CN203305561U - Automatic production line system of infusion bag - Google Patents
Automatic production line system of infusion bag Download PDFInfo
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- CN203305561U CN203305561U CN201320348607XU CN201320348607U CN203305561U CN 203305561 U CN203305561 U CN 203305561U CN 201320348607X U CN201320348607X U CN 201320348607XU CN 201320348607 U CN201320348607 U CN 201320348607U CN 203305561 U CN203305561 U CN 203305561U
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- infusion bag
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Abstract
The utility model discloses an automatic production line system of an infusion bag, which belongs to mechanical equipment and is used solving the problem of low production efficiency of the infusion bag during the existing infusion bag production process due to the lack of whole large-scale production equipment and the adoption of a relatively backward production mode. The automatic production line system comprises a bag body cutting device, a bag body surface pattern printing device, a high-frequency heat sealing device, a bag body suspender assembling device and a material collecting device which are sequentially connected through a conveying belt, a pipe penetrating device which is connected with the high-frequency heat sealing device, and a control system which is used for controlling the automatic production line system of the infusion bag to run. According to the automatic production line system, all working procedures in the infusion bag production process are integrated; special automation devices for each working procedure are mutually matched, so that the production of the complete finished infusion bag product is realized. The whole process is finished in a mechanical way, so that the production efficiency is greatly improved; only the auxiliary examination and the monitoring performed by an operator alongside the automatic production line system are required, so that the human cost is lowered.
Description
Technical field
The utility model relates to a kind of line production system, specifically, relates to a kind of infusion bag automatic production line system.
Background technology
Infusion bag, as medical supplies commonly used, is widely used in medical industry.As Fig. 1, the common structure of infusion bag is the sealing bag, and its upper end is provided with feed tube and blast pipe, and lower end is provided with drain pipe, and also is provided with suspender belt on bag.At present in the infusion bag production process; be mostly streamline and take manually as main, machinery and be the auxiliary mode of production; corresponding operation can adopt special-purpose device to produce usually; but the equipment that lacks in the art integral body, large-scale production is comparatively backward, and some operation wherein is as the required precision to operation such as printing, heat seal; existing mode is difficult to reach the required standards; cause infusion bag production efficiency very low, be not suitable with the demand of modernization industry development, need improvement badly.
The utility model content
The purpose of this utility model is to provide a kind of infusion bag automatic production line system, solves in current infusion bag production process to lack whole big scale production equipment, the mode of production and comparatively fall behind and cause the problem that infusion bag production efficiency is low.
To achieve these goals, the technical solution adopted in the utility model is as follows:
A kind of infusion bag automatic production line system, comprise the bag cutting device, bag picture on surface printing equipment, high frequency heat seal device, bag suspender belt assembling device and the material collecting device that by conveyer belt, connect successively, the pipe lining device be connected with the high frequency heat seal device, and the control system of controlling the operation of infusion bag automatic production line system.
In order to realize bag raw material splitting function, described bag cutting device comprises cuts supporting frame, and be installed on the first feed mechanism, tension mechanism, the second feed mechanism, the cutting mechanism of cutting on supporting frame and installing successively perpendicular to the conveyer belt trend and cut bag compression framework, wherein, conveyer belt passes and cuts the bag compression framework setting.
In order to realize the pattern printing functionality, described bag picture on surface printing equipment comprises the printing supporting frame, be arranged on printing on supporting frame toward being added with black mechanism, be positioned at toward the print head mechanism that is added with top, black mechanism front side and is connected with the printing supporting frame, and the printing bag compression framework that is positioned at print head mechanism below and is connected with the printing supporting frame, wherein, conveyer belt is between print head mechanism and printing bag compression framework.
In order to realize the heat seal function; described high frequency heat seal device comprises frame set; be installed in frame set and by upper-lower position, mutually mate mold mechanism and high frequency heat seal upper die mechanism under the high frequency heat seal of setting; be arranged under high frequency heat seal and inhale mechanism under the heat seal on mold mechanism; be arranged in the heat seal on the high frequency heat seal upper die mechanism and inhale mechanism; and two bag separating mechanisms that are arranged on respectively mold mechanism import department and exit under high frequency heat seal; wherein, conveyer belt is under high frequency heat seal between mold mechanism and high frequency heat seal upper die mechanism.
