CN2785733Y

CN2785733Y - Bulk collection unit of optical disk reclaiming machine

Info

Publication number: CN2785733Y
Application number: CN 200520015897
Authority: CN
Inventors: 吕振发
Original assignee: CHUN PAO ENTERPRISE Co Ltd
Current assignee: CHUN PAO ENTERPRISE Co Ltd
Priority date: 2005-04-29
Filing date: 2005-04-29
Publication date: 2006-06-07
Anticipated expiration: 2015-04-29

Abstract

The utility model relates to a material-receiving device of an optical-disc recycling machine, which is mainly characterized in that the utility model comprises a delivery device for delivering an optical disc for movement and an air knife or an adsorbing structure. An air knife or a vacuum chuck is arranged on a movement route of an optical disc driven by the delivery device, when the delivery device delivers a processed optical disc through the material-receiving device, an air outlet mouth of the air knife aims at the movement route of the optical disc; the optical disc is delivered by the delivery device, the edge of the optical disc is corresponding to the air outlet mouth, the air outlet mouth blows compressed air, the optical disc is blown off the delivery device, or the absorbing mechanism is provided with a plurality of vacuum chucks on an arm of a machine and is connected with an air-extracting device of the vacuum chucks by a pipeline. The optical disc is delivered to the absorbing mechanism by the delivery device, the arm of a machine uses the vacuum chucks to pick up the optical disc, and then the optical disc can be delivered to a material-receiving container; thereby, the purpose that the optical disc can be automatically recycled completely can be achieved.

Description

CD reclaims the material collecting device of machine

Technical field

The utility model relates to the material collecting device that a kind of CD that is used to reclaim abandoned optical discs reclaims machine, particularly is used for the CD band that will the handle device from conveying device.

Background technology

CD is to utilize optical technology to come the Storage Media of recorded electronic data, because capacity is big, ordinary consumer is used for backing up or the generally main selection of storage data so become at present.As shown in Figure 8, the conductor layer 52 in the middle of the structure of CD 5 mainly includes and is positioned at, and the upper epidermis 51 and following top layer 53 that are positioned at these conductor layer 52 both sides; Wherein, conductor layer 52 has and is used for the structure of recorded electronic data, then can read recorded data on this conductor layer by optical principle and equipment.

Upper epidermis

51 and 53 on following top layer are the protective layer of avoiding conducting shell body 52 impaired.Top layer 53 enters conductor layer 52 to read data in order to allow laser can see through down, and this time top layer 53 is to make with the material that possesses high optical transmittance matter (for example silk material); Upper epidermis 51 is not owing to needing laser to pass, so generally can print or be coated with color and pattern in the above.

Because CD is to adopt plastics and metal material manufacturing to form, based on the consideration of environmental protection, existing at present manufacturer reclaims abandoned optical discs and is handled.Its processing mode is after utilizing machine that CD is broken into pieces earlier, again fragment to be put into chemical solution, and the conductor layer in the CD is dissolved out, and then two top layers is reclaimed, and the plastic material that is reclaimed can be regenerated processing and be utilized.

Yet, adopt chemical solvent dissolving conductor layer may produce secondary pollution problem, and the time of dissolution process is also longer, causes whole treatment effeciency lower.

The utility model content

The purpose of this utility model is to utilize chemical solvent dissolving conductor layer may produce the problem of secondary environmental pollution in order to improve the conventional optical disc way of recycling, and promotes recycling efficient.

For achieving the above object, the utility model provides a kind of CD to reclaim the material collecting device of machine, includes: conveying device has the fixedly location structure of CD, and carries CD to move; Air knife, the outlet nozzle of this air knife be in alignment with the mobile route of described CD, and CD is carried by this conveying device and when making the CD edge corresponding to this outlet nozzle, this outlet nozzle blowing out pressurised air is with conveying device that CD is blown off.

For achieving the above object, the utility model also provides a kind of CD to reclaim the material collecting device of machine, includes: conveying device has the fixedly location structure of CD, and carries CD to move; Adsorbing mechanism, be a plurality of vacuum cups to be set at robotic arm, and the air-extractor that is connected in described vacuum cup by pipeline, when CD is transferred device and is transported to this adsorbing mechanism, described robotic arm start and utilize described vacuum cup that CD is picked up is transported to the rewinding container with CD.

