CN203818647U - Automatic heat sealing and assembling equipment for transfusion bag - Google Patents
Automatic heat sealing and assembling equipment for transfusion bag Download PDFInfo
- Publication number
- CN203818647U CN203818647U CN201420182012.6U CN201420182012U CN203818647U CN 203818647 U CN203818647 U CN 203818647U CN 201420182012 U CN201420182012 U CN 201420182012U CN 203818647 U CN203818647 U CN 203818647U
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- tubule
- bag
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Abstract
The utility model particularly refers to automatic heat sealing and assembling equipment for a transfusion bag, and belongs to the technical field of medical device manufacturing equipment. The automatic heat sealing and assembling equipment comprises a frame and a controller, wherein a heat sealing device is mounted on the frame; the heat sealing device comprises a heat sealing mould and a high frequency machine; a bag conveying device, a single tube conveying device and a double tube conveying device are arranged at the circumference of the heat sealing mould; the bag conveying device comprises a bag carrier roller, a length-size controlling component and a bag-cutting component; the single tube conveying device comprises a single tube reel, a tube conveying component, a tube cutting component and a tube inserting component; the double tube conveying device comprises a double tube reel, a double tube conveying component, a double tube cutting component and a double tube inserting component. The automatic heat sealing and assembling equipment is high in automatic degree, that is, only man-powered material feeding is required, so that one worker can operate multiple equipment at the same time. Therefore, the automatic heat sealing and assembling equipment has the advantages that a large quantity of labor cost is reduced, the uniformity of products are high, the quality is reliable, the production efficiency is high, the equipment is easy and convenient to operate, and the automatic heat sealing and assembling equipment is suitable for large batch production.
Description
Technical field
The utility model belongs to medical equipment manufacturing equipment technical field, relates to a kind of equipment of producing medical infusion bags, and the automatic heating that refers in particular to a kind of infusion bag closes mounting equipment.
Background technology
Infusion bag is more and more widely used as a kind of fairly simple infusion set, the liquid medicine of transfusion use before is mainly placed in infusion bottle, infusion bottle generally adopts vial to make, the production cost of vial is higher, vial also can fall broken on the ground phenomenon when in use simultaneously, causes the waste of liquid medicine.And infusion bag does not have these problems, the comparision of production of infusion bag is simple, it is mainly the assembling of drainage tube, generally to adopt manual melting welding in the past, but the operating efficiency of manual melting welding is lower, adopt special Heat sealing machine and drainage tube assembling apparatus to weld so now general, the assembling device of general drainage tube mainly comprises barrel and conveyer belt, by manually the drainage tube in barrel being transferred on conveyer belt or adopting a manipulator to operate, its main mode of movement is to adopt orthoscopic, once a link goes wrong in the conveying mechanism of drainage tube, must shut down maintenance at once, without any the leeway of buffering, the continuity of work is very poor, complete finished product and need to pass through multiple tracks manual process.In order to ensure the production efficiency of infusion bag, the proportion that reduces labour cost shared product cost improves the production quantity of unit are, and it is to be very necessaryly also inevitable that infusion bag is carried out to automated production.
Summary of the invention
The purpose of this utility model is to provide produces required assembling procedure, quality of finished product good, efficiency automatic heating high, simple to operation and that be applicable to the infusion bag of producing in enormous quantities and closes mounting equipment a kind of collection.