In order to realize the poling function, described pipe lining device has two, lays respectively at the both sides of high frequency heat seal device, this pipe lining device comprises the poling support baseboard, the poling bracket institution be slidably connected with the poling support baseboard, be arranged in the poling bracket institution and the clamp tube body be slidably connected with it, be arranged on cutting on the clamp tube body and manage mechanism, be arranged in the poling bracket institution and with the clamp tube body to corresponding rotation tube body, and align pipe orifice mechanism and the lubricating structure that is positioned at rotation tube body below and is connected with the poling bracket institution that are positioned at rotation tube body top and are connected with the poling bracket institution, wherein, under rotation tube body and high frequency heat seal, the position of mold mechanism is corresponding.
In order to realize the assembling function of suspender belt; described bag suspender belt assembling device comprises suspender belt assembling supporting frame; be arranged on suspender belt assembling supporting frame and mold mechanism and suspender belt heat seal upper die mechanism under corresponding suspender belt heat seal mutually up and down; be arranged at the strap cutting machine structure of mold mechanism rear side under the suspender belt heat seal; be arranged at suspender belt heat seal upper die mechanism rear side and can before and after upper and lower four-way motion carry mechanism secretly; and be arranged on the discharge mechanism on suspender belt assembling supporting frame; wherein, conveyer belt is between mold mechanism under the suspender belt heat seal and suspender belt heat seal upper die mechanism.
For the ease of before heat seal, effectively carrying out poling, between described bag picture on surface printing equipment and high frequency heat seal device, be provided with and drive in advance bagging apparatus, this is driven in advance bagging apparatus and comprises and open in advance a bag supporting seat, be arranged on the conveyer belt support member of opening in advance bag supporting seat top, be arranged on the lower suction mechanism on the conveyer belt support member, the upper suction mechanism that is arranged on lower suction mechanism top and is connected with supporting seat and can moves up and down, wherein, conveyer belt is positioned on the conveyer belt support member.
For the yield rate of infusion bag is provided, also be provided with leakage detection apparatus between described bag suspender belt assembling device and material collecting device; This leakage detection apparatus comprises the leak detection support baseboard, be arranged on the underframe mechanism on the leak detection support baseboard, be arranged on the press plate mechanism on underframe mechanism top, be arranged at the detent mechanism of underframe mechanism front portion, be arranged at underframe mechanism anterior and be positioned at the testing agency of detent mechanism upside, wherein, conveyer belt passes the setting of underframe mechanism.
And, described conveyer belt comprises the conveyer belt body of carrying between each device for infusion bag, the guide rod that runs through the conveyer belt body, the bag pressing plate that is positioned at conveyer belt body upper surface and is fixedly connected with guide rod, and be positioned at conveyer belt body downside and be socketed on the spring on guide rod, wherein, an end of guide rod mounting spring also is provided with limited block.
Design principle of the present utility model is, replaces original manually-operated equipment by automation equipment, and the operation of whole infusion bag production process is integrated, and forms the infusion bag automatic assembly line, has greatly improved production efficiency; And increase and drive in advance bagging apparatus before pipe lining device and high frequency heat seal device carry out poling, heat seal operation, set up and open in advance bag process, effectively guaranteed normally carrying out of poling operation, further improved production efficiency, but also complete and carry out increasing leakage detection apparatus before rewinding in infusion bag production, improve the yield rate of rewinding.
Compared with prior art, the utlity model has following beneficial effect:
(1) the utility model is integrated each operation in the infusion bag production process, the effect of cooperatively interacting of the Special Automatic gasifying device by each operation, realized complete infusion bag finished product production, and whole process is all completed by machinery, greatly improved production efficiency, and only need the operator to get final product in other auxiliary examination, monitoring, and reduced human cost, have substantive distinguishing features and progress, and the utility model is simple to operate, easy to use, have market application foreground widely, be applicable to applying.
(2) in the utility model, the bag cutting device carries out open and flat by tension mechanism is set to the infusion bag raw material on two feed mechanisms, avoid raw material gauffer in feeding process, be convenient to follow-up cutting, and utilize bag compression framework that conveyer belt is fixed, be convenient to carry the bag semi-finished product after cutting, enhance productivity thus.
