阅读说明：本技术 一种基于输送中电镀便于取件的小五金件电镀设备 (Electroplating equipment for small hardware parts based on convenient part taking during conveying ) 是由 高志武 于 2019-12-05 设计创作，主要内容包括：本发明公开了一种基于输送中电镀便于取件的小五金件电镀设备,其结构包括纳漆装置、斑漆装置、进料装置、机架、底架,纳漆装置、斑漆装置安装在机架上,斑漆装置与进料装置安装连接,机架与底架焊接,斑漆装置由覆漆结构、传动后机、传动覆机组成,覆漆结构安装在传动后机、传动覆机上,本发明工件从进料箱处送入,在送入输送过程中进行除油、水洗,通过夹辊装置与漆送结构配合实现除锈、水洗,由渡送结构进行活化、水洗,同样在输送过程中完成,再落至覆漆结构处进行输送式电镀和输送检验实现精细斑镀,纳漆装置则实现输送排序,送出工件进行烘干、检验、包装；实现了在输送过程中进行电镀加工,工序流程紧凑、效率高,质量也有保证。(The invention discloses a small hardware electroplating device based on electroplating during conveying and convenient to take workpieces, which structurally comprises a paint accommodating device, a spot paint device, a feeding device, a rack and a bottom rack, wherein the paint accommodating device and the spot paint device are installed on the rack, the spot paint device is installed and connected with the feeding device, the rack is welded with the bottom rack, the spot paint device consists of a paint covering structure, a transmission post machine and a transmission covering machine, and the paint covering structure is installed on the transmission post machine and the transmission covering machine Packaging; the electroplating processing is realized in the conveying process, the process flow is compact, the efficiency is high, and the quality is also ensured.)

1. The utility model provides a little hardware electroplating equipment of getting is convenient for based on electroplate in carrying, its structure is including receiving lacquer device (1), spot lacquer device (2), feed arrangement (3), frame (4), chassis (5), receive lacquer device (1), spot lacquer device (2) and install in frame (4), spot lacquer device (2) and feed arrangement (3) erection joint, frame (4) and chassis (5) welding, its characterized in that:

the spot paint device (2) is composed of a paint coating structure (20), a transmission rear machine (21) and a transmission covering machine (22), the paint coating structure (20) is installed on the transmission rear machine (21) and the transmission covering machine (22), and the transmission rear machine (21) and the transmission covering machine (22) are locked.

2. The small hardware electroplating equipment based on electroplating in conveying for conveniently taking parts as claimed in claim 1, wherein: receive lacquer device (1) and send structure (10), a lacquer section of thick bamboo (11), play workbin (12) including the wheel, send structure (10) and a lacquer section of thick bamboo (11) erection joint, send structure (10) and play workbin (12) locking and the two communicates with each other in the wheel.

3. The small hardware electroplating equipment based on electroplating in conveying for conveniently taking parts as claimed in claim 2, wherein: paint cylinder (11) are including pressing from both sides a section of thick bamboo (110), outsourcing (111), end circle (112), press from both sides a section of thick bamboo (110) and outsourcing (111) rail connection, (110), outsourcing (111) and end circle (112) erection joint.

4. The small hardware electroplating equipment based on electroplating in conveying for conveniently taking parts as claimed in claim 1, wherein: the paint coating structure (20) comprises a paint spot bottom plate (200), a welding frame (201), side frames (202) and paint rollers (203), the paint spot bottom plate (200) is welded with the welding frame (201), the welding frame (201) is connected with the paint rollers (203) through shafts, and the paint rollers (203) are installed on the side frames (202).

5. The small hardware electroplating equipment based on electroplating in conveying for conveniently taking parts as claimed in claim 4, wherein: paint roller structure (230) are installed to lacquer roller (203), lacquer roller structure (230) are including encircleing lacquer roller (2300), ring section of thick bamboo (2301), face ring (2302), ring lacquer roller (2300) and ring section of thick bamboo (2301) installation are connected, ring section of thick bamboo (2301) and face ring (2302) lock joint.

6. The small hardware electroplating equipment based on electroplating in conveying for conveniently taking parts as claimed in claim 1, wherein: the feeding device (3) comprises a motor (30), a feeding box (31) and a rust removing structure (32), the motor (30) and the feeding box (31) are locked and electrically connected, the feeding box (31) is connected with the rust removing structure (32) in an installing mode, a roller clamping device (310) and a paint conveying structure (311) are installed on the feeding box (31), the roller clamping device (310) is adjacent to the paint conveying structure (311), and the rust removing structure (32) is installed and is conveyed by a transition conveying structure (312).

