CN201427668Y

CN201427668Y - Shorter non-PVC film soft-bag large infusion production line

Info

Publication number: CN201427668Y
Application number: CN200920064366XU
Authority: CN
Inventors: 罗国强; 刘稳根
Original assignee: HUNAN FE PHARMACEUTICAL MACHINERY CO Ltd
Current assignee: HUNAN FE PHARMACEUTICAL MACHINERY CO Ltd
Priority date: 2009-05-09
Filing date: 2009-05-09
Publication date: 2010-03-24
Anticipated expiration: 2019-05-09

Abstract

The utility model discloses a shorter non-PVC film soft-bag large infusion production line, relating to the field of pharmaceutical packaging machinery and being composed of a control box 20, a frame3, a film sending station 1, a printing station 2, a film opening device 4, a preheating station 5, a forming station 6, a stretch film station 7, a hose heat seal one station 8, a hose heat seal twostation 9, a nozzle final heat seal and waste edge removing station 10, a bag taking-out station 11, a tube feeding station 18, a tube sending device 19, a bag feeding station 12, a filling station 13, a stoppering sealing station 14, a stopper sending station 17, a bag outlet station 15, an output conveyor 16, a bag making main conveying station 21, an encapsulating main conveying station 22 anda bag overturning and conveying station 23. The shorter non-PVC film soft-bag large infusion production line has the catachrestic of shorter whole length, and is suitably used for new workshops in major pharmaceutical companies, the upgrading of the existing workshop and preparation rooms of various types of hospitals.

Description

Shorter type non-PVC film soft-bag large-infusion manufacturing line

Technical field

The utility model relates to pharmacy package packing machine field, particularly a kind of shorter type non-PVC film soft-bag large-infusion manufacturing line.

Background technology

In the prior art, the non-PVC film soft-bag large-infusion manufacturing line mainly comprises control box, the bag frame, the film feeding station, the lettering station, open film device, preheating station, shaping station, the membrane station, flexible pipe heat seal station, final heat seal of the mouth of pipe and slitter edge are removed station, bag takes out and upset and transmission station, the inlet pipe station, pipe-conveying device, the embedding frame, advance a bag station, the can station, the sealed station of jumping a queue, send the plug station, the output station, exit conveyor and bag master transmission and the main transmission of embedding etc., the bag master transmits and the linearly butt joint of the main transmission of embedding, most of stations are arranged in a side of this linearity, thereby, the length of whole production line is longer, be fit to newly-built workshop, and not too suitable for the transformation and upgrade of the less existing workshop in space.

Summary of the invention

At the deficiency that the said goods exists, technical problem to be solved in the utility model provides the short non-PVC film soft-bag large-infusion manufacturing line of a kind of complete machine length.

For solving the problems of the technologies described above, technical solution adopted in the utility model is a kind of shorter type non-PVC film soft-bag large-infusion manufacturing line of design: comprise control box 20, device is on frame 3, by film feeding station 1, lettering station 2, open film device 4, preheating station 5, shaping station 6, membrane station 7, flexible pipe heat seal one station 8, flexible pipe heat seal two stations 9, final heat seal of the mouth of pipe and slitter edge are removed station 10, bag takes out station 11, inlet pipe station 18, the bag part that pipe-conveying device 19 constitutes and by advancing bag station 12, can station 13, the sealed station 14 of jumping a queue, send plug station 17, output station 15, the embedding part that exit conveyor 16 constitutes, the bag master transmits the preheating station 5 of 21 coherent successively described bag parts, shaping station 6, membrane station 7, flexible pipe heat seal one station 8, flexible pipe heat seal two stations 9, final heat seal of the mouth of pipe and slitter edge are removed station 10, bag takes out station 11, coherent successively again inlet pipe station 18 and pipe-conveying device 19 after turning back; The coherent successively described embedding part of the main transmission 22 of embedding;

Dock with the rear portion dislocation of described bag part the front portion of a, described embedding part, and formation is overlapped, and equipment bag overturns and transmits station 23 betwixt;

The advancing bag station 12, can station 13, the sealed station of jumping a queue 14, send plug station 17, output station 15, exit conveyor 16 of the coherent successively described embedding part of b, the main transmission 22 of embedding, and above-mentioned station is in the bag master and transmits 21 adjacent sides.

