CN209427124U - A kind of tubing quantifies conduit mechanism - Google Patents
A kind of tubing quantifies conduit mechanism Download PDFInfo
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- CN209427124U CN209427124U CN201821996428.6U CN201821996428U CN209427124U CN 209427124 U CN209427124 U CN 209427124U CN 201821996428 U CN201821996428 U CN 201821996428U CN 209427124 U CN209427124 U CN 209427124U
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- tubing
- rack
- plate
- guide
- ejector sleeve
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Abstract
The utility model provides a kind of tubing and quantifies conduit mechanism, including rack, tubing guiding mechanism and ejector sleeve aligning gear；The tubing guiding mechanism includes the feeding rack for being used to feed tubing that the frame upper end is arranged in, and the guide part for water conservancy diversion tubing being set in the rack below the feeding rack；The clamping mechanism for detent tubing is provided in the middle part of the guide part in the rack of side, it is provided with the stock stop for blocking tubing in the rack of guide part end side, the ejector sleeve aligning gear for pushing tubing to enter tubing film process is provided in the rack below the guide part end；Tubing passes through the clamping mechanism, the stock stop and guide part quantitative feeding, the ejector sleeve aligning gear corrects neat conveying to tubing, realization automatically quantitatively neatly conveys tubing, saves using labor intensive when manual sorting tubing and time, improves production efficiency.
Description
Technical field
The utility model relates to tubing packing technique fields, and in particular, to a kind of tubing quantifies conduit mechanism.
Background technique
Tubing is material necessary to architectural engineering, and there are commonly feed pipe, drainpipe, gas pipe, steam heating pipe, electric wires to lead
Pipe, rain pipe etc..With the rapid development of economy, especially building aspect, the demand to tubing rapidly increase.
In current metal pipe material manufacturing enterprise, after metal pipe material production, producers need metal pipe material
After being put in order one by one according to quantitative arrangement, then passes through manually to be moved on tubing coating machine and allow tubing coating machine outside metal pipe material
Wrap up plastic foil in side.Currently, tubing quantifies the process of proper alignment substantially generally using manual type, mode, which compares, expends people
Power and time, and manually move quantitative proper alignment good metal pipe material is gone during the package plastic foil on tubing coating machine
Also it is be easy to cause tubing malalignment, influences the coating of tubing.
Therefore, it is really necessary to propose that a kind of tubing for cooperating tubing coating machine to use quantifies conduit mechanism, to realize
The shaping of tubing automatic ration and coating function.
Utility model content
In order to overcome the deficiencies of the prior art, the utility model provides, and a kind of tubing quantifies conduit mechanism, on the rack
It is provided with tubing guiding mechanism and ejector sleeve aligning gear, is realized certainly by the tubing guiding mechanism and the ejector sleeve aligning gear
It is dynamic that tubing is quantitatively neatly conveyed, it saves using labor intensive when manual sorting tubing and time, improves production efficiency.
The technical solution of the utility model is as follows: a kind of tubing quantifies conduit mechanism, including rack, tubing guiding mechanism and
Ejector sleeve aligning gear；The tubing guiding mechanism includes the feeding rack for being used to feed tubing that the frame upper end is arranged in, with
And it is set to the guide part for water conservancy diversion tubing in the rack below the feeding rack；Side in the middle part of the guide part
It is provided with the clamping mechanism for detent tubing in the rack, is arranged in the rack of guide part end side useful
It is provided in the rack below the stock stop for blocking tubing, the guide part end for pushing tubing to enter tubing
The ejector sleeve aligning gear of film process.
Preferably, the feeding rack includes a plurality of " V " shape guide item, and multiple tubing of the corresponding " V " shape guide item
Guide pin；Multiple " V " shape guide item arrangements are mounted on the rack end, the machine of the " V " shape guide end
The tubing guide pin cut and be tiltedly arranged is fixedly installed on frame；Tubing is pushed into mechanism urges along " V " shape guide described in this
Guiding movement, tubing, which can be moved to, to be in contact with the tubing guide pin and is oriented to by the tubing guide pin, and tubing can be slowly
Deviate the " V " shape guide item and from being fallen on the guide part thereon.
Preferably, the guide part is connected by the first guide plate and the second guide plate forms " > " shape pilot flow, it is used for
Tubing guiding flowing.Detent machine is installed in the rack of first guide plate Yu the junction of second guide plate
Structure.