The purpose of this utility model is achieved in that the automatic heating of infusion bag closes mounting equipment, comprise frame and controller, heat seal device is installed in frame, heat seal device comprises heat-seal mould and High-frequency machine, wherein, described heat-seal mould be circumferentially respectively arranged with conveying device for bag body, single conduit conveyer, DLC conveyer, described conveying device for bag body comprises bag carrying roller, length dimension Control Component and cuts bag assembly, bag is by the transmission of described length dimension Control Component, and by described bag carrying roller, bag is evened up, on controller, set the length of bag, again by the measurement of described length dimension Control Component, finally be cut into the big or small section of appointment by cutting bag assembly, and enter in described heat-seal mould, described single conduit conveyer comprises single conduit reel, send pipe assembly, Pipe Cutting assembly and cannula assembly, conduit is wound on described single conduit reel, the described pipe assembly that send extracts and is fed forward the conduit on single conduit reel to cannula assembly out, cut off by Pipe Cutting assembly again, finally by cannula assembly, the conduit of cutting into chunks is inserted on the bag in heat-seal mould, described DLC conveyer comprises conduit reel, two pipe assemblies that send, two Pipe Cutting assemblies and two cannula assembly, conduit is wound on described conduit reel, described two pipe assembly that send is extracted the conduit on conduit reel be fed forward out to one of them guide rod of two cannula assemblies, cut off by two Pipe Cutting assemblies again, repeat above-mentioned action, two sending on another guide rod that pipe assembly is delivered to conduit two cannula assemblies again, and cut off by two Pipe Cutting assemblies, finally two conduits are inserted on the bag of heat-seal mould by two cannula assemblies, finally complete fusion by High-frequency machine and heat-seal mould, obtain finished product, automaticity is high, only need manually to use up follow-up material at bag and conduit, when saving labour turnover, also greatly improve and become to produce efficiency, and assembling after end product quality high, equipment operating is simple and convenient.
The automatic heating of infusion bag according to the above closes mounting equipment, wherein, described heat-seal mould one side is also provided with tubule conveyer, described tubule conveyer comprises tubule reel, tubule conveying assembly, tubule shearing component and tubule is inserted to the slotting tubule assembly of bag formation hook, in infusion bag one end, hook is set, when transfusion, be convenient to hang, adopt tubule to link up with as infusion bag, it is solid firm to hang, and is particularly useful for the suspension of large capacity transfusion bag.
The automatic heating of infusion bag according to the above closes mounting equipment, wherein, described tubule conveying assembly comprises and goes out in advance pipeline section and trombone slide section, describedly go out in advance on pipeline section, to be provided with the bearing with guide hole, on described bearing, be provided with ejector sleeve cylinder, in described trombone slide section, be provided with clamping cylinder with clamp arm and drive clamping cylinder to go out in advance pipeline section and go out the trombone slide cylinder of pipe direction straight reciprocating motion along described, tubule is the release of the guide hole from bearing certain length by ejector sleeve cylinder, the clamp arm of being convenient to described clamping cylinder front end is clamped tubule, improve accuracy and efficiency that clamp arm is clamped tubule, described tubule shearing component is arranged on described bearing, comprise the shearing cylinder of cutting knife and driving cutting knife, described cutting knife is positioned at a side of guide hole on described bearing.
The automatic heating of infusion bag according to the above closes mounting equipment, and wherein, described slotting tubule assembly goes out between pipeline section and trombone slide section in advance described, comprise two fixtures that are arranged side by side, on fixture, be respectively arranged with rotary cylinder, described rotary cylinder drives fixture to rotate within the scope of 20 °-110 °, the tubule cutting by fixture grip shears, after two rotary cylinders rotate relatively, tubule is twisted into C type or U-shaped, and sends in heat-seal mould, form the hook on bag, assembling speed is fast, and homogeneity of product is high.
The automatic heating of infusion bag according to the above closes mounting equipment, wherein, described cutting between bag assembly and described heat-seal mould is provided with pusher, described pusher comprises the supporting plate of delivery bag and drives supporting plate to enter the propelling movement cylinder in heat-seal mould, by accepting of pusher, ensure that bag conveying device and heat-seal mould can work simultaneously, improved continuity, thereby enhanced productivity.
The automatic heating of infusion bag according to the above closes mounting equipment, wherein, described cannula assembly comprises slide I and drives slide I to do the intubate cylinder I of straight reciprocating motion, in described slide I, be provided with reversing cylinder I, in described reversing cylinder I, be provided with rotating seat I, in described rotating seat I, at least one side is provided with guide rod I, conduit is through sending the transmission of pipe assembly, be inserted in guide rod I, Pipe Cutting assembly cuts off conduit, rotating seat I drives guide rod I to rotate until perpendicular to heat-seal mould, finally drive slide I close to heat-seal mould by intubate cylinder I, conduit is sent on the bag in heat-seal mould, conduit assembly precision is high, speed is fast.
The automatic heating of infusion bag according to the above closes mounting equipment, wherein, described in send pipe assembly and Pipe Cutting assembly to be separately positioned in described slide I.
