilot hole

572-the 582-the first clamping portions of the 581-the first extension of clip-connecting rod

583-the first hemispherical groove the 591-the first strip the 1111-the first mounting hole of groove

Upper 1114-the fixation hole of blocked hole of 1112-receiving holes 1113-

1115-third hemispherical groove the 1121-the second mounting holes of the 1116-the first screw hole

1122-escape groove.

Specific embodiment

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining the description of attached drawing 1~11 is exemplary, it is intended to for explaining the utility model, and should not be understood as practical to this Novel limitation.

In the description of the present invention, it should be understood that term " length ", " width ", "upper", "lower", " preceding ", The orientation or positional relationship of the instructions such as " rear ", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" is based on attached Orientation or positional relationship shown in figure, is merely for convenience of describing the present invention and simplifying the description, rather than indication or suggestion Signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to this The limitation of utility model.

In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or Implicitly include one or more of the features.The meaning of " plurality " is two or two in the description of the present invention, More than, unless otherwise specifically defined.

In the present invention unless specifically defined or limited otherwise, term " installation ", " connected ", " connection ", " Gu It is fixed " etc. terms shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integral；It can be Mechanical connection, is also possible to be electrically connected；It can be directly connected, two can also be can be indirectly connected through an intermediary The interaction relationship of connection or two elements inside element.It for the ordinary skill in the art, can basis Concrete condition understands the concrete meaning of above-mentioned term in the present invention.

Embodiment one

As shown in Fig. 1~11, the utility model embodiment provides a kind of integrated machine support, comprising:

Connection component 20, for being integrally connected the pedestal 30 of machine and the display 10 of the all-in-one machine；

Fixed bin 51, for being fixedly installed in the pedestal 30, the fixed bin 51 offers installation cavity 511, described Perforating 512 is offered on the wall surface of installation cavity 511；

First rotating shaft 22, one end of the first rotating shaft 22 are fixedly installed on the connection component 20, and described first turn The other end of axis 11 is arranged in the perforating 512；

Damper assembly 50, the damper assembly 50 include compressed spring 53, and one end of the compressed spring 53 is fixedly mounted In in the first rotating shaft 22, the other end of the compressed spring 53 is installed on the fixed bin 51 and the compressed spring The axis perpendicular in 53 axially loaded direction and the first rotating shaft 22.

Specifically, when in use, when being rotatablely connected component 20, since the first end of first rotating shaft 22 is fixedly installed in institute It states in first rotating shaft 22, therefore, connection component 20 drives first rotating shaft 22 to rotate, during first rotating shaft 22 rotates, pressure The first end of contracting spring 53 is rotated with first rotating shaft 22, so that compression or extension spring 53, which generate spring force, prevents first turn Axis 22 continues to rotate, so that connection component 20 be prevented to continue to rotate under the gravity of display screen 10, passes through compressed spring The interaction of 53 10 gravity of spring force and display screen generated, thus realize that connection component 20 is self-locking, it can be by display screen 10 It is fixed in any height, and compressed spring 53 is fixed in first rotating shaft 22, first rotating shaft 22 is limited using compressed spring 53 Rotation relative to traditional more easy using the operation of rotary clamping, it is more laborsaving, and structure is simple, can be by display screen It is fixed in any height.

Further, perforating 512 is equipped in 51 two lateral walls of fixed bin, first rotating shaft 22 is arranged in two and wears In hole 512, first rotating shaft 22 is supported by two o'clock, so that the rotation of first rotating shaft 22 is more stable.

In the present embodiment, refering to fig. 1, shown in Fig. 2 and Fig. 3, the damper assembly 50 further includes link block 52, the company The one end for connecing block 52 is installed in the first rotating shaft 22, and 53 both ends of compressed spring are separately mounted to 52 He of link block On the fixed bin 51.Specifically, during first rotating shaft 22 rotates, first rotating shaft 22 drives link block 52 in compressed spring 53 axially loaded side moves upwards, and compressed spring 53 generates spring force to prevent first rotating shaft 22 from continuing to rotate, thus real The self-locking of support rod 21 is showed.

In the present embodiment, refering to fig. 1, shown in Fig. 2 and Fig. 3, the damper assembly 50 further includes connection sheet 55, the company 55 fixing sleeve of contact pin is set in the first rotating shaft 22, and the link block 52 is rotationally connected in the connection sheet 55.Specifically, When first rotating shaft 22 rotates, link block 52 is driven to move along the axially loaded direction of compressed spring 53, so that compression bullet Spring 53 generates spring force, and the movement of compressed spring 53 is more stable.

