CN111453288B

CN111453288B - Logistics roller conveying assembly line

Info

Publication number: CN111453288B
Application number: CN202010276128.6A
Authority: CN
Inventors: 汪志辉
Original assignee: Changyue Feiping Nonferrous Metals Storage And Transportation Shanghai Co ltd
Current assignee: Changyue Feiping nonferrous metals storage and transportation (Shanghai) Co.,Ltd.
Priority date: 2020-04-09
Filing date: 2020-04-09
Publication date: 2021-06-18
Anticipated expiration: 2040-04-09
Also published as: CN111453288A

Abstract

The invention discloses a logistics roller conveying assembly line, which structurally comprises a flow line, a flow spiral line and a center column, wherein the flow line is spliced and connected with the flow spiral line, the flow spiral line is embedded in the center column, the flow line and the flow spiral line comprise a plane conveying line, an installation frame and a side conveying line, the plane conveying line is embedded in the installation frame, the installation frame is connected with the side conveying line through a shaft, the plane conveying line comprises a left conveying line, a right conveying line, a spring device and a shaft pusher, the left conveying line and the right conveying line are connected with the shaft pusher through shafts, an object is conveyed on one side of the plane conveying line, the shaft pusher pushes the plane conveying line upwards to enable the plane conveying line to form an inverted V structure, the gravity of the object is concentrated on the left end, the one side is tightly attached, the object is not easy to shake, a plurality of small objects are conveyed, a convex pad adsorbs the object, the object is attached to the convex pad, the, the object is conveyed stably.

Description

Logistics roller conveying assembly line

Technical Field

The invention relates to the field of roller assembly lines, in particular to a logistics roller conveying assembly line.

Background

The roller assembly line is a device which assembles a plurality of roller rods to form a working plane and realizes dragging and conveying of articles in a roller rotating mode, spiral conveying is conveying between the device and floors, the device is suitable for products packaged by plastic boxes, paper boxes and small packaged products, the articles can be flexibly conveyed along a horizontal or small inclined angle on the roller assembly line according to the specifications of the articles, and the space of a factory building can be effectively utilized.

The article that prior art commodity circulation was carried is various, and article and packing carton do not have the compact laminating when partly article are packed, easily trembles in the transport, especially carries some smallclothes article, and the range of tremble is great, and conveying speed is faster, and the tremble is big more, and stability is poor more.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art and provide a logistics roller conveying production line to solve the problems that the variety of articles conveyed in logistics is various, partial articles are not tightly attached to a packing box when being packed, the articles are easy to shake during conveying, particularly small articles are conveyed, the shaking amplitude is large, the conveying speed is high, the shaking is large, and the stability is poor.

The invention is realized by adopting the following technical scheme: the utility model provides a commodity circulation cylinder conveying assembly line, its structure includes flowing water straight line, flowing water helix, center pillar, flowing water straight line front end is assembled with flowing water helix and is connected, flowing water helix inlays the dress with the center pillar right-hand member, flowing water straight line and flowing water helix include plane transfer chain, mounting bracket, side transfer chain, the plane transfer chain inlays the dress on the mounting bracket and the two constitutes structure as an organic whole, mounting bracket and side transfer chain bottom hub connection.

Further preferably, the plane transfer chain includes left part transfer chain, right part transfer chain, spring ware, axle pusher, left part transfer chain, right part transfer chain and axle pusher middle part hub connection, left part transfer chain, right part transfer chain and the welding of spring ware upper end.

Further preferably, the spring device comprises a welding circle, a spring and a welding plate, and the upper end and the lower end of the spring are welded with the welding circle and the welding plate.

Further preferably, the shaft pusher comprises a shaft circle, a buckling circle, an embedded pushing arc buckle and an upper pushing plate, the middle of the shaft circle is connected with the buckling circle shaft, the bottom of the shaft circle is embedded with the embedded pushing arc buckle, and the embedded pushing arc buckle is locked with the upper end of the upper pushing plate.

Further preferably, the side conveying line comprises a side conveying belt, a convex pad, a conveying belt rotating shaft and a shaft spring, the right side of the side conveying belt is connected with the convex pad through glue, the bottom of the side conveying belt is connected with the conveying belt rotating shaft in an installing mode, and the middle of the conveying belt rotating shaft is welded with the shaft spring.

Further preferably, the convex pad comprises a convex pad body and an air seal structure, and the middle part of the convex pad body is connected with the air seal structure in a gluing manner.

Further preferably, the convex pad body comprises a hard pad, a main pad and an air port, the hard pad is connected with the upper end and the lower end of the main pad in a gluing mode, and the air port is arranged in the middle of the main pad.

Further preferably, the gas seal structure includes the sealing port, promotes a ball, an inflator, the sealing port left end with promote a ball track connection, promote ball and inflator right-hand member lock joint.

