CN201715198U

CN201715198U - Suction cup type bracket

Info

Publication number: CN201715198U
Application number: CN2010202026234U
Authority: CN
Inventors: 万卫军
Original assignee: Mitac Technology Kunshan Co Ltd
Current assignee: Mitac Technology Kunshan Co Ltd
Priority date: 2010-05-25
Filing date: 2010-05-25
Publication date: 2011-01-19
Anticipated expiration: 2020-05-25

Abstract

The utility model provides a suction cup type bracket which is characterized in that the bracket comprises a suction cup base, a carrying body and a supporting body, wherein the suction cup base comprises at least one suction cup, a connecting part opposite to an adsorption surface of the suction cup, and a handle; the carrying body is used for carrying a notebook computer, and comprises a main carrying part and adjusting parts connected at the two opposite side ends of the main carrying part; the supporting body comprises a lifting part and a rotating part; and the lifting part and the rotating part are respectively connected with the connecting part of the suction cup base and the main carrying part of the carrying body. By being provided with the lifting part and the rotating part, the suction cup type bracket leads the notebook computer to be adjusted to a proper position, thus being convenient for operation.

Description

The sucker-type support

[technical field]

The utility model relates to a kind of support, particularly a kind of sucker-type support that is used to carry notebook computer.

[background technique]

At present, notebook computer has become indispensable helper in people's daily life, no matter work, study or amusement all be unable to do without it.Because people are more and more higher to the requirement of mobile office, so the requirement to portable notebook computer is also more and more higher, but no matter be which kind of occasion to use notebook computer in, people can adopt mostly notebook computer is placed on the table, or place on a certain plane of car body, this is not easy to all realize that the lifting of notebook computer or rotation are beneficial to operation.Also there is the people that notebook computer is positioned on the computer base with support and thermolysis, but existing computer base complex structure, and do not possess lifting or spinfunction.Like this, in the angle of regulating the notebook computer height or changing notebook computer when being suitable for operating, will be very inconvenient.

In view of this, be necessary to provide a kind of sucker-type support really, this support has lifting and spinfunction, utilize this support, just notebook computer can be transferred on the suitable position, thereby make things convenient for operation, in addition, the employing of sucker makes the simple in structure of this support.

[summary of the invention]

The utility model purpose is to provide a kind of sucker-type support with lifting and spinfunction, utilizes this support, can easily notebook computer be transferred to and be beneficial to operation on the suitable position.

The utility model provides a kind of sucker-type support, it is characterized in that, described support comprises:

One sucker base comprises at least one sucker, a joint and an one handle in contrast to the adsorption plane of described sucker;

One carrier is used to carry notebook computer, and described carrier comprises that one main carry portion and is connected in described master and carries the adjusting portion of the relative two side ends of portion;

One support comprises a lifting unit and a rotary part, and described lifting unit and described rotary part link to each other with the described master portion of carrying of the joint of described sucker base and described carrier respectively.

Preferably, the described master portion of carrying is a rectangle plate body.

Preferably, the described master portion of carrying is provided with some projectioies or some through holes.

Preferably, described adjusting portion is a pars contractilis.

Preferably, described pars contractilis is provided with abutment.

Preferably, described lifting unit comprises first coupling shaft and second coupling shaft of be positioned for the diverse location of mutual socket.

Preferably, described rotary part comprise a stationary axle and be sheathed on the described stationary axle and can be around the rotating member of described stationary axle rotation.

Preferably, described rotary part comprises that a ball-and-socket and with a circular open ends is built in spheroid in the described ball-and-socket by described circular open ends.

Compared with prior art, the utility model just can transfer to notebook computer on the suitable position, thereby make things convenient for operation by lifting unit and rotary part are set.

For making the purpose of this utility model, structure characteristics and function thereof there are further understanding, cooperate diagram to be described in detail as follows now:

[description of drawings]

Fig. 1 is first embodiment's of the utility model sucker-type support a decomposing schematic representation.

