CN205459198U - Production line of copper seat syringe needle - Google Patents
Production line of copper seat syringe needle Download PDFInfo
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- CN205459198U CN205459198U CN201620037606.7U CN201620037606U CN205459198U CN 205459198 U CN205459198 U CN 205459198U CN 201620037606 U CN201620037606 U CN 201620037606U CN 205459198 U CN205459198 U CN 205459198U
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Abstract
The utility model discloses a production line of copper seat syringe needle, including last needle file mechanism that the order is connected, go up the needle tubing platform, the response of needle file needle tubing pushes down mechanism, image detection mechanism, needle tubing silication mechanism, inspection rejects mechanism, goes up needle tubing wrapping machine and constructs, presses wrapping machine to construct, go up needle file wrapping machine structures, aversion docking mechanism, pressure wrapping machine structure and unloading cant mechanism, be equipped with the arch that a plurality of equidistance arranged with needle file inner wall shape is matchd on the frock strip, be equipped with magnetosphere and metal pole in last needle file mechanism, the metal pole sets up in the magnetosphere, and the firm riveting of riveted joint in order to realize the needle file needle tubing that is located the needle file head is strikeed in the metal pole action downwards of going up in the needle file mechanism circular telegram back magnetosphere. The utility model discloses an automatic equipment, personnel low in labor strength, the personnel selection is few, and efficient, the security is good.
Description
Technical field
This utility model relates to veterinary syringe technical field, particularly relates to the production line of copper seat entry needle.
Background technology
Copper seat entry needle in the market, the most reusable entry needle, it is typically all manual small lot batch manufacture, traditional-handwork assembles, and defect is that labo r usage is big and labor intensity is high, and is susceptible to prick the hand in the course of processing.
Utility model content
This utility model mainly solves the technical problem that and is, it is provided that the production line of the copper seat entry needle that a kind of automaticity is high.
This utility model solves the production line of its technical problem the technical scheme is that copper seat entry needle, including the upper needle stand mechanism being fixed on support being linked in sequence, winding the needle tube platform, needle stand needle tubing sensing press mechanism, Image detection mechanism, needle tubing silication mechanism, defective product rejecting mechanism, winding the needle tube sheath mechanism, pressure sheath mechanism, upper needle stand sheath mechanism, displacement docking mechanism, pressure sheath mechanism and blanking cant mechanism；Aforementioned each mechanism is sequentially arranged on the position that each operation is corresponding according to the technological process of production of product, each raw material of product includes that needle stand, needle tubing, needle stand sheath and needle tube sheath are fallen on frock bar after blanking, and described frock bar is sequentially delivered to each operation and processes accordingly according to the technological process of production；Described frock bar is provided with the projection mated with needle stand inner wall shape of several equidistant placement；The needle stand needle tubing sensing press mechanism being made up of magnetosphere and metallic rod it is provided with by the support of upper needle stand mechanism, metallic rod is arranged in magnetosphere, and after the energising of upper needle stand mechanism, the metallic rod downward actuation in magnetosphere taps the riveted joint being positioned at needle stand head to realize the firm riveting of needle stand needle tubing.The technological process of production of product is as follows: upper needle stand winding the needle tube compresses the inspection burr needle tubing silication of pin (riveting) image and rejects needle stand short sheath displacement docking pressure needle seat sheath discharging on defective work dress pin long sheath pressing sheath.Coordinating technological process in addition to winding the needle tube is artificial, the processing of remaining whole operation is automated machine processing；Each operation is equipped with sensor, senses the mechanism action in the corresponding operation of semi-finished product rear drive.The projection one arranged on frock bar is to position the needle stand after falling to prevent it from toppling over, and two is to prevent needle stand during follow-up compression from the situation of deformation occur.
