CN211366106U

CN211366106U - Bottle blocking mechanism of cross-connecting disc

Info

Publication number: CN211366106U
Application number: CN201922136008.1U
Authority: CN
Inventors: 屈平定; 王胜; 王立刚; 马磊; 张相峰
Original assignee: Jiangsu Huaian Double Crane Pharmaceutical Co ltd
Current assignee: Jiangsu Huaian Double Crane Pharmaceutical Co ltd
Priority date: 2019-12-03
Filing date: 2019-12-03
Publication date: 2020-08-28
Anticipated expiration: 2029-12-03

Abstract

The utility model discloses a handing-over dish keeps off bottle mechanism, include the infusion bottle transfer chain of arranging the constitution in proper order by a plurality of conveyers, the conveyer is one or more in the rotatory conveyer of both ends semicircular chain linear transporter, disc, is equipped with between two adjacent conveyers and keeps off bottle mechanism, keep off bottle mechanism including fixing the S-shaped roof that sets up in the clamp below, the level of two conveyers, the S-shaped roof is connected with vertical decurrent baffle on being close to the side reason of upper reaches conveyer, and the infusion bottle is close to the side reason counterbalance of low reaches conveyer or leave 1-2mm 'S clearance, its body and the baffle counterbalance or leave 1-2 mm' S clearance with S-shaped roof the lower part of its bottleneck when keeping off bottle mechanism. The clamp of the downstream conveyor can be guaranteed to accurately clamp the bottleneck or the bottle mouth of the infusion bottle, and the situations of empty grasping and material blockage are avoided.

Description

Bottle blocking mechanism of cross-connecting disc

Technical Field

The utility model relates to an infusion bottle production line, concretely relates to handing-over dish keeps off bottle mechanism.

Background

The turnover of infusion bottle mainly leans on chain linear conveyor and rotary conveyor to realize on production line, and the rotary conveyor main part is a disc, establishes the clamp that the round can clip infusion bottle bottleneck or bottleneck on the disc, and chain linear conveyor main part distributes a plurality of clamps for winding the chain on two sprockets on the chain, and the clamp can press from both sides bottleneck or bottleneck. The rotary conveyor can realize short-distance conveying, the chain type linear conveyor can realize long-distance point-to-point conveying, and a plurality of chain type linear conveyors and the rotary conveyor are arranged in pairs and connected into a complete conveying line according to the sequence of working procedures and the space of a workshop, so that the turnover requirement of the infusion bottle during processing can be met. The infusion bottle is carried and need to keep the position accurate between two conveyors and can not incline to it gets to the conveyer clamp of low reaches, chain linear conveyor's feeding and discharge end are the semicircular turn of sprocket, the same main part is the rotary conveyor of disc also snatchs or puts down the infusion bottle when rotatory, turn handing-over is different from the straight line, the infusion bottle rocks under the effect of centrifugal force easily, shift, the infusion bottle that can not reach the upper reaches is snatched to the conveyer that leads to the low reaches, cause empty bottle to carry, and the infusion bottle that is detained still can influence normal the snatching of follow-up infusion bottle, cause the material to block up, seriously influence subsequent production.

Disclosure of Invention

The utility model overcomes the prior art problem provides a handing-over dish keeps off bottle mechanism, carries when guaranteeing the infusion bottle handing-over and targets in place, improves the transport orderliness of transfer chain.

The utility model discloses a following technical scheme realizes:

the bottle blocking mechanism of the cross-connecting disc comprises an infusion bottle conveying line formed by sequentially arranging a plurality of conveyors, wherein the conveyors are one or more of chain linear conveyors and disc-shaped rotary conveyors, the two ends of each conveyor are semicircular, the bottle blocking mechanism is arranged between every two adjacent conveyors and comprises an S-shaped top plate which is fixed below clamps of the two conveyors and horizontally arranged, a vertical downward baffle plate is connected to the side edge of the S-shaped top plate close to the upstream conveyor, when an infusion bottle passes through the bottle blocking mechanism, the lower part of the bottleneck of the infusion bottle abuts against the side edge of the S-shaped top plate close to the downstream conveyor or a 1-2mm gap is reserved, and the body of the infusion bottle abuts against the baffle plate or a 1-2mm gap is reserved.

The utility model discloses a further improvement scheme is, the S-shaped roof comprises even first circular arc section and second circular arc section as an organic whole, first circular arc section is concentric with the arc motion orbit of upper reaches conveyer discharge end department clamp, the arc motion orbit of second circular arc section and low reaches conveyer feed end department clamp is concentric, and the connecting wire of the centre of a circle of the arc motion orbit of upper reaches conveyer discharge end department clamp and the connecting wire collineation of the centre of a circle of the arc motion orbit of low reaches conveyer feed end department clamp and last circular arc section and lower circular arc section.

The utility model has the further improvement that the width of the S-shaped top plate is 30mm and the thickness is 3 mm; the baffle extends 30mm downward.

The utility model discloses a further improvement scheme is, the overall length of S-shaped roof is 250-.

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

the utility model discloses establish between adjacent conveyer and keep off bottle mechanism, the S-shaped roof that keeps off bottle mechanism supports infusion bottle bottleneck upper portion, the baffle blocks the body position, and whole infusion bottle leans on keeping off bottle mechanism, can correct the infusion bottle that the transportation in-process took place the skew because of rocking in two conveyer handing-over departments, plays the effect of steady transition, guarantees that the clamp of low reaches conveyer can accurate clamp get the bottleneck or the bottleneck of infusion bottle, avoids appearing empty the condition of grabbing, material jam.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

FIG. 2 is a top view of the S-shaped top plate.

