CN200945941Y

CN200945941Y - Diffluent type multi-station conveying packaging line

Info

Publication number: CN200945941Y
Application number: CN 200620076504
Authority: CN
Inventors: 谭乐顺
Original assignee: ANHUI LONGCI TECHNOLOGY Co Ltd
Current assignee: Sinomag Technology Co., Ltd.
Priority date: 2006-09-12
Filing date: 2006-09-12
Publication date: 2007-09-12
Anticipated expiration: 2016-09-12

Abstract

The utility model relates to a product conveying packaging line which is a diffluent type multi-station conveying packaging line capable of carrying out continuous diffluence and conveying of products with different specifications and types simultaneously on a conveyer belt through a flapper. The packaging line comprises a product conveyer belt (1), wherein on both sides of the product conveyer belt (1) are arranged at intervals a plurality of external sliding runners (7-A, 7-B), on the outlets of the sliding runners (7-A, 7-B) are arranged packaging tables (6-A, 6-B), on the inlet of each external sliding runner (7-A, 7-B) is arranged a flapper (2-A, 2-B) which can swing around an axle, and the flapper (2-A, 2-B) is hinged with the conveyer belt (1) with the included angle (alpha) between the flapper (2-A, 2-B) and the conveyer belt (1) capable of being manually, electrically or pneumatically adjusted, and the included angle (alpha) is less than or equal to Sin 30 degrees. The utility model can effectively avoid error and improve working efficiency with simple structure.

Description

By-pass type multistation bull ladle wiring

Technical field

The utility model relates to a kind of product bull ladle wiring, especially a kind of can be simultaneously on same load-transfer device, with the baffle plate continuous partial flow, carry the by-pass type multistation bull ladle wiring of different size and different model product.

Background technology

At present, known product bull ladle wiring is that product is delivered to a station of the other end from the station of load-transfer device one end, and can only carries the product with a kind of specification, model continuously.Cannot on same load-transfer device, carry the product of different size and different model simultaneously continuously; Otherwise as easy as rolling off a log generation specification is mixed the quality accident of meat and fish dishes or model entanglement, and work efficiency is also very low.

The utility model content

Can not be on same load-transfer device in order to overcome existing product bull ladle wiring, carry the deficiency of the product of different size and different model simultaneously, the utility model provides a kind of can carry the product of different size, model continuously on same load-transfer device, can avoid product specification or model to obscure and mistake; Can satisfy simultaneously the by-pass type multistation bull ladle wiring that a plurality of stations are packed multiple different size, different model product requirement simultaneously again.

The technical solution adopted in the utility model is: a kind of by-pass type multistation bull ladle wiring, comprise product conveyor, the both sides segmentation of described product conveyor is provided with a plurality of external slideways, the slideway exit is provided with package post, each equal correspondence in external slideway entrance is provided with a shifting board that can freely swing around axle, this shifting board and load-transfer device frame are hinged, and and load-transfer device between keep optimum angle, and the coaxial joystick that is equipped with, can open or close baffle plate by mode such as manual, electronic or pneumatic.

When doing straight-line motion under the drive of product at load-transfer device of certain specification; Open wherein some baffle plates, when this product is met this baffle plate of opening, promptly produced a antagonistic force perpendicular to baffle plate; Under this reaction force acts, this product generation cross travel, immediately, this product will enter cooresponding slideway from certain ' being squeezed ' time load-transfer device on one side of load-transfer device, has fallen at last on the package post below this slideway.In like manner,, repeat same shunting action, baffle plate angle that should product is not then adjusted to zero degree, promptly close successively to the product of different size, different model; Then baffle plate is parallel with load-transfer device, do not contact with this product, thereby make different size enter following different slideway respectively with the product of different model, fall at last on the different package posts, realized thus on same load-transfer device, carrying the purpose of multiple different size, different model product continuously.And, avoided the mixed meat and fish dishes and the mistake of specification or model effectively, improved work efficiency again simultaneously, also avoid occurring quality problems.

The beneficial effects of the utility model are: simple in structure, easy to use, and effectively avoided obscuring and mistake of specification or model, and also satisfied the product purpose that a plurality of stations can be packed multiple different size, different model simultaneously simultaneously, improved work efficiency.

Description of drawings:

The utility model is described in further detail below in conjunction with the drawings and specific embodiments:

Fig. 1 is the utility model partial top view and force analysis figure,

Fig. 2 is the utility model cross sectional drawing.