In the present embodiment, refering to fig. 1, shown in Fig. 2 and Fig. 3, the damper assembly 50 further includes guide rod 54, the pressure Contracting spring 53 is sheathed on the guide rod 54, and one end of the guide rod 54 is fixedly installed on the link block 52.Tool Body, compressed spring 53 is sheathed on guide rod 54, and compressed spring 53 can only be transported along the axial direction of guide rod 54 It is dynamic, avoid compressed spring 53 from being compressed or stretched outside pop-up installation cavity 511 in the rotation process of first rotating shaft 22, to lose The effect of locking first rotating shaft 22, meanwhile, avoid compressed spring 53 by the active force on other direction, and make compressed spring 53 failures and damage.

Further, guide rod 54 is equipped with the second nut 543, and the threaded one end of guide rod 54 is connected to link block 52 On, and guide rod 54 is locked on support rod 21 by the second nut 543.

Further, spring shim 544 is also arranged on guide rod 54, the both ends of spring shim 544 are connected to respectively On second nut 543 and compressed spring 53, spring shim 544 increases the contact area of compressed spring 53, to avoid compressing Mobile situation occurs in compression process in spring 53 causes compressed spring 53 to be damaged.

In the present embodiment, refering to fig. 1, shown in Fig. 2 and Fig. 3, the damper assembly 50 further includes bolt 56, the connection The quantity of piece 55 is two, and two connection sheets 55 are arranged in the first rotating shaft 22 and along the first rotating shaft 22 Axis arranged for interval, the connection sheet 55 are located between two connection sheets 55, and two connection sheets 55 are divided to be connected for first Contact pin 55 and the second connection sheet 55, the bolt 56 sequentially pass through first connection sheet, the link block 52 and described second Connection sheet.Specifically, the quantity of connection sheet 55 is two, and link block 52 is located between two connection sheets 55, is connected by two The axial movement of the clamping action limitation link block 52 of piece 55, bolt 56 sequentially pass through the first connection sheet, link block from left to right 52 and second connection sheet 5, bolt 56 can link together link block and two connection sheets 55, so that link block 52 is with One shaft 22 rotates together, and plays the role of compression or Compression and Expansion spring 53, so that compressed spring 53 generates spring Power prevents continuing to rotate for first rotating shaft 22.

Further, circlip 62 is installed on the end of bolt 56, thus by 52 locking of two connection sheets 55 and link block Together, link block 52 is avoided to disconnect with two connection sheets 52, and using the fixed form of bolt 56 and circlip 62, group It fills simple and reliable.

Further, link block 52 can be rotated around the axis of bolt 56, so that the process that first rotating shaft 22 rotates In, compressed spring 53 can be steadily connected on link block 52.

In the present embodiment, refering to fig. 1, shown in Fig. 2 and Fig. 3, the damper assembly 50 further includes guide pad 57, described to lead It is rotationally connected with to the both ends of block 57 on two wall surfaces that the installation cavity 511 is oppositely arranged, is opened up on the guide pad 57 respectively There is pilot hole 571, the guide rod 54 is arranged in the pilot hole 571, and the both ends of the compressed spring 53 abut respectively On the link block 52 and the guide pad 57.Specifically, during first rotating shaft 22 rotates, 52 front and back of link block is driven It is mobile, so that 54 front and back of guide rod is driven to move forward and backward along its axis, so that compressed spring 53 is compressed, and compressed spring 53 Both ends are connected to respectively on link block 52 and guide pad 57, and compressed spring 53 is sheathed on guide rod 54, and 54 party of guide rod One end be fixed on link block 52, the other end of guide rod 54 is arranged in pilot hole 571, and guide pad 57 is to guide rod 54 The other end has supporting role, so that guide rod 54 can only be along the axial-movement of pilot hole 571, so that compressed spring 53 Both ends are enabled compressed spring 53 to be stably positioned in link block 52 and guide pad by the active force along 53 axis of compressed spring 57, and be not in outside pop-up fixed bin 51, so that the fixation of compressed spring 53 is more stable.

Further, clip-connecting rod 572 is equipped in the both ends of the surface of guide pad 57, installation cavity 511 is corresponding with respect on two wall surfaces Position be equipped with clamping groove 515, clip-connecting rod 572 is connected in clamping groove 515, is convenient for guide pad 57 using the connection type of clamping Assembling.Meanwhile clip-connecting rod 572 can rotate in clamping groove 515, when first rotating shaft 22 rotates, guide pad 57 can be with First rotating shaft 22 rotate, to guarantee compressed spring 53 only by the active force along 53 axis direction of compressed spring.