The automatic heating of infusion bag according to the above closes mounting equipment, wherein, described pair of cannula assembly comprises slide II and drives slide II to do the intubate cylinder II of straight reciprocating motion, in described slide II, be provided with reversing cylinder II, in described reversing cylinder II, be provided with rotating seat II, in described rotating seat II, at least one side is provided with two guide rod II arranged side by side, conduit warp pair send the transmission of pipe assembly, be inserted in one of them guide rod II, two Pipe Cutting assemblies cut off conduit, repeat above-mentioned action, conduit is inserted in another guide rod II, and by two Pipe Cutting assemblies, conduit is cut off, rotating seat II drives guide rod II to rotate until perpendicular to heat-seal mould, finally drive slide II close to heat-seal mould by intubate cylinder II, conduit is sent on the bag in heat-seal mould, conduit assembly precision is high, speed is fast.
The automatic heating of infusion bag according to the above closes mounting equipment, and wherein, described two pipe assembly and two Pipe Cutting assemblies of sending are separately positioned in described slide II.
The utility model compared to existing technology outstanding and useful technique effect is: automaticity is high, only need artificial continuous material, a people can operate multiple devices simultaneously, saves a large amount of costs of labor, has changed the production model of traditional many people multiple operation, and homogeneity of product is high, reliable in quality, production efficiency is high, and equipment operating is simple and convenient, be not subject to the restriction of operating personnel's schooling, and be applicable to producing in enormous quantities.
Brief description of the drawings
Fig. 1 is perspective view of the present utility model;
Fig. 2 is plan structure schematic diagram of the present utility model;
Fig. 3 is the structural representation of cannula assembly in Fig. 2;
Fig. 4 is the structural representation of two cannula assemblies in Fig. 2;
Fig. 5 is the perspective view of Fig. 1 other direction;
Fig. 6 is the local enlarged diagram of A part in Fig. 5;
Fig. 7 is the structural representation that goes out in advance pipeline section of tubule conveying assembly in the utility model;
Fig. 8 is the structural representation of inserting tubule assembly in the utility model;
Fig. 9 is the structural representation of the infusion bag after moulding;
In figure: 10-frame, 11-controller, 12-heat-seal mould, 13-High-frequency machine, 14-bag carrying roller, 15-length dimension Control Component, 16-cuts bag assembly, the mono-conduit reel of 17-, 18-send pipe assembly, 19-Pipe Cutting assembly, 20-cannula assembly, 20a-slide I, 20b-intubate cylinder I, 20c-reversing cylinder I, 20d-rotating seat I, 20e-guide rod I, 21-conduit reel, the two pipe assemblies that send of 22-, the two Pipe Cutting assemblies of 23-, the two cannula assemblies of 24-, 24a-slide II, 24b-intubate cylinder II, 24c-reversing cylinder II, 24d-rotating seat II, 24e-guide rod II, 25-tubule reel, 26-tubule conveying assembly, 26a-goes out pipeline section in advance, 26b-trombone slide section, 26c-guide hole, 26d-bearing, 26e-ejector sleeve cylinder, 26f-clamp arm, 26g-clamping cylinder, 27-tubule shearing component, 27a-cutting knife, 27b-shears cylinder, 28-inserts tubule assembly, 28a-fixture, 28b-rotary cylinder, 29-pusher, 29a-supporting plate, 29b-pushes cylinder, 30-infusion bag.