Further improvement as the production line of this utility model copper seat entry needle, upper needle stand mechanism, winding the needle tube sheath mechanism and upper needle stand sheath mechanism include base and the support being fixedly installed on base, also include the electromagnetic shaker being arranged on support lower side and the gathering sill of inclination being fixedly linked with support, the lower section of gathering sill faces frock bar, and each notch correspond to the projection on frock bar；Also include the switching mechanism being arranged on directly over gathering sill, described switching mechanism includes a transverse slat that can rotate along its axis, transverse slat is rotatably mounted to frame upper, equidistantly be provided with the shrinkage pool that several riveted joint sizes with needle stand head match on transverse slat, transverse slat be arranged over by PLC control for backup plate against transverse slat before upset.Course of action is: raw material needle stand is shaken off out from several holes that the bottom of feeding tank is provided with by the vibrations of electromagnetic shaker after feeding intake, riveted joint (i.e. size is little) if not needle stand then cannot drop down onto in the shrinkage pool on transverse slat downwards, backup plate presses to transverse slat after PLC control and makes needle stand be temporarily fixed in transverse slat shrinkage pool afterwards, after backup plate transverse slat after needle stand overturns (keeping backup plate against the state of transverse slat) 180 ° together with backup plate simultaneously, backup plate leaves transverse slat, and needle stand falls in the projection of frock bar along gathering sill.Upper needle stand device by vibrations blanking and upset blanking, makes needle stand fall on frock bar (winding the needle tube sheath mechanism and upper needle stand sheath mechanism are in like manner) by gathering sill.
Further improvement as the production line of this utility model copper seat entry needle, winding the needle tube platform is arranged on and keeps at a certain distance away with transverse slat on transverse slat same level height, described distance is as the criterion with the upset not affecting transverse slat, needle tubing once ejects two needle tubings in gathering sill through U-shaped or V-arrangement ejector retainner plate after manually neatly sequencing, and drops down onto in the riveted joint of needle stand head along gathering sill；Described ejector retainner plate is arranged on below winding the needle tube platform, PLC control its action having moved to eject needle tubing.
Further improvement as the production line of this utility model copper seat entry needle, needle stand needle tubing sensing press mechanism includes base and the support being fixedly installed on base, frame upper is fixed with magnetosphere, support bottom is fixed with spring retention portion, being provided with the spring that can be coated at metallic rod in spring retention portion, the top of metallic rod is provided with the projection of top pressure spring.Compressing this operation of pin makes the metallic rod moment in magnetosphere change magnetic direction by magnetosphere sensing, makes the metallic rod in magnetosphere tap downwards riveted joint, retracts recovery by spring handle metallic rod.Spring retention portion up/down perforation, the size being dimensioned slightly smaller than spring of openings.Image detection operation to needle point scanning, and remembers that defective needle tubing is rejected in later process by high definition image capturing system.
As the further improvement of the production line of this utility model copper seat entry needle, needle tubing silication mechanism includes the silicone oil groove being arranged on below frock bar horizontal plane, and described silicone oil groove controls to move up and down by PLC；Being also arranged above of described silicone oil groove makes needle tubing turn over downward switching mechanism, and described switching mechanism is connected with air pump can be passed through gas.Reject operation be by software, the defect ware in front road is remembered after at rear selective trace muting.Dress pin long helmet operation is by vibrations blanking and upset blanking, after making long helmet i.e. needle tube sheath fall on frock bar by gathering sill, precompressed.
Further improvement as the production line of this utility model copper seat entry needle, pressure sheath mechanism is by base, support and the several depression bars that can move up and down along support, the size of depression bar is mated with the size of needle tube sheath or needle stand sheath, pressing plate it is additionally provided with on support, pressing plate two ends are provided with cylinder, and air cylinder driven pressing plate moves down the compression action driving depression bar to be pressed downward against sheath.After winding the needle tube sheath mechanism and upper needle stand sheath mechanism, it is provided with identically constructed pressure sheath mechanism completes the compression work (needle stand sheath and needle tube sheath are owing to all closely cooperating with needle stand, therefore about the same on radial dimension) of sheath.Upper needle stand short sheath operation is by vibrations blanking and upset blanking, makes long helmet fall on frock bar by gathering sill.
Further improvement as the production line of this utility model copper seat entry needle, displacement docking mechanism includes the needle stand sheath frid being arranged on below frock bar horizontal plane, several grooves mated with needle stand sheath sizes equidistantly it are provided with on described needle stand sheath frid, the vertically above support that is installed with of needle stand sheath frid, support is installed with the clamping plate of clamping tool bar.Displacement docking is to make the part installing long helmet (i.e. needle tube sheath) install in short helmet (needle stand sheath) by the rotation of frock bar.
As the further improvement of the production line of this utility model copper seat entry needle, blanking cant mechanism includes that one carries magnetic inclined ramp, for rewinding box below inclined ramp.