The material collecting device that the utility model provides is a kind of material collecting device that CD reclaims machine that is attached to, when CD recovery machine utilize physics mode with top layer that CD comprised with after conductor layer separates, utilize material collecting device of the present utility model will place the CD on the conveying device to reclaim at last, to treat subsequent treatment, entire process process full automation, promoted production efficiency, need do not worried that again chemical solvent produces pollution to environment.

Described CD reclaims machine, be to utilize a conveying device to carry CD to move in regular turn, and blanking device is set in regular turn on the mobile route of conveying device, exclude device and described retracting device, be positioned over CD on the conveying device one by one by blanking device, and the location structure on conveying device is fixed CD, when conveying device is transported to CD when excluding device, needing to see through cutter excludes the top layer of CD one side, conveying device is left in the surface guiding that will exclude simultaneously, the last CD that still is positioned on the conveying device then is transported to retracting device and is recovered, thereby reaches the purpose that full automation reclaims CD.

A wherein technological means of the present utility model, can adopt air knife at an ad-hoc location to CD edge blowing out pressurised air, with conveying device that CD is blown off.

Another technological means of the present utility model can adopt the vacuum cup that is arranged on robotic arm with the absorption of the CD on the conveying device, and after by robotic arm CD being transported to the rewinding container CD is put down in order to reclaim.

Of the present utility model exclude device and be arranged at CD recovery machine after, its operating type is that utilization is finished processing and recovery to abandoned optical discs to the non-harmful physics mode of environment, and whole process full automation, operator does not touch the problem of chemical solvent fully, and operating efficiency is also higher than adopting chemical solvent dissolving conductor layer, and the cost of handling abandoned optical discs is more economical.

Description of drawings

Fig. 1 is for showing the stereogram of the utility model preferred embodiment.

Fig. 2 is for showing the side plan view of the utility model preferred embodiment.

Fig. 3 is for showing the plan view from above of the utility model preferred embodiment.

Part plan cutaway view when Fig. 4 inserts the dented space of rotating disk for demonstration blanking device of the present utility model with the CD sheet.

Fig. 5 is for showing the partial plan view when excluding device the top layer of CD being excluded of the present utility model.

The embodiment planar gesture figure of Fig. 6 for showing that material collecting device of the present utility model adopts air knife that CD is reclaimed.

The embodiment planar gesture figure of Fig. 7 for showing that material collecting device of the present utility model adopts vacuum cup that CD is reclaimed.

Fig. 8 is for showing the section plan of compact disk structure.

The primary clustering symbol description:

1 conveying device, 11 rotating disks, 111 dented space

2 blanking devices, 21 pedestals, 211 through holes, 22 montants

3 exclude device 31 cutters

4 material collecting devices, 41 air knives, 42 mechanical arms, 43 pneumatic cylinders

44 plate rails, 45 vacuum cups

53 times top layers of 5 CD 51 upper epidermis, 52 conductor layers

Below in conjunction with drawings and Examples, the technical solution of the utility model is described in further detail.

The specific embodiment

Fig. 1 to Fig. 3 shows that the CD that the utility model material collecting device is set reclaims stereogram, plan view from above and the side plan view of machine.Preferred embodiment as can be seen from the figure of the present utility model is to use a rotating disk 11 as the conveying device 1 of carrying CD, be provided with several circular depressed spaces 111 above the rotating disk 11 along its circumferential arrangement, the diameter of this dented space 111 is the diameter of CD 5 no better than, and the degree of depth of dented space 111 equals the sum total of conductor layer 52 thickness and upper epidermis 51 thickness of general CD 5 just, or the sum total of the thickness on conducting shell body 52 and following top layer 53.CD can be restricted and can't move after being placed in this dented space 111, thus the utility model with this dented space 111 as the top location structure of rotating disk 11.Have central shaft below the rotating disk 11, and horizontally rotate constantly via reduction gearing (not shown) driving rotating disk 11 by motor; Because cooperating the driving mechanism of reduction gearing by motor is not the emphasis of the utility model demand, so no longer be described in detail for this driving mechanism.