In the present embodiment, refering to shown in Fig. 3, Figure 10 and Figure 11, the damper assembly 50 further includes the first setting-up piece 58 With the first rotating gasket 59, first setting-up piece 58 is sheathed on the end of the first rotating shaft 22 and described first consolidates Determine gasket 58 to be fixedly installed on the fixed bin 51,59 fixing sleeve of the first rotating gasket is set to the first rotating shaft 22 On end, 59 side of the first rotating gasket is connected on first setting-up piece 58,59 court of the first rotating gasket Several first hemispherical grooves 583, and each first hemispherical are provided on the side of first setting-up piece 58 Groove 583 arranges that first setting-up piece 58 is rotated towards described first along the circumferential uniform intervals of the first rotating shaft 22 The side of gasket 59 is equipped with several first strip grooves 591 for radially extending along the first rotating shaft 22, and each described states First strip groove 591 is arranged along the axis circumferential direction uniform intervals of the first rotating shaft 22.Specifically, lubricating oil can be along One strip groove 591 enters the first hemispherical groove 583, and in the rotation of the first rotating gasket 59, due to the first fixed pad Piece 58 is fixedly installed on fixed bin 51, i.e., the first setting-up piece 58 remains static, so as to make lubricating oil first The side of setting-up piece 58, which forms the first strip of lubricating oil film groove 591, to form lubricating oil in the side of the first setting-up piece 58 Film reduces the frictional force that first rotating shaft 22 rotates, so that the rotation of support rod 21 is more smooth.

Further, it is equipped with inside and outside side wall of the fixed bin 51 far from support rod 21 and is sheathed on the first of first rotating shaft 22 Rotating gasket 59 and the first setting-up piece 58 further reduce the frictional force that support rod 21 rotates.

Further, it is equipped with inside and outside the side wall of the close support rod 21 of fixed bin 51 and is sheathed on the of first rotating shaft 22 One rotating gasket 59 and the first compress gasket 63, first rotating shaft 22 rotate when the first rotating gasket 59 with first rotating shaft 22 into Row rotation, the first compress gasket 63 can not be rotated in first rotating shaft 22, while the second hemispherical in the first rotating gasket 59 is recessed Lubricating oil is equipped in slot, so that the frictional force rotated between the second setting-up piece 45 and the second compress gasket 47 is reduced, so that aobvious The rotation of display screen 10 is more easy.

In the present embodiment, refering to Fig. 3, figure, shown in 10 and Figure 11, first setting-up piece 58 includes the first extension 581 and first clamping portion 582, first extension 581 is in the edge of first setting-up piece 58 along described first turn Axis 22 radially extends to be formed, and first clamping portion 582 is in the end of first extension 581 towards 51 side of fixed bin Face bending extends to form, and the fixed bin 51 position corresponding with first clamping portion 582 is equipped with lower blocked hole 513, described First clamping portion 582 is arranged in the lower blocked hole 513.Specifically, lower blocked hole is connected in by the first clamping portion 582 In 513, so that the first setting-up piece 58 is fixedly connected with fixed bin 51, the first setting-up piece is also convenient for by way of clamping 58 assembling.

In the present embodiment, refering to fig. 1, shown in Fig. 2 and Fig. 3, the damper assembly 50 further includes the first nut 60, and described One nut 60 lock is paid in the end of the first rotating shaft 22 to consolidate for first rotating gasket 59 to be pressed in described first Determine gasket 58.Specifically, the component being arranged in first rotating shaft 22 is lock onto first rotating shaft 22 by the first nut 60.

Further, computer with integrated further includes first sleeve 64, and first sleeve 64 is sheathed in first rotating shaft 22, Two connection sheets 55 carry out axially position by first sleeve 64 in first rotating shaft 22, and first sleeve 64 plays the work of limit With.

In the present embodiment, refering to fig. 1, shown in Fig. 2 and Fig. 3, the damper assembly 50 further includes the first space washer 61, institute State the first separation pad be sheathed in the first rotating shaft 22 and be located at first nut 60 and first rotating gasket 59 it Between.Specifically, the second space washer 44 between the first rotating gasket 59 and the first nut 60 is for preventing the first nut 60 loosen, in addition, jam nut also can be used to cooperate the first space washer 61 to prevent the first nut 60 from loosening.

Further, fixed bin 51 offers 247 hole of the second screw on the side wall of support rod 21, using the second screw 247 are fixed together fixed bin 51 and lower rotating member 26, and the end face of lower rotating member 26 is equipped with towards fixed bin 51 The lower limit protrusion 263 of extension offers lower receiving notch 514 on the side wall of fixed bin 51, and lower limit protrusion 263 is connected in down Accommodate notch 514 in, connect rotation during, lower limit protrusion 263 and it is lower accommodate notch 514 between cooperation can will Shearing force suffered by the second screw 247 is reduced, makes to connect between fixed bin 51 and lower rotating member 26 more reliable.

