A kind of numerically controlled processing equipment of wooden clothes hanger
Technical field
The utility model relates to a kind of numerically controlled processing equipment, particularly relates to a kind of numerically controlled processing equipment of wooden clothes hanger.
Background technology
At present, the wooden clothes hanger that market is sold adopts artificial mode to produce usually, the cooperation of process equipment simple to operate and several flowing water station is relied on to form, its production efficiency is low, the waste material that machining accuracy is difficult to ensure and produce is many, even if use the Multi-position processing machine device as shown in CN201320871678, realize beating Quasi by designing different mechanical devices and motor, saw curved, the integration processing of neat tail, although production efficiency is improved, reduce cost of labor, but its system complex is difficult to carry out and safeguards, and machining accuracy is not high, multiple clothes hanger can't be processed simultaneously, its total production efficiency is still in reduced levels, therefore this traditional wooden clothes hanger manufacturing and processing equipment need further improvement.
Utility model content
The purpose of this utility model is the numerically controlled processing equipment providing a kind of wooden clothes hanger, to solve the technical problem that productivity ratio is low, the cycle is long and waste material is many existed in above-mentioned Traditional Wood clothes stand process equipment.
Technical scheme designed by the utility model is as follows:
A numerically controlled processing equipment for wooden clothes hanger, wherein, comprises frame, servo digital control system, control panel, revolution clamp system, Z axis feed mechanism and processing unit (plant); Described processing unit (plant) comprises the topping machanism, scanning means and the sanding apparatus that are fixedly installed successively from left to right, described processing unit (plant) is fixedly installed on Z axis feed mechanism, described revolution clamp system is relative with Z axis feed mechanism to be fixedly installed in frame, described servo digital control system and control panel, the electrical connection of revolution clamp system, Z axis feed mechanism and processing unit (plant).
The numerically controlled processing equipment of described wooden clothes hanger, wherein, described sanding apparatus comprises aluminum frame, polishing motor, belt, sanding block, driving wheel, grinding wheel, regulating wheel and abrasive band; Described polishing motor and sanding block are fixedly installed in aluminum frame, and described driving wheel, grinding wheel and regulating wheel are arranged on sanding block, and described belt is arranged on polishing motor and driving wheel, and described abrasive band is arranged in driving wheel, grinding wheel and regulating wheel.
The numerically controlled processing equipment of described wooden clothes hanger, wherein, described sanding apparatus comprises aluminum frame, polishing motor, belt, sanding block and grinding wheel; Described polishing motor and sanding block are fixedly installed in aluminum frame, and described grinding wheel is fixedly installed on sanding block, and described belt is arranged in polishing motor and grinding wheel.
The numerically controlled processing equipment of described wooden clothes hanger, wherein, the quantity of described processing unit (plant) is at least set to four and is fixedly installed on successively from top to bottom on Z axis feed mechanism, corresponding, described revolution clamp system also needs to arrange identical quantity and processing unit (plant) is fixedly installed in frame from top to bottom successively relatively.
First sample clothes hanger is put on revolution clamp system by the utility model, starting device carries out Integratively scanning to sample clothes hanger and stores related data, then sample clothes hanger is changed into blank, roughing, the fine finishining that Z axis feed mechanism and topping machanism carry out being with surplus is controlled respectively by servo digital control system, clothes hanger appearance profile basically forms, finally adjust processing unit (plant), use sanding apparatus to do further deep processing.On Z axis feed mechanism, be provided with four processing unit (plant)s in this programme, can process two clothes hangers, production efficiency improves greatly simultaneously.The utility model can also by revising the related data of storage or directly call the data file of the Software Creates such as CAD and process according to these data at once, realize the improvement of clothes hanger with this or again customize, the customization clothes hanger construction cycle of working it out like this is short, amendment number of times is few, good product quality, the technical problems such as the productivity ratio simultaneously also solving traditional clothes hanger process equipment is low, the cycle is long and waste material is many.
Accompanying drawing explanation
Fig. 1 is the structural representation of wooden clothes hanger numerically controlled processing equipment in the utility model.
Fig. 2 is the structural representation of sanding apparatus in the utility model.
Fig. 3 is the structural representation that in the utility model, four processing stations installed by wooden clothes hanger numerically controlled processing equipment.
Fig. 4 is the structural representation of the sanding apparatus improved in the utility model.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearly, clearly, developing simultaneously referring to accompanying drawing, the utility model is described in further detail for embodiment.
Embodiment one:
As shown in Figure 1, for the numerically controlled processing equipment internal structure schematic diagram of wooden clothes hanger, this equipment comprises frame 1, servo digital control system (not shown), control panel (not shown), revolution clamp system 2, Z axis feed mechanism 3 and processing unit (plant) 4.Processing unit (plant) 4 comprises the topping machanism 41, scanning means 42 and the sanding apparatus 43 that are from left to right fixedly installed successively, and processing unit (plant) 4 is fixedly installed on Z axis feed mechanism 3; Clamp system 2 is relative with Z axis feed mechanism 3 is fixedly installed in frame 1 in revolution; Servo digital control system and control panel, revolution clamp system 2, Z axis feed mechanism 3 and processing unit (plant) 4 are electrically connected.
