CN102313115A

CN102313115A - Electric device support and electric equipment with same

Info

Publication number: CN102313115A
Application number: CN2010102198818A
Authority: CN
Inventors: 陈逸儒
Original assignee: Shenzhen Yuzhan Precision Technology Co ltd; Hon Hai Precision Industry Co Ltd
Current assignee: Shenzhen Yuzhan Precision Technology Co ltd; Hon Hai Precision Industry Co Ltd
Priority date: 2010-07-07
Filing date: 2010-07-07
Publication date: 2012-01-11

Abstract

The invention relates to an electric device support, which is used for clamping and attaching an electric device onto a bearing body. The electric device support comprises a support body and an attaching component, wherein the support body comprises a plurality of retaining arms which are used for clamping and locking the electric device. The invention also provides electric equipment with the electric device support.

Description

Electronic equipment support and have the electronic equipment of electronic equipment support

Technical field

The present invention relates to a kind of electronic equipment support and have the electronic equipment of electronic equipment support.

Background technique

Along with the fast development of electronics technology and people requirement and expectation to electronic equipment; Electronic equipment (like panel computer etc.) more and more trends towards small volumeization and lightening; And too frivolous electronic equipment when being held in the hand the user tend to ignore material object and be shed on the ground fragile electronic equipment easily; And, use electronic equipment such as panel computer to hold or to lie on the carrier with hand, bring very big inconvenience and watch to the user when directly lying on the carrier.

Summary of the invention

Given this, be necessary to provide a kind of cooperation electronic equipment support easily.

Also be necessary to provide a kind of electronic equipment that has this electronic equipment support.

A kind of electronic equipment support is used for an electronic equipment is attached to a carrier, comprises a rack body, and this rack body comprises some keeping arms, is used for this electronic equipment of clamping.

A kind of electronic equipment comprises electronic equipment and is used for this electronic equipment is installed on the support on the carrier that this electronic equipment comprises a planar body, and some keeping arms of this support are matched with this planar body periphery, with this planar body clamping.

When the user uses above-mentioned electronic equipment support and has the electronic equipment of this electronic equipment support, can electronic equipment attached on the different bearer body, be user-friendly to the electronic equipment of frivolous formula according to the needs of oneself.

Description of drawings

Fig. 1 is the stereogram of the electronic equipment of a preferred embodiments.

Fig. 2 is the stereogram of the electronic equipment support of electronic equipment shown in Figure 1.

Fig. 3 is the exploded view of first support of electronic equipment support shown in Figure 2.

Fig. 4 is the exploded view of second support of electronic equipment support shown in Figure 2.

Fig. 5 is the attached component stereogram of electronic equipment support shown in Figure 2.

Fig. 6 is the attached component and the second support installation diagram of electronic equipment support shown in Figure 2.

Fig. 7 is the exploded view of electronic equipment support shown in Figure 1.

Fig. 8 is the electronic equipment installation diagram of electronic equipment shown in Figure 1.

Fig. 9 is the user mode figure of electronic equipment shown in Figure 1.

Figure 10 is the another kind of user mode figure of electronic equipment shown in Figure 1.

Figure 11 is the another kind of user mode figure of the electronic equipment support of electronic equipment shown in Figure 1.

The primary component symbol description

Electronic equipment 100

Electronic equipment 200

Body 202

Electronic equipment support 300

Rack body 400

Attached component 500

First support 1

First joint 12

End face 122

Fixed hole 1224

Block 124

Through hole 1242

First groove 1244

Fixed block 126

Slideway 128

Translation chute sections 1282

Rotate chute sections 1284

Keeping arm 14

Retainer shaft 142

Blocking element 1422

Keep end 144

First cavity volume 1442

Second support 2

Second joint 22

Second side 222

Second groove 2222

The 3rd side 223

Sliding axle 2232

The 4th side 224

The 5th side 225

Keeping arm 24

Second cavity volume 242

The 3rd joint 26

Boss 262

Projection 264

Engagement unit 3

First magnetic element 32

Second magnetic element 34

Position-limiting unit 4

Limited part 42

Restraining groove 44

First restraining groove 442

Second restraining groove 444

Diapire 4442

The 3rd restraining groove 446

Diapire 4462

Elasticity unit 46

Stop block 48

Elastic arm 52

Junction surface 54

Circular open 542

Sleeve 56

First sleeve 562

Second sleeve 564

Embodiment

Fig. 1 shows the electronic equipment 100 of a preferred embodiments, comprises the electronic equipment 200 that has a planar body and this electronic equipment 200 is attached to the electronic equipment support 300 on the carrier (figure does not show).In this mode of execution, this electronic equipment 200 is a panel computer 200, comprises a planar body 202; This electronic equipment support 300 comprises a rack body 400 and attached component 500.