Further, refering to shown in Fig. 5, Fig. 7 and Fig. 9, the outer circle wall of first rotating shaft 22 is equipped with the first circumference boss 222 and the first rotating shaft 22 is divided for the first extended segment 221 and the first construction section 223, the first construction section 223 sequentially passes through down Connection bump 215, the one side wall of fixed bin 51, damper assembly 50 and fixed bin 51 another side wall, the end of lower connection bump 215 Face is connected on the first circumference boss 222, and lower rotating member 26 is equipped with lower evacuation through-hole, and the first extended segment 221 is arranged in down In the evacuation through-hole and another side of the first circumference boss 222 is connected on lower rotating member 26, through lower connection bump 215 under The withstanding effect of rotating member 26 limits the axial movement of first rotating shaft 22.

Further, it is set on the first construction section 223 there are two first be oppositely arranged limit plane 224, lower connection is convex Play 215, connection sheet 55, the first rotating gasket 59 and the first compress gasket 63 are equipped with the abutted with the first limit plane 224 Therefore one fixed pan when lower connection bump 215 rotates, drives first rotating shaft 22, connection sheet 55, the first rotating gasket 59, the One compress gasket 63 and the first nut 60 rotate together, and then the other elements for causing first nut 60 etc is avoided to rotate, from And it is effectively prevented from loosening for damper assembly 50.

Embodiment two

As shown in Fig. 1~11, computer with integrated provided in this embodiment, application has the integrated machine support of embodiment one , specifically, computer with integrated includes display screen 10, first rotating shaft 22, connection component 20 and pedestal 30；The connection group Part 20 includes support rod 21, the second shaft 23, connecting rod 24, upper rotating member 25 and lower rotating member 26；

21 side of support rod is equipped with accommodating chamber 211, and the both ends of the support rod 21 offer the connection appearance respectively Receive the upper through-hole 212 and lower through-hole 213 of chamber 211, the inner wall of the upper through-hole 212 is equipped with upper connection bump 214, described lower logical The inner wall in hole 213 is equipped with lower connection bump 215；

The first end of second shaft 23 is fixedly connected with the upper connection bump 214, and the of second shaft 23 Two ends and the display screen 10 are rotatablely connected, and the first end of the first rotating shaft 22 is fixedly connected with the lower connection bump 215 And second end and the pedestal 30 rotation connection of the first rotating shaft 22；

The upper rotating member 25 is fed through the upper through-hole 212 and is fixedly connected with the display screen 10, and described upper turn Moving part 25 can be in rotating in the upper through-hole 212 around the axis of second shaft 23, and the lower rotating member 26 wears out institute State lower through-hole 213 and be fixedly connected with the pedestal 30, and the lower rotating member 26 can in the lower through-hole 213 around described The axis of first rotating shaft 22 rotates；

In on the side of the upper rotating member 25, the other end of the connecting rod 24 turns for one end rotational installation of the connecting rod 24 It is dynamic to be installed on the side of the lower rotating member 26, and the connecting rod 24 is located in the accommodating chamber 211.

Specifically, the computer with integrated of the utility model embodiment, in the viewing angle and height for adjusting display screen 10 When, it is only necessary to rotating display screen 10 can be realized as the adjusting of display screen 10 viewing angle and height, when display screen 10 is around When the axis rotation of two shafts 23, display screen 10 drives upper rotating member 25 to rotate in upper through-hole 212, and upper rotating member 25 rotates band Dynamic connecting rod 24 moves, since the lower end of connecting rod 24 is rotationally connected on lower rotating member 26 and lower rotating member 26 is fixedly installed in pedestal On, so that connecting rod 24 is rotated relative to pedestal 30, since connecting rod 24 is located at the lower company in installation cavity and on support rod 21 Connect protrusion 215 be fixedly connected with first rotating shaft 22 and first rotating shaft 22 and pedestal 30 rotation connection so that support rod 21 relative to Pedestal 30 is rotated.In this course, display screen 10 realizes display screen 10 around the rotation of the second shaft 23 and shows angle Transformation, the support rod 21 of support rod 21, which carries out rotation relative to pedestal 30, realizes the up and down motion of display screen 10.The utility model The computer with integrated of embodiment need to only rotate display screen 10 and be able to drive the linkage of support rod 21 just to realize display The displaying angle and height of screen 10 are adjusted simultaneously, so that the adjusting of the display screen of computer with integrated is more convenient, user's It operates more simple and reliable.

Further, evacuation notch 251 is offered on upper rotating member 25, upper connection bump 214 is located at upper evacuation notch In 251, the installation between rotating member 25 and upper connection bump 214 is avoided to interfere, so that the installation of the two is more compact.

Further, lower evacuation notch 261 is offered on lower rotating member 26, lower connection bump 215 is located at lower evacuation notch In 261, the installation between lower rotating member 26 and lower connection bump 215 is avoided to interfere, so that the installation of the two is more compact.