Preferably, the clamping mechanism includes the first cylinder and multiple " 7 " shape card adapter plates；" 7 " shape card adapter plate described in every two
One end between be sequentially connected by connecting rod, the other end of " 7 " the shape card adapter plate is for the first guide plate described in detent
Tubing；The corner of " 7 " the shape card adapter plate is connect by a card adapter plate shaft with the gantry rotation；" 7 " described in one
One end of shape card adapter plate is fixedly connected with the piston rod of first cylinder, and first cylinder is fixedly mounted on the rack
On；" 7 " shape card adapter plate described in the first cylinder drive one is swung, and multiple " 7 " are realized under connecting rod effect
Shape card adapter plate, which is rocked on first guide plate, carries out detent to tubing.
Preferably, the stock stop includes the rotary cylinder being fixedly mounted in the rack, and with the rotary pneumatic
The baffle that the rotary shaft of cylinder is fixedly connected；It is rotated by the rotary cylinder rotary shaft, drives the swung to along described
The tubing that second guide plate rolls realizes opening and closing.
Preferably, the ejector sleeve aligning gear includes ejector sleeve aligning gear bracket, it is fixed on the ejector sleeve aligning gear bracket
For accommodating the accommodation groove of the tubing tumbled from second guide plate, arranged through the accommodation groove bottom end and along the accommodation groove
Multiple Dou Guan mechanisms of column setting, the transfer mechanism being set on the ejector sleeve aligning gear bracket of described accommodation groove one end,
And it is set to the Dang Guan mechanism on the ejector sleeve aligning gear bracket of the accommodation groove other end.
Preferably, the accommodation groove inner wall is formed by bending limit accommodating cavity, and the accommodating trench bottom arrangement offers correspondence
The opening of the Dou Guan mechanism；The Dou Guan mechanism includes the second cylinder, and affixed with the piston rod of second cylinder
Push plate；The piston rod of second cylinder drives the push plate to put in the accommodation groove, and passes through the work of second cylinder
Stopper rod stretching motion, to push multiple tubing liftings and vibration correction in the accommodation groove.
Preferably, the Dang Guan mechanism includes the leading truck being installed on ejector sleeve aligning gear bracket, with the leading truck
The barrier plate and third cylinder being slidably connected；The third cylinder is fixedly mounted in the rack, the third cylinder
Piston rod is fixedly connected with the barrier plate；The barrier plate is with the piston rod stretching motion of the third cylinder in the guiding
On frame slide lifting, come control the accommodation groove side opening opening and closing, to control the opening and closing of tubing in the accommodation groove.
Preferably, the transfer mechanism includes transfer mechanism connecting plate, driving motor, gear, rack gear, guide rail bar, idler wheel
With ejector sleeve material plate；It is symmetrically installed with the guide rail bar on the ejector sleeve aligning gear bracket, is fixed on the sliding block of the guide rail bar
The transfer mechanism connecting plate is installed, the driving motor, the driving are fixedly installed on the transfer mechanism connecting plate
The shaft activity of motor passes through the transfer mechanism connecting plate and is fixedly connected with the gear, and engagement connects on the gear
Rack gear is stated, the rack gear is fixedly mounted on the ejector sleeve aligning gear bracket；It is rotatablely connected on the transfer mechanism connecting plate
There are multiple idler wheels, the idler wheel and the guide rail bar, which roll, to be connected；The lower end of the transfer mechanism connecting plate is installed with one
Connecting plate, the connecting plate are fixedly connected by multiple guide posts with the ejector sleeve material plate；The ejector sleeve material plate is located at the accommodating
The side opening of slot, and the outer profile of the ejector sleeve material plate is consistent with the accommodation groove inner surface contour shape；Pass through the drive
Dynamic motor drives the ejector sleeve material plate to push the tubing in the accommodation groove.
The utility model has the following beneficial effects: the utility model is provided with the tubing guiding mechanism, institute in the rack
Clamping mechanism, the stock stop and the ejector sleeve aligning gear are stated, the clamping mechanism and the stock stop are in conjunction with described
" > " shape pilot flow on tubing guiding mechanism forms two tubing and quantifies accommodating cavity, for storing quantitative tubing；It is described to tremble
Pipe mechanism makes tubing proper alignment to the carry out preliminary corrections of a tubing, and realization automatically quantitatively neatly conveys tubing, saves
It saves using labor intensive when manual sorting tubing and time, improves production efficiency.