Detailed description of the invention
The utility model is further described with specific embodiment below in conjunction with accompanying drawing, referring to Fig. 1-9: the automatic heating of infusion bag closes mounting equipment, comprise frame 10 and controller 11, in frame 10, heat seal device is installed, heat seal device comprises heat-seal mould 12 and High-frequency machine 13, wherein, described heat-seal mould 12 be circumferentially respectively arranged with conveying device for bag body, single conduit conveyer, DLC conveyer, described conveying device for bag body comprises bag carrying roller 14, length dimension Control Component 15 and cuts bag assembly 16, bag is by the transmission of described length dimension Control Component 15, and by described bag carrying roller 14, bag is evened up, on controller 11, set the length of bag, again by the measurement of described length dimension Control Component 15, finally be cut into the big or small section of appointment by cutting bag assembly 16, and enter in described heat-seal mould 12, described single conduit conveyer comprises single conduit reel 17, send pipe assembly 18, Pipe Cutting assembly 19 and cannula assembly 20, conduit is wound on described single conduit reel 17, the described pipe assembly 18 that send extracts and is fed forward the conduit on single conduit reel 17 to cannula assembly 20 out, cut off by Pipe Cutting assembly 19 again, finally by cannula assembly 20, the conduit of cutting into chunks is inserted on the bag in heat-seal mould 12, described DLC conveyer comprises conduit reel 21, two pipe assemblies 22 that send, two Pipe Cutting assemblies 23 and two cannula assembly 24, conduit is wound on described conduit reel 21, described two pipe assembly 22 that send is extracted the conduit on conduit reel 21 be fed forward out to one of them guide rod of two cannula assembly 24, cut off by two Pipe Cutting assemblies 23 again, repeat above-mentioned action, two sending on another guide rod that pipe assembly is delivered to conduit two cannula assemblies again, and cut off by two Pipe Cutting assemblies, finally two conduits are inserted on the bag of heat-seal mould 12 by two cannula assemblies 24, finally complete fusion by High-frequency machine 13 and heat-seal mould 12, obtain finished product infusion bag 30, its automaticity is high, only need manually to use up follow-up material at bag and conduit, when saving labour turnover, also greatly improve and become to produce efficiency, and assembling after end product quality high, equipment operating is simple and convenient.
Further optimize, described heat-seal mould 12 1 sides are also provided with tubule conveyer, described tubule conveyer comprises tubule reel 25, tubule conveying assembly 26, tubule shearing component 27 and tubule is inserted to the slotting tubule assembly 28 of bag formation hook, in infusion bag one end, hook is set, when transfusion, be convenient to hang, adopt tubule to link up with as infusion bag, it is solid firm to hang, and is particularly useful for the suspension of large capacity transfusion bag.
Further optimize, described tubule conveying assembly 26 comprises and goes out in advance pipeline section 26a and trombone slide section 26b, describedly go out in advance on pipeline section 26a, to be provided with the bearing 26d with guide hole 26c, on described bearing 26d, be provided with ejector sleeve cylinder 26e, on described trombone slide section 26b, be provided with clamping cylinder 26g with clamp arm 26f and drive clamping cylinder 26g to go out in advance pipeline section 26a and go out the trombone slide cylinder of pipe direction straight reciprocating motion along described, the length of the tubule release of the guide hole 26c from bearing 26d 8-10 millimeter by ejector sleeve cylinder 26e, the clamp arm 26f of being convenient to described clamping cylinder 26g front end clamps tubule, improve accuracy and efficiency that clamp arm 26f clamps tubule, described tubule shearing component 27 is arranged on described bearing 26d, comprise the shearing cylinder 27b of cutting knife 27a and driving cutting knife 27a, described cutting knife 27a is positioned at a side of the upper guide hole 26c of described bearing 26d.
Further optimize, described slotting tubule assembly 28 goes out between pipeline section 26a and trombone slide section 26b in advance described, comprises two fixture 28a that are arranged side by side, and is respectively arranged with rotary cylinder 28b on fixture 28a, described rotary cylinder 28b drives fixture 28a to do 90 ° of rotations, the tubule cutting by fixture 28a grip shears, two rotary cylinder 28b are twisted into C type or U-shaped by tubule after relatively rotating, and send in heat-seal mould 12, form the hook on bag, assembling speed is fast, and homogeneity of product is high.
Further optimize, described cutting between bag assembly 16 and described heat-seal mould 12 is provided with pusher 29, described pusher 29 comprises the supporting plate 29a of delivery bag and drives supporting plate 29a to enter the propelling movement cylinder 29b in heat-seal mould 12, by accepting of pusher 29, ensure that bag conveying device and heat-seal mould 12 can work simultaneously, improve continuity, thereby enhanced productivity.