Fig. 2 is a combination schematic representation embodiment illustrated in fig. 1.

Fig. 3 is second embodiment's of the utility model sucker-type support a decomposing schematic representation.

Fig. 4 is a combination schematic representation embodiment illustrated in fig. 3.

[embodiment]

See also Fig. 1, shown in Figure 2, be first embodiment's of the utility model sucker-type support structural representation.The sucker-type support comprises: sucker base 1, support 2 and carrier 3.

Sucker base 1 has a sucker 11, a coupling shaft 12 in contrast to the adsorption plane of sucker 11, the absorption whether handle 13 of a control sucker 11.

Support 2 comprises: first coupling shaft 21, second coupling shaft 22, align member 23, swivel plate 24, stationary axle 25 and lock firmware 26.Wherein, first coupling shaft 21 is one to have the axis body of a cavity, the one end links to each other with the coupling shaft 12 of sucker base 1, and offer through hole 211, through hole 212, through hole 213 and through hole 211 on its side arm successively, cross section by these four through holes is a central cross-section of first coupling shaft 21, and these four through holes all communicate with the cavity of first coupling shaft 21.Second coupling shaft 22 can be stretched in first coupling shaft 21, offers through hole 221, through hole 222, through hole 223 and through hole 224 on second coupling shaft 22 successively, and is a central cross-section of second coupling shaft 22 by the cross section of these four through holes.Align member 23 is a lock uint, is made up of a bolt 231 and a nut that matches 232.One end of stationary axle 25 is connected on the end of second coupling shaft 22, and the cross section of stationary axle 25 is less than the cross section of second coupling shaft 22, and the center line of the center line of stationary axle 25 and second coupling shaft 22 coincides.Swivel plate 24 has a central through bore 241 and some tapped holes 242, and the cross section of central through bore 241 is less than the cross section of second coupling shaft 22, and swivel plate 24 is sheathed on the stationary axle 25 by central through bore 241, and can be around stationary axle 25 rotations.Lock firmware 26 is in order on the free end that is locked in stationary axle 25, swivel plate 24 is placed in 22 of the latch 26 and second coupling shafts.

Carrier 3 comprises main support plate 31 and two pars contractilis 32.Main support plate 31 is a rectangular plate, and its surface that is used to carry notebook computer is provided with some arc protruding rails 311, and its another opposite flank is provided with some shrinkage pools 312 with internal thread.Cross the tapped hole 242 of swivel plate 24 and be screwed in the shrinkage pool 312 with some double-screw bolt 4 coils, thereby swivel plate 24 and carrier 3 are fixed together.Two relative both end sides of main support plate 31 all offer shrinkage pool 313.Pars contractilis 32 comprises: expansion plate group 321, support block 322, and wherein, expansion plate group 321 is in order to do corresponding adjusting to be suitable for the size of notebook computer, and the one end is placed in the shrinkage pool 313 slidably, and establishes support block 322 on its other end; Support block 322 supports notebook computer 100 in order to the arc protruding rail 311 on main support plate 31, also is convexly equipped with an abutment 3221 on the support block 322, in order to firm notebook computer it is not slided.

During use, pulling handle 13 is adsorbed on the plane sucker 11.Bolt 231 by align member 23 and nut 232 make second coupling shaft 22 be positioned a correct position in first coupling shaft 21, thereby make carrier 3 be in suitable height.Secondly, rotate carrier 3, select around stationary axle 25 to drive the swivel plate 24 of fixedlying connected, so that carrier 3 is adjusted to suitable angle with it.Moreover the expansion plate group 321 of regulating pars contractilis 32 is to the size that is suitable for notebook computer 100.At this moment, just notebook computer 100 can be positioned on the carrier 3.The bottom supporting of notebook computer 100 is on arc protruding rail 311 and support block 322, and the both sides of notebook computer 100 and abutment 3221 are inconsistent, thereby notebook computer 100 has been adjusted to the position of suitable operation.

