CN2706727Y

CN2706727Y - Pneumatic dewatering bottle drier

Info

Publication number: CN2706727Y
Application number: CN 200420033953
Authority: CN
Inventors: 李异; 唐晓坤; 李忠祥; 袁宾; 黄显忠; 李培华
Original assignee: Sichuan Yibin Minjiang Mechinery Manufacturing Co ltd
Current assignee: Sichuan Yibin Minjiang Mechinery Manufacturing Co ltd
Priority date: 2004-06-09
Filing date: 2004-06-09
Publication date: 2005-06-29
Anticipated expiration: 2014-06-09

Abstract

The utility model relates to a pneumatic dewatering bottle drier, comprising a conveying chain and a power device. The pneumatic dewatering bottle drier is characterized in that: the working surface of the conveying chain is provided with a supporer for placing a bottle body, and a gap exists between the supporter and the bottle body; an air knife is provided above the working surface of the conveying chain, and the air knife is provided with an air intake pipe and an air port; an upper blowing pipe is provided below the working surface of the conveying chain, and the upper blowing pipe is provided with an air intake pipe and an air port; the tail end of the conveying chain is provided with a negative pressure chamber which is a closed structure; the upper end surface of the negative pressure chamber is provided with a plurality of air pumping holes and bulges, and the lower end surface of the negative pressure chamber is provided with an air pipe; the plane of the upper end surface is positioned on the same plane with the plane of the working surface of the conveying chain. The utility model has the advantage that with the structure, the pneumatic dewatering bottle drier has the advantages of high dewatering efficiency, favorable dewatering effect and small energy consumption without affecting working environment temperature or having safety hidden danger brought by electric heating pipes.

Description

A kind of wind-force bottle drier that dewaters

Affiliated technical field

The utility model relates to a kind of bottle drier, is applicable to the various bottle outer surfaces especially bottle end are dewatered.

Background technology

In industries such as food, medicine, use various bottle splendid attire products in a large number.Before the splendid attire product, bottle must clean.After cleaning process finished, the moisture content that must will remain in bottle surface before the splendid attire operation was removed, otherwise can have a strong impact on the packaging quality of product decals.Because efficiency reasons generally can not waited for its air dry, and use additional equipment to carry out force drying to remove moisture content.Present stage, traditional drying means generally adopted the method for hyperthermia drying, utilized high temperature about 100 ℃ to make the water evaporates of bottle surface.The shortcoming that this method exists is that the efficient that dewaters is low, and water removal effect is undesirable, and energy consumption is big, has a strong impact on environment temperature during work, has the potential safety hazard of electric heating tube electric leakage, the complete machine unstable working condition.

Summary of the invention

The purpose of this utility model provides a kind ofly utilizes bottle drier that wind-force effectively removes bottle outer surface moisture content to remedy the deficiency of prior art.

The technical solution adopted in the utility model is: a kind of wind-force bottle drier that dewaters, comprise conveyer chain and power set thereof, and it is characterized in that: place between the support of bottle gappedly on the working face of conveyer chain, be convenient to air and overflow; On the working face of conveyer chain air knife is arranged, external wind regime enters air knife inside from blast pipe, and blows out from the air port, directly blows on the bottle on the working face of conveyer chain; Quantity and installation site that air knife uses can be adjusted according to the shape and the live load of bottle; Because air knife can not effectively be removed the moisture content that adheres to of bottle body bottom, so blowpipe on having under the working face of conveyer chain, external wind regime enters blowpipe from blast pipe, and blow out from the air port of last blowpipe, directly blow at bottle body bottom, to blow away some attached to the moisture content of bottle body bottom, but also the moisture content at bottle body bottom center will be blown in the edge part; End at conveyer chain is provided with negative pressure chamber, and negative pressure chamber some exhausting hole is arranged on its upper surface, and the working face plane of plane, upper surface and conveyer chain is positioned at same plane for the box like structure of sealing; Bottle is from conveyer chain working face process negative pressure chamber upper surface, concretely, the contact-making surface of bottle body bottom is transferred to from the working face of conveyer chain on the projection of upper surface of negative pressure chamber, the upper surface of bottle body bottom and negative pressure chamber keeps a small gap, simultaneously, negative pressure chamber is by the swabbing action of external negative pressure wind regime, in negative pressure chamber, form negative pressure, this negative pressure can initiatively be passed through the minim gap of exhausting hole and bottle body bottom and negative pressure chamber upper surface, draw moisture content, the especially moisture content of bottle body bottom edge part of bottle body bottom.

Described a kind of wind-force bottle drier that dewaters, it is characterized in that: air knife is provided with two groups, and every group is two air knife symmetrical structures, and its symmetry axis is the parallel lines of the working face center line of conveyer chain; Along the direction of advance of conveyer chain, the setting height(from bottom) of first group of air knife is higher than the height of second group of air knife, and each inlet front end height is higher than terminal height; The air-out direction in each air port is inside downwards; The air-out in the air port of first group of air knife blows to the bottom with the moisture content of bottle upper surface earlier, and then, the air-out in the air port of second group of air knife is with the moisture content of bottom, the bottle surface bottle that blows off.