Please in this mode of execution, comprise second support 2, rotatablely be slidingly connected to first support 1 of second support 2 and be positioned at second support 2 and the engagement unit 3 of 1 on first support with reference to figure 2 rack bodies 400 in the lump.Second support 2 can move around between primary importance to the second place away from first support 1 near first support 1 along said first support, 1 length direction by relative first support 1; In this mode of execution; Engagement unit 3 comprises first magnetic element 32 that is arranged on first support 1 and is arranged on second magnetic element 34 on second support 2; In order to attracting second support 2 to move to primary importance, and remain on primary importance, realize the function of clamping electronic equipment 200 from the second place.Be appreciated that ground, engagement unit 3 functions are not limited to realized by magnetic element, in certain embodiments; Elastic elements such as spring also can be set between first support 1 and second support 2; When applying an external force second support 2 is moved to the second place by primary importance, elastic element is stretched, when external force disappears; Elastic element shrinks, and then drives second support 2 and move to primary importance and remain on primary importance from the second place.

Attached component 500 can be connected in first support 1 or second support 2; In this mode of execution; Attached component 500 is connected in second support 2, and can relative second support 2 around an axis rotation perpendicular to second support 2, so that regulate electronic equipment 200 with respect to angle between the carrier.

Please in the lump with reference to Fig. 3, first support 1 comprises that first joint 12 and two are by first joint, 12 extended keeping arms 14.First joint 12 comprises end face 122, block 124 and two slideways 128 that are set in parallel on the end face 122; Two slideways 128 all roughly are U type opening shape, comprise linearly the translation chute sections 1282 of type and the rotation chute sections 1284 that is continued to extend to form by translation chute sections 1282 respectively.It is rectangular-shaped that block 124 roughly is; One through hole 1242 runs through be arranged at block 124 symmetry two than on the long side surface, with above-mentioned two than adjacent another of long side surface than offering two first grooves 1244 on the long side surface, first groove 1244 is roughly circle in this mode of execution; Also can be square or other arbitrary shape; Be used to hold fixing two and corresponding first magnetic element 32 of first groove, 1244 shapes size, in this mode of execution, first magnetic element 32 is two magnet; Offer on end face 122 neutral positions one have an internal thread fixed hole 1224; The through hole 1242 that one fixed block 126 passes on the block 124 is screwed together in the fixed hole 1224 that is arranged on end face 122; The one side that block 124 is had two first grooves 1244 is fixed on the end face 122 towards U-shaped opening one end of slideway 128, and this fixed block 126 can be screw.In this mode of execution; Said two keeping arms 14 are arranged on the both sides of end face 122 away from slideway 128 1 ends symmetrically; Comprise a retainer shaft 142 respectively and removably or one-body moldedly be connected in one of retainer shaft 142 and keep end 144; And two retainer shafts 142 all outwards are bent near the position of first joint 12 and form a blocking element 1422, in order to resist clamping panel computer 200 better; Two maintenance ends 144 are 1/4 georama of circle ear type in this mode of execution and form one first cavity volume 1442, are used to hold two end angles of this panel computer 200 of blocking.

Please comprise one second joint 22, can be fixedly connected or mode such as one-body molded is connected in the keeping arm 24 of second joint 22 and is arranged on the 3rd joint 26 of second joint 22 with reference to figure 4, the second supports 2 in the lump.

Keeping arm 24 is used to hold an end of this panel computer 200 of clamping, and keeping arm 24 is a shovel type structure in this mode of execution, middle ringent second cavity volume 242 of a shovel type that forms; Side margin in order to this relative panel computer 200 of two end angles that hold clamping and panel computer.