From Fig. 1 to Fig. 3 also as can be seen, described CD reclaims machine, is sequentially provided with blanking device 2 on the mobile route of the dented space 111 of rotating disk 11, excludes device 3 and material collecting device 4; Wherein, the embodiment of blanking device 2, one pedestal 21 can be set above rotating disk 11, the horizontal level of this pedestal 21 is provided with a through hole 211 that CD 5 is passed through, and plural montant 22 is set at the pedestal 21 of these through hole 211 peripheries, the zone that described montant 22 is enclosed almost can be placed wherein for CD just, therefore, most CDs can be positioned over this through hole 211 with being storehouse, and in the scope that surrounded of described montant 22, and nethermost CD is contacted with above the rotating disk 11.When rotating disk 11 is activated and rotates, cause dented space 111 to be displaced to corresponding to below the CD time, be positioned at nethermost CD and just directly fall into this dented space 111 (as shown in Figure 4).The operator can select the upper epidermis of CD or following top layer are placed towards the below.

Described blanking device 1, revolving transfer dish can further be set, can place the rod member that many groups are erect on this transfer dish, and on described rod member tandem arrangement plural number CD 5, when every optical crosstalk dish being transported to through hole 211 positions of pedestal 21, allow CD 5 directly fall on the rotating disk 11 from through hole 211 by rotary transfer dish; Because the emphasis of the also non-the utility model demand of this blanking device 2 is so detailed structure repeats no more.

Fig. 5 shows that then described CD reclaims the embodiment that excludes device 3 of machine, be a cutter 31 to be fixed on one be positioned on the tool rest of blanking device 2 backs one processing procedure, and the knife edge of this cutter is towards the mobile route of CD, and the knife edge of cutter 31 is also almost parallel and be contacted with the last plane of rotating disk 11.When CD 5 is carried by rotating disk 11 and when cutter moves, the knife edge is just directly in alignment with the interface of top layer on the CD and conductor layer, or the interface edge of top layer and conductor layer is cut down, makes upper epidermis or descends the top layer separated from CD.When upper epidermis 51 or after down top layer 53 is excluded, in continuing to be subjected to the process that rotating disk 11 carries, can leave rotating disk 11 because being subjected to the guiding of cutter 31.

Fig. 6 is the wherein a kind of embodiment that shows the utility model material collecting device 4, is at a back processing procedure of excluding device 3 at least one air knife 41 to be set, and this air knife 41 is connected in pneumatic compression devices, and its gas outlet is in alignment with the edge of described dented space 111; When the CD after rotating disk 11 will be excluded the top layer is transported to material collecting

device

4,41 moments of this air knife blow out pressure-air, pressure-air is entered in the dented space 111 from the edge of CD 5, and then CD 5 is blown afloat and falls into the rewinding container 42 that is located at rotating disk next door from dented space 111.

Fig. 7 shows the wherein another kind of embodiment of the utility model material collecting device 4, can on a robotic arm 4 vertical pneumatic cylinder 43 be set, and the cylinder axle in pneumatic cylinder 43 is provided with a plate rail 44 again, and plate rail 44 belows then are provided with a plurality of vacuum cups 45; This material collecting device 4 is located at the ad-hoc location of rotating disk 11 tops; When the CD 5 that will exclude the top layer when rotating disk 11 is transported to material collecting device 4, described mechanical arm 4 just drives pneumatic cylinder 43 and plate rail 44 and is displaced to position that should CD 5, pneumatic cylinder 43 actions descend vacuum cup 45 then, and by vacuum-pumping equipment action and make vacuum cup 45 belows form negative pressure, and then CD 5 picked up, be transported to the rewinding container position again and remove the suction of vacuum cup 45, be used for that CD 5 is put into the rewinding container and reclaim.

Above-described content is only for being used for explaining preferred embodiment of the present utility model; be not to be used for the utility model is done any pro forma restriction; therefore; all have in that identical creation spirit is following do relevant any modification of the present utility model or change, all should be included in the category of the utility model intention protection.

Claims

1, a kind of CD reclaims the material collecting device of machine, it is characterized in that including: the conveying device of carrying CD to move has the fixedly location structure of CD; Air knife, the outlet nozzle of this air knife is aimed at the mobile route of described CD, CD carried by this conveying device and the CD edge corresponding to this outlet nozzle, this outlet nozzle blowing out pressurised air, CD conveying device of blowing off.

2, a kind of CD reclaims the material collecting device of machine, it is characterized in that including: the conveying device of carrying CD to move has the fixedly location structure of CD; Adsorbing mechanism, it is at robotic arm several vacuum cups to be set, and is connected in the air-extractor of described vacuum cup by pipeline, and CD is transferred device and is transported to this adsorbing mechanism, described robotic arm utilizes described vacuum cup that CD is picked up, and CD is transported to the rewinding container.