CN203305566U - High frequency hot sealing device for automatic transfusion bag production line - Google Patents
High frequency hot sealing device for automatic transfusion bag production line Download PDFInfo
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- CN203305566U CN203305566U CN2013203486402U CN201320348640U CN203305566U CN 203305566 U CN203305566 U CN 203305566U CN 2013203486402 U CN2013203486402 U CN 2013203486402U CN 201320348640 U CN201320348640 U CN 201320348640U CN 203305566 U CN203305566 U CN 203305566U
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- heat seal
- frequency heat
- mould body
- hot sealing
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Abstract
The utility model discloses a high frequency hot sealing device for an automatic transfusion bag production line, belonging to mechanical equipment and solving the problems of inconvenience and low production efficiency in hot sealing operation in the current transfusion bag production process. The device comprises a support bottom plate, a frame type support formed by a support top plate and a support pillar, a high frequency hot sealing lower die mechanism fixed on the support bottom plate, a high frequency hot sealing upper die mechanism arranged on the support top plate and matched with the high frequency hot sealing lower die mechanism, a downward sucking mechanism arranged on the high frequency hot sealing lower die mechanism and used for separating a bag body before hot sealing so as to facilitate pipe penetration, an upward sucking mechanism arranged on the high frequency hot sealing upper die mechanism and used for separating the bag body before the hot sealing so as to facilitate the pipe penetration, bag separating mechanisms arranged at the inlet end and the outlet end of the high frequency hot sealing lower die mechanism, and a control system controlling operation of all mechanisms. According to the devicel, by the matching of all the mechanisms with one another, the convenient, safe and quick high frequency hot sealing treatment on a transfusion bag semi-finished product is realized, and the production efficiency is greatly improved.
Description
Technical field
The utility model relates to a kind of apparatus for production line, specifically, relates to a kind of device of high frequency heat seal for the infusion bag automatic assembly line.
Background technology
In the infusion bag production process, need to carry out the heat seal processing to the bag semi-finished product at present, to guarantee the sealing of infusion bag inner space, the existing mode of production is mostly manually to use heat-sealing machine to process, and production efficiency is very low.And also need to upper and lower first install feed tube and drain pipe additional between two-layer bag is half-finished when heat seal, and need while installing additional first bag half-finished upper and lower two-layer separation, existing equipment lacks the mechanism that this is processed, complete in the processing of artificial use aid, not only operation is very inconvenient, and very dangerous concerning operating personnel, be not suitable with the demand that modernization industry develops, need improvement badly.
The utility model content
The purpose of this utility model is to provide a kind of device of high frequency heat seal for the infusion bag automatic assembly line, and the problem that operation is very inconvenient and production efficiency is low is processed in the heat seal solved in current infusion bag production process.
To achieve these goals, the technical solution adopted in the utility model is as follows:
A kind of device of high frequency heat seal for the infusion bag automatic assembly line, comprise by the support base plate, the frame set that rack plate and support column form, be fixed in mold mechanism under the high frequency heat seal on the support base plate, be arranged on rack plate with high frequency heat seal under the high frequency heat seal upper die mechanism that is complementary of mold mechanism, be arranged under high frequency heat seal on mold mechanism the lower suction mechanism of being convenient to poling for separating bag before heat seal, be arranged on the high frequency heat seal upper die mechanism the upper suction mechanism of being convenient to poling for separating bag before heat seal, be arranged on the bag separating mechanism of mold mechanism entrance point and the port of export under high frequency heat seal, and the control system of controlling each mechanism's operation.
Further; under described high frequency heat seal, mold mechanism comprises the counterdie supporting seat be fixed on the support base plate; be installed on the lower mold mounting plate on the counterdie supporting seat; the lower mould body that is fixed on lower mold mounting plate and is complementary with the high frequency heat seal upper die mechanism; and the high frequency connector be connected with lower mould body; wherein, the high frequency connector is connected with control system, and the upper surface of lower mould body is provided with the tube seat of being convenient to install the infusion bag inlet pipe additional and going out pipe.
And; described high frequency heat seal upper die mechanism comprises the patrix bracing frame be connected with rack plate by master cylinder and patrix guide post; the patrix mount pad be fixedly connected with the patrix bracing frame; be arranged on the patrix mount pad and with high frequency heat seal under the upper mould body that is complementary of mold mechanism; and the high frequency bindiny mechanism that is flexibly connected with the patrix mount pad and flexibly connects with upper mould body; wherein; master cylinder all is connected with control system with high frequency bindiny mechanism, and the lower surface of upper mould body also is provided with the tube seat of being convenient to install the infusion bag inlet pipe additional and going out pipe.
