CN204588007U

CN204588007U - Bottle capper feedway

Info

Publication number: CN204588007U
Application number: CN201520121841.8U
Authority: CN
Inventors: 钟国良
Original assignee: Shangyu City Ten Thousand Feng Su Industry Co Ltd
Current assignee: Shangyu City Ten Thousand Feng Su Industry Co Ltd
Priority date: 2015-03-02
Filing date: 2015-03-02
Publication date: 2015-08-26
Anticipated expiration: 2025-03-02

Abstract

The utility model relates to bottle capper feedway, comprise conveying slideway and load-transfer device, also comprise door projection, vibrator, motor, expansion link and cylinder, described conveying slideway becomes the angular slope of 40 ° to place with horizontal surface, described load-transfer device horizontal positioned, and be in the end of conveying slideway, described door projection is located at the center of conveying slideway lower surface, described vibrator is located on the underlying surfaces of conveying slideway, and be in immediately below door projection, described motor is electrically connected with vibrator, described cylinder is located in the end lower surface of conveying slideway, and be connected with described expansion link, described expansion link extends to through the bottom of conveying slideway the inner chamber carrying slideway, described expansion link is put in freely by cylinder and the inner chamber of the conveying slideway that contracts, between the end that described expansion link is in conveying slideway and door projection, and distance between expansion link with door projection with carry out carrying the diameter of bottle cap identical.

Description

Bottle capper feedway

Technical field

The utility model relates to bottle cap manufacturing technology field, particularly relates to bottle capper feedway.

Background technology

In prior art, the manufacture of bottle cap is generally all produced by bottle capper, bottle capper is in the process of processing, be need by bottle cap one by one be placed on load-transfer device, then be transferred in bottle capper by load-transfer device and process, but this method needs manually to carry out, inefficiency, reduce production efficiency, thus people adopt the slideway of inclination to carry, slideway is made the path that width is identical with cap diameter, so not needing will placement bottle cap one by one, be put in hopper by disposable for multiple bottle cap, pass through slideway, directly orderly general one by one bottle cap slide on load-transfer device, but like this, at the end of slideway, bottle cap is when entering on load-transfer device, be easy to multiple bottle cap mutually collide, cause bottle cap position disorderly, be not easy to processing, thus need people for rearranging, reduce production efficiency.

Utility model content

In view of this, be necessary to provide one to enhance productivity, prevent the bottle capper feedway of bottle cap position disorder.

The utility model realizes like this, bottle capper feedway, comprise conveying slideway and load-transfer device, also comprise door projection, vibrator, motor, expansion link and cylinder, described conveying slideway becomes the angular slope of 40 ° to place with horizontal surface, described load-transfer device horizontal positioned, and be in the end of conveying slideway, described door projection is located at the center of conveying slideway lower surface, described vibrator is located on the underlying surfaces of conveying slideway, and be in immediately below door projection, described motor is electrically connected with vibrator, described cylinder is located in the end lower surface of conveying slideway, and be connected with described expansion link, described expansion link extends to through the bottom of conveying slideway the inner chamber carrying slideway, described expansion link is put in freely by cylinder and the inner chamber of the conveying slideway that contracts, between the end that described expansion link is in conveying slideway and door projection, and distance between expansion link with door projection with carry out carrying the diameter of bottle cap identical.

Further, the outside face that described door projection is is arcwall face.

Further, described door projection outstanding conveying slideway lower surface 1mm ~ 2mm.

The advantage of the bottle capper feedway that the utility model provides is: the utility model is simple and reasonable, during use, bottle cap is into a line to be arranged on conveying slideway, due to the effect of gravity, glide from conveying slideway, by the door convex barrier on conveying slideway, can not continue to glide, by arranging vibrator and motor, driven by motor vibrator vibrates, bottle cap is crossed door projection and is continued to glide, slide to expansion link place, stopped by expansion link, due to the distance between expansion link with door projection with carry out carrying the diameter of bottle cap identical, so each vibrator vibration, capital has a bottle cap to be between expansion link and door projection, now vibrator stops vibration, cylinder operation, expansion link is forced to contract conveying slideway, the bottle cap be between expansion link and door projection is directly slipped on load-transfer device, and be transported on bottle capper and process, and the bottle cap be now in above door projection all can not fall, thus effectively prevent the landing successively of multiple bottle cap, the bottle cap be transported on load-transfer device is caused to cause the phenomenon of position disorder to occur owing to colliding, thus improve production efficiency.

