CN103717029A

CN103717029A - Manufacturing method of machine cabinet

Info

Publication number: CN103717029A
Application number: CN201310700422.5A
Authority: CN
Inventors: 黄晓洪
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-12-17
Filing date: 2013-12-17
Publication date: 2014-04-09

Abstract

A manufacturing method of a machine cabinet is provided. As for each module of the machine cabinet, different module components can be combined with each other so as to form the modules with different shapes and capacities; different modules can be combined with one another to form the machine cabinet; and the combination of the module components and the combination of the modules can be realized by means of one screw. The modules and the machine cabinet can be combined with each other to from a structure in different shapes, such that a variety of appearances can be realized easily through combination. The machine cabinet can be applied to various fields, and especially suitable for personalized computer cabinet manufacture. The manufacturing method can meet a production requirement for cabinet personalized needs. With the manufacturing method adopted, personalized need production cost can be decreased, and at the same time, manufacturing process can be simpler.

Description

A kind of manufacture method of cabinet

Technical field

The invention belongs to mechanical design field, relate to a kind of manufacture method of cabinet.

Background technology

Manufacture at present the cabinet of producing and be generally divided into two kinds, a kind of is the cabinet that traditional side with rivet drawing steelframe form is opened or backed down; Another kind is the modular chassis being combined into by module.Traditional cabinet is because module is fixed, arbitrarily dilatation, and initial capacity has determined the maximum hardware quantity that system can be held, and is unfavorable for upgrading.Modular chassis is owing to being to using module as unit, arbitrarily dilatation, but minimum dilatation unit is a module, infinitely dilatation in theory, but consider that module superposes manyly, cabinet itself can more become too fat to move and lose original aesthetic feeling, and simultaneously because dilatation is the stack based on module, customer using cost and businessman's manufacturing cost are also very high.Modular chassis is manufactured the unified industrial standard of neither one, so the product that each manufacturer produces is general hardly, has improved difficulty and the cost of industry design.

Summary of the invention

The invention provides a kind of cabinet manufacture method of utilizing screw and modular unit combination to manufacture cabinet.Change existing modular chassis and take the cabinet manufacture method that module is least unit.Change the arbitrarily dilatation of traditional cabinet; Modular chassis cost compare is high, the present situation of neither one unified standard.

the technical problem solving

For the deficiency of existing cabinet, the problem that this practical invention will solve is: traditional cabinet is unfavorable for capacity expansion and upgrading; The design cost of modular chassis is higher, and the module that ununified combination standard causes is not general, the problem that dilatation brings aesthetic feeling to decline.And provide a kind of cabinet manufacture method of simple general use.

technical scheme

The inventive method solves the technical scheme that its technical problem adopts: the form of cabinet being made to combination.First, cabinet material is made to the transversal planar frame module parts of traditional cabinet, or cabinet material is made to strip with holes or the modular unit of sheet, these component combinations get up and all can as traditional cabinet, play the effect of mounting hardware.Then, use screw that modular unit is combined into different modules in certain sequence.Finally, utilize screw by disparate modules by the assembled cabinet that forms of demand series winding.The cabinet forming can be easy to dismounting, add module and restructuring, and parts can be repeated to utilize.By combination, change the recycling rate of waterused that block size and shape can improve resource; Meet to a certain extent the production requirement of cabinet individual demand, reduce individual demand production cost and technological requirement, make manufacturing process become simpler.

The beneficial effect of the inventive method is: for a kind of simpler production technology has been created in cabinet manufacture; For industry provides a kind of efficient method for manufacturing: the method is made modular unit the least unit of cabinet, by one or several modular units in change module, just can change large low capacity, hardware installation position and the function and usage of module.When needing dilatation, can not need to increase whole module and just reach dilatation object by increasing or changing modular unit and realize, by the combination of different parts, can be easy to realize the demand of user to individual requirement; Use the produced cabinet of the method, because its module detachably combines, can save the cost that stores transportation; Cabinet based on this manufacture method can be carried out outward appearance and module rapid Design, reduces design cost; Due to the cabinet of being manufactured by this method have combination changeable, so be particularly suitable for personalization market and high-end market.

