The content of the invention
It is a primary object of the present invention to provide a kind of center and computer of the computer all-in-one machine with identical inventive concept
All-in-one, it is intended to extend the service life of mainboard, improves the security that computer all-in-one machine is used.
To achieve these goals, the center for the computer all-in-one machine that the present invention is provided includes being used to house the accommodating of mainboard
Portion, the bottom surface of the holding part is concaved with for extending to institute for side of the connecting line from the mainboard at the top of center
State cabling channel of the mainboard close to the opposite side of middle frame bottom.
Preferably, the center is provided with the installation portion for being used for installing display screen, the peace away from the side of the holding part
Dress portion is just provided with some reinforcements extended to the display screen to the supporting surface of display screen;The supporting surface is just to the cabling
The position of trench bottom is less than height of the reinforcement top relative to holding part bottom surface relative to the height of the holding part bottom surface
Degree.
Preferably, the cabling channel is located at the mainboard in the orthographic projection region of the holding part bottom surface, and cabling channel
Two ends pass the orthographic projection region.
Preferably, the one end of the cabling channel at the top of the center is communicated with the mistake of the installation portion and holding part
String holes, the cable-through hole is connected with the cabling channel.
Preferably, the bottom surface of the holding part is additionally provided with for preventing connecting line from departing from the line card of the cabling channel.
Preferably, the line card includes the linking arm of direction extension where from the bottom surface of the holding part to the mainboard,
And the engaging arm above the cabling channel, the linking arm and the engaging arm integrally connected.
Preferably, the line card at least two, and the linking arm is located at the same side of the cabling channel.
Preferably, the position depression of the opposite side correspondence line card of the cabling channel is formed with bit-avoiding slot.
The present invention further provides computer all-in-one machine, the computer all-in-one machine include center, the center include be used for
The holding part of accommodating mainboard, the bottom surface of the holding part is concaved with for supplying connecting line from the mainboard at the top of center
Side extend to cabling channel of the mainboard close to the opposite side of middle frame bottom.
The present embodiment extends to the mainboard by setting cabling channel for side of the connecting line from mainboard at the top of center
Close to the opposite side of middle frame bottom.When being passed through so as to effectively prevent connecting line below mainboard, because being abutted with mainboard so that main
Plate produces deformation, or even causes short circuit or cause the phenomenons such as solder joint sealing-off;Therefore the center of the computer all-in-one machine of the invention provided
The service life of mainboard is effectively extended, the security that computer all-in-one machine is used is improved.
Embodiment
It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, it is not intended to limit the present invention.
The present invention provides a kind of center of computer all-in-one machine, reference picture 1, in one embodiment, in the computer all-in-one machine
Frame includes being used for housing the holding part 10 of mainboard, the bottom surface 11 of the holding part 10 be concaved with for for connecting line from described
Side of the mainboard at the top of center extends to cabling channel 12 of the mainboard close to the opposite side of middle frame bottom.
Above-mentioned mainboard is computer main board, and above-mentioned connecting line can be including the part connecting line on mainboard, the part of display screen
Connecting line and the connecting line at other positions etc..Above-mentioned center is plastic frame, and above-mentioned cabling channel 12 is molded by molding.During installation,
Connecting line is put into cabling channel 12 first, then mainboard and other appurtenances are fixed again.
The present embodiment is by setting cabling channel 12 to supply side of the connecting line from mainboard at the top of center to extend to the master
Opposite side of the plate close to middle frame bottom.When being passed through so as to effectively prevent connecting line below mainboard, because being abutted with mainboard so that
Mainboard produces deformation, or even causes short circuit or cause the phenomenons such as solder joint sealing-off;Therefore in the computer all-in-one machine that the present invention is provided
Frame effectively extends the service life of mainboard, improves the security that computer all-in-one machine is used.
It is understood that the shape of above-mentioned cabling channel 12 and position can be configured according to actual needs, the present embodiment
In, it is preferable that above-mentioned center is provided with the installation portion 20 for being used for installing display screen away from the side of the holding part 10, described to install
Portion 20 is just provided with some reinforcements 211 extended to the display screen to the supporting surface 21 of display screen;The supporting surface 21 is just right
The position A of the bottom of cabling channel 12 is less than the top phase of reinforcement 211 relative to the height of the bottom surface 11 of holding part 10
For the height of the bottom surface 11 of holding part 10.
