Background technology
The world has marched toward the flourish scientific and technological New Times of an information now, the various real human societies that replace of information products of being derived by counter have brought unlimited convenience, and the personal computer in the various sci-tech products, be information equipment present and that people's life is the most closely bound up, it is from the desktop PC (Desktop Personal Computer) than morning, portable computer up till now (as: mobile computer (Notebook Computer) etc.), the design that it is more and more lighter and handier, the not only human emphasis that promotes for product function of proof, and also focus on the body design of these products equally, and with towards gently, thin, short, little design concept is its development main shaft.
The assembly that constitutes portable computer at present comprises many, for example, CPU (central processing unit), internal memory, Storage Media, display card, CD-ROM drive, sound card, network card or the like, these assemblies all are disposed on the motherboard, with the required loop of formation work, wherein in order to meet the different specification demand of client, the factory chamber of commerce of portable computer provides the collocation different size, the product of assembly, for example, the portable computer of CD-ROM module is not installed, but the enclosure designs of general portable computer all can be reserved the notch of CD-ROM module, so the portable computer of CD-ROM module is not installed, dust or foreign matter can take place invade the problem of portable computer inside, therefore, the enclosure designs that may need to change portable computer (for example, at notch place design dust cap), use to offer the portable computer that CD-ROM module is not installed, like this, the production firm of feasible portable computer is very inconvenient in the process made from assembling.
Summary of the invention
In view of above problem, the invention provides a kind of simulation frame of CD-ROM module, can provide the portable computer that CD-ROM module is not installed to use, by integrated structural design, make the cheap for manufacturing cost of simulation frame, and because phantom frame has the structure similar with the actual light driving module, therefore, simulation frame is installed in the portable computer, invades the inside of portable computer, also can cooperate the robotization assembling to promote production efficiency except preventing dust or foreign matter.
Therefore, the simulation frame of CD-ROM module disclosed in this invention, in order to be arranged in the portable computer that CD-ROM module is not installed, its simulation frame includes: door-plate is a strip, in order to the notch of coupling CD-ROM module; Framework is integrally formed at a side of door-plate, and its framework is a rectangle frame body structure, and its framework is in order to the accommodation space of coupling CD-ROM module; And the joint portion, being integrally formed on the side of framework, the joint portion has a plurality of lockholes, and each lockhole forms plural at least binding site.
Simulation frame by this CD-ROM module, adopt integrated architectural characteristic, thereby has an advantage of intensity height, simple in structure, easily assembled, low cost etc., and the inside that can prevent dust or foreign matter intrusion portable computer, also can cooperate the robotization assembling to promote production efficiency, in addition, because the fixed sturcture of CD-ROM module has partly difference in the portable computer of different type of machines, therefore, structural design by the joint portion, and the dissimilar stators of arranging in pairs or groups, more can meet the installation requirements of the portable computer of different type of machines.
Description of drawings
Fig. 1 is the schematic appearance of first embodiment of the invention;
Fig. 2 A is the schematic appearance of second embodiment of the invention and first kind stator;
Fig. 2 B is the schematic appearance of the second embodiment of the invention and the second type stator;
Fig. 3 is the scheme of installation of second embodiment of the invention.
Wherein, Reference numeral:
10 door-plates, 20 frameworks
21 supports, 22 annular frameworks
30 joint portions, 31 first lockholes
32 second lockholes 33 the 3rd lockhole
40 first kind stators, 41 first binding ends
41a perforate 42 first stiff ends
42a perforate 50 second type stators
51 second binding end 51a perforates
52 second stiff end 52a perforates
60 fixtures, 100 phantom frames
110 phantom frames, 200 portable computers
Embodiment
Please refer to Fig. 1, be the schematic appearance of first embodiment of the invention.As shown in Figure 1, the simulation frame 100 of CD-ROM module of the present invention includes door-plate 10, framework 20 and joint portion 30.
Door-plate 10 is the structure of a strip.Door-plate 10 is in order to the notch of coupling CD-ROM module.Door-plate 10 have with the actual light driving module in similar shape and the size of door-plate, therefore, door-plate 10 can prevent that equally dust or foreign matter from entering the inside of portable computer.The material of door-plate 10 can for example be plastics.