Detailed description of the invention:
Fig. 1 is the structural schematic diagram that tubing described in the utility model quantifies conduit mechanism；
Fig. 2 is the right view that tubing described in the utility model quantifies conduit mechanism；
Fig. 3 is the clamping mechanism structural schematic diagram that tubing described in the utility model quantifies conduit mechanism；
Fig. 4 is the ejector sleeve aligning gear structural schematic diagram that tubing described in the utility model quantifies conduit mechanism；
Fig. 5 is that tubing described in the utility model quantifies in conduit mechanism Fig. 4 enlarged drawing at A；
Fig. 6 is another visual angle figure of ejector sleeve aligning gear that tubing described in the utility model quantifies conduit mechanism；
Fig. 7 is that tubing described in the utility model quantifies in conduit mechanism Fig. 6 enlarged drawing at B；
Fig. 8 is that tubing described in the utility model quantifies in conduit mechanism Fig. 6 enlarged drawing at C；
Fig. 9 is that tubing described in the utility model quantifies in conduit mechanism Fig. 4 enlarged drawing at D.
Description of symbols:
Rack 10, tubing guiding mechanism 20, feeding rack 21, " V " shape guide item 211, tubing guide pin 212, guide part 22,
First guide plate 221, the second guide plate 222, clamping mechanism 30, the first cylinder 301, " 7 " shape card adapter plate 302, connecting rod 303,
Stock stop 40, rotary cylinder 401, baffle 402, bearing 403, ejector sleeve aligning gear 50, ejector sleeve aligning gear bracket 51, accommodating
Slot 52, opening 521, Dou Guan mechanism 53, the second cylinder 531, push plate 532, transfer mechanism 54, transfer mechanism connecting plate 541, driving
Motor 542, rack gear 544, guide rail bar 545, idler wheel 546, ejector sleeve material plate 547, connecting plate 548, Dang Guan mechanism 55, is led at gear 543
To frame 551, barrier plate 552, third cylinder 553.
Specific embodiment
In order to make the purpose of utility model of the utility model, technical solution and technical effect are more clearly understood, tie below
Specific embodiment is closed to be described further the utility model.It should be understood that specific embodiment described herein, be only used for
It explains the utility model, is not used to limit the utility model.
- Fig. 2 referring to Fig.1, a kind of tubing quantify conduit mechanism, including rack 10, tubing guiding mechanism 20 and ejector sleeve correction
Mechanism 50.The tubing guiding mechanism 20 includes the feeding rack 21 for being used to feed tubing that 10 upper end of rack is arranged in, with
And it is set to the guide part 22 for water conservancy diversion tubing in the rack 10 of 21 lower section of feeding rack.In the guide part 22
Be provided with the clamping mechanism 30 for detent tubing in the rack 10 of portion side, the 22 end side of guide part it is described
It is provided with the stock stop 40 for blocking tubing in rack 10, is arranged in the rack 10 below 22 end of guide part
There is the ejector sleeve aligning gear 50 for pushing tubing to enter tubing film process.
- Fig. 2 referring to Fig.1, the feeding rack 21 include a plurality of " V " shape guide item 211, and the corresponding " V " shape guide item
211 multiple tubing guide pins 212.Multiple arrangements of " V " shape guide item 211 are mounted on 10 upper end of rack, and described
The " V " shape of " V " shape guide item 211 is inclined in the rack 10.The rack of 211 end of " V " shape guide item
The tubing guide pin 212 cut and be tiltedly arranged is fixedly installed on 10.One end of tubing, which is pushed into mechanism urges, makes it from described
It is led when the other end of tubing is moved to the tubing along 211 guiding movement of " V " shape guide item 211 front end of " V " shape guide item
When being in contact to piece 212 and being oriented to by the tubing guide pin 212, tubing can slowly deviate the " V " shape guide item 211, from
And fall to tubing from the " V " shape guide item 211 on the guide part 22 of lower section.The guide part 22 is led by first
" > " shape pilot flow is formed to plate 221 and the connection of the second guide plate 222, for tubing guiding flowing.In first guiding
Clamping mechanism 30 is installed in the rack 10 of the junction of plate 221 and second guide plate 222.