7. The small hardware electroplating equipment based on electroplating in conveying for conveniently taking parts as claimed in claim 6, wherein: the roller clamping device (310) comprises an upper wheel (3100), a middle wheel (3101), a bottom wheel (3102) and a wheel carrier (3103), wherein the middle wheel (3101) is connected with the upper wheel (3100) and the bottom wheel (3102) through a belt, and the bottom wheel (3102) is locked with the wheel carrier (3103).

8. The small hardware electroplating equipment based on electroplating in conveying for conveniently taking parts as claimed in claim 6, wherein: structure (311) is sent to lacquer includes axostylus axostyle (3110), detains ware (3111), lacquer and send frame (3112), axostylus axostyle (3110) send frame (3112) hub connection with lacquer, detain ware (3111) and lacquer and send frame (3112) locking.

9. The small hardware electroplating equipment based on electroplating in conveying for conveniently taking parts as claimed in claim 6, wherein: the conveying structure (312) comprises a friction transmission belt (3120) and a side plate (3121), and the friction transmission belt (3120) is connected with the side plate (3121) in a mounting manner.

Technical Field

The invention relates to the field of hardware electroplating, in particular to small hardware electroplating equipment convenient for taking hardware based on electroplating in conveying.

Background

Electroplating can be effective to resist material corrosion, so that the part is attractive and bright, the hardness, wear resistance, conductivity, electromagnetic property and heat resistance of the part are improved, the small hardware parts are generally processed in batches, a full-automatic electroplating production line is adopted, the production precision is high, the efficiency is high, and the processing flow is oil removal, water washing → rust removal, water washing → activation, water washing → electroplating → water washing → drying → inspection → packaging.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art, and provides a small hardware electroplating device convenient for taking parts based on electroplating in conveying, so as to solve the problems that in the processes of oil removal, water washing → rust removal, water washing → activation, water washing → electroplating → water washing, the workpiece needs to be processed and waited every time one procedure is carried out, the workpiece needs to be conveyed to the next procedure in sequence after the current procedure is finished, the processing procedure consumes longer time, and the processing efficiency cannot be further improved.

The invention is realized by adopting the following technical scheme: the utility model provides a little hardware electroplating equipment of being convenient for get piece based on electroplate in carrying, its structure is including receiving lacquer device, spot lacquer device, feed arrangement, frame, chassis, receive lacquer device, spot lacquer device bottom installation in the frame, spot lacquer device and feed arrangement bottom erection joint, frame bottom and chassis welding, spot lacquer device covers the machine by covering lacquer structure, transmission back machine, transmission and constitutes, it installs on transmission back machine, transmission cover the machine to cover lacquer structure rear end, the locking of machine is covered with the transmission to transmission back machine front end.

Further preferably, receive lacquer device including round send structure, paint cylinder, ejection of compact case, round send the structure and paint cylinder left end erection joint, round send the structure and go out the locking of case upper end and the two communicates with each other.

Further preferably, the paint cylinder comprises a clamping cylinder, an outer package and a bottom circle, the side of the clamping cylinder ring is connected with the outer package track, and the bottom of the outer package is connected with the bottom circle in an installing mode.

Further preferably, the paint covering structure comprises a paint spot bottom plate, a welding frame, side frames and a paint roller, the paint spot bottom plate is welded to the bottom of the welding frame, the upper end of the welding frame is connected with a paint roller shaft, and the left end and the right end of the paint roller are installed on the side frames.

Further preferably, the lacquer roller structure is installed to lacquer roller inner chamber, the lacquer roller structure includes ring lacquer roller, a ring section of thick bamboo, face ring, the ring lacquer roller with encircle a section of thick bamboo erection joint, a ring section of thick bamboo and face ring lock joint, face ring parcel ring lacquer roller, a ring section of thick bamboo.

Preferably, the feeding device comprises a motor, a feeding box and a rust removing structure, the bottom end of the motor is locked with the feeding box and electrically connected with the feeding box, the lower end of the feeding box is connected with the rust removing structure in an installing mode, a roller clamping device and a paint conveying structure are installed inside the feeding box, the roller clamping device and the paint conveying structure are adjacent and form an upper structure and a lower structure, and the transition conveying structure is installed in the middle of the rust removing structure.

Preferably, the roller clamping device comprises an upper wheel, a middle wheel, a bottom wheel and a wheel frame, wherein the left end and the right end of the middle wheel are connected with the upper wheel and the bottom wheel through belts, and the left end and the right end of the bottom wheel are locked with the wheel frame.

Further preferably, the paint conveying structure comprises a shaft rod, a buckle and a paint conveying frame, the left end and the right end of the shaft rod are connected with the paint conveying frame through shafts, and the buckle and the left end of the paint conveying frame are locked.