Framework 20 adopts integrated technology to be formed at a side of door-plate 10.Framework 20 is a rectangle frame body structure.Framework 20 is in order to the accommodation space of coupling CD-ROM module.Framework 20 have with the actual light driving module in similar shape and the size of shell, therefore, framework 20 can be installed on the inside of portable computer equally.The material of framework 20 is identical with door-plate 10, and the material of framework 20 can for example be plastics.
Joint portion 30 adopts integrated technology to be formed on the side of framework 20.The relation that the position of joint portion 30 becomes to be parallel to each other with the position of door-plate 10 haply.The material of joint portion 30 and door-plate 10, framework 20 are identical, and the material of joint portion 30 can for example be plastics.Joint portion 30 has three lockholes, is respectively first lockhole 31, second lockhole 32 and the 3rd lockhole 33.Distance between first lockhole 31 and second lockhole 32 is greater than the distance between second lockhole 32 and the 3rd lockhole 33.First lockhole 31 and second lockhole 32 can form one first binding site.Second lockhole 32 and the 3rd lockhole 33 can form one second binding site.In addition, first lockhole 31 and the 3rd lockhole 33 also can form one the 3rd binding site.
Please refer to Fig. 2 A, be the schematic appearance of second embodiment of the invention and first kind stator.Shown in Fig. 2 A, the simulation frame 110 of CD-ROM module of the present invention includes door-plate 10, framework 20, support 21, annular framework 22 and joint portion 30.
Door-plate 10 is the structure of a strip.Door-plate 10 is in order to the notch of coupling CD-ROM module.Door-plate 10 have with the actual light driving module in similar shape and the size of door-plate, therefore, door-plate 10 can prevent that equally dust or foreign matter from entering the inside of portable computer.The material of door-plate 10 can for example be plastics.
Framework 20 adopts integrated technology to be formed at a side of door-plate 10.Framework 20 is a rectangle frame body structure.Framework 20 is in order to the accommodation space of coupling CD-ROM module.Framework 20 have with the actual light driving module in similar shape and the size of shell, therefore, framework 20 can be installed on the inside of portable computer equally.The material of framework 20 is identical with door-plate 10, and the material of framework 20 can for example be plastics.
Support 21 adopts integrated technology to be formed on each limit of rectangle frame body structure of framework 20.Support 21 is extended toward the center of the rectangle frame body structure of framework 20 by four limits of the rectangle frame body structure of framework 20.The material of support 21 and door-plate 10, framework 20 are identical, and the material of support 21 can for example be plastics.
Annular framework 22 adopts integrated technology to be formed at the center of the rectangle frame body structure of framework 20.Annular framework 22 is the structure of a toroidal haply.Annular framework 22 is connected with an end of support 21.By the syndeton of annular framework 22, can improve the physical strength of simulation frame 110 with support 21.Material and door-plate 10, framework 20, the support 21 of annular framework 22 are identical, and the material of annular framework 22 can for example be plastics.In addition, annular framework 22 also can be designed to rhombus, rectangle or other geometric configuration.
Joint portion 30 adopts integrated technology to be formed on the side of framework 20.The relation that the position of joint portion 30 becomes to be parallel to each other with the position of door-plate 10 haply.The material of joint portion 30 and door-plate 10, framework 20 are identical, and the material of joint portion 30 can for example be plastics.Joint portion 30 has three lockholes, is respectively first lockhole 31, second lockhole 32 and the 3rd lockhole 33.Distance between first lockhole 31 and second lockhole 32 is greater than the distance between second lockhole 32 and the 3rd lockhole 33.First lockhole 31 and second lockhole 32 can form one first binding site.Second lockhole 32 and the 3rd lockhole 33 can form one second binding site.In addition, first lockhole 31 and the 3rd lockhole 33 also can form one the 3rd binding site.
First kind stator 40 has first binding end 41 that is complementary with first lockhole 31 of joint portion 30, first binding site that second lockhole 32 forms.On the plane of first binding end 41, offer two perforate 41a.The position of perforate 41a is corresponding with first lockhole 31, second lockhole 32 respectively, so that first binding end 41 combines with first lockhole 31, second lockhole 32 of joint portion 30.On the plane of first binding end 41, also be formed with first stiff end 42.Offer perforate 42a on first stiff end 42.First stiff end 42 is by fixture 60, so that first kind stator 40 is fixed in the portable computer.