This utility model is in addition to winding the needle tube is artificial, and the processing of remaining whole operation is automated machine processing；Personnel labor intensity is low, and employment is few, and efficiency is high, and safety is good.
Accompanying drawing explanation
Fig. 1 is the schematic diagram that the production line of this utility model copper seat entry needle is arranged according to the technological process of production；
Fig. 2 is upper needle stand mechanism, winding the needle tube sheath mechanism and the structural representation of upper needle stand sheath mechanism；
Fig. 3 is the right view of Fig. 2；
Fig. 4 is the explosive view of the product produced through this production line；
Fig. 5 is the structural representation of needle stand needle tubing sensing press mechanism；
Fig. 6 is the enlarged diagram of spring holding part part in Fig. 5；
Fig. 7 is the structural representation of needle tubing silication mechanism；
Fig. 8 is the structural representation of pressure sheath mechanism；
Fig. 9 is the top view of Fig. 8；
Figure 10 is the structural representation of displacement docking mechanism；
Figure 11 is the top view of Figure 10.
In figure: 1, upper needle stand mechanism 2, winding the needle tube platform 3, needle stand needle tubing sensing press mechanism 4, Image detection mechanism 5, needle tubing silication mechanism 6, defective product rejecting mechanism 7, winding the needle tube sheath mechanism 8, pressure sheath mechanism 9, upper needle stand sheath mechanism 10, displacement docking mechanism 11, blanking cant mechanism 12, needle stand 13, needle tubing 14, needle stand sheath 15, needle tube sheath 16, frock bar 17, magnetosphere 18, metallic rod 19, riveted joint 20, gathering sill 21, transverse slat 22, support 23, spring retention portion 24, protruding 25, silicone oil groove 26, pressing plate 27, cylinder 28, needle stand sheath frid 29, clamping plate.
Detailed description of the invention
Clearly understanding to have technical characteristic of the present utility model, purpose and effect, now comparison accompanying drawing describes detailed description of the invention of the present utility model in detail.
As shown in Figure 1 to 11, the production line of copper seat entry needle, including the upper needle stand mechanism 1 being fixed on support 22 being linked in sequence, winding the needle tube platform 2, needle stand needle tubing sensing press mechanism 3, Image detection mechanism 4, needle tubing silication mechanism 5, defective product rejecting mechanism 6, winding the needle tube sheath mechanism 7, pressure sheath mechanism 8, upper needle stand sheath mechanism 9, displacement docking mechanism 10, pressure sheath mechanism 8 and blanking cant mechanism 11；Aforementioned each mechanism is sequentially arranged on the position that each operation is corresponding according to the technological process of production of product, each raw material of product includes that needle stand 12, needle tubing 13, needle stand sheath 14 and needle tube sheath 15 are fallen on frock bar 16 after blanking, and described frock bar 16 is sequentially delivered to each operation and processes accordingly according to the technological process of production；Described frock bar 16 is provided with the projection 24 mated with needle stand 12 inner wall shape of several equidistant placement；The other needle stand needle tubing being made up of magnetosphere 17 and metallic rod 18 that is provided with of support 22 in upper needle stand mechanism 1 senses press mechanism 3, metallic rod 18 is arranged in magnetosphere 17, and after the energising of upper needle stand mechanism 1, metallic rod 18 downward actuation in magnetosphere 17 taps the riveted joint 19 being positioned at needle stand 12 head to realize the firm riveting of needle stand 12 needle tubing 13.Upper needle stand mechanism 1, winding the needle tube sheath mechanism 7 and upper needle stand sheath mechanism 9 include base and the support 22 being fixedly installed on base, also include the electromagnetic shaker being arranged on support 22 lower side and the gathering sill 20 of inclination being fixedly linked with support 22, the lower section of gathering sill 20 faces frock bar 16, and each notch correspond to the projection 24 on frock bar 16；Also include being arranged on the switching mechanism directly over gathering sill 20, described switching mechanism includes a transverse slat 21 that can rotate along its axis, transverse slat 21 is rotatably mounted to support 22 top, equidistantly be provided with the shrinkage pool that several riveted joint 19 sizes with needle stand 12 head match on transverse slat 21, transverse slat 21 be arranged over by PLC control for before upset against the backup plate of transverse slat 21.Winding the needle tube platform 2 is arranged on and keeps at a certain distance away with transverse slat 21 on transverse slat 21 same level height, described distance is as the criterion with the upset not affecting transverse slat 21, needle tubing 13 in U-shaped or V-arrangement ejector retainner plate once eject two needle tubing 13 to gathering sills 20, drops down