Second joint 22 roughly is rectangular-shaped; Include second side 222, first side (figure do not show) relative, the 3rd side 223, the 4th side 224, the 5th side 225 and six side (figure do not show) relative with the 5th side 225 with second side 222; Except that first side roughly is the trapezoidal faces; All the other sides face that all is square, first side is fixedly connected on an end of second cavity volume 242; The width of second side 222 is slightly less than the distance of 128 in two slideways; And on second side 222, offer two second grooves 2222 identical side by side with first groove, 1244 shapes sizes, this second groove 2222 be used to hold fixing two with big or small identical but second magnetic element 34 that magnetic is opposite of first magnetic element, 32 shapes; On the 3rd side 223 and the 4th side 224, form the sliding axle 2232 of relative outward extending identical shaped length and size respectively, the cross section of sliding axle 2232 is large semi-circular, and the distance of the straight flange mid point of large semi-circular to arc limit mid point is equal to or slightly less than the height of this translation chute sections 1282; Simultaneously, the length of straight flange of large semi-circular is greater than the height of translation chute sections 1282, and as the large semi-circular polishing of sliding axle 2232 cross sections is circular; The round diameter size of polishing is slightly less than the round diameter size of rotating chute sections 1284; Thereby sliding axle 2232 just can slide in translation chute sections 1282, and sliding axle 2232 slides into when rotating in the chute sections 1284, and second support 2 can be around sliding axle 2232 turnovers; Promptly second support 2 can be around 1 turnover of first support; And behind second support, the 2 turnover several angles, let sliding axle 2232 parts be fastened in the translation chute sections 1282, so can make 1 blocking of first support support second support 2; Stop second support 2 to continue turnover; Rotate in the chute sections 1284 as sliding axle 2232 being broken away from translation chute sections 1282, sliding into again, second support 2 can continue turnover around first support 1.

In this mode of execution; The 3rd joint 26 is arranged on 225 about neutral positions, the 5th side; Comprise a cylindrical boss 262, boss 262 centers extend upward out the cylindrical projection 264 of a diameter less than cylindrical boss 262, in order to be connected with attached component 500.

Please in the lump with reference to figure 5, Fig. 6 and Fig. 7, attached component 500 is one to have the collar 500 of a breach in this mode of execution, and this collar 500 comprises a pair of elastic arm 52, connects the junction surface 54 and the sleeve 56 of these two elastic arms 52.Elastic arm 52 can be an arc spring lamination, the both sides that are arranged on junction surface 54 that arc-shaped concave is relative, and two 52 of elastic arms leave certain interval; Under external force, the gap that two elastic arms are 52 can dwindle or magnify, and is convenient to be attached on the shaft-like carrier; For example, on the user's arms.It is one square that junction surface 54 roughly is, and its thickness is slightly less than the thickness of elastic arm 52; Offer a circular open 542 in junction surface 54 neutral positions; And stretch out along circular open 542 opening directions and to form sleeve 56; Sleeve 56 comprises along first sleeve 562 of circular open 542 opening directions extension and is close to second sleeve 564 that first sleeve 562 stretches out the outer wall formation of junction surface 54 parts, and the height of second sleeve 564 is higher than first sleeve 562.

Between the 3rd joint 26 and sleeve 56, be provided with a position-limiting unit 4, in order to spacing when sleeve 56 relative projections 264 turn to predetermined angle.Position-limiting unit 4 comprises the limited part 42 that is arranged on the projection 264, be arranged on some restraining grooves 44 of cooperating with projection 264 limited parts 42 on the sleeve 56, be arranged on elastic element 46 and stop block 48 between projection 264 and the sleeve 56.Limited part 42 rectangular axle for roughly being square, being stretched out away from the both sides of boss 262 1 ends by projection 264 forms; Elastic element 46 is set on the projection 264, and between boss 262 and limited part 42, is used to resist the collar 500, and this elastic element 46 is a spring in this mode of execution; Stop block 48 has two, and symmetry is enclosed in around the boss 262 and by the 5th side 225 and extends upward out, in order to further to stablize the collar 500, prevents that the collar 500 from rocking; Restraining groove 44 is opened on the inwall of first sleeve 562 along first sleeve, 562 length directions, comprises two first restraining grooves 442 that are oppositely arranged, two second restraining grooves 444 that are oppositely arranged and two the 3rd restraining grooves 446 that are oppositely arranged.Two first restraining grooves 442 are used to pass limited part 42 for running through the raceway groove of whole first sleeve, 562 inwalls, the collar 500 are installed be connected on second support 2; This second restraining groove 444 is the raceway groove that is opened on first sleeve, 562 inwalls with the 3rd restraining groove 446; But raceway groove does not run through the inwall of whole first sleeve 562; So second restraining groove 444 and the 3rd restraining groove 446 form a diapire 4442 and 4462 respectively, and cooperate blocking retaining collar 500 with limited part 42 through diapire 4442 and 4462; And the channel depth of restraining groove 44 is slightly larger than the length of the rectangular axle of limited part 42, is convenient to the installation of the collar 500.