The specific embodiment:

Referring to Fig. 1, Fig. 2, Fig. 1 is the utility model partial top view, a kind of by-pass type multistation bull ladle wiring, comprise product conveyor 1, described product conveyor 1 both sides segmentation is provided with a plurality of external slideway 7-A, 7-B, slideway 7-A, the 7-B exit is respectively equipped with package post 6-A, 6-B, each external slideway 7-A, the equal correspondence in 7-B entrance is provided with a shifting board 2-A that can freely swing around axle, 2-B, this shifting board 2-A, 2-B is by supporting-point 3-A, 3-B and load-transfer device 1 frame are hinged, and the coaxial joystick 5-A that is equipped with, 5-B can be by manual, mode such as electronic or pneumatic is adjusted baffle plate 2-A, angle α between 2-B and the load-transfer device 1.

In conjunction with the product force analysis among Fig. 1; If the product 4-A of certain specification is on load-transfer device, do straight-line motion along the direction of arrow; If by baffle plate joystick 5-A, baffle plate 2-A is opened according to≤angle the α of " Sin30 ° "; At this moment, this product 4-A is in the process that moves forward; After meeting opened baffle plate 2-A, promptly be subjected to an antagonistic force OB, just along OB direction generation cross travel, by the straight-line motion of original OA direction, change into the compound motion of OC resultant direction; At last, by being forced down load-transfer device 1, and along external slideway 7-A, and fallen on the package post 6-A below the baffle plate 2-A.Process can be adjusted to zero degree with the baffle plate angle after finishing.Make the product of back can be transported to following station.

In like manner, if, by baffle plate behaviour bar 5-B, baffle plate 2-B is opened according to≤angle the α of " sin30 ° "; At this moment, product 4-B in the process that moves forward, meet opened baffle plate 2-B after, same, so also can be subjected to an antagonistic force B1, just along OB1 direction generation cross travel; Straight-line motion by original OA1 direction; Change into the compound motion of OC1 resultant direction; At last, forced down load-transfer device 1 and, and fallen on the package post 6-B below the baffle plate 2-B along external slideway 7-B.Process is then adjusted to zero degree with the baffle plate angle after finishing equally.。And the like; On same load-transfer device, can carry N kind product simultaneously, N baffle plate be set and by putting N package post.

Learn by the trigonometric function law; Sin α=opposite side is a:c than hypotenuse.See in conjunction with Fig. 1 force analysis: the OC among Fig. 1 is the c limit in the trigonometric function law; Hypotenuse just; And OB is opposite side, be a.At this, the width of setting load-transfer device 1 is opposite side square edge, i.e. " a "; And baffle plate 2-A, 2-B are hypotenuse, are c, when the width of load-transfer device 1 is certain value, as desiring to reduce traverse resistance a from baffle plate 2-A, 2-B, and increase its composite force OC, and have only by reducing the angle α of baffle plate 2-A, 2-B and load-transfer device 1, just can be achieved.According at present on the market the width of general load-transfer device, all be 300 millimeter basically, promptly opposite side C is 300mm; So the time baffle plate 2-A, 2-B (hypotenuse C) and load-transfer device 1 angle α be≤Sin30 °; Particularly in the time of α=Sin30 °, composite force OC maximum, product 4-A, the easiest quilt of 4-B have been forced down load-transfer device 1, therefore can improve the transport efficiency of load-transfer device 1, save the energy most.

Claims

1. by-pass type multistation bull ladle wiring, comprise product conveyor (1), described product conveyor (1) both sides segmentation is provided with a plurality of external slideway (7-A, 7-B), slideway (7-A, 7-B) exit is respectively equipped with package post (6-A, 6-B), it is characterized in that each external slideway (7-A, 7-B) the equal correspondence in entrance is provided with a shifting board (2-A that can freely swing around axle, 2-B), this shifting board (2-A, 2-B) by supporting-point (3-A, 3-B) hinged with load-transfer device (1) frame, and the coaxial joystick (5-A that is equipped with, 5-B), can be by manual, electronic or pneumatic mode is adjusted baffle plate (2-A, 2-B) and the angle (α) between the load-transfer device (1).

2. a kind of by-pass type multistation bull ladle wiring according to claim 1 is characterized in that the angle (α) between baffle plate (2-A, 2-B) and the load-transfer device (1) should be less than or equal to Sin30 °.