Fig. 3 is a side view of the S-shaped top plate.

Detailed Description

The bottle blocking mechanism with the delivery tray shown in fig. 1, 2 and 3 comprises an infusion bottle conveying line 1 formed by sequentially arranging 4 conveyors, 2 chain linear conveyors 2 with semicircular two ends and 2 disc-shaped rotary conveyors 3. The left chain type linear conveyor is used as a starting end, a clamp 5 on the left chain type linear conveyor clamps a bottle opening of an infusion bottle, a rotary conveyor 3 with 24 clamps is arranged at the downstream of the left chain type linear conveyor, the 24 clamps clamp the bottle neck of the infusion bottle below an upstream clamp, the chain type linear conveyor at the lower side is also used as the bottle neck of a clamp infusion bottle on the feeding starting end, a rotary conveyor 3 with 12 clamps is arranged at the downstream of the left chain type linear conveyor, the 12 clamps are positioned above the upstream clamp to clamp the bottle opening of the infusion bottle, the two rotary conveyors 3 are adjacent, the rotary conveyors of the left chain type linear conveyor 2 and the 12 clamps all send the infusion bottle to the rotary conveyor with 24 clamps, and the downstream of the rotary conveyor with 24 clamps is a next station.

In this embodiment, be equipped with between two adjacent conveyors and keep off bottle mechanism 4, keep off bottle mechanism including fixing in the S-shaped roof 6 of the clamp 5 below, the level setting of two conveyors, the S-shaped roof passes through the connecting plate to be fixed on the board of conveyor. The side edge of the S-shaped top plate 6 close to the upstream conveyor is connected with a vertically downward baffle 7, the lower part of the bottle neck of the infusion bottle abuts against the side edge of the S-shaped top plate 6 close to the downstream conveyor when the infusion bottle passes through the bottle blocking mechanism, a gap of 1-2mm can be reserved, and the body of the infusion bottle abuts against the baffle 7 and a gap of 1-2mm can be reserved. Therefore, when the two conveyors are connected, the infusion bottle leans against the baffle and the top plate to be limited and corrected, and the infusion bottle is prevented from inclining.

In this embodiment, the S-shaped top plate 6 is composed of a first arc segment 8 and a second arc segment 9 which are connected into a whole. The first circular arc section 8 is concentric with the arc-shaped moving track of the clamp at the discharge end of the upstream conveyor, and the second circular arc section 9 is concentric with the arc-shaped moving track of the clamp at the feed end of the downstream conveyor, so that the infusion bottle can move along the two circular arc sections when moving, and the bottle blocking mechanism cannot block the advancing track of the infusion bottle. The connecting line 10 of the centre of a circle of the arc motion orbit of the clamp of the discharge end of the upstream conveyor and the centre of a circle of the arc motion orbit of the clamp of the feed end of the downstream conveyor is collinear with the connecting line 10 of the upper arc segment and the lower arc segment, namely, the radian is changed at the reverse bending part of the S-shaped top plate, and the position is also the position for handing over two conveyors, so that the transition stability is ensured.

In the embodiment, the width of the S-shaped top plate 6 is 30mm, the thickness of the S-shaped top plate is 3mm, the baffle plate 7 extends downwards for 30mm, the total length of the S-shaped top plate 6 is 272mm, the conveying process of the infusion bottle is stable, and the clamp can grasp accurately.

Claims

1. Handing-over dish keeps off bottle mechanism, include infusion bottle transfer chain (1) of arranging the constitution in proper order by a plurality of conveyer, the conveyer is one or more in the rotatory conveyer (3) of both ends semicircular chain linear transporter (2), disc, its characterized in that: a bottle blocking mechanism (4) is arranged between two adjacent conveyors and comprises an S-shaped top plate (6) which is fixed below the clamp (5) of the two conveyors and horizontally arranged, the side edge of the S-shaped top plate (6) close to the upstream conveyor is connected with a vertical downward baffle (7), when an infusion bottle passes through the bottle blocking mechanism, the lower part of the bottle neck of the infusion bottle is abutted against the side edge of the S-shaped top plate (6) close to the downstream conveyor or a 1-2mm gap is left, and the bottle body of the infusion bottle is abutted against the baffle (7) or a 1-2mm gap is left.

2. The interface tray bottle blocking mechanism of claim 1, wherein: s-shaped roof (6) comprises first circular arc section (8) and second circular arc section (9) as an organic whole even, first circular arc section (8) is concentric with the arc motion orbit of upstream conveyor discharge end department clamp, second circular arc section (9) is concentric with the arc motion orbit of low reaches conveyor feed end department clamp, and the connecting wire (10) of the centre of a circle of the arc motion orbit of upstream conveyor discharge end department clamp and the centre of a circle of the arc motion orbit of low reaches conveyor feed end department clamp are collinear with connecting wire (10) of last circular arc section and lower circular arc section.

3. The interface tray bottle blocking mechanism of claim 1 or 2, wherein: the width of the S-shaped top plate (6) is 30mm, and the thickness of the S-shaped top plate is 3 mm; the baffle (7) extends downwards for 30 mm.

4. The interface tray bottle blocking mechanism of claim 3, wherein: the total length of the S-shaped top plate (6) is 250-300 mm.