Referring to Fig. 2-Fig. 3, the clamping mechanism 30 includes the first cylinder 301 and multiple " 7 " shape card adapter plates 302.Every two institute
It states and is sequentially connected between one end of " 7 " shape card adapter plate 302 by connecting rod 303, the other end of " 7 " the shape card adapter plate 302 is used
Tubing on first guide plate 221 of " > " shape pilot flow described in detent.The corner of " 7 " the shape card adapter plate 302 is logical
It crosses a card adapter plate shaft and the rack 10 is rotatablely connected.One end of " 7 " shape card adapter plate 302 described in one and first gas
The piston rod of cylinder 301 is fixedly connected, and first cylinder 301 is fixedly mounted in the rack 10.First cylinder, 301 band
" 7 " shape card adapter plate 302 described in dynamic one is swung, and multiple described " 7 " shape card adapter plates 302 are realized under the connecting rod 303 effect
It is rocked on described " > " shape pilot flow, realizes to the pipe on the first guide plate 221 for being located at described " > " shape pilot flow
The detent of material.The stock stop 40 is mounted in the rack 10 of 222 end of the second guide plate.
Referring to Fig. 2, the stock stop 40 includes the rotary cylinder 401, Yi Jiyu being fixedly mounted in the rack 10
The baffle 402 that the rotary shaft of the rotary cylinder 401 is fixedly connected.The shaft of the rotary cylinder 401 passes through a bearing 403 and institute
It states and is rotatablely connected in rack 10.It is rotated by the rotary shaft of the rotary cylinder 401, the baffle 402 is driven to swing to along institute
The tubing for stating the rolling of the second guide plate 222 realizes opening and closing.By the clamping mechanism 30 and the stock stop 40 in conjunction with described
" > " shape pilot flow forms two tubing and quantifies accommodating cavity；The tubing fallen from the feeding rack 21, is sequentially arranged in institute
It states on the first guide plate 221 and second guide plate 222, forms tubing and quantitatively store.Second guide plate, 222 end
The ejector sleeve aligning gear 50 is installed in the rack 10 of lower section.
Referring to Fig. 4-Fig. 9, the ejector sleeve aligning gear 50 includes ejector sleeve aligning gear bracket 51, is fixed on ejector sleeve correction
Mechanism rack 51 is used to accommodate the accommodation groove 52 of the tubing tumbled from second guide plate 222, runs through the accommodation groove 52
Bottom end and along multiple Dou Guan mechanisms 53 that the accommodation groove 52 is arranged, is set to the ejector sleeve of described 52 one end of accommodation groove
Transfer mechanism 54 on aligning gear bracket 51, and it is set to the ejector sleeve aligning gear branch of 52 other end of accommodation groove
Dang Guan mechanism 55 on frame 51.The Dou Guan mechanism 53 carries out preliminary corrections to multiple tubing in the accommodation groove 502, described
Dang Guan mechanism 55 realizes opening and closing to the multiple tubing moved in the accommodation groove 52 under the transfer mechanism 54 promotion.
Referring to Fig. 6-Fig. 7,52 inner wall of accommodation groove is formed by bending limit accommodating cavity, 52 bottom of the accommodation groove arrangement
Offer the opening 521 of the corresponding Dou Guan mechanism 53.The Dou Guan mechanism 53 includes the second cylinder 531, and with described the
The affixed push plate 532 of the piston rod of two cylinders 531.The piston rod of second cylinder 531 drives the push plate 532 to put in institute
It states in accommodation groove 52.The i.e. described push plate 532 is gone up and down with the piston rod stretching motion of second cylinder 531, to push institute
Multiple tubing liftings and vibration correction in accommodation groove 52 are stated, realizes the preliminary corrections to a tubing, proper alignment.
