CN201040596Y

CN201040596Y - Bottle arranging structure capable of integrally continuously adjusting row distance

Info

Publication number: CN201040596Y
Application number: CNU2007200519790U
Authority: CN
Inventors: 张君
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-05-28
Filing date: 2007-05-28
Publication date: 2008-03-26
Anticipated expiration: 2017-05-28

Abstract

The utility model discloses a raw distance whole continuous adjustable bottle arranging device including at least one movable barricade, the front and rear ends of each movable clapboard are respectively installed with a regulation unit; the front and rear ends of the movable clapboard are respectively provided with a transmission shaft which are inserted in the regulation units positioning at the same end with the movable clapboard; the two transmission shafts rotate synchronously and the transmission shafts transmit rotation to the regulation units to make the regulation units drive the movable clapboard to occur axial displacement along the transmission shafts. The utility model is simple in structure, and can wholly regulate the raw distances between the clapboards according to diameter of the package bottle, and can regulate the distance at random in the travel range.

Description

The whole continuous adjustable row of array pitch bottle structure

Technical field

The utility model relates to the package packing machine field, be specifically related to a kind ofly regulate the dividing plate array pitch according to the Packaging Bottle diameter integral, and being used for of can adjusting arbitrarily in stroke range is with the divide into groups pins arranging machine structure in shunting of Packaging Bottle.

Background technology

The Packaging Bottle of placed content thing is transported to wrapping machine or packing machine via load-transfer device, because Packaging Bottle is rambling on load-transfer device, before wrapping up in bag or vanning, need Packaging Bottle is divided into groups and the shunting, it is regularly arranged that it is undertaken by certain array pitch, to adapt to the needs that packaging facilities is got bottle and bottle inserted packing chest.

The row's bottle that generally uses adopts the hard-wired mode of dividing plate mostly now, puts for guaranteeing accurate one of shunting size, and distance block commonly used carries out spacing to dividing plate.When Packaging Bottle bottle type is changed, need to change corresponding distance block, and one by one partition position is adjusted.

Because often there is more production kind in food and drink manufacturer at present, therefore will adapt to the different distance block of the prefabricated a large amount of specifications of different bottle types, not only management inconvenience, and the work of adjusting dividing plate during conversion bottle type wastes time and energy, and becomes the key factor that influences the packaging facilities grade change cycle.In order to reduce bottle cycle of type conversion, also there is part packaging facilities manufacturer dividing plate to be made into the form of integral installation according to different bottle types, during the conversion of bottle type dividing plate is pulled down in groups, and replace with the baffle assembly that adapts to corresponding bottle type shunting, though can save the time of part bottle type conversion like this, but often need loop wheel machine to assist when changing baffle assembly, bottle type kind more for a long time, a large amount of baffle assemblies need take bigger parking space, and food and drink manufacturer also will be for purchasing a large amount of fund of these baffle assembly inputs.

Summary of the invention

The purpose of this utility model is at the deficiencies in the prior art part, and a kind of simple in structure, the whole continuously controllable row of array pitch bottle structure is provided.

In order to achieve the above object, the utility model adopts following technical scheme:

The whole continuous adjustable row of array pitch bottle structure, it comprises at least one active clapboard, the rear and front end of each active clapboard is separately installed with a regulon; The rear and front end of active clapboard is provided with a transmission shaft respectively, and transmission shaft is applied in active clapboard with in the distolateral regulon; Two transmission shaft synchrodrive, and transmission shaft is transmitted in regulon and makes regulon drive active clapboard along the transmission shaft longitudinal travel.

Above-mentioned active clapboard is no less than two, with distolateral regulon active clapboard is contacted successively.

Above-mentioned regulon mainly is made up of the interior cover, orienting sleeve and the shell that all are set on the transmission shaft; Interior cover rotates but translation mutually mutually with shell; Orienting sleeve is connected with interior external threading, and with active clapboard and adjacent regulon outside shell be rigidly connected; Interior cover is driven by transmission shaft and rotates and move axially, and then the drive orienting sleeve moves axially.

Be connected by key-keyway arrangements between above-mentioned transmission shaft and the interior cover.