In the present embodiment, refering to fig. 1, shown in Fig. 2 and Fig. 4, the computer with integrated further includes torque spring 42, described Torque spring 42 is sheathed in second shaft 23, and the first end of the torque spring 42 is fixedly mounted on the display screen 10 On, the second end of the torque spring 42 is fixedly installed in second shaft 23.Specifically, the rotation of display screen 10 is completed Afterwards, what the spring force that display screen 10 drives the rotation of 42 one end of torque spring to generate can prevent display screen 10 continues around second turn The axis of axis 23, which carries out rotation, realizes the self-locking of display screen 10, since the angle that display screen 10 rotates is different, the second shaft 23 The angle of rotation is also just different, so that the spring force that torque spring 42 generates is also just different, but the bullet that torque spring 42 generates Spring force can prevent display screen 10 from continuing to rotate, and display screen 10 can be locked on any rotational angle by torque spring 42.

In the present embodiment, refering to fig. 1, shown in Fig. 2 and Fig. 4, the back side of the display screen 10 is equipped with connecting plate 11, described Connecting plate 11 is equipped with the first connecting portion 111 and second connecting portion 112 extended backwards to the display screen 10, first connection Offer the first mounting hole 1111 and the second mounting hole 1121 in portion 111 and the second connecting portion 112 respectively, described second turn Axis 23 is successively arranged in first mounting hole 1111 and the second mounting hole 1121, and the torque spring 42 is located at described the Several are offered between one interconnecting piece 111 and the second connecting portion 112, and in the first connecting portion 111 along described The fixation hole 1114 of the circumferential uniform intervals arrangement of one mounting hole 1111, the first end of the torque spring 42 are arranged in wherein In one fixation hole 1114.

Specifically, connecting plate 11 is mainly used for connecting the second shaft 23 and display screen 10, the second shaft 23 are successively worn respectively The first mounting hole 1111 in first connecting portion 111 and the second mounting hole 1121 in second connecting portion 112 are crossed, so that second turn Axis 23 obtains stable support, and when axis rotation of the display screen 10 around the second shaft 23, display screen 10 can be rotated steadily； Torque spring 42 is installed in the second shaft 23, and the second shaft 23 is that torque spring 42 provides installation base body；Torque spring 42 First end is plugged in fixation hole 1114 to realize the first end of torque spring 42 and being fixedly connected for display screen 20, torsion Operation is simple and reliable for the installation of spring；Torque spring 42 is caught between the first mounting portion and the second mounting portion, so that integral type meter The structure of calculation machine is more compact；When torque spring is inserted into different fixation holes 1114, torque spring 42 generates different bullets Spring force can lock various sizes of display screen 10 so that torque spring 42 can be adapted with various sizes of display screen 10, Alternatively, the spring force that torque spring 42 generates becomes smaller after 42 long-time use of torque spring, it can be by torque spring 42 One end is inserted into other fixation hole 1114, increases the spring force that torque spring 42 generates, so that torque spring 42 can also be just It is often used, extends the service life of torque spring 42.

Further, it is equipped with fixing piece 41 in the second shaft 23, installation gap 411, torsion is offered on fixing piece 41 The second end of spring 42 is connected in installation gap 411, and when torque spring 42 is installed, torque spring 42 is first sheathed on second In shaft 23, then by the first end of torque spring 42 insertion fixation hole 1114, then fixing piece 41 is sheathed on the second shaft 23 And the second end of torque spring 42 cannot be finally connected in installation gap 411 by fixing piece 41 in the rotation of the second shaft 23, 42 assembling mode of torque spring is simple and reliable, and when display screen 10 rotates, the first end of torque spring 42 is with 10 turns of display screen It is dynamic, and the second end of torque spring 42 is fixed in the second shaft 23 by fixing piece 41, therefore torque spring 42 generates spring force Display screen 10 is prevented to continue to rotate under the gravity of display screen 10.

Further, second connecting portion 112 offers escape groove 1122 in the corresponding position of installation gap 411, works as torsion The second end of spring 42 can extend installation gap 411 it is outer when, the second end of torque spring 42 is inserted into escape groove 1122, keeps away Exempt from second connecting portion 112 and the second end of torque spring 42 in display screen rotation process and generate interference, while escape groove 1122 is right The end of torque spring 42 has position-limiting action, avoids, one end that torque spring 42 is installed on installation gap 411 detaches installation Notch 411, so that torque spring 42 loses the effect of locking display screen 10.

Further, as shown in fig.9, being also arranged with second sleeve 48 in the second shaft 23, second sleeve 48, which is located at, to be turned round In power spring 42, when torque spring 42 twists, the radial dimension of torque spring 42 is to reduce, when torque spring 42 is set around When in second sleeve 48, torque spring 42 can not reverse again, play the role of protecting torque spring 42, avoid its stress excessive And it damages, and when torque spring 42 is sheathed in second sleeve 48, second sleeve 48 can also be played to 42 diameter of torque spring To the effect of positioning, guarantee that the both ends of torque spring 42 are steadily connected in fixation hole 1114 and installation gap 411.