Referring to Fig. 4-Fig. 5, the Dang Guan mechanism 55 includes the leading truck 551 being installed on ejector sleeve aligning gear bracket 51,
The barrier plate 552 and third cylinder 553 being slidably connected with the leading truck 551.The third cylinder 553 is fixedly mounted on
In the rack 10, the piston rod of the third cylinder 553 is fixedly connected with the barrier plate 552.552 section of barrier plate
Product is greater than 52 sectional area of accommodation groove.The barrier plate 552 is with the piston rod stretching motion of the third cylinder 553 and in institute
It states and slides lifting on leading truck 551, opening and closing is realized to the opening of 52 side of accommodation groove, to realize to the accommodation groove 52
The opening and closing of interior tubing.I.e. when the piston rod of the third cylinder 553 stretches out, the barrier plate 552 is along the third cylinder 553
Piston rod stretches out and slides and stretch out on the leading truck 551, to realize the closing to multiple tubing.When the third cylinder
553 piston rod is shunk, the barrier plate 552 along the third cylinder 553 piston rod retraction and in the leading truck 551
Upper sliding retraction, to realize the unlatching to multiple tubing and multiple tubing is allowed to pass through.
Referring to Fig. 6-Fig. 9, the transfer mechanism 54 include transfer mechanism connecting plate 541, driving motor 542, gear 543,
Rack gear 544, guide rail bar 545, idler wheel 546 and ejector sleeve material plate 547.It is symmetrically installed on the ejector sleeve aligning gear bracket 51 described
Guide rail bar 545, the transfer mechanism connecting plate 541 is fixedly installed on the sliding block of the guide rail bar 545, and the transfer mechanism connects
The driving motor 542 is fixedly installed on fishplate bar 541, the shaft activity of the driving motor 542 passes through the transfer mechanism
Connecting plate 541 is fixedly connected with the gear 543, and engagement is connected with the rack gear 544, the rack gear on the gear 543
544 are fixedly mounted on the ejector sleeve aligning gear bracket 51.Multiple institutes are rotatably connected on the transfer mechanism connecting plate 541
Idler wheel 546 is stated, the idler wheel 546 is rolled with the guide rail bar 545 to be connected.The lower end of the transfer mechanism connecting plate 541 is fixed
There is a connecting plate 548, the connecting plate 548 is fixedly connected by multiple guide posts with the ejector sleeve material plate 547.The ejector sleeve material
Plate 547 is located at the side opening of the accommodation groove 52, and the outer profile of the ejector sleeve material plate 547 and 52 inner wall of accommodation groove
Chamfered shape is consistent, makes the ejector sleeve material plate 547 can be in the accommodation groove 52 under the drive of first transfer mechanism 25
It is mobile.The driving motor 542 drives the ejector sleeve material plate 547 to move by the gear 543 and 544 engaged transmission of rack gear
Dynamic, the ejector sleeve material plate 547 abuts and pushes tubing with multiple tubing in the accommodation groove 52, to realize to multiple tubing
Transfer.
Tubing described in the utility model quantifies conduit mechanism cooperation tubing film coating mechanism and is used together, by described
Transfer mechanism 54 will carry out coating process in the tubing transfer to tubing coating machine put in order, to realize the automatic packet to tubing
Dress.
Working principle of the utility model is: the mechanism urges that are pushed into of tubing are oriented to along " V " shape guide item 211 described in this
Mobile, tubing, which can be moved to, to be in contact with the tubing guide pin 212 and is oriented to by the tubing guide pin 212, and tubing can be slowly
Deviate the " V " shape guide item 211 and from being fallen on the guide part 22 thereon.First cylinder of the clamping mechanism 30
" 7 " shape card adapter plate 302 described in 301 drives is rocked on described " > " shape pilot flow on first guide plate 221
Tubing detent, the rotary cylinder 401 drives the baffle 402 to swing to the pipe rolled along second guide plate 222
Material realizes opening and closing, so that the clamping mechanism 30 and the stock stop 40 form two pipes in conjunction with " > " the shape pilot flow
Material quantifies accommodating cavity, for storing to tubing into quantitative row.Second cylinder 531 of the Dou Guan mechanism 53 pushes the push plate
532 stretching motions push multiple tubing liftings and vibration correction in the accommodation groove 52.The third cylinder of the Dang Guan mechanism 55
553 drive barrier plate 552 to open, and the driving motor 542 of the transfer mechanism 54 drives the ejector sleeve material plate 547 and the accommodating
Multiple tubing abut and push tubing in slot 52, to realize the transfer to multiple tubing.