It should illustrate, due to being used as center using plastic frame, it is therefore desirable to set a plurality of reinforcement on supporting surface 21
211, to improve the mechanical strength of center.Due to by supporting surface 21 just to the position A of the bottom of cabling channel 12 relative to described
The height of the bottom surface 11 of holding part 10, which is set, is less than height of the top of reinforcement 211 relative to the bottom surface 11 of holding part 10.So as to
It can be prevented effectively from because the depth of cabling channel 12 is too deep, causing can not normal mounting display screen.
Specifically, the installation of miscellaneous part for convenience, while the utilization rate in space is improved, based on above-described embodiment, sheet
In embodiment, above-mentioned cabling channel 12 is located at the mainboard in the orthographic projection region of the bottom surface 11 of holding part 10, and cabling channel 12
Two ends pass the orthographic projection region.
Specifically, above-mentioned cabling channel 12 can be linearly distributed on the bottom surface 11 of holding part 10, and the length of cabling channel 12
More than the height of mainboard in the vertical direction, so as to shorten the length of cabling.
Further, based on above-described embodiment, in the present embodiment, the one end of above-mentioned cabling channel 12 at the top of the center
The cable-through hole 121 of the installation portion 20 and holding part 10 is communicated with, the cable-through hole 121 is connected with the cabling channel 12.
In the present embodiment, the form and dimension of above-mentioned cable-through hole 121 can be configured according to actual needs, for example, can be in
Circle is set, and can also be square setting.During installation, the line in installation portion 20 can be entered in cabling channel 12 through cable-through hole 121,
And passed from cabling channel 12 close to one end of middle frame bottom.
Further, in order to prevent connecting line depart from cabling channel, it is preferable that the bottom surface 11 of above-mentioned holding part 10 is additionally provided with use
Depart from the line card 122 of the cabling channel 12 in preventing connecting line.
It is understood that the structure and quantity of the line card 122 can be configured according to actual needs, such as line card
122 may be configured as the part that is detachably connected with the bottom surface 11 of holding part 10, may be alternatively provided as the bottom surface one with holding part 10
The structure of shaping.Preferably, above-mentioned line card 122 includes direction extension where from the bottom surface 11 of the holding part 10 to the mainboard
Linking arm 122a, and engaging arm 122b, the linking arm 122a and the engaging arm positioned at the top of the cabling channel 12
122b integrally connecteds.Above-mentioned line card 122 at least two, and the linking arm 122a is located at the same side of the cabling channel 12.
Such as above-mentioned linking arm 122a is respectively positioned on the left side of cabling channel 12, and linking arm 122a top to cabling channel 12
Right side, which extends to be formed, is provided with gap between engaging arm 122b, and the bottom surface 11 of engaging arm 122b and holding part 10.It is first during installation
Connecting line is first placed on to the right side of cabling channel 12, and loaded from the gap between the bottom surface 11 of engaging arm 122b and holding part 10
In cabling channel 12, and spun off by engaging arm 122b limitation connecting lines out of cabling channel 12.Specifically, above-mentioned linking arm
122a and engaging arm 122b angular relationship can be also configured according to actual needs, and preferably above-mentioned linking arm 122a is with engaging
Arm 122b is mutually perpendicular to.
Further, the position depression of the opposite side correspondence line card 122 of above-mentioned cabling channel 12 is formed with bit-avoiding slot
123。
In the present embodiment, what above-mentioned bit-avoiding slot 123 was formed by the side walls collapse of cabling channel 12, and positioned at engaging arm 122b's
Underface.During installation, the connecting line of line card 122 can be will be far from, is directly placed into cabling channel 12;It will be close to the company at line card 122
Wiring is located at below engaging arm 122b to the inner bending of bit-avoiding slot 123, and pressing, connecting line is finally stretched, so that the company of completion
The cabling of wiring.Due to being provided with bit-avoiding slot 123, it is possible to decrease engaging arm 122b is relative to the height of the bottom surface 11 of holding part 10, side
Just the installation of connecting line.
The present invention also provides a kind of computer all-in-one machine, and the computer all-in-one machine includes the center of computer all-in-one machine, the computer one
The structure of the center of body machine can refer to above-described embodiment, will not be repeated here.Naturally, due to the computer one of the present embodiment
Body machine employs the technical scheme of the center of above-mentioned computer all-in-one machine, therefore the computer all-in-one machine has above-mentioned computer all-in-one machine
All beneficial effects of center.
The preferred embodiments of the present invention are these are only, are not intended to limit the scope of the invention, it is every to utilize this hair
Equivalent structure or equivalent flow conversion that bright specification and accompanying drawing content are made, or directly or indirectly it is used in other related skills
Art field, is included within the scope of the present invention.