(3) in the utility model, bag picture on surface printing equipment adopts toward being added with black mechanism the printing ink of each printing is provided for print head mechanism, and print head only needs knee-action can dip printing ink and printed patterns, design very ingenious, connection and the layout of mechanism have effectively been simplified, frame for movement that needn't be loaded down with trivial details, control simply, further improved production efficiency.
(4) in the utility model, driving in advance bagging apparatus utilizes vacuum adsorption principle by two separate for the special double-decker of bag material, the poling work of carrying out for the postorder operation provides greatly convenient, while effectively having guaranteed poling, the half-finished double-layer structure of bag only needs very little absorption affinity to separate fully, improve thus the yield rate of producing, also correspondingly improved production efficiency.
(5) the utility model medium-high frequency heat seal device and pipe lining device interoperation, before heat seal, first again utilize vacuum adsorption principle that double-deck bag is pulled open and carries out the default of infusion bag pipeline, in the principle that adopts high frequency heat seal, the half-finished both ends open of infusion bag is carried out to the heat seal sealing, make bag except pipeline, keep integrally closed, and after being disposed, heat seal use the bag separator that infusion bag is separated with the high frequency mould, guarantee normally carrying out of infusion bag manufacturing procedure, further enhance productivity.
(6) in the utility model, pipe lining device adopts the poling label to carry out the poling operation and guarantees that the infusion bag pipeline can be normally unimpeded after the poling heat seal, adopt simultaneously the mode of rotation poling effectively to form the bag poling, dip in lubricating oil, the circulation of poling road material, the alignment mouth of pipe, greatly improved production efficiency.
(7) in the utility model, bag suspender belt assembling device is first used the strap cutting machine structure to shear preparation to the suspender belt material, again by carrying the suspender belt after mechanism's gripping is sheared secretly, adopt again high frequency heat seal mode assemble welding suspender belt, quick and precisely, and it is sheared and gripping has all adopted the ingenious manner of execution of lever pushing to realize, optimize device construction, saved equipment cost, and further improved production efficiency.
(8) in the utility model, leakage detection apparatus utilizes the flatulence principle to carry out the check of bag seal degree, to guarantee yield rate, bag after adopting press plate mechanism to inflation continues the application of force, adopt simultaneously testing agency to carry out pressure detecting in the position, gas outlet of bag, by the changing value of a period of time internal pressure, determined the seal degree of bag, get rid of thus substandard product, improve the yield rate of rewinding operation.
The accompanying drawing explanation
Fig. 1 is the structural representation of infusion bag.
Fig. 2 is structured flowchart of the present utility model.
Fig. 3 is the structured flowchart of the bag cutting device of not shown supporting frame.
Fig. 4 is the structured flowchart of the bag picture on surface printing equipment of not shown supporting frame.
Fig. 5 is for opening in advance the structured flowchart of bagging apparatus.
Fig. 6 is the structured flowchart of the high frequency heat seal device of not shown frame set.
Fig. 7 is the structured flowchart of pipe lining device.
Fig. 8 is the structured flowchart of the bag suspender belt assembling device of not shown supporting frame.
Fig. 9 is the structured flowchart of leakage detection apparatus.
Figure 10 is the structural representation of conveyer belt in the utility model.
In above-mentioned accompanying drawing, the component names that Reference numeral is corresponding is as follows:
11-the first feed mechanism, the 12-tension mechanism, 13-the second feed mechanism, the 14-cutting mechanism, 15-cuts bag compression framework; 21-is past is added with black mechanism, 22-print head mechanism, and 23-prints bag compression framework; 31-opens a bag supporting seat in advance, and 32-conveyer belt support member, inhale mechanism under 33-, the upper suction of 34-mechanism; 41-high frequency heat seal upper die mechanism, mold mechanism under the 42-high frequency heat seal, inhale mechanism in the 43-heat seal, inhales mechanism under the 44-heat seal, 45-bag separating mechanism; 51-poling bracket institution, 52-clamp tube body, 53-are cut pipe mechanism, and 54-rotates tube body, the 55-pipe orifice mechanism that aligns, 56-lubricating structure; Mold mechanism under the heat seal of 61-suspender belt, 62-suspender belt heat seal upper die mechanism, 63-strap cutting machine structure, 64-carries mechanism secretly, the 65-discharge mechanism; 71-underframe mechanism, 72-press plate mechanism, 73-detent mechanism, 74-testing agency; 81-conveyer belt body, 82-guide rod, 83-bag pressing plate, 84-spring.