Further, the outer circle wall of the second shaft 23 is equipped with the second circumference boss and divides second shaft 23 For the second extended segment and the second construction section, the second construction section sequentially passes through connection bump 214, the first mounting hole 1111, second Sleeve 48, fixing piece 41 and the second mounting hole 1121, the end face of upper connection bump 214 is connected in circumferential protrusion, and upper rotation Part 25 is equipped with upper evacuation through-hole 255, and the second extended segment is arranged in evacuation through-hole 255 and the other side of the second circumference boss Face is connected on rotating member 25, by the withstanding effect of upper connection bump 214 and upper rotating member 25, limits the second shaft 23 Axial movement, play the movement for fixing the second shaft 23 of positioning.

Further, is also successively arranged between first connecting portion 111 and second sleeve 48 in the second shaft 23 Two setting-up pieces 45 and the second compress gasket 47, the second setting-up piece 45 include the second extension and the second clamping portion, and second prolongs Extending portion radially extends to be formed along the second shaft 23 in the edge of the second setting-up piece 45, and the second clamping portion and described second extends Portion end is extended to form towards the bending of the side of the first connecting portion 111, and first connecting portion 111 and the first clamping portion 582 are right The position answered is equipped with upper blocked hole 1113, and the second clamping portion is arranged in blocked hole 1113, the when first connecting portion 111 rotates Two setting-up pieces 45 are rotated with first connecting portion 111, and the second compress gasket 47 can not be rotated in the second shaft 23, together When the second setting-up piece 45 interval on the side close to the second compress gasket 47 be uniformly provided with the second hemispherical groove, the second half Inside of spherical groove is equipped with lubricating oil, so that the frictional force rotated between the second setting-up piece 45 and the second compress gasket 47 is reduced, So that the rotation of display screen 10 is more easy.

Further, the second compress gasket 47 and also are provided between upper connection bump 214 and first connecting portion 111 Two setting-up pieces 45 further reduce the frictional force that display screen 10 rotates.

Further, refering to shown in Fig. 4, Figure 10 and Figure 11, after the end of the second construction section is pierced by the second mounting hole 1121 It is successively arranged with the second rotating gasket 46, the second space washer 44 and third nut 43, and the second rotating gasket 46, second is spaced Washer 44 and third nut 43 in the second shaft 23 in not can be rotated, and the second rotating gasket 46 is close to the side of second connecting portion 112 Evenly spaced second strip groove on face, position corresponding with the second strip groove is equipped with third half in second connecting portion 112 Spherical groove 1115, lubricating oil can enter third hemispherical groove 1115 along the second strip groove, and in the second connection When portion 112 rotates, the second strip groove can form a circular lubricating oil film in the side of second connecting portion 112, more into one Reduce the frictional force that display screen 10 rotates in step ground.

Further, the component being arranged on the second construction section is lock onto the second shaft 23 by third nut 43, is located at The second space washer 44 between second rotating gasket 46 and third nut 43 is for preventing third nut 43 from loosening, in addition, also Jam nut can be used to cooperate the second space washer 44 to prevent third nut 43 from loosening.

Further, the second limit plane being oppositely arranged there are two being set on the second construction section, upper connection bump 214, Fixing piece 41, the second rotating gasket 46 and fixing equipped with second abutted with the second limit plane for the second compress gasket 47 are put down Therefore face when display screen 10 rotates, not will cause connection bump 214, fixing piece 41, the second rotating gasket 46 and the second pressure The rotation of tight gasket 47, and then the other elements for causing third nut 43 etc is avoided to rotate, to be effectively prevented from torsion bullet Spring 42 loosens.

Further, the first screw hole 1116 is offered in first connecting portion 111, using the first screw by first connecting portion 111 are fixed together with upper rotating member 25, can when axis rotation of the first connecting portion 111 around the second shaft 23 Rotating member 25 rotates in drive, so as to drive connecting rod 24 to rotate, to realize the connection between display screen 10 and support rod 21 It is dynamic.

Further, it is convex to be equipped with the upper limit extended towards the first connecting portion 111 for the end face of upper rotating member 25 253 are played, offers receiving hole 1112 in first connecting portion 111, upper limit protrusion 253 is connected in receiving hole 1112, is being shown During 10 rotation of screen, the cooperation between upper limit protrusion 253 and receiving hole 1112 can will be reduced suffered by the first screw Shearing force, make to connect between first connecting portion 111 and upper rotating member 25 more reliable.