Described a kind of wind-force bottle drier that dewaters is characterized in that: going up the air-out direction in air port of blowpipe and the working face center line of conveyer chain has gradient.

Described a kind of wind-force bottle drier that dewaters, it is characterized in that: the upper surface of negative pressure chamber is provided with projection, and bottle body bottom only contacts with projection, has reduced contact area and frictional force, there is a small gap upper surface of guaranteeing bottle body bottom and negative pressure chamber simultaneously, makes suction smooth and easy.

Good effect of the present utility model is: the utility model makes to the utlity model has the efficient height that dewaters that water removal effect is good because have said structure, energy consumption is little, do not influence operating ambient temperature, the potential safety hazard that no electric heating tube brings, the characteristics of wide accommodation.

Description of drawings

Below by embodiment, and in conjunction with the accompanying drawings the utility model is further described:

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

Fig. 2 is the vertical view of Fig. 1;

Fig. 3 is the A-A cross section view of Fig. 1;

Fig. 4 is the structural representation of negative pressure chamber.

The specific embodiment:

Embodiment:

In the drawings: 1 is conveyer chain, and 2 is motor and transmission system, and 3 is working face, and 4 for supporting, and 5 is the gap, and 6 is air knife, 7 is blast pipe, and 8 is the air port, and 9 is last blowpipe, and 10 is blast pipe, and 11 is the air port, and 12 is negative pressure chamber, 13 is the exhausting hole, and 14 is airduct, and 15 is projection, and 16 is bottle, and 17 is guide post.

In use, bottle 16 is placed in the support 4 of working face 3 of driving-chain 1, and driving-chain 1 moves under the effect of motor and transmission system 2, and bottle placed on it 16 is moved.

Simultaneously, external wind regime enters air knife 6 inside from

blast pipe

7, and 8 blows out from the air port; External wind regime enters blowpipe 9 from blast pipe 10, and blows out from the air port 11 of last blowpipe 9; Negative pressure chamber 12 forms negative pressure by the swabbing action of external negative pressure wind regime in negative pressure chamber 12.

After bottle 16 moves in the working range of first group of air knife 6, the air-out in air port 8 blows to the bottom with the moisture content of bottle 16 upper surfaces earlier, then, the air-out in the air port 8 of second group of air knife 6 is the moisture content of the bottle 16 surperficial bottoms bottle 16 that blows off, and outside the 5 effusion bodies of gap.

When bottle 16 moved on the blowpipe 9, wind 11 blew out from the air port, directly blows in bottle 16 bottoms by gap 5, will blow away some attached to the moisture content of bottle 16 bottoms, but also the moisture content of bottle 16 bottom centre is blown in the edge part; Because the bottom centre of existing most bottle all is an indent formula structure, the negative pressure suction of the back operation effectively moisture content of internal recess is effectively removed, so this operation is considerable.

Move to the end of driving-chain 1 when bottle 16 after, be placed under the guide effect of guide post 17 on the upper surface of negative pressure chamber 12, projection 15 on the upper surface of the contact negative pressure chamber 12 of bottle 16 bottoms, at this moment, negative pressure in the negative pressure chamber 12 can initiatively be passed through exhausting hole 13 and draw the moisture content of bottle 16 bottoms, especially bottle 16 bottom margins moisture content partly.

After whole operation finished, the bottle 16 that disposes had just been finished the dry task of outer surface.

Claims

1, a kind of wind-force bottle drier that dewaters comprises conveyer chain and power set thereof, it is characterized in that: place between the support of bottle gapped on the working face of conveyer chain; On the working face of conveyer chain, air knife is arranged, blast pipe and air port are arranged on the air knife; Last blowpipe is arranged under the working face of conveyer chain, blast pipe and air port are arranged on the last blowpipe; End at conveyer chain is provided with negative pressure chamber, and negative pressure chamber is an enclosed construction, and some exhausting hole and projection are arranged on its upper surface, down airduct is arranged, and the working face plane of plane, upper surface and conveyer chain is positioned at same plane.

2, a kind of wind-force as claimed in claim 1 bottle drier that dewaters, it is characterized in that: air knife is provided with two groups, and every group is two air knife symmetrical structures, and its symmetry axis is the parallel lines of the working face center line of conveyer chain; Along the direction of advance of conveyer chain, the setting height(from bottom) of first group of air knife is higher than the height of second group of air knife, and each inlet front end height is higher than terminal height; The air-out direction in each air port is inside downwards.

3, a kind of wind-force as claimed in claim 1 bottle drier that dewaters is characterized in that: going up the air-out direction in air port of blowpipe and the working face center line of conveyer chain has gradient.

4, a kind of wind-force as claimed in claim 1 bottle drier that dewaters, it is characterized in that: the upper surface of negative pressure chamber is provided with projection.