Advantageous effects

The invention is characterized in that objects are conveyed at a flowing water straight line and a flowing water spiral line, objects can be conveyed at the included angle between a plane conveying line and a side conveying line and above an inclined side conveying line, the right conveying line supports the inclined side conveying line, objects which are not tightly attached and easy to shake are conveyed, the elastic vibration of a spring drives the micro-inclination of the left conveying line and the right conveying line, a vibration sense drives an upper push plate to push up an embedded push arc buckle, an axial circle drives the left conveying line and the right conveying line to incline in a larger range, the support of the side conveying line and the objects which are conveyed at the left conveying line are convenient to move downwards to the left by the right conveying line, the shaking of the objects is reduced, for some small objects, the small objects can shake to a larger extent during conveying, particularly the small objects are easy to shake off during spiral conveying, and the small objects are conveyed at the inclined side conveying line, the inclined plane angle is changed through the axle spring is nimble when the side transfer chain inclines, the axle spring also has the inclination limiting displacement, and protruding pad opposition is put the thing and is adsorbed, further prevents the thing landing, shakes off, and the jitter nature when the side conveyer belt is carried promotes the inflator, has pushed up and has promoted the ball sealer sealed with the sealing opening, and when article subsided the department at protruding pad promptly, the gas port was sealed firmly to adsorb the thing, and conveying stability effectively improves.

Compared with the prior art, the invention has the beneficial effects that: the article is carried in plane transfer chain department unilateral, and the axle pushes away the ware and pushes up the plane transfer chain, makes the plane transfer chain form the structure of falling V, and article gravity concentrates on the left end, and the unilateral is tight to be laminated really, is difficult for the shake, carries some smallclothes article, and protruding pad adsorbs the article, and article subsides are covered in protruding pad department, and the dibit is carried, has improved conveying efficiency when controlgear places the space, and the article is carried steadily.

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 structure of a logistics drum conveying line of the invention.

Fig. 2 shows the structural diagram of the invention with a water line and a water helix cut in front view.

Fig. 3 shows a schematic structural view of the planar conveying line of the invention.

Fig. 4 shows a schematic structural diagram of a of fig. 2 of the present invention.

Fig. 5 shows a schematic structural diagram of B of fig. 2 according to the present invention.

Fig. 6 shows a schematic view of the structure of the inventive convex pad.

In the figure: the device comprises a flowing water straight line 1, a flowing water spiral line 2, a central column 3, a plane conveying line 40, a mounting frame 42, a side conveying line 43, a left conveying line 400, a right conveying line 401, a spring 402, a shaft pusher 403, a welding circle 4020, a spring 4021, a welding plate 4022, a shaft circle 4030, a buckling circle 4031, an embedded pushing arc buckle 4032, an upper pushing plate 4033, a side conveying belt 430, a convex pad 431, a conveying belt rotating shaft 432, a shaft spring 433, a convex pad body 4310, an air seal structure 4311, a hard pad 700, a main pad 701, an air port 702, a sealing port 800, a pushing seal ball 801 and an air cylinder 802.

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.

Embodiment 1 referring to fig. 1 to 4, the present invention provides a technical solution of a logistics roller conveying line: its structure includes flowing water straight line 1, flowing water helix 2, center pillar 3, flowing water straight line 1 assembles with flowing water helix 2 and is connected, flowing water helix 2 inlays the dress with center pillar 3, flowing water straight line 1 includes plane transfer chain 40, mounting bracket 42, side transfer chain 43 with flowing water helix 2, plane transfer chain 40 inlays the dress on mounting bracket 42, mounting bracket 42 is connected with side transfer chain 43 hub connection, plane transfer chain 40 includes left part transfer chain 400, right part transfer chain 401, spring 402, axle pusher 403, left part transfer chain 400 inclines with the great range of right part transfer chain 401, and the right part transfer chain 401 of being convenient for supports to side transfer chain 43, and the article that is being carried in left part transfer chain 400 department of being convenient for glides to remove to the left end, has reduced the shake of article, left part transfer chain 400, right part transfer chain 401 are connected with axle pusher 403 hub connection, left part 400 transfer chain, The right conveying line 401 is welded with the reed 402, the reed 402 comprises a welding circle 4020, a spring 4021 and a welding plate 4022, elastic vibration of the spring 4021 drives micro inclination of the left conveying line 400 and the right conveying line 401 to play a role in transmission driving, the spring 4021 is welded with the welding circle 4020 and the welding plate 4022, the shaft pusher 403 comprises a shaft circle 4030, a buckling circle 4031, an embedded pushing arc buckle 4032 and an upper push plate 4033, the shaft circle 4030 is connected with the buckling circle 4031 through a shaft, the shaft circle 4030 is embedded in the embedded pushing arc buckle 4032, and the embedded pushing arc buckle 4032 is locked with the upper push plate 4033.

The article is carried in flowing water straight line 1 and flowing water spiral line 2 department, the contained angle department of plane transfer chain 40 and side transfer chain 43, article can all be carried in the side transfer chain 43 top of slope, right part transfer chain 401 plays the supporting role to the side transfer chain 43 of slope, carry some not tight laminating, the article of easy shake, spring 4021's elastic vibration drives left part transfer chain 400, the micro-tilt of right part transfer chain 401, the vibration sensation drives push pedal 4033 will inlay and push away the arc and detain 4032 and push up, make axle circle 4030 drive left part transfer chain 400 with the great range slope of right part transfer chain 401, be convenient for right part transfer chain 401 to the supporting of side transfer chain 43 and the article that left part transfer chain 400 department is being carried left end gliding removal, article's shake has been reduced.