In the utility model, revolution clamp system 2 is responsible for clamping and driving sample clothes hanger or wooden blank around axle center rotation, scanning means 42 pairs of sample surfaces do entire scan, control panel receives scan-data and makes according to these data and revises and issue further, related data is compiled into machining path and controls the revolution rotating speed of clamp system 2 and the amount of feeding of Z axis feed mechanism 3 by servo digital control system, then topping machanism 41 pairs of blanks do roughing, make it have preliminary appearance profile, then be that the fine finishining of band surplus makes its outer surface smoother impulse-free robustness, sanding apparatus 43 is finally used to carry out ensureing the deep processing of precision.
In addition, the utility model file comprising valid data and machining path that can also import as mapping software generations such as CAD carries out processing customization, need the client producing customization clothes hanger, only amended customized file need be downloaded in this equipment processing of can arranging production, without the need to scanning sample clothes hanger and revise again, shorten the development and production cycle of customization clothes hanger.
Be illustrated in figure 2 the internal structure schematic diagram of sanding apparatus, sanding apparatus 43 comprises aluminum frame 431, polishing motor 432, belt 433, sanding block 434, driving wheel 435, grinding wheel 436, regulating wheel 437 and abrasive band 438; Polishing motor 432 and sanding block 434 are fixedly installed in aluminum frame 431, driving wheel 435, grinding wheel 436 and regulating wheel 437 are fixedly installed on sanding block 434, belt 433 is arranged on polishing motor 432 and driving wheel 435, and abrasive band 438 is arranged in driving wheel 435, grinding wheel 436 and regulating wheel 437.When motor 432 of polishing starts, belt 433 drives driving wheel 435 to rotate, driving wheel 435 drives grinding wheel 436 to polish to wooden clothes hanger with constant speed by abrasive band 438, and the size of regulating wheel 437 adjustable abrasive band 438 tension force keeps the balance of grinding wheel.
Be illustrated in figure 3 the numerically controlled processing equipment multistation structural representation of wooden clothes hanger, in this programme, the quantity of processing unit (plant) 4 is set to 4, accordingly, revolution clamp system 2 also needs to be set to 4, can process two clothes hangers (station processes half clothes hanger) so simultaneously, processing unit (plant) 4 is fixedly installed on Z axis feed mechanism from top to bottom successively, and revolution clamp system 2 relatively processing unit (plant) 4 is fixedly installed in frame from top to down successively.
Embodiment two:
The difference of embodiment one and embodiment two is the difference of sanding apparatus 43 internal structure as shown in Figure 4, structure in embodiment two is more reasonable, because because abrasive band 438 easily occurs sideslip and phenomenon of rupture in use procedure in embodiment one, cause grinding wheel 436 unbalance, therefore polishing effect is affected, so need to regulate regulating wheel 437 to maintain the balance of grinding wheel 436 repeatedly, so not only lost time but also affected production efficiency.Compared with Fig. 2, sanding apparatus 43 shown in Fig. 3 and Fig. 4 deletes driving wheel 435, regulating wheel 437 and abrasive band 438, polishing motor 432 directly drives grinding wheel 436 to complete polishing operation by belt 433, simplifies frame for movement, reduces and take up room and improve production efficiency.
First sample clothes hanger is put on revolution clamp system 2 by the utility model, starting device carries out Integratively scanning to sample clothes hanger and stores related data, then sample clothes hanger is changed into blank, the roughing that Z axis feed mechanism 3 and topping machanism 41 carry out being with surplus is controlled respectively by servo digital control system, fine finishining, clothes hanger appearance profile basically forms, finally adjust processing unit (plant) 4, sanding apparatus 43 is used to do further deep processing, on Z axis feed mechanism 3, four processing unit (plant)s 4 are provided with in this programme, can process two clothes hangers simultaneously, production efficiency improves greatly.The utility model can also by revising the related data of storage or directly call the data file of the Software Creates such as CAD and process according to these data at once, realize the improvement of clothes hanger with this or again customize, the customization clothes hanger construction cycle of working it out like this is short, amendment number of times is few, good product quality, the technical problems such as the productivity ratio simultaneously also solving traditional clothes hanger process equipment is low, the cycle is long and waste material is many.
Should be understood that; application of the present utility model is not limited to above-mentioned citing; for those of ordinary skills; can be improved according to the above description or be converted; such as; to the replacement etc. of the connected mode of each several part in the utility model, all these improve and convert the protection domain that all should belong to the utility model claims.