The specific embodiment
The utility model is described in further detail below in conjunction with drawings and Examples, and embodiment of the present utility model includes but not limited to the following example.
Embodiment
As extremely shown in Figure 10 as Fig. 2, this infusion bag automatic production line system, for the production of manufacturing inspection infusion bag as shown in Figure 1, comprise the bag cutting device that connects successively by conveyer belt, bag picture on surface printing equipment, open bagging apparatus, high frequency heat seal device, bag suspender belt assembling device, leakage detection apparatus and material collecting device in advance, the pipe lining device be connected with the high frequency heat seal device, and the control system of controlling the operation of infusion bag automatic production line system.Wherein, control system adopts general PLC control system to carry out integral body to all actuating mechanisms and controls coordination, in the utility model, repeat no more, and the concrete structure of other every parts is as follows:
The bag cutting device, be mainly used in the infusion bag raw material are cut, and these raw material are generally the plastic bag of tubular, are large web-like, and its width is definite value, twists in together and afterwards form double-decker, need carry out isometric cutting; This device specifically comprises cuts supporting frame, and be installed on the first feed mechanism 11, tension mechanism 12, the second feed mechanism 13, the cutting mechanism 14 of cutting on supporting frame and installing successively perpendicular to the conveyer belt trend and cut bag compression framework 15, wherein, conveyer belt passes and cuts the bag compression framework setting.Two feed mechanisms carry out the raw material conveying, tension mechanism is open and flat by raw material between the two simultaneously, after raw material are paved, pass cutting mechanism and temporarily be failure to actuate, again by cut bag compression framework by conveyer belt is temporary fixed raw material are clamped by the structure on conveyer belt after, cutting mechanism is cut raw material again, both guaranteed that raw material can slitting be the infusion bag semi-finished product, the infusion bag semi-finished product after having guaranteed again to cut can be held conveying on conveyer belt.
Bag picture on surface printing equipment, be mainly used in, after minute cutting process, the infusion bag semi-finished product are carried out to the printing of picture on surface, and picture on surface comprises and be not limited to scale that manufacturer, decorative pattern etc. can also be arranged; This device specifically comprises the printing supporting frame, be arranged on printing on supporting frame toward being added with black mechanism 21, be positioned at toward the print head mechanism 22 that is added with top, black mechanism front side and is connected with the printing supporting frame, and the printing bag compression framework 23 that is positioned at print head mechanism below and is connected with the printing supporting frame, wherein, conveyer belt is between print head mechanism and printing bag compression framework.When the infusion bag semi-finished product are entered by a upper operation, by the printing bag compression framework, carry out temporary fixed to conveyer belt, simultaneously also to the infusion bag semi-finished product on it, carry out temporary fixed, bag skew while preventing from printing, in this process, make adequate preparation pattern printing ink to be printed toward being added with black mechanism, moving to print head mechanism below is dipped by it, toward being added with black mechanism, recover position afterwards, after the infusion bag semi-finished product put in place, by print head mechanism, printing ink directly is printed on to its surface and gets final product, convenient and swift.
Drive in advance bagging apparatus, be mainly used in separating in advance the double-ply bag body structure before the heat seal poling of next step operation, make poling make that bag is two-layer can very be separated, prevent that production line production error from makeing mistakes, and enhances productivity; This is driven in advance bagging apparatus and specifically comprises and open in advance bag supporting seat 31, be arranged on the conveyer belt support member 32 of opening in advance bag supporting seat top, be arranged on the lower suction mechanism 33 on the conveyer belt support member, the upper suction mechanism 34 that is arranged on lower suction mechanism top and is connected with supporting seat and can moves up and down, wherein, conveyer belt is positioned on the conveyer belt support member.After conveyer belt is delivered to this station by the infusion bag semi-finished product, utilized the principle of vacuum suction, lower suction mechanism absorption bag lower surface, upper suction mechanism's absorption bag upper strata upper surface, again by upper suction mechanism, proposing the separation that action can realize the bag bilayer, inhale up and down afterwards mechanism and unclamp bag, conveyer belt just can be delivered to subsequent processing by the infusion bag semi-finished product.