Further preferably, the transfer structure comprises a friction transmission belt and a side plate, and the right end of the friction transmission belt is connected with the side plate in an installing mode.

Advantageous effects

The electroplating equipment is connected with the drying equipment in an installing way, workpieces are sequentially placed from a feeding device, the workpieces are deoiled and washed after being placed in a roller clamping device, then the roller clamping device is matched with a paint conveying structure to drive the workpieces to be derusted and washed, an upper wheel, a middle wheel and a bottom wheel are matched to rotate to drive the paint conveying structure to convey the workpieces, a paint conveying frame rubs the workpieces in the conveying process to realize derusting, and the workpieces are washed in the conveying process; then the workpiece is conveyed to a transfer structure to be activated and washed, and then falls to a paint coating structure to be electroplated and fine spot-plated, namely the workpiece is electroplated by a paint roller when conveyed on the paint coating structure, and the position of the workpiece without uniform plating is further electroplated by the paint roller when the paint roller rotates in the process of detecting that the workpiece is further electroplated, so that the electroplating quality is improved; the workpiece which is electroplated enters from the paint containing device and is conveyed in a matched and sequencing mode through the clamping barrel and the outer package, then is conveyed out from the discharge box after being conveyed and washed in a wheel conveying structure, and finally enters into drying equipment for drying, and is sequentially inspected and packaged.

Compared with the prior art, the invention has the beneficial effects that: the workpiece is fed from a feeding box, deoiling and washing are carried out in the feeding and conveying process, rust removal and washing are realized through the matching of a roller clamping device and a paint conveying structure, activation and washing are carried out by a transfer conveying structure, the activation and washing are also finished in the conveying process, the workpiece falls to a paint coating structure to carry out conveying type electroplating and conveying inspection to realize fine spot plating, a paint accommodating device realizes conveying and sequencing, and the workpiece is sent out to be dried, inspected and packaged; the electroplating processing is realized in the conveying process, the process flow is compact, the efficiency is high, and the quality is also ensured.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 shows a schematic structural diagram of a small hardware electroplating device for conveniently taking parts based on electroplating in conveying.

Fig. 2 shows a schematic structural view of the lacquer collecting device according to the invention.

Figure 3 shows a schematic of the construction of a paint cartridge according to the invention.

Fig. 4 shows a schematic structural view of a varnishing structure of the present invention.

FIG. 5 shows a schematic structural view of the construction of the paint roller of the present invention.

Fig. 6 shows a schematic structural view of the feeding device of the present invention.

FIG. 7 shows a schematic view of the construction of the nip roll apparatus of the present invention.

Fig. 8 shows a schematic of the structure of the paint delivery structure of the present invention.

Fig. 9 shows a schematic structural view of a transfer structure of the present invention.