Please refer to Fig. 2 B, be the schematic appearance of the second embodiment of the invention and the second type stator.Shown in Fig. 2 B, the simulation frame 110 of CD-ROM module of the present invention includes door-plate 10, framework 20, support 21, annular framework 22 and joint portion 30.
Door-plate 10 is the structure of a strip.Door-plate 10 is in order to the notch of coupling CD-ROM module.Door-plate 10 have with the actual light driving module in similar shape and the size of door-plate, therefore, door-plate 10 can prevent that equally dust or foreign matter from entering the inside of portable computer.The material of door-plate 10 can for example be plastics.
Framework 20 adopts integrated technology to be formed at a side of door-plate 10.Framework 20 is a rectangle frame body structure.Framework 20 is in order to the accommodation space of coupling CD-ROM module.Framework 20 have with the actual light driving module in similar shape and the size of shell, therefore, framework 20 can be installed on the inside of portable computer equally.The material of framework 20 is identical with door-plate 10, and the material of framework 20 can for example be plastics.
Support 21 adopts integrated technology to be formed on each limit of rectangle frame body structure of framework 20.Support 21 is extended toward the center of the rectangle frame body structure of framework 20 by four limits of the rectangle frame body structure of framework 20.The material of support 21 and door-plate 10, framework 20 are identical, and the material of support 21 can for example be plastics.
Annular framework 22 adopts integrated technology to be formed at the center of the rectangle frame body structure of framework 20.Annular framework 22 is the structure of a toroidal haply.Annular framework 22 is connected with an end of support 21.By the syndeton of annular framework 22, can improve the physical strength of simulation frame 110 with support 21.Material and door-plate 10, framework 20, the support 21 of annular framework 22 are identical, and the material of annular framework 22 can for example be plastics.In addition, annular framework 22 also can be designed to rhombus, rectangle or other geometric configuration.
Joint portion 30 adopts integrated technology to be formed on the side of framework 20.The relation that the position of joint portion 30 becomes to be parallel to each other with the position of door-plate 10 haply.The material of joint portion 30 and door-plate 10, framework 20 are identical, and the material of joint portion 30 can for example be plastics.Joint portion 30 has three lockholes, is respectively first lockhole 31, second lockhole 32 and the 3rd lockhole 33.Distance between first lockhole 31 and second lockhole 32 is greater than the distance between second lockhole 32 and the 3rd lockhole 33.First lockhole 31 and second lockhole 32 can form one first binding site.Second lockhole 32 and the 3rd lockhole 33 can form one second binding site.In addition, first lockhole 31 and the 3rd lockhole 33 also can form one the 3rd binding site.
The second type stator 50 has second binding end 51 that is complementary with second lockhole 32 of joint portion 30, second binding site that the 3rd lockhole 33 forms.On the plane of second binding end 51, offer two perforate 51a.The position of perforate 51a is corresponding with second lockhole 32, the 3rd lockhole 33 respectively, so that second binding end 51 combines with second lockhole 32, the 3rd lockhole 33 of joint portion 30.On the plane of second binding end 51, also be formed with second stiff end 52.Offer perforate 52a on second stiff end 52.Second stiff end 52 is by fixture 60, so that the second type stator 50 is fixed in the portable computer.Wherein, the length of first binding end 41 is greater than the length of second binding end 51.In addition, because the fixed sturcture of CD-ROM module has partly difference in the portable computer of different type of machines, therefore, by the structural design of joint portion 30, and the collocation first kind stator 40 or the second type stator 50, can meet the installation requirements of the portable computer of different type of machines.
Please refer to Fig. 3, be the scheme of installation of second embodiment of the invention.As shown in Figure 3, because the fixed sturcture of CD-ROM module has partly difference in the portable computer 200 of different type of machines, therefore, structural design by joint portion 30, and the collocation first kind stator 40 or the second type stator 50, can meet the installation requirements of the portable computer of different type of machines.
Comprehensive the above, the simulation frame of CD-ROM module of the present invention, adopt integrated architectural characteristic, thereby has an intensity height, simple in structure, easily assembled, the advantage of low cost etc., and the inside that can prevent dust or foreign matter intrusion portable computer, also can cooperate the robotization assembling to promote production efficiency, in addition, because the fixed sturcture of CD-ROM module has partly difference in the portable computer of different type of machines, therefore, by the structural design of joint portion, and the dissimilar stators of arranging in pairs or groups, more can meet the installation requirements of the portable computer of different type of machines.