CN205932234U

CN205932234U - Bottle feeding mechanism

Info

Publication number: CN205932234U
Application number: CN201620825846.3U
Authority: CN
Inventors: 陈小衡
Original assignee: Truking Technology Ltd
Current assignee: Truking Technology Ltd
Priority date: 2016-07-31
Filing date: 2016-07-31
Publication date: 2017-02-08
Anticipated expiration: 2026-07-31

Abstract

The utility model provides a bottle feeding mechanism, include: defeated bottle guipure, install first barrier, second barrier in defeated bottle guipure both sides, install the left shell fragment on first barrier, install the shell fragment backplate on the second barrier, go out the bottle conveying auger of bottle end lower extreme at defeated bottle guipure, bottle conveying auger advance bottle direction and defeated bottle guipure send bottle direction perpendicular, bottle conveying auger's anterior segment advances the bottle for nos screw thread, the mounted position of left shell fragment is near bottle conveying auger, the free end of left shell fragment is movable in bottle conveying auger's no screw thread section. The utility model has the advantages of simple structure, high -speed advance that the bottle is stable not to have a bottle of falling.

Description

A kind of mechanism of push bottles ahead

Technical field

The utility model is related to a kind of mechanism of push bottles ahead.

Background technology

Existing mechanism of push bottles ahead includes bottle conveying mesh-belt, is arranged on the barrier of bottle conveying mesh-belt both sides, on the left side barrier of installation Left shell fragment, be arranged on right side barrier on shell fragment backplate and right shell fragment, in the active conveying bottle auger of bottle conveying mesh-belt bottle-delivery end lower end. From auger farther out, the end face coming bottle direction wide leads to bottle bottle under lower front of the slot occurs to be obstructed to left shell fragment mount point；Left shell fragment Long centre is arched, becomes V-shaped with right shell fragment, and during lower bottle, both sides are same puts stress, and bottle inlet resistance is big, also results in lower bottle and is subject to Resistance, occurs losing tension force between neutral gear or bottle and bottle between auger proparea bottle and bottle and is easily caused down bottle；In addition, auger leading portion Screw thread easily blow down bottle, lead to down bottle.

Utility model content

The utility model will aim to provide a kind of mechanism of push bottles ahead being prevented from down bottle, can solve the problem that in prior art due to Lower bottle is obstructed and auger blows down the phenomenon of falling bottle that bottle leads to, reach high speed bottle inlet stably no fall bottle effect.

The utility model employs the following technical solutions：

A kind of mechanism of push bottles ahead, including：Bottle conveying mesh-belt；It is arranged on the first barrier, second barrier of bottle conveying mesh-belt both sides；Install Left shell fragment on the first barrier；It is arranged on the shell fragment backplate on the second barrier；Described left shell fragment and shell fragment backplate all have fixation End and free end, described free end can swing in its Hookean region, when bottle contacts shell fragment or shell fragment backplate, can give Bottle provides screen resilience；There are active conveying bottle auger, the bottle inlet direction of active conveying bottle auger and bottle conveying mesh-belt in bottle conveying mesh-belt bottle-delivery end lower end Send bottle direction vertical, the leading portion of active conveying bottle auger is non-threaded bottle inlet, is prevented from active conveying bottle auger auger leading portion during sending bottle Screw thread blows down bottle, leads to down bottle, and, near active conveying bottle auger, the free end of left shell fragment is in active conveying bottle auger for the installation site of left shell fragment Activity in non-threaded section.

Preferably, left shell fragment is linear pattern or arc to the right, can provide the resilience of an oblique top to bottle Power, lower bottle is more smooth.

Preferably, the free end of left shell fragment is located on the right side of the non-threaded section of active conveying bottle auger between 0-2cm in initial position, The bottle being prevented from left shell fragment end is blown down by the screw thread of active conveying bottle auger, and left shell fragment can be supplied to bottle to be had to active conveying bottle auger The power in thread segment direction, makes bottle enter in an orderly manner in active conveying bottle auger.

Preferably, right shell fragment is loaded onto on the second barrier, described right shell fragment can make bottle more orderly with the cooperation of left shell fragment Ground enters active conveying bottle auger, prevents from occurring neutral gear between bottle and bottle and bottle.

Preferably, right shell fragment is S type or arc to the left is arranged on the second barrier, and when shell fragment is for S type, bottle can Circle round in the arc area of shell fragment lower half, reach the effect of buffering；When the camber that shell fragment is to the left, can be more during lower bottle Smooth.