Sleeve 56 can move to a second place by a primary importance vertically with respect to projection 264; When sleeve 56 was positioned at primary importance, the limited part 42 of projection 264 was matched with in the restraining groove 44 of sleeve 56, made sleeve 56 with respect to these projection 264 location; When sleeve 56 was positioned at the second place, the limited part 42 of this projection 264 broke away from from the restraining groove 44 of sleeve 56, and sleeve 56 can be rotated with respect to projection 264; Elastic element 46 is used for drive spool 56 and moves to primary importance by the second place.

As shown in Figure 8; Be pack into the installation process of electronic equipment support 300 of panel computer 200; Fig. 8 a is electronic equipment support 300 original states, and at this moment, first support 1 and second support 2 are through opposite first magnetic element 32 and second magnetic element, 34 matching and fixing of magnetic of engagement unit 3; During installation; Shown in Fig. 8 b; Second support 2 is moved to the second place away from first support 1 along first support, 1 length direction from the primary importance near first support 1, make the spacing between first support 1 and second support 2 become big, for another example shown in Fig. 8 c; Panel computer 200 is packed in the rack body 400; After cancelling external force, first magnetic element 32 and second magnetic element 34 that the magnetic of engagement unit 3 is opposite attract each other, and move to primary importance thereby cooperate to drive second support 2 from the second place; And in first cavity volume 1442 and second cavity volume 242 that make two of panel computer 200 end angles and hold to be fixed on rack body 400 with end angle opposed side edge, finally make electronic equipment support 300 clamping panel computers 200.

Be illustrated in figure 9 as the user mode figure of electronic equipment 100; The user can be clamped in the collar 500 on the device or object (figure does not show) that arm (figure do not show) or other can be sheathed; And the collar 500 can such as Fig. 9 the sign direction back that rotates to an angle spacing fixing, the crossing angle of the elongation line that the elongation line that this angle is connected with two second restraining grooves 444 is connected with two the 3rd restraining grooves 446 is corresponding.Therefore, the angle of the collar 500 rotatable location is provided with difference and the difference of position with restraining groove 44.

Shown in figure 10, when the user need not to hand, also can first support 1 be rotated along the collar 500 directions, at this moment, keep end 144 as foot rest end and the keeping arm 24 common fulcrums that form, panel computer 200 supports are stood on the plane (figure does not show).As when not needing support plate computer 200, shown in figure 11, can first support 1 be rotated and revolve second cavity volume 242 along second support, 2 second cavity volumes, 242 opening directions, form fulcrums with keeping arm 24, electronic equipment support 300 is supported erecting.

Be appreciated that ground; Electronic equipment support 300 in the above-mentioned mode of execution is not limited to use the collar 500 as attached component 500; Also can use multiple elements such as inhaling subsides, hook to adhere to object as attached component 500; Therefore, can envision the linkage structure that obtains inhaling the attached components 500 such as subsides, hook and second support 2 also correspondingly should change to some extent.

Those skilled in the art will be appreciated that; Above mode of execution only is to be used for explaining the present invention; And be not to be used as qualification of the present invention; As long as within connotation scope of the present invention, appropriate change that above embodiment did is all dropped within the scope that the present invention requires to protect with changing.

Claims

1. electronic equipment support is used for an electronic equipment propped up and is held in a carrier, and it is characterized in that: this support comprises a rack body, and this rack body comprises some keeping arms, is used for this electronic equipment of clamping.