In order to make to be connected firmly, described patrix guide post has four, and the distribution that is centrosymmetric centered by master cylinder.
Again further, described high frequency bindiny mechanism comprises the baffle plate cylinder be arranged on the patrix mount pad, the baffle plate support bar be connected with the patrix mount pad by the baffle plate guide post, and the high frequency baffle plate that is arranged on the baffle plate support bar and flexibly connects with upper mould body, wherein, the baffle plate cylinder all is connected with control system with the high frequency baffle plate, and high frequency baffle plate lower end is provided be used to avoiding infusion bag inlet pipe and the notch part that goes out pipe.
Further, the described lower mechanism of inhaling comprises the other lower sucker of tube seat that is arranged at lower mould body, install and counterdie body side the lower suction connector that communicates with lower sucker, and the first vavuum pump be connected with lower suction connector by flexible pipe, wherein, the first vavuum pump is installed on frame set and with control system and is connected.
And, the described upper mechanism of inhaling comprises the other upper sucker of tube seat that is arranged at mould body, the upper suction connector communicated with patrix body side and with upper sucker is installed, and the second vavuum pump be connected with upper suction connector by flexible pipe, wherein, the second vavuum pump is installed on frame set and with control system and is connected.
In order to realize better the utility model, described bag separating mechanism comprises the separation cylinder be installed on the counterdie supporting seat, and the separator frame that is flexibly connected and is connected with separation cylinder by separating guide post and counterdie supporting seat, wherein, separation cylinder is connected with control system.
Design principle of the present utility model is, when the bag semi-finished product, by a upper operation, sent under high frequency heat seal upper die mechanism and high frequency heat seal between mold mechanism by conveyer belt after, on before carrying out the heat seal processing, first utilizing, inhale mechanism and lower suction mechanism by bag half-finished upper and lower two-layer separately, install again feed tube and drain pipe additional, owing to having adopted machinery to carry out mask work, guaranteed operating personnel's safety, after carrying out the heat seal processing, bag disengaging after the rising of high frequency heat seal upper die mechanism and after processing, and utilize the separating mechanism jacking to clamp the conveyer belt of processing rear bag, bag after making to process breaks away from the high frequency heat seal counterdie, be convenient to carry out the subsequent handling processing.
Compared with prior art, the utlity model has following beneficial effect:
(1) the utility model is by the effect of cooperatively interacting of each mechanism, realized the high frequency heat seal processing fast of infusion bag semi-finished product, 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 and operating personnel's danger, have substantive distinguishing features and progress, and the utility model is easy to use, be applicable to applying.
(2) the utility model carries out the half-finished layering of belt body by upper suction mechanism and lower suction mechanism and processes; on upper mould body and lower mould body, tube seat is set to facilitate installing additional of feed tube and drain pipe; and by mold mechanism under high frequency heat seal upper die mechanism and high frequency heat seal, carry out the half-finished heat seal of bag and process; effectively guaranteed operating personnel's safety; and upper sucker and lower sucker are set directly on upper mould body and lower mould body; guaranteed the globality of high frequency heat seal mould; convenient operation, improved efficiency.
(3) high frequency bindiny mechanism of the present utility model and upper mould body flexibly connect, and can fast conducting under the effect of baffle plate cylinder and disconnect mould body, be convenient to the control that high frequency heat seal is processed, and also are convenient to mould body and separate with bag is half-finished.
(4) because the bag semi-finished product are carried by conveyer belt, bag separating mechanism of the present utility model is controlled separator frame jacking conveyer belt by separation cylinder, bag after heat seal is processed is separated with lower mould body, for it enters next step operation, carry out sufficient preparation, guaranteed the production efficiency of infusion bag automatic assembly line integral body.
The accompanying drawing explanation
Fig. 1 is the perspective structure schematic diagram at the utility model one side-looking angle.
Fig. 2 is the perspective structure schematic diagram at the utility model opposite side visual angle.
Fig. 3 is the structural representation of lower mould body in the utility model.
Fig. 4 is the structural representation of the conveyer belt that is used in conjunction with the utility model.