Preferably, V-groove opened by bottle conveying mesh-belt both sides barrier, shell fragment is contained in V-groove, with countersunk head screw rod in inner side It is fixed.

Preferably, described shell fragment backplate is that 2.0mm-3.0mm is thick, using the teaching of the invention it is possible to provide preferably screen resilience.

Compared with prior art, the utility model has the advantage of：

Mechanism of push bottles ahead of the present utility model, described active conveying bottle auger leading portion adopts non-threaded bottle inlet, is prevented from bottle and is twisted Imperial leading portion screw thread blows down, free end activity in the non-threaded section of active conveying bottle auger of left shell fragment, and bottle is in described active conveying bottle auger Non-threaded section moves right due under the elastic force effect of left shell fragment, progresses into sending in bottle screw thread of active conveying bottle auger, completes bottle inlet, And the installation site of left shell fragment is near active conveying bottle auger, left shell fragment will not hinder lower bottle, makes lower bottle more smooth, will not between bottle and bottle Neutral gear occurs and leads to down bottle.The utility model structure is simple, practical, is capable of the effect of the stable no bottle of high speed bottle inlet Really.

Brief description

Fig. 1 is the utility model structural representation taking Mechanism of Push Bottles ahead of Washing Machine as a example.

Fig. 2 is the utility model taking Mechanism of Push Bottles ahead of Washing Machine as a example structural representation under active conveying bottle state.

The each label of in figure represents：

1st, bottle conveying mesh-belt；2nd, the first barrier；3rd, the second barrier；4th, left shell fragment；5th, shell fragment backplate；6th, active conveying bottle auger；7th, right Shell fragment.

Specific embodiment

Below in conjunction with Figure of description and specific embodiment, the utility model is described in further detail.

Fig. 1, Fig. 2 show a kind of the utility model embodiment taking Mechanism of Push Bottles ahead of Washing Machine as a example, including bottle conveying mesh-belt 1st, it is arranged on the first barrier 2 of bottle conveying mesh-belt both sides and the second barrier 3, be arranged on 2 left shell fragment 4 on the first barrier, be arranged on Shell fragment backplate 5 on second barrier 3, the active conveying bottle auger 6 in bottle conveying mesh-belt 1 bottle-delivery end lower end, as shown in Fig. 2 active conveying bottle auger 6 Bottle inlet direction send bottle direction vertical with bottle conveying mesh-belt 1, and the leading portion of active conveying bottle auger 6 is non-threaded configurations, the installation position of left shell fragment 4 Rest against nearly active conveying bottle auger 6, movable end activity in non-threaded section L of active conveying bottle auger 6 of left shell fragment 4.

During lower bottle, bottle is moved to the bottle-delivery end of bottle conveying mesh-belt 1 in the conveying of bottle conveying mesh-belt 1, under gravity Bottle moves down, and in the presence of the screen resilience that left shell fragment 4 and shell fragment backplate 5 provide, bottle enters the upper of active conveying bottle auger 6 in an orderly manner Portion, because left shell fragment 4 is near active conveying bottle auger 6, will not be subject to very big resistance, bottle smoothly enters left shell fragment 4 proparea during lower bottle, Because the free end of left shell fragment 4 is in non-threaded section L of active conveying bottle auger 6, under the extruding of bottle, the free end of left shell fragment 4 is past The direction motion of the first barrier 2, left shell fragment 4 will be supplied to one screen resilience to bottle inlet direction of bottle simultaneously, because active conveying bottle twists The non-threaded section L-shaped of imperial 6 front ends becomes a buffering area, and bottle is sequentially arranged in buffering area, in the screen resilience effect of left shell fragment 4 Under, bottle serially enters in active conveying bottle auger 6 and is transmitted.

In the present embodiment, left shell fragment 4 can be linear pattern arc alternatively to the right, can provide one to entering to bottle The effect of the screen resilience in bottle direction, left shell fragment 4 front end bottle inlet is smooth, will not hinder lower bottle.

In the present embodiment, right shell fragment 7 can be installed on the second barrier 3, right shell fragment 7 can be alternatively for an arc to the left S type.When the arc that right shell fragment 7 is to the left, lower bottle is more smooth, and the top half of right shell fragment 7 will not hinder lower bottle.When right shell fragment 7 when being S type, and the top half of right shell fragment 7 can provide a power obliquely, prevents during lower bottle bottle due to Action of Gravity Field Bottle, after bottle enters active conveying bottle auger 6 top, because active conveying bottle auger 6 transmits to the right bottle, also can drive active conveying bottle auger 6 top Bottle move right, under the extruding of bottle, right shell fragment 7 moves to bottle inlet direction, can provide simultaneously one reciprocal Screen resilience, the latter half due to right shell fragment 7 is arc, and bottle moves right under the drive of active conveying bottle auger 6, along right shell fragment The arc of 7 the latter half moves up, then moves downward under the Action of Gravity Field of bottle above, circulates said process, bottle Buffered by moving in a circle, gradually completed bottle inlet.