The high frequency heat seal device, be mainly used in the infusion bag semi-finished product are carried out to two ends heat seal encapsulation process, with pipe lining device, coordinated the assembling of liquid in-out pipe simultaneously; This device specifically comprises frame set; be installed in frame set and by upper-lower position, mutually mate mold mechanism 42 and high frequency heat seal upper die mechanism 41 under the high frequency heat seal of setting; be arranged under high frequency heat seal and under the heat seal on mold mechanism, inhale mechanism 44; be arranged in the heat seal on the high frequency heat seal upper die mechanism and inhale mechanism 43; and two bag separating mechanisms 45 that are arranged on respectively mold mechanism import department and exit under high frequency heat seal; wherein, conveyer belt is under high frequency heat seal between mold mechanism and high frequency heat seal upper die mechanism.Conveyer belt is delivered to the infusion bag semi-finished product between high frequency heat seal upper and lower mould mechanism; first by inhaling up and down upper and lower two-layer separation that bag is adsorbed respectively in mechanism of having in high frequency heat seal upper and lower mould mechanism; coordinate simultaneously pipe lining device to carry out the assembling of drain pipe, feed tube and blast pipe; then utilize the high frequency heat seal principle to carry out the sealing of bag both ends open; after heat seal, drive conveyer belt by the action of bag separating mechanism bag is broken away from from heat sealing die, be convenient to carry out next step operation.
Pipe lining device has two, lay respectively at the both sides of high frequency heat seal device, the main high frequency heat seal device that coordinates carries out the assembling of three pipelines in its heat seal process, one of them pipe lining device carries out the assembling of drain pipe, and another pipe lining device carries out the assembling of feed tube and blast pipe, this pipe lining device comprises the poling support baseboard, the poling bracket institution 51 be slidably connected with the poling support baseboard, be arranged in the poling bracket institution and the clamp tube body 52 be slidably connected with it, be arranged on cutting on the clamp tube body and manage mechanism 53, be arranged in the poling bracket institution and with the clamp tube body to corresponding rotation tube body 54, and align pipe orifice mechanism 55 and the lubricating structure 56 that is positioned at rotation tube body below and is connected with the poling bracket institution that are positioned at rotation tube body top and are connected with the poling bracket institution, wherein, under rotation tube body and high frequency heat seal, the position of mold mechanism is corresponding.The rotation tube body adopts the set-up mode of many group poling label, is generally four groups and is convenient to circulation, can carry out the preparation of a plurality of poling steps at one time, thereby greatly improve production efficiency; When first group of poling label coordinates with the high frequency heat seal device, second group of poling label carrying out the lubricated step of poling label end, be convenient to body is put on to the poling label, after also being convenient to coordinate with the high frequency heat seal device, extract the poling label out, the 3rd group of poling label by poling bracket institution, clamp tube body and cut pipe mechanism pipeline material is carried out to gripping and shear after penetrate the poling label, the 4th group of pipe end registration process that will penetrate the poling label of pipeline, be convenient to coordinate with the high frequency heat seal device, so rotating circulating.
Bag suspender belt assembling device, be mainly used in the suspender belt of infusion bag is assembled, and the suspender belt material before assembling is sheared and gripping; This device specifically comprises suspender belt assembling supporting frame; be arranged on suspender belt assembling supporting frame and mold mechanism 61 and suspender belt heat seal upper die mechanism 62 under corresponding suspender belt heat seal mutually up and down; be arranged at the strap cutting machine structure 63 of mold mechanism rear side under the suspender belt heat seal; be arranged at suspender belt heat seal upper die mechanism rear side and can before and after upper and lower four-way motion carry mechanism 64 secretly; and be arranged on the discharge mechanism 65 on suspender belt assembling supporting frame; wherein, conveyer belt is between mold mechanism under the suspender belt heat seal and suspender belt heat seal upper die mechanism.Before conveyer belt is delivered to this operation station by the infusion bag semi-finished product; by the discharge mechanism blowing; cut pipe mechanism and carry mechanism secretly and coordinate the suspender belt material is sheared to rear gripping to rigging position top; when bag enters station; by suspender belt heat seal upper and lower mould mechanism, adopt the high frequency heat seal principle to carry out the suspender belt assembling, complete the infusion bag finished product.