Embodiment 2 referring to fig. 5 to 6, the present invention provides a technical solution of a logistics roller conveying line: the structure of the side conveying line 43 comprises a side conveying line 430, a convex pad 431, a conveying line rotating shaft 432 and a shaft spring 433, wherein the side conveying line 430 is connected with the convex pad 431 through glue, the side conveying line 430 is connected with the conveying line rotating shaft 432 in an installing manner, the conveying line rotating shaft 432 is welded with the shaft spring 433, the side conveying line 43 flexibly changes the angle of an inclined plane through the shaft spring 433 when inclining, the shaft spring 433 also has an inclination limiting effect, the convex pad 431 comprises a convex pad body 4310 and an air sealing structure 4311, the convex pad 431 is adsorbed to an object to be discharged and further prevents the object from sliding and shaking off, the convex pad body 4310 is connected with the air sealing structure 4311 through glue, the convex pad body 4310 comprises a hard pad 700, a main pad 701 and an air port 702, the hard pad 700 is connected with the main pad 701 through glue, the main pad 701 is provided with the air port 702, the air sealing structure 4311 comprises a sealing port 800, a pushing sealing ball 801 and an air cylinder 802, the sealing port 800 is, the push sealing ball 801 is buckled with the gas cylinder 802.

For some small articles, large-amplitude shaking can be caused during conveying, particularly shaking is easy to fall during spiral conveying, the small articles are conveyed at the inclined side conveying line 43, the inclined angle of the inclined plane is flexibly changed through the shaft spring 433 when the side conveying line 43 is inclined, the shaft spring 433 also has the inclination limiting effect, the convex pad 431 is adsorbed to the articles to be placed, the articles are further prevented from sliding and shaking off, the shaking property during conveying of the side conveying belt 430 pushes the air cylinder 802, the push sealing ball 801 is pushed upwards to seal the sealing port 800, namely when the articles are attached to the convex pad 431, the air port 702 is sealed to firmly adsorb the articles, and the conveying stability is effectively improved.

Compared with the prior art, the invention has the technical progress that: the article is carried in plane transfer chain 40 department unilateral, and axle pushes away flat transfer chain 40 on the ware 403, makes flat transfer chain 40 form the structure of falling V, and article gravity concentrates on the left end, and the unilateral is tight and closely laminated, is difficult for trembling, carries some smallclothes article, and protruding pad 431 adsorbs the article, and article subsides are covered in protruding pad 431 department, and the dibit is carried, has improved conveying efficiency when control apparatus places the space, and the article is carried steadily.

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.

Claims

1. The utility model provides a commodity circulation cylinder conveying assembly line, its structure includes flowing water straight line (1), flowing water helix (2), center pillar (3), flowing water straight line (1) is assembled with flowing water helix (2) and is connected, flowing water helix (2) inlay dress, its characterized in that with center pillar (3):

the assembly line (1) and the assembly line spiral (2) comprise a plane conveying line (40), an installation frame (42) and a side conveying line (43), the plane conveying line (40) is embedded on the installation frame (42), and the installation frame (42) is connected with the side conveying line (43) through a shaft;

the plane conveying line (40) comprises a left conveying line (400), a right conveying line (401), a spring device (402) and a shaft pusher (403), the left conveying line (400) and the right conveying line (401) are connected with the shaft pusher (403) in a shaft mode, and the left conveying line (400) and the right conveying line (401) are welded with the spring device (402);

the spring device (402) comprises a welding circle (4020), a spring (4021) and a welding plate (4022), and the spring (4021) is welded with the welding circle (4020) and the welding plate (4022);

the shaft pusher (403) comprises a shaft circle (4030), a buckling circle (4031), an embedded pushing arc buckle (4032) and a top push plate (4033), wherein the shaft circle (4030) is connected with the buckling circle (4031) in a shaft mode, the shaft circle (4030) is embedded in the embedded pushing arc buckle (4032), and the embedded pushing arc buckle (4032) is locked with the top push plate (4033);

the side conveying line (43) comprises a side conveying belt (430), a convex pad (431), a conveying belt rotating shaft (432) and a shaft spring (433), the side conveying belt (430) is connected with the convex pad (431) in a gluing mode, the side conveying belt (430) is connected with the conveying belt rotating shaft (432) in an installing mode, and the conveying belt rotating shaft (432) is welded with the shaft spring (433);

the convex pad (431) comprises a convex pad body (4310) and an air seal structure (4311), and the convex pad body (4310) is connected with the air seal structure (4311) in a gluing way;

the convex pad body (4310) comprises a hard pad (700), a main pad (701) and an air port (702), the hard pad (700) is connected with the main pad (701) in a gluing mode, and the main pad (701) is provided with the air port (702);

the gas seal structure (4311) comprises a sealing port (800), a push sealing ball (801) and an air cylinder (802), wherein the sealing port (800) is connected with the push sealing ball (801) in a track manner, and the push sealing ball (801) is buckled with the air cylinder (802).