Further optimize, described cannula assembly 20 comprises slide I 20a and drives slide I 20a to be the intubate cylinder I 20b of straight reciprocating motion, on described slide I 20a, be provided with reversing cylinder I 20c, on described reversing cylinder I 20c, be provided with rotating seat I 20d, the upper two relative sides of described rotating seat I 20d are provided with guide rod I 20e, conduit is through sending pipe assembly 18 to transmit, be inserted on guide rod I 20e, Pipe Cutting assembly 19 cuts off conduit, rotating seat I 20d drives the guide rod I 20e of a side to do 180 ° and turns to perpendicular to heat-seal mould 12, finally drive slide I 20a close to heat-seal mould 12 by intubate cylinder I 20b, conduit is sent on the bag in heat-seal mould, simultaneously, rotating seat I 20d drives the guide rod I 20e of opposite side to dock with sending pipe assembly 18, and complete being inserted in of conduit, reciprocation cycle, conduit assembly precision is high, speed is fast.
Replacement scheme: upper four sides of described rotating seat I 20d are provided with guide rod I 20e, conduit is through sending pipe assembly 18 to transmit, be inserted on guide rod I 20e, Pipe Cutting assembly 19 cuts off conduit, rotating seat I 20d drives the guide rod I 20e of a side to do 90 ° and turns to perpendicular to heat-seal mould 12, finally drive slide I 20a close to heat-seal mould 12 by intubate cylinder I 20b, conduit is sent on the bag in heat-seal mould, simultaneously, rotating seat I 20d drives the guide rod I 20e of next side to dock with sending pipe assembly 18, and complete being inserted in of conduit, reciprocation cycle.
Further optimize, described in send pipe assembly 18 and Pipe Cutting assembly 19 to be separately positioned on described slide I 20a.
Further optimize, described pair of cannula assembly 24 comprises slide II 24a and drives slide II 24a to be the intubate cylinder II 24b of straight reciprocating motion, on described slide II 24a, be provided with reversing cylinder II 24c, on described reversing cylinder II 24c, be provided with rotating seat II 24d, the upper two relative sides of described rotating seat II 24d are provided with two guide rod II 24e arranged side by side, conduit send pipe assembly 22 to transmit through two, be inserted on one of them guide rod II 24e, two Pipe Cutting assemblies 23 cut off conduit, repeat above-mentioned action, conduit is inserted on another guide rod II 24e, and by two Pipe Cutting assemblies 23, conduit is cut off, rotating seat II 24d drives guide rod II 24e Rotate 180 ° until perpendicular to heat-seal mould 12, finally drive slide II 24a close to heat-seal mould 12 by intubate cylinder II 24b, conduit is sent on the bag in heat-seal mould 12, simultaneously, rotating seat II 24d drives the guide rod II 24e of opposite side to send pipe assembly 22 to dock with two, and complete being inserted in of two guide rod II 24e upper conduits, reciprocation cycle, conduit assembly precision is high, speed is fast.
Replacement scheme: upper four sides of described rotating seat II 24d are provided with two guide rod II 24e arranged side by side, conduit send pipe assembly 22 to transmit through two, be inserted on one of them guide rod II 24e, two Pipe Cutting assemblies 23 cut off conduit, repeat above-mentioned action, conduit is inserted on another guide rod II 24e, and by two Pipe Cutting assemblies 23, conduit is cut off, rotating seat II 24d drives guide rod II 24e half-twist until perpendicular to heat-seal mould 12, finally drive slide II 24a close to heat-seal mould 12 by intubate cylinder II 24b, conduit is sent on the bag in heat-seal mould 12, simultaneously, rotating seat II 24d drives the guide rod II 24e of next side to send pipe assembly 22 to dock with two, and complete being inserted in of two guide rod II 24e upper conduits, reciprocation cycle.
Further optimize, described two pipe assembly 22 and two Pipe Cutting assemblies 23 of sending are separately positioned in described slide II.
Above-described embodiment is only preferred embodiment of the present utility model, not limits according to this protection domain of the present utility model, therefore: all equivalences of doing according to structure of the present utility model, shape, principle change, within all should being covered by protection domain of the present utility model.
Claims (9)
1. the automatic heating of infusion bag closes mounting equipment, comprise frame and controller, heat seal device is installed in frame, heat seal device comprises heat-seal mould and High-frequency machine, it is characterized in that: described heat-seal mould be circumferentially respectively arranged with conveying device for bag body, single conduit conveyer, DLC conveyer; Described conveying device for bag body comprises bag carrying roller, length dimension Control Component and cuts bag assembly; Described single conduit conveyer comprises single conduit reel, send pipe assembly, Pipe Cutting assembly and cannula assembly; Described DLC conveyer comprises conduit reel, two pipe assembly, two Pipe Cutting assembly and two cannula assembly of sending.