onto in the riveted joint 19 of needle stand 12 head along gathering sill 20 after manually neatly sequencing；Described ejector retainner plate is arranged on below winding the needle tube platform 2, PLC control its action having moved to eject needle tubing 13.Needle stand needle tubing sensing press mechanism 3 includes base and the support 22 being fixedly installed on base, support 22 top is fixed with magnetosphere 17, support 22 bottom is fixed with spring retention portion 23, being provided with the spring that can be coated at metallic rod 18 in spring retention portion 23, the top of metallic rod 18 is provided with the projection of top pressure spring.Needle tubing silication mechanism 5 includes that the silicone oil groove 25 being arranged on below frock bar 16 horizontal plane, described silicone oil groove 25 control to move up and down by PLC；Being also arranged above of described silicone oil groove 25 makes needle tubing 13 turn over downward switching mechanism, and described switching mechanism is connected with air pump can be passed through gas.Pressure sheath mechanism 8 is by base, support 22 and the several depression bars that can move up and down along support 22, the size of depression bar is mated with the size of needle tube sheath 15 or needle stand sheath 14, pressing plate 26 it is additionally provided with on support 22, pressing plate 26 two ends are provided with cylinder 27, and cylinder 27 drives pressing plate 26 to move down the compression action driving depression bar to be pressed downward against sheath.Displacement docking mechanism 10 includes the needle stand sheath frid 28 being arranged on below frock bar 16 horizontal plane, several grooves mated with needle stand sheath 14 size equidistantly it are provided with on described needle stand sheath frid 28, the vertically above support 22 that is installed with of needle stand sheath frid 28, support 22 is installed with the clamping plate 29 of clamping tool bar 16.Blanking cant mechanism 11 includes that one carries magnetic inclined ramp, for rewinding box below inclined ramp.
Above content is to combine concrete optimal technical scheme further detailed description of the utility model, it is impossible to assert that of the present utility model being embodied as is confined to these explanations.For this utility model person of an ordinary skill in the technical field, without departing from the concept of the premise utility, it is also possible to make some simple deduction or replace, all should be considered as belonging to protection domain of the present utility model.
Claims (8)
1. the production line of copper seat entry needle, it is characterized in that, including the upper needle stand mechanism being fixed on support being linked in sequence, winding the needle tube platform, needle stand needle tubing sensing press mechanism, Image detection mechanism, needle tubing silication mechanism, defective product rejecting mechanism, winding the needle tube sheath mechanism, pressure sheath mechanism, upper needle stand sheath mechanism, displacement docking mechanism, pressure sheath mechanism and blanking cant mechanism；Aforementioned each mechanism is sequentially arranged on the position that each operation is corresponding according to the technological process of production of product, each raw material of product includes that needle stand, needle tubing, needle stand sheath and needle tube sheath are fallen on frock bar after blanking, and described frock bar is sequentially delivered to each operation and processes accordingly according to the technological process of production；Described frock bar is provided with the projection mated with needle stand inner wall shape of several equidistant placement；The needle stand needle tubing sensing press mechanism being made up of magnetosphere and metallic rod it is provided with by the support of upper needle stand mechanism, metallic rod is arranged in magnetosphere, and after the energising of upper needle stand mechanism, the metallic rod downward actuation in magnetosphere taps the riveted joint being positioned at needle stand head to realize the firm riveting of needle stand needle tubing.
The production line of copper seat entry needle the most according to claim 1, it is characterized in that, described upper needle stand mechanism, winding the needle tube sheath mechanism and upper needle stand sheath mechanism include base and the support being fixedly installed on base, also include the electromagnetic shaker being arranged on support lower side and the gathering sill of inclination being fixedly linked with support, the lower section of gathering sill faces frock bar, and each notch correspond to the projection on frock bar；Also include the switching mechanism being arranged on directly over gathering sill, described switching mechanism includes a transverse slat that can rotate along its axis, transverse slat is rotatably mounted to frame upper, equidistantly be provided with the shrinkage pool that several riveted joint sizes with needle stand head match on transverse slat, transverse slat be arranged over by PLC control for backup plate against transverse slat before upset.