In above-mentioned accompanying drawing, the component names that Reference numeral is corresponding is as follows:
1-support base plate, 2-rack plate, 3-support column, 4-counterdie supporting seat, mold mounting plate under 5-, mould body under 6-, 7-high frequency connector, 8-master cylinder, 9-patrix guide post, 10-patrix bracing frame, 11-patrix mount pad, the upper mould body of 12-, 13-baffle plate cylinder, 14-baffle plate guide post, 15-baffle plate support bar, 16-high frequency baffle plate, sucker under 17-, inhale connector under 18-, 19-the first vavuum pump, the 20-separation cylinder, 21-separates guide post, 22-separator frame, 23-conveyer belt body, the 24-guide rod, 25-bag pressing plate, 26-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 shown in Figure 1 to Figure 3, should be for the high frequency heat seal device of infusion bag automatic assembly line, comprise by support base plate 1, the frame set that rack plate 2 and support column 3 form, be fixed in mold mechanism under the high frequency heat seal on the support base plate, be arranged on rack plate with high frequency heat seal under the high frequency heat seal upper die mechanism that is complementary of mold mechanism, be arranged under high frequency heat seal on mold mechanism the lower suction mechanism of being convenient to poling for separating bag before heat seal, be arranged on the high frequency heat seal upper die mechanism the upper suction mechanism of being convenient to poling for separating bag before heat seal, be arranged on the bag separating mechanism of mold mechanism entrance point and the port of export under high frequency heat seal, and the control system of controlling each mechanism's operation.In addition, when its practical application, also need in conjunction with from an operation carry the half-finished conveyer belt of bag jointly to use.Wherein control system adopts general PLC control system, in the utility model, repeat no more, and the concrete structure of other every parts is as follows:
Mold mechanism under high frequency heat seal; comprise the counterdie supporting seat 4 be fixed on the support base plate; be installed on the lower mold mounting plate 5 on the counterdie supporting seat; the lower mould body 6 that is fixed on lower mold mounting plate and is complementary with the high frequency heat seal upper die mechanism; and the high frequency connector 7 be connected with lower mould body; wherein, the high frequency connector is connected with control system.Because bag semi-finished product two ends all need the heat seal sealing, therefore lower mould body is provided with two, the width of the spacing of the two and conveyer belt is complementary, and conveyer belt is by between the two, carrying out the half-finished conveying of bag, and the bag semi-finished product are sent into rear its end and just in time are positioned at lower mould body upper surface.For the ease of the inlet pipe that installs infusion bag additional with go out pipe and will after heat seal, will keep inlet pipe and go out pipe being communicated with the bag inside and outside, therefore the upper surface of lower mould body is provided with tube seat, heat seal is processed after body keep clear.
The high frequency heat seal upper die mechanism, comprise the patrix bracing frame 10 be connected with rack plate by master cylinder 8 and patrix guide post 9, the patrix mount pad 11 be fixedly connected with the patrix bracing frame, be arranged on the patrix mount pad and with high frequency heat seal under the upper mould body 12 that is complementary of mold mechanism, and the high frequency bindiny mechanism that is flexibly connected with the patrix mount pad and flexibly connects with upper mould body, wherein, master cylinder all is connected with control system with high frequency bindiny mechanism, the quantity of upper mould body and lower mould body, shape and position are all corresponding, in order to complete heat seal, process operation, correspondingly, the lower surface of upper mould body also is provided with the tube seat of being convenient to install the infusion bag inlet pipe additional and going out pipe.In order to make to be connected firmly, described patrix guide post has four, and the distribution that is centrosymmetric centered by master cylinder.
Specifically, this high frequency bindiny mechanism is mainly used in controlling conducting and the disconnection of mould body, so that the effective control to the high frequency heat seal processing, specifically comprise the baffle plate cylinder 13 be arranged on the patrix mount pad, the baffle plate support bar 15 be connected with the patrix mount pad by baffle plate guide post 14, and the high frequency baffle plate 16 that is arranged on the baffle plate support bar and flexibly connects with upper mould body, wherein, the baffle plate cylinder all is connected with control system with the high frequency baffle plate, and high frequency baffle plate lower end is provided be used to avoiding infusion bag inlet pipe and the notch part that goes out pipe.
Lower suction mechanism, the half-finished lower floor of negative-pressure adsorption bag that utilizes vacuum to produce, specifically comprise the other lower sucker 17 of tube seat that is arranged at lower mould body, install and counterdie body side the lower suction connector 18 that communicates with lower sucker, and the first vavuum pump 19 be connected with lower suction connector by flexible pipe, wherein, the first vavuum pump is installed on frame set and with control system and is connected.Lower sucker is directly to be opened on lower mould body, to keep the globality of lower mould body, and usually in the both sides of tube seat, respectively establishes one, is convenient to fully separate bilevel bag semi-finished product, thereby completes the poling operation of carrying out midway.