2. electronic equipment support as claimed in claim 1 is characterized in that: this support also comprises an attached component, and this attached component connects said rack body, in order to the electronic equipment support is attached on the said carrier.

3. electronic equipment support as claimed in claim 1 is characterized in that: these some keeping arms comprise a cavity volume respectively, in order to the end angle that holds this electronic equipment of blocking and lateral margin with this electronic equipment of clamping.

4. according to claim 1 or claim 2 electronic equipment support, it is characterized in that: this rack body comprises first support and second support that flexibly connects with this first support, and each support includes at least one keeping arm.

5. electronic equipment support as claimed in claim 4; It is characterized in that: this second support is slidingly connected to this first support; And this first support moves around between primary importance to the second place away from first support near first support along this first stent length direction relatively; Be provided with an engagement unit between this second support and said first support, be used for said second support is matched with primary importance from the second place.

6. electronic equipment support as claimed in claim 5 is characterized in that: said engagement unit comprises and is separately positioned on the magnetic element that attracts each other on this first, second support.

7. electronic equipment support as claimed in claim 5 is characterized in that: this first support comprises one first joint, and this first joint comprises a slideway; This second support also comprises one second joint, and this second joint comprises a sliding axle, and this sliding axle slides in this slideway and can make this second support with respect to this first support turnover.

8. electronic equipment support as claimed in claim 7 is characterized in that: this slideway is arranged on this first joint, and this slideway comprises a translation chute sections and a rotation chute sections; This sliding axle cooperates with this slideway; This sliding axle cross section is large semi-circular, and the straight flange mid point of large semi-circular to the distance of its arc limit mid point is equal to or slightly less than the height of this translation chute sections, simultaneously; The length of straight flange is greater than the height of translation chute sections; This sliding axle can just be slided and this sliding axle slides into and can make after this rotation chute sections this second support around this sliding axle turnover in the translation chute sections, behind this second support turnover several angle, let this sliding axle partly be fastened in this slideway; So that this second support is supported in this first support blocking, stop this second support to continue turnover.

9. electronic equipment support as claimed in claim 2 is characterized in that: this attached component relatively this rack body around an axis rotation perpendicular to this rack body.

10. electronic equipment support as claimed in claim 9; It is characterized in that: this rack body and this attached component the two one of be provided with projection; The two another of this rack body and this attached component is provided with the sleeve that is set on this projection, and this sleeve can be with respect to this projection around said rotational; Be provided with a position-limiting unit between this projection and this sleeve, with spacing when this projection turns to predetermined angle relatively at this sleeve.

11. electronic equipment support as claimed in claim 10 is characterized in that: this position-limiting unit comprise the limited part that is arranged on this projection, be arranged on the some restraining grooves that cooperate with this projection limited part on this sleeve and be arranged on this projection and this sleeve between elastic element; This sleeve can move to a second place by a primary importance vertically with respect to this projection; When this sleeve was positioned at primary importance, the limited part of this projection was matched with in the restraining groove of this sleeve, made this sleeve with respect to this projection location; When this sleeve was positioned at the second place, the limited part of this projection broke away from from the restraining groove of this sleeve, and this sleeve can be rotated with respect to this projection; This elastic element is used to drive this sleeve and moves to primary importance by the second place.

12. electronic equipment support as claimed in claim 11 is characterized in that: this attached component comprises a pair of elastic arm, in order to be held on this carrier.

13. electronic equipment support as claimed in claim 11; It is characterized in that: this restraining groove is opened on the inwall of this sleeve along the length sleeve direction, comprises first restraining groove that runs through this entire sleeve inwall and does not run through this entire sleeve inwall and second restraining groove and the 3rd restraining groove of each self-forming one diapire; This first restraining groove penetrates entire sleeve, is used to pass this limited part; This second restraining groove and the 3rd restraining groove are in order to cooperate this attached component of blocking with limited part.

14. electronic equipment; Comprise electronic equipment and be used for this electronic equipment is propped up the support that is held on the carrier; It is characterized in that: this support is any one described electronic equipment support of claim 1～13; This electronic equipment comprises a planar body, and some keeping arms of this support are matched with this planar body periphery, with this planar body clamping.