In the present embodiment, refering to shown in Fig. 2, Fig. 5 and Fig. 8, the connecting rod 24 includes upper arc section 241, lower arc section 243 And the straight bar section 242 being connected between the upper arc section 241 and the lower arc section 243, the upper arc section 241 with it is described The rotation connection of upper rotating member 25, the rotation connection of the lower arc section 243 and the lower rotating member 26.Specifically, in connecting rod During 24 swing, upper arc section 241 and lower arc section 243 are dry in that will not generate with the inner wall of accommodating chamber 211 in arc-shaped It relates to, guarantees the smooth swing of connecting rod 24.

Further, the quantity of connecting rod 24 is two, two connecting rods 24 be oppositely arranged in accommodating chamber 211 and respectively with it is right The upper connection bump 214 answered is connected with lower connection bump 215；The design of two connecting rods 24, enhance driving member 25 and under pass Bonding strength between moving part 26.

Further, the upper surface and lower end surface of two lower arc sections 243 are equipped with lower connection sheet 55, two lower arc sections 243 are located between two lower connection sheets 55 and are linked together by connecting pin 248, and each lower arc section 243 can be around correspondence Connecting pin 248 is rotated, and the lower effect of connection sheet 55 is that two lower arc sections 243 link together, and swings it together, and Two lower connection sheets 55 are fixedly installed on lower rotating member 26.

Further, it is additionally provided with attachment spacers 245 between two upper arc sections 241 and the end face of upper connection bump 214, Upper arc section 241 and upper connection sheet 55 are fixed on the end face of connection bump 214 by the second screw 247, and upper arc section 241 can rotate around the axis of the second screw 247, upper connection sheet 55 make the end face of arc section 241 and upper connection bump 214 it Between there are gaps, frictional force between arc section 241 and the end face of upper connection bump 214 is reduced, so that the swing of connecting rod 24 It is more smoothly.

In the present embodiment, refering to shown in Fig. 2, Fig. 5 and Fig. 6, the side of the upper rotating member 25 is pierced by equipped with supply lines Upper threading notch 252, the side of the lower rotating member 26 is equipped with the underpass notch 262 penetrated for the electric wire.Specifically Ground needs to be connected to the electric wire of display screen 10 from pedestal 30, can penetrate receiving from the underpass notch 262 on lower rotating member 26 After being pierced by again from the upper threading notch 252 on upper rotating member 25 in chamber 211, then it is connected with display screen 10, electric wire is from support rod 21 Inside pass through, avoid the exposed and electric wire of electric wire from being pullled and damaged, play the role of protecting electric wire, and integral type The assembling of computer is also more convenient, and structure is more compact.

In the present embodiment, refering to partition 27 shown in Fig. 5 and Fig. 7, is additionally provided in the accommodating chamber 211, the partition 27 will The accommodating chamber 211 divides for half chamber of threading and installs half chamber, and the connecting rod 24 is located in half chamber of the installation.Specifically, partition Accommodating chamber 211 is divided for half chamber of threading and installs half chamber by 27, and electric wire is arranged in half chamber of threading, and connecting rod 24 is located at half chamber of installation In, partition 27 separates electric wire and connecting rod 24, and the swing of connecting rod 24 is avoided to damage electric wire, plays the role of protecting electric wire.

Further, opposite two wall surfaces of accommodating chamber 211 are equipped with clamping protrusion 218, and the corresponding position of partition 27 opens up There is clamping groove 271, clamping protrusion 218 is connected in clamping groove 271, and partition 27 is connected in accommodating chamber 211, avoids partition 27 move in accommodating chamber 211, so that partition 27 is firmly secured in accommodating chamber 211.

Further, the both ends of 21 side of support rod are equipped with upper extending column 216 and lower extending column 217, and upper through-hole 212 is located at On upper extending column 216, upper extending column 216 increases the installation space of connection bump 214 and upper rotating member 25, can increase The size of upper connection bump 214 and the size of upper rotating member 25 are to guarantee that it is enough that upper connection bump 214 and upper rotating member 25 have Intensity；Lower through-hole 213 is located under lower extending column 217, and lower extending column 217 increases lower connection bump 215 and lower rotating member 26 Installation space, the size of lower connection bump 215 and the size of lower rotating member 26 can be increased to guarantee lower 215 He of connection bump Lower rotating member 26 has enough intensity.

Further, accommodating chamber 211 is the accommodating chamber 211 with opening, and there is the accommodating chamber 211 of opening to be conducive to connecting rod 24, the assembling of the components such as upper rotating member 25 and lower rotating member 26.

Further, support rod 21 is equipped with the cover board 28 for being covered on opening, and cover board 28 covers column opening can Keep the component movement of accommodating chamber 211 in independent space, keep its movement more smoothly, also can be avoided dust, The other components such as moisture enter its internal part of 211 internal corrosion of accommodating chamber.