Shorter type non-PVC film soft-bag large-infusion manufacturing line of the present utility model, be that the rear portion of bag part is docked with the front portion of embedding part is staggered, the formation butt joint (seeing) of overlapping by horizontal direction, that is: shift forward the main transmission of embedding is staggered, allowing its anterior side and bag master transmit the rear portion side docks, the rear portion of bag master transmission and the front portion formation of the main transmission of embedding are overlapped, therefore, the utility model compared with prior art, the length of whole production line has obtained largely shortening.

Description of drawings

Accompanying drawing 1 is that master of the present utility model looks scheme drawing;

Accompanying drawing 2 is the local enlarged diagrams of K of the present utility model.

Among the figure: the 1st, film feeding station, the 2nd, lettering station, the 3rd, frame, the 4th, open film device, the 5th, preheating station, the 6th, shaping station, the 7th, membrane station, the 8th, flexible pipe heat seal one station, the 9th, flexible pipe heat seal two stations, the 10th, final heat seal of the mouth of pipe and slitter edge are removed station, the 11st, bag takes out station, and the 12nd, advance a bag station, the 13rd, the can station, the 14th, the sealed station of jumping a queue, the 15th, the output station, the 16th, exit conveyor, the 17th, send the plug station, the 18th, the inlet pipe station, the 19th, pipe-conveying device, the 20th, control box, the 21st, the bag master transmits, the 22nd, the main transmission of embedding, the 23rd, bag upset and transmission station; A is a compressed air inlet, and B is a pressurized air row mouth, and C is a cooling water inlet, and D is a cooling water expansion tank row mouth, and F is the soup inlet, and G is the CIP/SIP pipeline opening, and H is the pure air import.

The specific embodiment

Below in conjunction with drawings and Examples, the utility model is further described.

Present embodiment comprises control box 20, frame 3, film feeding station 1, lettering station 2, open film device 4, preheating station 5, shaping station 6, membrane station 7, flexible pipe heat seal one station 8, flexible pipe heat seal two stations 9, final heat seal of the mouth of pipe and slitter edge are removed station 10, bag takes out station 11, inlet pipe station 18, pipe-conveying device 19, advance bag station 12, can station 13, the sealed station 14 of jumping a queue, send plug station 17, output station 15, exit conveyor 16 and bag master transmit 21, main transmission 22 of embedding and bag upset and transmission station 23.Complete machine is divided into the two large divisions, film feeding station 1, lettering station 2, opens film device 4, preheating station 5, shaping station 6, membrane station 7, flexible pipe heat seal one station 8, flexible pipe heat seal two stations 9, the final heat seal of the mouth of pipe and slitter edge and removes station 10, bag and take out station 11, inlet pipe station 18, pipe-conveying device 19, bag master and transmit 21 and constitute the bag parts; Advance bag station 12, can station 13, the sealed station of jumping a queue 14, send and fill in station 17, output station 15, exit conveyor 16, the main transmission 22 formation embedding parts of embedding.Bag partial sum embedding part is all installed on frame 3, and control box 20 devices are at the front end side of bag part.The bag master transmits is equipped with bag machinery tong on 21, embedding machinery tong is housed in the main transmission 22 of embedding.

Film feeding station 1 and lettering station 2 and open the front portion of film device 4 device in frame 3; The bag master transmits 21 and connects preheating station 5, shaping station 6, membrane station 7, flexible pipe heat seal one station 8, flexible pipe heat seal two stations 9, the final heat seal of the mouth of pipe and slitter edge removal station 10, bag taking-up station 11 successively, after turning back thus, device inlet pipe station 18 and pipe-conveying device 19.

The main transmission of embedding 22 staggered shifting forward, its anterior side transmits 21 rear portion sides with the bag master and dock, transmits 21 rear portion the bag master and overlaps with the front portion formation of the main transmission 22 of embedding, overturns and transmission station 23 at this lap equipment bag.The main transmission 22 of embedding and bag master transmit 21 adjacent sides and are connected into bag station 12, can station 13, the sealed station of jumping a queue 14 successively, turn back after sending plug station 17, output station 15 and exit conveyor 16.Pressurized air is entered by A, is discharged by B; Cooling water expansion tank is entered by C, is discharged by D; Pure air is entered by H; Soup is entered by F; CIP/SIP is introduced by G.