2. the automatic heating of infusion bag according to claim 1 closes mounting equipment, it is characterized in that: described heat-seal mould one side is also provided with tubule conveyer, described tubule conveyer comprises tubule reel, tubule conveying assembly, tubule shearing component and tubule is inserted to the slotting tubule assembly of bag formation hook.
3. the automatic heating of infusion bag according to claim 2 closes mounting equipment, it is characterized in that: described tubule conveying assembly comprises and goes out in advance pipeline section and trombone slide section, describedly go out in advance on pipeline section, to be provided with the bearing with guide hole, on described bearing, be provided with ejector sleeve cylinder, in described trombone slide section, be provided with clamping cylinder with clamp arm and drive clamping cylinder to go out in advance pipeline section and go out the trombone slide cylinder of pipe direction straight reciprocating motion along described, described tubule shearing component is arranged on described bearing, comprise the shearing cylinder of cutting knife and driving cutting knife, described cutting knife is positioned at a side of guide hole on described bearing.
4. the automatic heating of infusion bag according to claim 3 closes mounting equipment, it is characterized in that: described slotting tubule assembly goes out between pipeline section and trombone slide section in advance described, comprise two fixtures that are arranged side by side, on fixture, be respectively arranged with rotary cylinder, described rotary cylinder drives fixture to rotate within the scope of 20 °-110 °.
5. the automatic heating of infusion bag according to claim 1 closes mounting equipment, it is characterized in that: described in cut between bag assembly and described heat-seal mould and be provided with pusher, described pusher comprises the supporting plate of delivery bag and drives supporting plate to enter the propelling movement cylinder in heat-seal mould.
6. the automatic heating of infusion bag according to claim 1 closes mounting equipment, it is characterized in that: described cannula assembly comprises slide I and drives slide I to do the intubate cylinder I of straight reciprocating motion, in described slide I, be provided with reversing cylinder I, in described reversing cylinder I, be provided with rotating seat I, in described rotating seat I, at least one side is provided with guide rod I.
7. the automatic heating of infusion bag according to claim 6 closes mounting equipment, it is characterized in that: described in send pipe assembly and Pipe Cutting assembly to be separately positioned in described slide I.
8. the automatic heating of infusion bag according to claim 1 closes mounting equipment, it is characterized in that: described pair of cannula assembly comprises slide II and drive slide II to do the intubate cylinder II of straight reciprocating motion, in described slide II, be provided with reversing cylinder II, in described reversing cylinder II, be provided with rotating seat II, in described rotating seat II, at least one side is provided with two guide rod II arranged side by side.
9. the automatic heating of infusion bag according to claim 8 closes mounting equipment, it is characterized in that: described two pipe assembly and two Pipe Cutting assemblies of sending are separately positioned in described slide II.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420182012.6U CN203818647U (en) | 2014-04-15 | 2014-04-15 | Automatic heat sealing and assembling equipment for transfusion bag |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420182012.6U CN203818647U (en) | 2014-04-15 | 2014-04-15 | Automatic heat sealing and assembling equipment for transfusion bag |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203818647U true CN203818647U (en) | 2014-09-10 |
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ID=51474187
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420182012.6U Expired - Fee Related CN203818647U (en) | 2014-04-15 | 2014-04-15 | Automatic heat sealing and assembling equipment for transfusion bag |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203818647U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106626527A (en) * | 2016-11-29 | 2017-05-10 | 浙江妙茜工贸有限公司 | Enamel removal sticker machining equipment |
| CN108909026A (en) * | 2018-06-01 | 2018-11-30 | 常熟市泰宁医疗器材有限责任公司 | Waste fluid bag automatic assembling |
-
2014
- 2014-04-15 CN CN201420182012.6U patent/CN203818647U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106626527A (en) * | 2016-11-29 | 2017-05-10 | 浙江妙茜工贸有限公司 | Enamel removal sticker machining equipment |
| CN108909026A (en) * | 2018-06-01 | 2018-11-30 | 常熟市泰宁医疗器材有限责任公司 | Waste fluid bag automatic assembling |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140910 Termination date: 20160415 |
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| CF01 | Termination of patent right due to non-payment of annual fee |