Accompanying drawing explanation

Fig. 1 is the structural representation of the utility model bottle capper feedway.

Detailed description of the invention

In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.

Refer to Fig. 1, Fig. 1 is the structural representation of the utility model bottle capper feedway.

Described bottle capper feedway, comprise conveying slideway 10 and load-transfer device 20, also comprise door projection 30, vibrator 40, motor 50, expansion link 60 and cylinder 70, described conveying slideway 10 becomes the angular slope of 40 ° to place with horizontal surface, described load-transfer device 20 horizontal positioned, and be in the end of conveying slideway 10, described door projection 30 is located at the center of conveying slideway 10 lower surface, described vibrator 40 is located on the underlying surfaces of conveying slideway 10, and be in immediately below door projection 30, described motor 50 is electrically connected with vibrator 40, described cylinder 70 is located in the end lower surface of conveying slideway 10, and be connected with described expansion link 60, described expansion link 60 extends to through the bottom of conveying slideway 10 inner chamber carrying slideway 10, described expansion link 60 is put in freely by cylinder 70 and the inner chamber of the conveying slideway 10 that contracts, between the end that described expansion link 60 is in conveying slideway 10 and door projection 30, and distance between expansion link 60 with door projection 30 with carry out carrying the diameter of bottle cap identical.

The outside face that described door projection 30 is is arcwall face, and be convenient to bottle cap when vibrator 40 works, bottle cap crosses door projection 30.

Described door protruding 30 outstanding conveying slideway 10 lower surface 1mm ~ 2mm, can guarantee that bottle cap crosses door projection 30 when vibrator 40 works, and prevents door projection 30 too high, leads bottle cap and is stopped by door protruding 30.

The advantage of the bottle capper feedway that the utility model provides is: the utility model is simple and reasonable, during use, bottle cap is into a line to be arranged on conveying slideway 10, due to the effect of gravity, glide from conveying slideway 10, stopped by the door protruding 30 on conveying slideway 10, can not continue to glide, by arranging vibrator 40 and motor 50, motor 50 drives vibrator 40 to vibrate, bottle cap is crossed door protruding 30 and is continued to glide, slide to expansion link 60 place, stopped by expansion link 60, due to the distance between expansion link 60 with door projection 30 with carry out carrying the diameter of bottle cap identical, so each vibrator 40 vibrates, capital has a bottle cap to be between expansion link 60 and door projection 30, now vibrator 40 stops vibration, cylinder 70 works, expansion link 60 is forced to contract conveying slideway 10, the bottle cap be between expansion link 60 and door projection 30 is directly slipped on load-transfer device 20, and be transported on bottle capper and process, and the bottle cap be now in above door projection 30 all can not fall, thus effectively prevent the landing successively of multiple bottle cap, the bottle cap be transported on load-transfer device 2020 is caused to cause the phenomenon of position disorder to occur owing to colliding, thus improve production efficiency.

The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.

Claims

1. bottle capper feedway, comprise conveying slideway (10) and load-transfer device (20), it is characterized in that, also comprise door projection (30), vibrator (40), motor (50), expansion link (60) and cylinder (70), described conveying slideway (10) becomes the angular slope of 40 ° to place with horizontal surface, described load-transfer device (20) horizontal positioned, and be in the end of conveying slideway (10), described door projection (30) is located at the center of conveying slideway (10) lower surface, described vibrator (40) is located on the underlying surfaces of conveying slideway (10), and be in immediately below door projection (30), described motor (50) is electrically connected with vibrator (40), described cylinder (70) is located in the end lower surface of conveying slideway (10), and be connected with described expansion link (60), described expansion link (60) extends to through the bottom of conveying slideway (10) inner chamber carrying slideway (10), described expansion link (60) is put in freely by cylinder (70) and the inner chamber of conveying slideway (10) of contracting, between the end that described expansion link (60) is in conveying slideway (10) and door projection (30), and distance between expansion link (60) with door projection (30) with carry out carrying the diameter of bottle cap identical.

2. bottle capper feedway according to claim 1, is characterized in that, the outside face that described door projection (30) is is arcwall face.

3. bottle capper feedway according to claim 1, is characterized in that, described door projection (30) outstanding conveying slideway (10) lower surface 1mm ~ 2mm.