In the figure: the paint containing device 1, the spot painting device 2, the feeding device 3, the machine frame 4, the underframe 5, the painting structure 20, the post-drive machine 21, the drive coating machine 22, the wheel conveying structure 10, the paint cylinder 11, the discharging box 12, the clamping cylinder 110, the outer package 111, the bottom circle 112, the paint spot bottom plate 200, the welding frame 201, the side frame 202, the paint roller 203, the paint roller structure 230, the paint ring roller 2300, the ring cylinder 2301, the surface ring 2302, the motor 30, the feeding box 31, the rust removing structure 32, the clamping roller device 310, the paint conveying structure 311, the transition structure 312, the upper wheel 3100, the middle wheel 3101, the bottom wheel 3102, the wheel frame 3103, the shaft 3110, the buckle 3111, the paint conveying frame 3112, the friction drive belt 3120 and the side plate 3121.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-9, the present invention provides a technical solution for a small hardware electroplating apparatus for conveniently picking up components based on electroplating during transportation: its structure is including receiving lacquer device 1, spot lacquer device 2, feed arrangement 3, frame 4, chassis 5, receive lacquer device 1, spot lacquer device 2 and install in frame 4, spot lacquer device 2 and 3 erection joint of feed arrangement, frame 4 and 5 welding of chassis, spot lacquer device 2 covers quick-witted 22 by covering lacquer structure 20, transmission rear machine 21, transmission and constitutes, cover lacquer structure 20 and install on transmission rear machine 21, transmission rear machine 21 and transmission cover quick-witted 22 and lock, receive lacquer device 1 and send structure 10, a lacquer section of thick bamboo 11, play workbin 12 including the wheel, send structure 10 to be used for carrying the work piece downwards, send structure 10 and a lacquer section of thick bamboo 11 erection joint with the wheel, send structure 10 and play workbin 12 locking and the two communicates with each other in turn, an outer packing section of thick bamboo 11 includes a clamp 110, 111, base circle 112, a clamp 110 and an outer packing 111 rail connection, 110, outsourcing 111 and end circle 112 erection joint, receive lacquer device 1 and play the effect of arranging in the same direction as smoothing out the work piece in transportation process, convenient to use, it includes lacquer spot bottom plate 200, welds frame 201, side bearer 202, lacquer roller 203 to cover lacquer structure 20, lacquer spot bottom plate 200 welds with welding frame 201, weld frame 201 and lacquer roller 203 hub connection, lacquer roller 203 installs on side bearer 202, lacquer roller structure 230 is installed to lacquer roller 203, it is the cell body structure to cover lacquer structure 20, has reduced the phenomenon that the work piece dropped in transportation process, lacquer roller structure 230 includes ring lacquer roller 2300, ring section of thick bamboo 2301, face ring 2302, ring lacquer roller 2300 and ring section of thick bamboo 2301 erection joint, ring section of thick bamboo 2301 and face ring lock joint, ring lacquer roller 2300 is equipped with more than 3 and is called annularly arranged, has improved the degree of consistency of further cladding to the work piece, feed arrangement 3 includes motor 30, feeding case 31, The rust removing structure 32 is characterized in that the feeding device 3 is designed in an integrated manner, so that oil removal, rust removal and activation are realized, the transmission is flexible, the motor 30 is locked with the feeding box 31 and is electrically connected with the feeding box 31, the feeding box 31 is connected with the rust removing structure 32 in an installing manner, the feeding box 31 is provided with a roller clamping device 310 and a paint conveying structure 311, the roller clamping device 310 is adjacent to the paint conveying structure 311, the rust removing structure 32 is provided with a conveying structure 312, the roller clamping device 310 comprises an upper wheel 3100, a middle wheel 3101, a bottom wheel 3102 and a wheel frame 3103, the middle wheel 3101 is connected with the upper wheel 3100 and the bottom wheel 3102 through a belt, the bottom wheel 3102 is locked with the wheel frame 3103, the roller clamping device 310 is in a three-wheel structure and has good clamping transmission stability, the paint conveying structure 311 comprises a shaft lever 3110, a buckle 3111 and a paint conveying frame 3112, the shaft lever 3110 is connected with the paint conveying frame 3112, the buckle 3111 is locked with the paint conveying frame 3112, and, The side plate 3121, the friction drive belt 3120 is connected with the side plate 3121 installation, the lacquer send the structure 311 and send the structure 312 with crossing and be the transport structure, also processed and the auxiliary processing to the work piece when carrying, improved efficiency greatly.

Electroplating equipment is installed and connected with drying equipment, workpieces are sequentially placed from a feeding device 3, the workpieces are deoiled and washed after being placed in a roller clamping device 310, then the roller clamping device 310 and a paint conveying structure 311 are matched for transmission to achieve derusting and washing of the workpieces, an upper wheel 3100, a middle wheel 3101 and a bottom wheel 3102 are matched for rotation to drive the paint conveying structure 311 to convey the workpieces, a paint conveying frame 3112 is used for rubbing the workpieces in the conveying process to achieve derusting, and the water washing is also performed in the conveying process; then, the workpiece is conveyed to the position of the transfer structure 312 for activation and water washing, and then falls to the position of the paint coating structure 20 for electroplating and fine spot plating, namely, the workpiece is electroplated by the paint roller 203 when the workpiece is conveyed on the paint coating structure 20, and the position of the workpiece without uniform plating layer is further electroplated by the paint roller 2300 when the paint roller 2300 rotates in the process of detecting that the workpiece is not uniformly plated, so that the electroplating quality is improved; the workpiece which is electroplated enters from the paint containing device 1 and is conveyed in a matching and sequencing mode through the clamping cylinder 110 and the outer package 111, then is conveyed and washed on the wheel conveying structure 10 and then is conveyed out from the discharge box 12, finally enters the drying equipment for drying, and is sequentially inspected and packaged.

Compared with the prior art, the invention has the technical progress that: workpieces are fed from a feeding box 31, deoiled and washed in the feeding and conveying process, derusting and washing are achieved through the matching of a roller clamping device 310 and a paint conveying structure 311, activation and washing are achieved through a transfer conveying structure 312, the derusting and washing are achieved in the conveying process, the derusting and washing are achieved through conveying type electroplating and conveying inspection after the derusting and washing are achieved, conveying and sorting are achieved through a paint accommodating device 1, and the workpieces are sent out to be dried, inspected and packaged; the electroplating processing is realized in the conveying process, the process flow is compact, the efficiency is high, and the quality is also ensured.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.