Above-mentioned shell and interior inner room are provided with bearing.

Above-mentioned active clapboard is fixed between orienting sleeve one end and adjacent shells one end.

The utility model can have a stationary barrier, is installed on any regulon in the polyphone regulon, is preferably mounted on the regulon of polyphone regulon end.

Be separately installed with a driving chain wheel on above-mentioned two transmission shafts, between the driving chain wheel by chain gear.Wherein a transmission shaft provides the power of rotation by a propulsion source, and the position, back that stops operating is locked.This propulsion source can be the adjusting thumb wheel of a band reductor, and this reductor adopts Worm and Worm Gear Driving.

Principle of work of the present utility model is: with shell, the active clapboard of regulon, the orienting sleeve with adjacent regulon is rigidly connected successively again, is about to regulon and active clapboard and contacts successively, the transmission shaft of a band keyway is run through wherein; Transmission shaft by can be within it in axial sliding the key interior cover that drives each regulon rotate and move axially, and then drive each orienting sleeve by the screw thread pair between interior cover and the orienting sleeve, make it axial location and change relatively, thus the clearance length of change regulon; Shell puts interior by bearing installation, makes shell and interior inner room only relatively rotate and does not have slide relative; On any regulon in the polyphone regulon stationary barrier is installed, other active clapboard is a basic point with this stationary barrier, because of regulon length changes, and then realizes that array pitch changes.

The utility model has following beneficial effect by adopting said structure: 1, by being threaded, will circumferentially rotating to become and move axially, and simple and reliable for structure; 2, the front and back position of active clapboard all is equipped with regulon, and shell, the active clapboard by regulon, the orienting sleeve with adjacent regulon is rigidly connected successively again, the degree of freedom of restraint dividing plate; If two groups of regulons are set add two transmission shafts, degree of freedom that can better the restraint dividing plate makes active clapboard can be stabilized in certain position and transmission and swinging before and after not taking place; When 3, using, only need simple rotation to regulate and pull out wheel, promptly can be the change that basic point is realized array pitch by stationary barrier, simple to operate.

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the side-looking structural representation of Fig. 1;

Fig. 3 is that Figure 1A-A is to revolving the sectional structure scheme drawing that turn 90 degrees;

Fig. 4 is the structural representation of regulon described in the utility model.

Among the figure:

1, the adjusting thumb wheel of band reductor; 2, regulon; 21, orienting sleeve; 22, interior cover; 23, bearing; 24, shell; 25, key; 3, transmission shaft; 4, driving chain wheel; 5, center fixed dividing plate; 6, active clapboard; 7, end bearing; 8, fixed support; 9, chain; 10, chain tensioner.

Now the utility model is described in further detail in conjunction with the accompanying drawings and embodiments:

The specific embodiment

As shown in Figure 1 to Figure 3, the utility model mainly pulls out wheel 1, a plurality of regulon 2, two transmission shafts 3, driving chain wheel 4, center fixed dividing plate 5, polylith active clapboard 6, end bearing 7, fixed support 8, chain 9 and chain tension wheels 10 by the adjusting of band reductor and forms.

As shown in Figure 4, each regulon 2 mainly is made up of orienting sleeve 21, interior cover 22, bearing 23 and shell 24.Wherein, 22 in orienting sleeve 21 and interior cover are by being threaded; Interior cover 22 rotates, and drives orienting sleeve 21 with respect to transmission shaft 3 axial motions by screw thread pair; In

cover

22 and 24 on shell bearing 23 is set, both are relatively rotated and do not have to axial and to slide; In cover 22 be connected by key-keyway arrangements with 3 of transmission shafts.