During use, start power supply, the bag master transmits 21 and does the anticlockwise direction motion, and the main transmission 22 of embedding moves clockwise (as shown in Figure 1).Film feeding station 1 is carried coating materials to lettering station 2, can be with text printouts such as lot number, date manufactured, subject word on coating materials in lettering station 2; Thereafter, under the traction of membrane station 7, coating materials leaves film (flexible pipe of being convenient to follow-up station inserts) through opening film device 4, simultaneously, inlet pipe station 18 and pipe-conveying device 19 are transported to device on the bag master transmits bag machinery tong on 21, thereafter with flexible pipe, transmitting 21 by the bag master drives bags machinery tongs and enters 5 pairs of flexible pipes of preheating station together with flexible pipe and carry out preheating, enter shaping station 6 with coating materials subsequently and carry out moulding, in this station, flexible pipe and film are combined into bag; Then, the bag master transmits 21 bags that drive moulding and enters flexible pipe heat seal one station 8, flexible pipe heat seal two stations 9, the final heat seal of the mouth of pipe and slitter edge removal station 10 successively, and through behind this station, the bag of moulding is separated; Thereafter, enter bag and take out station 11, take out from bag machinery tong by the bag that bag upset and transmission station 23 will make at this, and upset, be sent to embedding part advance bag station 12 (at this moment, the bag master transmits 21 and begins to turn back), then, sackholder is held on the embedding machinery tong, and the embedding machinery tong that is driven on it by the main transmission of embedding 22 enters can station 13 together with the bag of clamping, carries out liquid medicine filling; , enter jump a queue sealed station 14,, then enter output station 15, the medicinal fluid bag after sealing is exported to exit conveyor 16, it is delivered to next process by exit conveyor 16 with sending the plug that transports of plug station 17 to send in the hose port and seal thereafter.Simultaneously, the main transmission 22 of embedding begins to turn back.

If the output station 15 and the exit conveyor 16 of embedding part are installed the opposite side that the main transmission 22 of embedding is turned back, can shorten the length of embedding part, further shorten the length of whole production line, to adapt to the transformation and upgrade in short existing workshop of length direction.

Present embodiment is fit to manufacture order flexible pipe non-PVC film soft-bag large-infusion, if device two overlaps or overlaps pipe-conveying device 19 more in inlet pipe station 18, then can produce two flexible pipes or many flexible pipes non-PVC film soft-bag large-infusion.Present embodiment also is fit to the production of single hard tube or two hard tube or many hard tubes non-PVC film soft-bag large-infusion.

The utility model both had been fit to newly-built workshop, each big pharmaceutical factory to be used, and also is fit to the transformation and upgrade of existing workshop and uses, and the Drug Manufacturing Room that also are fit to all kinds of hospitals use.

Claims

1, a kind of shorter type non-PVC film soft-bag large-infusion manufacturing line, comprise control box (20), device is on frame (3), by film feeding station (1), lettering station (2), open film device (4), preheating station (5), shaping station (6), membrane station (7), flexible pipe heat seal one station (8), flexible pipe heat seal two stations (9), final heat seal of the mouth of pipe and slitter edge are removed station (10), bag takes out station (11), inlet pipe station (18), the bag part that pipe-conveying device (19) constitutes and by advancing a bag station (12), can station (13), the sealed station of jumping a queue (14), send plug station (17), output station (15), the embedding part that exit conveyor (16) constitutes, the bag master transmits the preheating station (5) of (21) coherent successively described bag part, shaping station (6), membrane station (7), flexible pipe heat seal one station (8), flexible pipe heat seal two stations (9), final heat seal of the mouth of pipe and slitter edge are removed station (10), bag takes out station (11), coherent successively again inlet pipe station (18) and pipe-conveying device (19) after turning back; The coherent successively described embedding part of the main transmission of embedding (22); It is characterized in that:

Dock with the rear portion dislocation of described bag part the front portion of a, described embedding part, and formation is overlapped, and equipment bag overturns and transmits station (23) betwixt;

The advancing a bag station (12), can station (13), the sealed station of jumping a queue (14), send plug station (17), output station (15), exit conveyor (16) of the coherent successively described embedding part of b, the main transmission of embedding (22), and above-mentioned station is in and the bag master transmits (21) adjacent side.