Further, cover board 28 is snapped on support rod 21, and the upper surface of clamping protrusion 218 is equipped with card slot 219, lid The position corresponding with card slot 219 of plate 28 is equipped with buckle, is arranged in card slot 219, to realize cover board 28 and support rod 21 It snaps connection, this is but also the assembling of computer with integrated is more simple.

Further, the end face of upper rotating member 25 is equipped with upper guide hump 254 close to the position of upper threading notch 252, draws The end face that pilot plays 254 is higher than the side of connecting rod 24, and electric wire first under the supporting role of the end face of upper guide hump 254, avoids Electric wire falls at the rotation of connecting rod 24 and damages.

Further, the end face of lower rotating member 26 is equipped with lower guide hump, lower guidance close to the position of underpass notch 262 The end face of protrusion is higher than the side of connecting rod 24, and electric wire first under the supporting role of the end face of guide hump 254, avoids electric wire from falling It is damaged at the rotation of connecting rod 24.The rest part of the present embodiment is the same as example 1, and is not solved in the present embodiment The feature released is all made of the explanation of embodiment one, is not discussed here.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (10)

1. a kind of one machine support, it is characterised in that: include:

Connection component, for being integrally connected the pedestal of machine and the display of the all-in-one machine；

Fixed bin, for being fixedly installed in the pedestal, the fixed bin offers installation cavity, on the wall surface of the installation cavity Offer perforating；

First rotating shaft, the first end of the first rotating shaft are fixedly installed on the connection component, and the second of the first rotating shaft End is arranged in the perforating；

Damper assembly, the damper assembly include compressed spring, and one end of the compressed spring is fixedly installed in described first turn On axis, the other end of the compressed spring be installed on the fixed bin and the axially loaded direction of the compressed spring with it is described The axis perpendicular of first rotating shaft.

2. one machine support according to claim 1, it is characterised in that: the damper assembly further includes link block, described One end of link block is installed in the first rotating shaft, and the compressed spring both ends are separately mounted to the link block and described solid Determine on box.

3. one machine support according to claim 2, it is characterised in that: the damper assembly further includes connection sheet, described Connection sheet fixing sleeve is set in the first rotating shaft, and the link block is rotationally connected in the connection sheet.

4. one machine support according to claim 3, it is characterised in that: the damper assembly further includes guide rod, described Compressed spring is sheathed on the guide rod, and one end of the guide rod is fixedly installed on the link block.

5. one machine support according to claim 3, it is characterised in that: the damper assembly further includes bolt, the company The quantity of contact pin is two, and the axis interval in the first rotating shaft and along the first rotating shaft is arranged in two connection sheets Arrangement, the connection sheet are located between two connection sheets, and two connection sheets are divided into the first connection sheet and the second connection Piece, the bolt sequentially pass through first connection sheet, the link block and second connection sheet.

6. one machine support according to claim 4, it is characterised in that: the damper assembly further includes guide pad, described The both ends of guide pad are rotationally connected with respectively on two wall surfaces that the installation cavity is oppositely arranged, and guiding is offered on the guide pad Hole, the guide rod are arranged in the pilot hole, and the both ends of the compressed spring are connected to the link block and institute respectively It states on guide pad.

7. described in any item integrated machine supports according to claim 1~6, it is characterised in that: the damper assembly further includes the One setting-up piece and the first rotating gasket, first setting-up piece are sheathed on the end of the first rotating shaft and described first Setting-up piece is fixedly installed on the fixed bin, and the first rotating gasket fixing sleeve is set to the end of the first rotating shaft On, first rotating gasket side is connected on first setting-up piece, and first rotating gasket is towards described first Several first hemispherical grooves are provided on the side of setting-up piece, and each first hemispherical groove is along the first rotating shaft The circumferential uniform intervals of axis arrange, first setting-up piece is several towards being provided on the side of first rotating gasket A the first strip groove radially extended along the first rotating shaft and each first strip groove is along the first rotating shaft axis The circumferential uniform intervals of line are arranged.

8. one machine support according to claim 7, it is characterised in that: first setting-up piece includes the first extension With the first clamping portion, first extension radially extends shape along the first rotating shaft in the edge of first setting-up piece At first clamping portion and the end of first extension are extended to form towards fixed bin side bending, described solid Box position corresponding with first clamping portion is determined equipped with lower blocked hole, and first clamping portion is arranged in the lower blocked hole In.

9. one machine support according to claim 7, it is characterised in that: the damper assembly further includes the first nut, institute The first nut lock is stated to pay in the end of the first rotating shaft with fixed for first rotating gasket to be pressed in described first Gasket.

10. one machine support according to claim 9, it is characterised in that: the damper assembly further includes the first separation pad Circle, first separation pad be sheathed in the first rotating shaft and be located at first nut and first rotating gasket it Between.