See also Fig. 3 and Fig. 4, show another embodiment's of the present utility model structural representation.Compared to a last embodiment, rotary part in the present embodiment and bearing part 3 are different.In present embodiment, the standing part of rotary part---have the ball-and-socket 275 of a circular open ends, be positioned at an end of second coupling shaft 27 and be the part of second coupling shaft 27, other structure of second coupling shaft 27: through hole 271, through hole 272, through hole 273 and through hole 274 are identical with through hole 224 with through hole 221, through hole 222, through hole 223 on second coupling shaft 22 among the last embodiment.The rotating member 28 that the rotating part of rotary part is made up of an axis body 281 and a spheroid of fixedlying connected with axis body 282, spheroid 282 is built in the ball-and-socket 275, and can in ball-and-socket 275, rotate, axis body 281 by by the circular open ends of ball-and-socket 275 along with spheroid 282 rotates.

Bearing part 3 comprises two pars contractilis 35 of main support plate 34 and the relative two side ends that is connected in main support plate 34.Main support plate 34 is a rectangular plate, offer some slit-like through-holes 341 on it, in addition, the side in contrast to supporting plane of main support plate 34 is provided with joint (figure does not show), in order to the axis body 281 of bearing part 3 and rotating member 28 is fixedlyed connected, thereby bearing part 3 and rotating member 28 achieve a fixed connection.Two relative both end sides of main support plate 34 all offer shrinkage pool 342.Pars contractilis 35 comprises the slide plate 351 that can slide in the shrinkage pool 342 of main support plate 34, be located at support block 352 on the slide plate 351, be located at keeping out plate 353 and being coupling in the free-ended pressing plate 354 of keeping out plate 353 of support block 352 1 ends.

During use, after sucker 11 being adsorbed in a certain plane and second coupling shaft 27 is positioned a correct position, rotation bearing part 3 rotates in ball-and-socket 275 with the spheroid 282 that drives the rotating member 28 of fixedlying connected with bearing part 3, thereby bearing part 3 can be adjusted to suitable angle.Then, pressing plate 354 is rotated to vertical position, and spur slide plate 351, notebook computer 100 is supported on the support block 352, and the dual-side that makes notebook computer 100 is with to keep out plate 353 inconsistent according to the size of notebook computer.After opening notebook computer, rotatable pressing plate 354 makes its both sides that are pressed on the keyboard of notebook computer 100, thereby has further stablized notebook computer, as shown in Figure 4.

Embodiment described herein manyly utilizes preferred embodiments more of the present utility model, and sets forth by the mode of explanation rather than restriction here.It will be apparent to one skilled in the art that it should be apparent that, do not break away from itself under the prerequisite of the utility model spirit and scope that appended claims limits, can make many other embodiments.

Claims

1. a sucker-type support is characterized in that, described support comprises:

2. sucker-type support as claimed in claim 1 is characterized in that: the described master portion of carrying is a rectangle plate body.

3. sucker-type support as claimed in claim 1 is characterized in that: the described master portion of carrying is provided with some projectioies or some through holes.

4. sucker-type support as claimed in claim 1 is characterized in that: described adjusting portion is a pars contractilis.

5. sucker-type support as claimed in claim 4 is characterized in that: described pars contractilis is provided with abutment.

6. sucker-type support as claimed in claim 1 is characterized in that: described lifting unit comprises first coupling shaft and second coupling shaft of be positioned for the diverse location of mutual socket.

7. sucker-type support as claimed in claim 1 is characterized in that: described rotary part comprise a stationary axle and be sheathed on the described stationary axle and can be around the rotating member of described stationary axle rotation.

8. sucker-type support as claimed in claim 1 is characterized in that: described rotary part comprises that a ball-and-socket and with a circular open ends is built in spheroid in the described ball-and-socket by described circular open ends.