It, cannot the above content is specific preferred embodiment further detailed description of the utility model is combined
Assert that the specific implementation of the utility model is only limited to these instructions.For the ordinary skill of the utility model technical field
For personnel, without departing from the concept of the premise utility, architectural form cans be flexible and changeable, and can be produced with subseries
Product.Several simple deduction or replace are only made, it is true by the claims submitted all to shall be regarded as belonging to the utility model
Fixed scope of patent protection.
Claims (9)
1. a kind of tubing quantifies conduit mechanism, which is characterized in that corrected including rack (10), tubing guiding mechanism (20) and ejector sleeve
Mechanism (50)；The tubing guiding mechanism (20) includes the feeding rack that is used to feed tubing of the setting in the rack (10) upper end
And the guide part (22) for water conservancy diversion tubing in the rack (10) that is set to below the feeding rack (21) (21),；
The clamping mechanism (30) for detent tubing is provided in the middle part of the guide part (22) in the rack (10) of side, it is described to lead
The stock stop (40) for blocking tubing, the guide part are provided in the rack (10) of part (22) end side
(22) ejector sleeve correction for pushing tubing to enter tubing film process is provided in the rack (10) below end
Mechanism (50).
2. tubing as described in claim 1 quantifies conduit mechanism, which is characterized in that the feeding rack (21) includes a plurality of " V "
Shape guide item (211), and multiple tubing guide pins (212) of the corresponding " V " shape guide item (211)；Multiple " V " shapes are led
Material strip (211), which arranges, is mounted on the rack (10) upper end, in the rack (10) of " V " shape guide item (211) end
It is fixedly installed with the tubing guide pin (212) cut and be tiltedly arranged；Tubing is pushed into mechanism urges along " V " shape guide item described in this
(211) guiding movement, tubing, which can be moved to, to be in contact with the tubing guide pin (212) and is led by the tubing guide pin (212)
The " V " shape guide item (211) can slowly be deviateed to, tubing and from being fallen on the guide part (22) thereon.
3. tubing as described in claim 1 quantifies conduit mechanism, which is characterized in that the guide part (22) is by the first guide plate
(221) and the second guide plate (222) connection forms " > " shape pilot flow, for tubing guiding flowing；In first guiding
Clamping mechanism (30) are installed in the rack (10) of the junction of plate (221) and second guide plate (222).
4. tubing as claimed in claim 3 quantifies conduit mechanism, which is characterized in that the clamping mechanism (30) includes the first gas
Cylinder (301) and multiple " 7 " shape card adapter plates (302)；Pass through connecting rod between one end of " 7 " shape card adapter plate (302) described in every two
(303) it is sequentially connected, pipe of the other end of " 7 " the shape card adapter plate (302) on the first guide plate (221) described in detent
Material；The corner of " 7 " the shape card adapter plate (302) is rotatablely connected by a card adapter plate shaft and the rack (10)；One institute
The one end for stating " 7 " shape card adapter plate (302) is fixedly connected with the piston rod of first cylinder (301), first cylinder (301)
It is fixedly mounted on the rack (10)；" 7 " shape card adapter plate (302) described in first cylinder (301) drive one is swung, and
Connecting rod (303) effect is lower to realize that multiple described " 7 " shape card adapter plates (302) are rocked on first guide plate (221)
Detent is carried out to tubing.
5. tubing as claimed in claim 3 quantifies conduit mechanism, which is characterized in that the stock stop (40) includes fixed peace
Rotary cylinder (401) on the rack (10), and the baffle being fixedly connected with the rotary shaft of the rotary cylinder (401)
(402)；It is rotated by the rotary cylinder (401) rotary shaft, the baffle (402) is driven to swing to along second guide plate
(222) tubing rolled realizes opening and closing.
6. tubing as claimed in claim 3 quantifies conduit mechanism, which is characterized in that the ejector sleeve aligning gear (50) includes pushing away
Pipe aligning gear bracket (51), be fixed on the ejector sleeve aligning gear bracket (51) for accommodate from second guide plate (222)
On the accommodation groove (52) of tubing that tumbles, be arranged through the accommodation groove (52) bottom end and along the accommodation groove (52) multiple
Dou Guan mechanism (53), the transfer mechanism being set on the ejector sleeve aligning gear bracket (51) of the accommodation groove (52) one end
And the Dang Guan mechanism that is set on the ejector sleeve aligning gear bracket (51) of the accommodation groove (52) other end (54),
(55)。
7. tubing as claimed in claim 6 quantifies conduit mechanism, which is characterized in that accommodation groove (52) inner wall is formed by bending
Accommodating cavity is limited, accommodation groove (52) the bottom arrangement offers the opening (521) of the corresponding Dou Guan mechanism (53)；It is described to tremble
Pipe mechanism (53) includes the second cylinder (531), and the push plate (532) affixed with the piston rod of second cylinder (531)；Institute
The piston rod for stating the second cylinder (531) drives the push plate (532) to put in the accommodation groove (52), and passes through second gas
The piston rod stretching motion of cylinder (531), to push multiple tubing liftings and vibration correction in the accommodation groove (52).