Upper suction mechanism, its essence mechanism is identical with lower suction mechanism, the main distinction is the position of installing difference, therefore get different titles, be convenient to those skilled in the art's differentiation, specifically comprise the other upper sucker of tube seat that is arranged at mould body, the upper suction connector communicated with patrix body side and with upper sucker is installed, and the second vavuum pump be connected with upper suction connector by flexible pipe, wherein, the second vavuum pump is installed on frame set and with control system and is connected.
The bag separating mechanism; the inlet and outlet of mold mechanism respectively arranges one under high frequency heat seal; when the bag after needs make the heat seal processing separated with lower mould body, two bag separating mechanisms moved simultaneously; can separate quickly and easily; specifically comprise the separation cylinder 20 be installed on the counterdie supporting seat; and the separator frame 22 that is flexibly connected and is connected with separation cylinder by separating guide post 21 and counterdie supporting seat, wherein, separation cylinder is connected with control system.Separator frame is the U font, and the spacing of its openend is less than the width of conveyer belt, and opening portion is mainly the bottom process of being convenient to conveyer belt, avoids interfering situation.
Conveyer belt, the bag semi-finished product are fixed and carried by the operation of production line, specifically, as shown in Figure 4, its structure comprises conveyer belt body 23, runs through the guide rod 24 of conveyer belt body, the bag pressing plate 25 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 26 on guide rod, wherein, an end of guide rod mounting spring also is provided with limited block.The bag semi-finished product of infusion bag utilize spring force to be fixed on the conveyer belt body by bag pressing plate.
The utility model use procedure is as follows:
Bag semi-finished product after driving-belt is processed a upper operation are carried and are put in place, the baffle plate cylinder is controlled the high frequency baffle plate and upper mould body disconnects, the upper mould body of master cylinder control presses down with the bag semi-finished product and contacts, then the lower vavuum pump of inhaling mechanism and upper suction mechanism starts, it is half-finished two-layer up and down that generation suction makes it hold respectively bag, then a bit of distance of the upper mould body rising of master cylinder control makes upper and lower two-layer separating, and conveniently installs the inlet pipe of infusion bag within it additional and goes out to manage.Afterwards, upper suction mechanism and lower suction mechanism close, do not produce suction, master cylinder is controlled upper mould body and is pressed down, the baffle plate cylinder is controlled high frequency baffle plate and upper mould body conducting simultaneously, and coordinate the lower common high frequency heat seal of mould body, after the half-finished two ends of bag heat seal sealing, inlet pipe is only arranged and go out the inside and outside that pipe is communicated with infusion bag; Bag after master cylinder is controlled upper mould body rising and heat seal is processed separates, and then separation cylinder is controlled separator frame jacking conveyer belt, and the bag after making to process separates with lower mould body, has namely completed the heat seal treatment process, can prepare to enter next step operation.
In addition, a plurality of processing stations can also be set according to the actual demand of different production capacity, namely simultaneously the bag semi-finished product of a plurality of infusion bag are carried out to the high frequency heat seal processing, now, in each mechanism, need to arrange the structure corresponding with bag semi-finished product group number, for example, four bag semi-finished product are processed in the utility model heat seal simultaneously, at first conveyer belt is provided with four groups of bag pressing plate mechanisms, upper mould body and counterdie body length increase to and process simultaneously the length of four, tube seat on it arranges four, upper sucker and lower sucker arrange four groups, upper suction connector and lower suction connector also arrange correspondingly four groups, vavuum pump arranges four group interfaces, and the notch part on the high frequency baffle plate arranges corresponding four groups.
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 (8)
1. device of the high frequency heat seal for the infusion bag automatic assembly line, it is characterized in that, comprise by support base plate (1), the frame set that rack plate (2) and support column (3) form, be fixed in mold mechanism under the high frequency heat seal on support base plate (1), be arranged on rack plate (2) and the high frequency heat seal upper die mechanism that under high frequency heat seal, mold mechanism is complementary, be arranged under high frequency heat seal on mold mechanism the lower suction mechanism of being convenient to poling for separating bag before heat seal, be arranged on the high frequency heat seal upper die mechanism the upper suction mechanism of being convenient to poling for separating bag before heat seal, be arranged on the bag separating mechanism of mold mechanism entrance point and the port of export under high frequency heat seal, and the control system of controlling each mechanism's operation.