For the yield rate of infusion bag is provided, the utility model arranges leakage detection apparatus infusion bag is detected; This leakage detection apparatus comprises the leak detection support baseboard, be arranged on the underframe mechanism 71 on the leak detection support baseboard, be arranged on the press plate mechanism 72 on underframe mechanism top, be arranged at the detent mechanism 73 of underframe mechanism front portion, be arranged at underframe mechanism anterior and be positioned at the testing agency 74 of detent mechanism upside, wherein, conveyer belt passes the setting of underframe mechanism.When conveyer belt puts the infusion bag conveying in place, by press plate mechanism, first the pipeline (being generally feed tube and blast pipe one side) of bag one end is carried out to shutoff, simultaneously by detent mechanism, the pipeline (correspondingly being drain pipe one side) of the bag other end is carried out to clamping position, make pipeline opening corresponding with testing agency, then by testing agency, bag is inflated, press plate mechanism is exerted pressure to the bag constant force after inflation again, by testing agency, detected the pressure stability situation at drain pipe place, judge thus the seal degree of bag, thereby judge whether bag is qualified.Just carry out afterwards rewinding.
Material collecting device, can adopt artificial rewinding mode, also can adopt mechanical arm to carry out rewinding, is prior art, repeats no more in the utility model.
Correspondingly, conveyer belt in the utility model also has special structure, conveniently bag body of infusion bag is clamped and carries, specifically comprise the conveyer belt body 81 of carrying for infusion bag between each device, the guide rod 82 that runs through the conveyer belt body, the bag pressing plate 83 that is positioned at conveyer belt body upper surface and is fixedly connected with guide rod, and be positioned at conveyer belt body downside and be socketed on the spring 84 on guide rod, wherein, an end of guide rod mounting spring also is provided with limited block.By external agency, top on guide rod can be realized moving and unclamping on bag pressing plate, by spring action, bag pressing plate be compressed after external agency's mistake power.
According to above-described embodiment, just can realize well the utility model.What deserves to be explained is; under prerequisite based on the said structure design; for solving same technical problem; even some that make on the utility model are without substantial change or polishing; the essence of the technical scheme adopted is still consistent with the utility model, also should be in protection domain of the present utility model.
Claims (9)
1. infusion bag automatic production line system, it is characterized in that, comprise the bag cutting device, bag picture on surface printing equipment, high frequency heat seal device, bag suspender belt assembling device and the material collecting device that by conveyer belt, connect successively, the pipe lining device be connected with the high frequency heat seal device, and the control system of controlling the operation of infusion bag automatic production line system.
2. a kind of infusion bag automatic production line system according to claim 1, it is characterized in that, described bag cutting device comprises cuts supporting frame, and be installed on the first feed mechanism, tension mechanism, the second feed mechanism, the cutting mechanism of cutting on supporting frame and installing successively perpendicular to the conveyer belt trend and cut bag compression framework, wherein, conveyer belt passes and cuts the bag compression framework setting.
3. a kind of infusion bag automatic production line system according to claim 2, it is characterized in that, described bag picture on surface printing equipment comprises the printing supporting frame, be arranged on printing on supporting frame toward being added with black mechanism, be positioned at toward the print head mechanism that is added with top, black mechanism front side and is connected with the printing supporting frame, and the printing bag compression framework that is positioned at print head mechanism below and is connected with the printing supporting frame, wherein, conveyer belt is between print head mechanism and printing bag compression framework.
4. a kind of infusion bag automatic production line system according to claim 3, it is characterized in that, described high frequency heat seal device comprises frame set, be installed in frame set and by upper-lower position, mutually mate mold mechanism and high frequency heat seal upper die mechanism under the high frequency heat seal of setting, be arranged under high frequency heat seal and inhale mechanism under the heat seal on mold mechanism, be arranged in the heat seal on the high frequency heat seal upper die mechanism and inhale mechanism, and two bag separating mechanisms that are arranged on respectively mold mechanism import department and exit under high frequency heat seal, wherein, conveyer belt is under high frequency heat seal between mold mechanism and high frequency heat seal upper die mechanism.