The production line of copper seat entry needle the most according to claim 2, it is characterized in that, described winding the needle tube platform is arranged on and keeps at a certain distance away with transverse slat on transverse slat same level height, described distance is as the criterion with the upset not affecting transverse slat, needle tubing once ejects two needle tubings in gathering sill through U-shaped or V-arrangement ejector retainner plate after manually neatly sequencing, and drops down onto in the riveted joint of needle stand head along gathering sill；Described ejector retainner plate is arranged on below winding the needle tube platform, PLC control its action having moved to eject needle tubing.
The production line of copper seat entry needle the most according to claim 3, it is characterized in that, described needle stand needle tubing sensing press mechanism includes base and the support being fixedly installed on base, frame upper is fixed with magnetosphere, support bottom is fixed with spring retention portion, being provided with the spring that can be coated at metallic rod in spring retention portion, the top of metallic rod is provided with the projection of top pressure spring.
The production line of copper seat entry needle the most according to claim 4, it is characterised in that described needle tubing silication mechanism includes the silicone oil groove being arranged on below frock bar horizontal plane, and described silicone oil groove controls to move up and down by PLC；Being also arranged above of described silicone oil groove makes needle tubing turn over downward switching mechanism, and described switching mechanism is connected with air pump can be passed through gas.
The production line of copper seat entry needle the most according to claim 5, it is characterized in that, described pressure sheath mechanism is by base, support and the several depression bars that can move up and down along support, the size of depression bar is mated with the size of needle tube sheath or needle stand sheath, pressing plate it is additionally provided with on support, pressing plate two ends are provided with cylinder, and air cylinder driven pressing plate moves down the compression action driving depression bar to be pressed downward against sheath.
The production line of copper seat entry needle the most according to claim 6, it is characterized in that, described displacement docking mechanism includes the needle stand sheath frid being arranged on below frock bar horizontal plane, several grooves mated with needle stand sheath sizes equidistantly it are provided with on described needle stand sheath frid, the vertically above support that is installed with of needle stand sheath frid, support is installed with the clamping plate of clamping tool bar.
The production line of copper seat entry needle the most according to claim 7, it is characterised in that described blanking cant mechanism includes that one carries magnetic inclined ramp, for rewinding box below inclined ramp.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620037606.7U CN205459198U (en) | 2016-01-15 | 2016-01-15 | Production line of copper seat syringe needle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620037606.7U CN205459198U (en) | 2016-01-15 | 2016-01-15 | Production line of copper seat syringe needle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205459198U true CN205459198U (en) | 2016-08-17 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620037606.7U Active CN205459198U (en) | 2016-01-15 | 2016-01-15 | Production line of copper seat syringe needle |
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| Country | Link |
|---|---|
| CN (1) | CN205459198U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107363531A (en) * | 2016-11-28 | 2017-11-21 | 张伟 | A kind of full-automatic assembling line of injection needles |
| CN113182803A (en) * | 2021-05-24 | 2021-07-30 | 瑞安市耀云机械有限公司 | Full-automatic assembling machine for veterinary syringe needles |
-
2016
- 2016-01-15 CN CN201620037606.7U patent/CN205459198U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107363531A (en) * | 2016-11-28 | 2017-11-21 | 张伟 | A kind of full-automatic assembling line of injection needles |
| CN113182803A (en) * | 2021-05-24 | 2021-07-30 | 瑞安市耀云机械有限公司 | Full-automatic assembling machine for veterinary syringe needles |
| CN113182803B (en) * | 2021-05-24 | 2023-12-26 | 瑞安市耀云机械有限公司 | Full-automatic assembly machine for veterinary needle heads |
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| GR01 | Patent grant | ||
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Address after: 214400 Jiangsu city of Wuxi province Jiangyin City Hua Zhenlong sand Industrial Park (Shu Village) Patentee after: Adoption of Polytron Technologies Inc Address before: 214400 Jiangsu city of Wuxi province Jiangyin City Hua Zhenlong sand Industrial Park (Shu Village) Patentee before: JIANGYIN CAINA TECHNOLOGY CO., LTD. |