In the present embodiment, 3 can open up V-groove on the first barrier 2, the second barrier, left shell fragment 4, right shell fragment 7 can install In V-groove, fixed using countersunk head screw rod, it can be avoided that shell fragment installation position is protruded barrier and is affected bottle inlet, this kind of peace in addition Dress mode is more attractive.

In the present embodiment, the free end of left shell fragment 4 is located at the right side of non-threaded section L of active conveying bottle auger 6 in initial position Between 0-2cm, during bottle inlet, due to the squeezing action of bottle, the free end of left shell fragment 4 is moved to the direction of the first barrier 2, active conveying bottle 1-3 bottle can be accommodated, these bottles returning in left shell fragment 4 in the non-threaded section on auger the right in left shell fragment 4 free end Move to bottle inlet direction under elastic force effect, progress in the active conveying bottle screw thread of active conveying bottle auger 6, can reach and not block bottle and stablize bottle inlet Effect.

In the present embodiment, the thickness of shell fragment backplate 5 is 2.0mm-3mm, using the teaching of the invention it is possible to provide preferably screen resilience, prevents down bottle.

Although the utility model is disclosed above with preferred embodiment, but it is not limited to the utility model.Any Those of ordinary skill in the art, in the case of without departing from technical solutions of the utility model scope, can be utilized the disclosure above Technology contents technical solutions of the utility model are made with many possible variations and modification, or be revised as the equivalent of equivalent variations Embodiment.Therefore, every content without departing from technical solutions of the utility model, according to the utility model technical spirit to above reality Apply any simple modification, equivalent variations and the modification that example is made, all should fall in the range of technical solutions of the utility model protection.

Claims

1. a kind of mechanism of push bottles ahead, including：Bottle conveying mesh-belt (1)；It is arranged on the first barrier (2), second barrier of bottle conveying mesh-belt both sides (3)；It is arranged on the left shell fragment (4) on the first barrier (2)；It is arranged on the shell fragment backplate (5) on the second barrier (3)；In active conveying bottle net The active conveying bottle auger (6) of band (1) bottle-delivery end lower end, a bottle direction is sent with bottle conveying mesh-belt (1) in the active conveying bottle direction of described active conveying bottle auger (6) Vertically, the leading portion of active conveying bottle auger (6) is non-threaded bottle inlet, and the fixing end of left shell fragment (4) is near active conveying bottle auger (6), left shell fragment (4) Free end in non-threaded section L of active conveying bottle auger (6) activity.

2. mechanism of push bottles ahead according to claim 1 it is characterised in that：The fixing end of described left shell fragment (4) to free end is Linear pattern.

3. mechanism of push bottles ahead according to claim 1 it is characterised in that：The fixing end of described left shell fragment (4) to free end is Circular arc to the right.

4. mechanism of push bottles ahead according to claim 1 is it is characterised in that be provided with right shell fragment (7) on the second barrier (3).

5. mechanism of push bottles ahead according to claim 4 is it is characterised in that described right shell fragment (7) is camber to the left.

6. mechanism of push bottles ahead according to claim 4 is it is characterised in that described right shell fragment (7) is S type.

7. the mechanism of push bottles ahead according to any one of claim 1-6 it is characterised in that：Described shell fragment backplate (5) thickness is 2.0mm-3mm.

8. the mechanism of push bottles ahead according to any one of claim 1-6 is it is characterised in that in the first barrier (2), the second barrier (3) open up V-groove on, left shell fragment (4), shell fragment backplate (5) are arranged in V-groove, fix using countersunk head screw rod.

9. the mechanism of push bottles ahead according to any one of claim 4-6 is it is characterised in that in the first barrier (2), the second barrier (3) open up V-groove on, left shell fragment (4), shell fragment backplate (5), right shell fragment (7) are arranged in V-groove, fix using countersunk head screw rod.

10. the mechanism of push bottles ahead according to any one of claim 1-6 it is characterised in that：The free end of left shell fragment (4) is located at defeated Between the right side 0-2cm of bottle auger (6) non-threaded section L.