2. a kind of device of high frequency heat seal for the infusion bag automatic assembly line according to claim 1, it is characterized in that, under described high frequency heat seal, mold mechanism comprises the counterdie supporting seat (4) be fixed on support base plate (1), be installed on the lower mold mounting plate (5) on counterdie supporting seat (4), be fixed on the lower mould body (6) that lower mold mounting plate (5) is upper and be complementary with the high frequency heat seal upper die mechanism, and the high frequency connector (7) be connected with lower mould body (6), wherein, high frequency connector (7) is connected with control system, the upper surface of lower mould body (6) is provided with the tube seat of being convenient to install the infusion bag inlet pipe additional and going out pipe.
3. a kind of device of high frequency heat seal for the infusion bag automatic assembly line according to claim 2, it is characterized in that, described high frequency heat seal upper die mechanism comprises the patrix bracing frame (10) be connected with rack plate (2) by master cylinder (8) and patrix guide post (9), the patrix mount pad (11) be fixedly connected with patrix bracing frame (10), be arranged on patrix mount pad (11) upper and with high frequency heat seal under the upper mould body (12) that is complementary of mold mechanism, and the high frequency bindiny mechanism that is flexibly connected with patrix mount pad (11) and flexibly connects with upper mould body (12), wherein, master cylinder (8) all is connected with control system with high frequency bindiny mechanism, the lower surface of upper mould body (12) also is provided with the tube seat of being convenient to install the infusion bag inlet pipe additional and going out pipe.
4. a kind of device of high frequency heat seal for the infusion bag automatic assembly line according to claim 3, is characterized in that, described patrix guide post (9) has four, and the distribution that is centrosymmetric centered by master cylinder (8).
5. a kind of device of high frequency heat seal for the infusion bag automatic assembly line according to claim 4, it is characterized in that, described high frequency bindiny mechanism comprises the baffle plate cylinder (13) be arranged on patrix mount pad (11), the baffle plate support bar (15) be connected with patrix mount pad (11) by baffle plate guide post (14), and be arranged on the high frequency baffle plate (16) that baffle plate support bar (15) is upper and flexibly connect with upper mould body (12), wherein, baffle plate cylinder (13) all is connected with control system with high frequency baffle plate (16), and high frequency baffle plate (16) lower end is provided be used to avoiding infusion bag inlet pipe and the notch part that goes out pipe.
6. a kind of device of high frequency heat seal for the infusion bag automatic assembly line according to claim 5, it is characterized in that, the described lower mechanism of inhaling comprises the other lower sucker (17) of tube seat that is arranged at lower mould body (6), install and lower mould body (6) side the lower suction connector (18) that communicates with lower sucker (17), and the first vavuum pump (19) be connected with lower suction connector (18) by flexible pipe, wherein, the first vavuum pump (19) is installed on frame set and with control system and is connected.
7. a kind of device of high frequency heat seal for the infusion bag automatic assembly line according to claim 6, it is characterized in that, the described upper mechanism of inhaling comprises the other upper sucker of tube seat that is arranged at mould body (12), the upper suction connector communicated with upper mould body (12) side and with upper sucker is installed, and the second vavuum pump be connected with upper suction connector by flexible pipe, wherein, the second vavuum pump is installed on frame set and with control system and is connected.
8. according to the described a kind of device of high frequency heat seal for the infusion bag automatic assembly line of claim 2～7 any one, it is characterized in that, described bag separating mechanism comprises the separation cylinder (20) be installed on counterdie supporting seat (4), and the separator frame (22) that is flexibly connected and is connected with separation cylinder (20) by separating guide post (21) and counterdie supporting seat (4), wherein, separation cylinder (20) is connected with control system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203486402U CN203305566U (en) | 2013-06-18 | 2013-06-18 | High frequency hot sealing device for automatic transfusion bag production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203486402U CN203305566U (en) | 2013-06-18 | 2013-06-18 | High frequency hot sealing device for automatic transfusion bag production line |
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| Publication Number | Publication Date |
|---|---|
| CN203305566U true CN203305566U (en) | 2013-11-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013203486402U Expired - Fee Related CN203305566U (en) | 2013-06-18 | 2013-06-18 | High frequency hot sealing device for automatic transfusion bag production line |
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| CN (1) | CN203305566U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106739160A (en) * | 2016-12-22 | 2017-05-31 | 重庆瑞霆塑胶有限公司 | The heat-sealing method of polybag |
-
2013
- 2013-06-18 CN CN2013203486402U patent/CN203305566U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106739160A (en) * | 2016-12-22 | 2017-05-31 | 重庆瑞霆塑胶有限公司 | The heat-sealing method of polybag |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131127 Termination date: 20160618 |