Wherein, a plurality of regulons 2 are divided into two groups.Being positioned at active clapboard is rigidly connected by screw with the orienting sleeve 11 of each distolateral regulon 2 and active clapboard 6, and be connected in series mutually by screw with the shell 14 of adjacent regulon and form one group of regulon series connection structure, the orienting sleeve 11 that is in the regulon 2 of this series connection structure end is fixed on the center fixed dividing plate 5.Article two, transmission shaft 3 is applied in respectively in one group of series connection structure, and transmission shaft 3 has comparatively accurate free-running fit with orienting sleeve 11, and on the transmission shaft 3 keyway is arranged, and the key 25 in making on the cover 22 can endwisely slip in keyway.Transmission shaft 3 rotates by the interior cover 12 with cooresponding key 25 each regulon 2 of drive of regulon number; Two transmission shafts 3 are installed on the fixed support 8 by end bearing 7, make transmission shaft 3 have only rotational freedom.The middle part of two transmission shafts 3 respectively is provided with passes through chain 9 transferring power between a driving chain wheel 4, two sprocket wheels, transmission shaft 8 is rotated synchronously, and this sprocket wheel chain structure also is provided with a chain tensioner 10, is used to regulate chain 9 degrees of tightness.One end of initiative drive shaft 3 is provided with one and is with the adjusting of reductor to pull out wheel 1, and this adjusting is pulled out and passed through stable transmission worm screw turbo drive between wheel 1 and the transmission shaft 3, makes and pulls out wheel at 1 o'clock, i.e. the rotation of may command transmission shaft 3 in the rotation adjusting.

During use, when wheel is pulled out in the rotation adjusting, drive initiative drive shaft by the worm screw turbo drive and rotate, simultaneously, initiative drive shaft drives driven transmission shaft by chain-driving and rotates synchronously; Transmission shaft is by key, and the interior cover that drives in the regulon rotates, and by screw thread pair, drives orienting sleeve again and moves to axial, thereby change the regulon size, and this moment, shell and interior cover only relatively rotated; The regulon of serial connection is that basic point is varying sized with the center fixed dividing plate, regulates the spacing of active clapboard, thereby regulates array pitch, and such adjusting is even, continuous; The reductor that the adjusting thumb wheel of band reductor uses has adopted the type of belt drive of worm and wormwheel, can make that like this optional position of adjusting to all can be by self-locking.

Claims

1. the whole continuous adjustable of array pitch is arranged bottle structure, and it is characterized in that: comprise at least one active clapboard, the rear and front end of each active clapboard is separately installed with a regulon; The rear and front end of active clapboard is provided with a transmission shaft respectively, and transmission shaft is applied in active clapboard with in the distolateral regulon; Two transmission shaft synchrodrive, and transmission shaft is transmitted in regulon and makes regulon drive active clapboard along the transmission shaft longitudinal travel.

2. according to the described row's bottle structure of claim 1, it is characterized in that: described active clapboard is no less than two, with distolateral regulon active clapboard is contacted successively.

3. according to the described row's bottle structure of claim 2, it is characterized in that: described regulon mainly is made up of the interior cover, orienting sleeve and the shell that all are set on the transmission shaft; Interior cover rotates but translation mutually mutually with shell; Orienting sleeve is connected with interior external threading, and with active clapboard and adjacent regulon outside shell be rigidly connected; Interior cover is driven by transmission shaft and rotates and move axially, and then the drive orienting sleeve moves axially.

4. according to the described row's bottle structure of claim 3, it is characterized in that: form key one keyway arrangements between described transmission shaft and the interior cover.

5. according to the described row's bottle structure of claim 3, it is characterized in that: described shell and interior inner room are provided with bearing.

6. according to the described row's bottle structure of claim 3, it is characterized in that: described active clapboard is fixed between orienting sleeve one end and adjacent shells one end.

7. according to claim 1 or 2 described row's bottle structures, it is characterized in that: have a stationary barrier to be installed on the regulon of polyphone regulon end.

8. according to claim 1 or 2 described row's bottle structures, it is characterized in that: be separately installed with a driving chain wheel on two transmission shafts, between the driving chain wheel by chain gear.

9. according to the described row's bottle structure of claim 8, it is characterized in that: wherein a transmission shaft provides the power of rotation by a propulsion source, and the position, back that stops operating is locked.

10. row's bottle structure according to claim 9 is characterized in that: described propulsion source is the adjusting thumb wheel of a band reductor, and this reductor adopts Worm and Worm Gear Driving.