Accompanying drawing explanation

Below in conjunction with accompanying drawing and embodiment (computer cabinet), the inventive method is described further.

Fig. 1 is two kinds of frame shape modular units that use the utility model example of the inventive method.

Fig. 2 is three kinds of strip-like module parts that use the utility model example of the inventive method.

Fig. 3 consists of the schematic diagram of Fixed disk module transversal planar modular unit.

Fig. 4 consists of the schematic diagram of fixed power source module transversal planar modular unit.

Fig. 5 consists of the schematic diagram of module strip shape modular unit.

Fig. 6 is each module combined effect figure that uses the example of the inventive method enforcement.

In accompanying drawing: 1, circular hole; 2, power supply bracket; 3, hard disk support position; 4, other rooms; 5, power supply stuck-module parts 1; 6, mainboard stuck-module parts; 7, fixedly main board function design; 8, accessory, 9, screw rod; 10, hard disk support bracket modular unit; 11, hard disk support bracket Functional Design; 12, power supply stuck-module parts 2; 13, power storehouse; 14, can be used for placing CD-ROM module.

Embodiment

In Fig. 1, utilize metal material to make the transversal planar modular unit of traditional cabinet in figure, the 1st, circular hole, for composite module and cabinet; The 2nd, power supply bracket, for fixed power source; The 3rd, hard disk card support position, for Fixed disk; The 4th, other rooms, can be used for cabling and CD-ROM drive etc. are installed.

In Fig. 2, utilize metal material to make the modular unit designing with hardware fixed function in figure, the 1st, circular hole; The 2nd, power supply bracket; The 5th, power supply stuck-module parts 1; The 6th, mainboard stuck-module parts; The 7th, fixedly main board function design; The 8th, accessory; These several modular units can be used for being combined into module or cabinet.

In Fig. 3, several with 11, hard disk support bracket Functional Design 10, hard disk support bracket modular unit by 9, screw rod forms hard disk fixing module.

In Fig. 4, several with the fixing design of power supply 12, power supply stuck-module parts 2 by 9, synthetic 13, the power storehouse of screw rod group.

In Fig. 5,5, power supply stuck-module parts 1; 6, mainboard stuck-module parts; 8, accessory can be by 9, the functional module of the synthetic various needs of screw rod group as 13, power storehouse.

In Fig. 6, several 5, power supply stuck-module parts 1; 6, mainboard stuck-module parts; 8, accessory; 10, hard disk support bracket modular unit; 12, power supply stuck-module parts 2; By 9, the synthetic cabinet of screw rod group, the functional module in figure can meet the requirement of the functions of modules of this example completely.

According to needed function, successively modular unit is become to module by combinations thereof Combination of Methods and the module of contacting can be combined into cabinet.

The inventive method core concept is that module is subdivided into modular unit, and the modular unit that utilizes most of general module parts and fraction to have specific mounting hardware effect forms the module of various function different sizes, and recycling module is combined into cabinet.The inventive method can not only meet the production requirement of computer cabinet, and can also meet the production requirement of various industrial chassises.

Claims

1. a manufacture method for cabinet, cabinet is comprised of module, and module is comprised of modular unit, it is characterized in that: the least unit that modular unit forms as cabinet, modular unit is combined into module, and each module is combined into whole cabinet.

2. method according to claim 1, is characterized in that: modules is comprised of strip, frame-like or sheet module parts, and module can be by being used the different modular unit of part be combined into the module of difference in functionality and size, and module is combined into cabinet.

3. method according to claim 1, it is characterized in that: modules is comprised of strip, frame-like or sheet module parts, most of modular unit can be common to modules, module can be by being used the different modular unit of part to be combined into the module of difference in functionality and size, and module is combined into cabinet.