8. tubing as claimed in claim 6 quantifies conduit mechanism, which is characterized in that the Dang Guan mechanism (55) includes being installed in
Leading truck (551) on ejector sleeve aligning gear bracket (51), the barrier plate (552) being slidably connected with the leading truck (551), with
And third cylinder (553)；The third cylinder (553) is fixedly mounted on the rack (10), the third cylinder (553)
Piston rod is fixedly connected with the barrier plate (552)；The barrier plate (552) is stretched with the piston rod of the third cylinder (553)
Contracting movement on the leading truck (551) slide lifting, come control the accommodation groove (52) side opening opening and closing, to control
Make the opening and closing of the accommodation groove (52) interior tubing.
9. tubing as claimed in claim 6 quantifies conduit mechanism, which is characterized in that the transfer mechanism (54) includes transfer machine
Structure connecting plate (541), driving motor (542), gear (543), rack gear (544), guide rail bar (545), idler wheel (546) and ejector sleeve material
Plate (547)；It is symmetrically installed with the guide rail bar (545) on the ejector sleeve aligning gear bracket (51), the guide rail bar (545)
It is fixedly installed with the transfer mechanism connecting plate (541) on sliding block, is fixedly mounted on the transfer mechanism connecting plate (541)
State driving motor (542), the shaft activity of the driving motor (542) pass through the transfer mechanism connecting plate (541) with it is described
Gear (543) is fixedly connected, and engagement is connected with the rack gear (544) on the gear (543), the fixed peace of the rack gear (544)
On the ejector sleeve aligning gear bracket (51)；Multiple rollings are rotatably connected on the transfer mechanism connecting plate (541)
It takes turns (546), the idler wheel (546) and the guide rail bar (545) roll and connect；The lower end of the transfer mechanism connecting plate (541)
It is installed with a connecting plate (548), the connecting plate (548) is fixedly connected by multiple guide posts with the ejector sleeve material plate (547)；Institute
State the side opening that ejector sleeve material plate (547) is located at the accommodation groove (52), and the outer profile of the ejector sleeve material plate (547) and institute
It is consistent to state accommodation groove (52) inner surface contour shape；The ejector sleeve material plate (547) is driven to push by the driving motor (542)
Tubing in the accommodation groove (52).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821996428.6U CN209427124U (en) | 2018-11-29 | 2018-11-29 | A kind of tubing quantifies conduit mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821996428.6U CN209427124U (en) | 2018-11-29 | 2018-11-29 | A kind of tubing quantifies conduit mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209427124U true CN209427124U (en) | 2019-09-24 |
Family
ID=67970249
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821996428.6U Active CN209427124U (en) | 2018-11-29 | 2018-11-29 | A kind of tubing quantifies conduit mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209427124U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114104429A (en) * | 2021-12-15 | 2022-03-01 | 重庆永高塑业发展有限公司 | Automatic sampling structure for pipe production |
| CN115339690A (en) * | 2022-10-19 | 2022-11-15 | 常州市双马医疗器材有限公司 | Conveying mechanism for injector boxing production line |
-
2018
- 2018-11-29 CN CN201821996428.6U patent/CN209427124U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114104429A (en) * | 2021-12-15 | 2022-03-01 | 重庆永高塑业发展有限公司 | Automatic sampling structure for pipe production |
| CN115339690A (en) * | 2022-10-19 | 2022-11-15 | 常州市双马医疗器材有限公司 | Conveying mechanism for injector boxing production line |
| CN115339690B (en) * | 2022-10-19 | 2023-01-03 | 常州市双马医疗器材有限公司 | Conveying mechanism for injector boxing production line |
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