5. a kind of infusion bag automatic production line system according to claim 4, is characterized in that, described pipe lining device has two, lays respectively at the both sides of high frequency heat seal device, this pipe lining device comprises the poling support baseboard, the poling bracket institution be slidably connected with the poling support baseboard, be arranged in the poling bracket institution and the clamp tube body be slidably connected with it, be arranged on cutting on the clamp tube body and manage mechanism, be arranged in the poling bracket institution and with the clamp tube body to corresponding rotation tube body, and align pipe orifice mechanism and the lubricating structure that is positioned at rotation tube body below and is connected with the poling bracket institution that are positioned at rotation tube body top and are connected with the poling bracket institution, wherein, under rotation tube body and high frequency heat seal, the position of mold mechanism is corresponding.
6. a kind of infusion bag automatic production line system according to claim 5, it is characterized in that, described bag suspender belt assembling device comprises suspender belt assembling supporting frame, be arranged on suspender belt assembling supporting frame and mold mechanism and suspender belt heat seal upper die mechanism under corresponding suspender belt heat seal mutually up and down, be arranged at the strap cutting machine structure of mold mechanism rear side under the suspender belt heat seal, be arranged at suspender belt heat seal upper die mechanism rear side and can before and after upper and lower four-way motion carry mechanism secretly, and be arranged on the discharge mechanism on suspender belt assembling supporting frame, wherein, conveyer belt is between mold mechanism under the suspender belt heat seal and suspender belt heat seal upper die mechanism.
7. according to the described a kind of infusion bag automatic production line system of claim 1～6 any one, it is characterized in that, between described bag picture on surface printing equipment and high frequency heat seal device, be provided with and drive in advance bagging apparatus, this is driven in advance bagging apparatus and comprises and open in advance a bag supporting seat, be arranged on the conveyer belt support member of opening in advance bag supporting seat top, be arranged on the lower suction mechanism on the conveyer belt support member, the upper suction mechanism that is arranged on lower suction mechanism top and is connected with supporting seat and can moves up and down, wherein, conveyer belt is positioned on the conveyer belt support member.
8. a kind of infusion bag automatic production line system according to claim 7, is characterized in that, also is provided with leakage detection apparatus between described bag suspender belt assembling device and material collecting device; This leakage detection apparatus comprises the leak detection support baseboard, be arranged on the underframe mechanism on the leak detection support baseboard, be arranged on the press plate mechanism on underframe mechanism top, be arranged at the detent mechanism of underframe mechanism front portion, be arranged at underframe mechanism anterior and be positioned at the testing agency of detent mechanism upside, wherein, conveyer belt passes the setting of underframe mechanism.
9. a kind of infusion bag automatic production line system according to claim 8, it is characterized in that, described conveyer belt comprises the conveyer belt body of carrying between each device for infusion bag, the guide rod that runs through the conveyer belt body, the bag pressing plate that is positioned at conveyer belt body upper surface and is fixedly connected with guide rod, and be positioned at conveyer belt body downside and be socketed on the spring on guide rod, wherein, an end of guide rod mounting spring also is provided with limited block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320348607XU CN203305561U (en) | 2013-06-18 | 2013-06-18 | Automatic production line system of infusion bag |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320348607XU CN203305561U (en) | 2013-06-18 | 2013-06-18 | Automatic production line system of infusion bag |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203305561U true CN203305561U (en) | 2013-11-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320348607XU Expired - Fee Related CN203305561U (en) | 2013-06-18 | 2013-06-18 | Automatic production line system of infusion bag |
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| Country | Link |
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| CN (1) | CN203305561U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110228230A (en) * | 2019-07-25 | 2019-09-13 | 成都青山利康药业有限公司 | A kind of online leak detection inspection rejects Bag Making Machine and its inspection rejects method of hunting leak |
-
2013
- 2013-06-18 CN CN201320348607XU patent/CN203305561U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110228230A (en) * | 2019-07-25 | 2019-09-13 | 成都青山利康药业有限公司 | A kind of online leak detection inspection rejects Bag Making Machine and its inspection rejects method of hunting leak |
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