CN209337600U - A kind of tube body feed mechanism - Google Patents
A kind of tube body feed mechanism Download PDFInfo
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- CN209337600U CN209337600U CN201822233191.2U CN201822233191U CN209337600U CN 209337600 U CN209337600 U CN 209337600U CN 201822233191 U CN201822233191 U CN 201822233191U CN 209337600 U CN209337600 U CN 209337600U
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- tube body
- feeding guide
- conveying mechanism
- thrust member
- light beam
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Abstract
This application discloses a kind of tube body feed mechanisms, including pusher, and the conveying mechanism for tube body to be delivered to the pusher, wherein, the pusher includes feeding guide, tube body supporting and thrust member, the feeding guide is equipped with tube body and pushes position, the telescopic end of the thrust member is arranged in the tube body supporting, promotion of the tube body supporting by the thrust member, the orbital plane that the tube body in tube body push position is pushed away to the feeding guide, shifts to clamping device.The tube body feed mechanism of the application can be realized the automation of tube body feeding, to reduce the labor intensity of producers, improve production efficiency.
Description
Technical field
This application involves tube body technical field of processing equipment, in particular to a kind of tube body feed mechanism.
Background technique
Tubing is material necessary to architectural engineering, during the real work of enterprise or millwork are processed, pipe
The end of material needs will do it undergauge, swollen diameter or pulls side according to actual use.Tube process at this stage mostly uses a step
Operating method in place can be good at completing when the size range that tube body end dilates is smaller by existing equipment, but
When being that the size range that dilates when tube body end is larger, simultaneously because tube process is excessively rapid, pipe fitting single process deformation quantity
Greatly, it is easy to cause pipe fitting metal extensional uneven, causes tube surface fold occur and even crack, and then influence processing essence
Degree and processing quality.
In order to solve this problem, it can be equipped with the swollen diameter mold of different size on one device, pass through clamping delivery mechanism
Pipe fitting to be processed is clamped and is transmitted between the swollen diameter mold of different size, makes tube body end by the deformation of multiple small size,
Progressively reach requirement.
In actual production process, in order to reduce the scale of process equipment, clamping delivery mechanism is generally designed as carousel-type,
And the clamping device of carousel-type is set to the top of tube body conveying mechanism, in this case, generally require manual operation by
Tube body is transferred in clamping delivery mechanism from conveying mechanism aly, then carries out subsequent working process, for large batch of life
It produces, is transferred to tube body in clamping delivery mechanism from conveying mechanism one by one according to artificial mode, then give and process, not only
Production efficiency can be severely impacted, and the labor intensity of producers is larger.
Utility model content
The purpose of the utility model is to provide a kind of tube body feed mechanisms to realize the automation of tube body feeding, to reduce
The labor intensity of producers improves production efficiency.
A kind of tube body feed mechanism provided by the utility model, including pusher, and for tube body to be delivered to
The conveying mechanism of the pusher, wherein the pusher includes feeding guide, tube body supporting and thrust member, institute
It states feeding guide and pushes position equipped with tube body, the telescopic end of the thrust member, the tube body is arranged in the tube body supporting
The tube body in tube body push position is pushed away the rail of the feeding guide by the promotion of the thrust member by supporting
Road face.
As the improvement of the utility model, the conveying mechanism includes conveyer belt and is used to that the conveyer belt to be driven to operate
Driving mechanism, and be arranged on the conveyer belt for pushing the limiting section that the tube body is moved along conveying direction.
Preferably, the limiting section is card slot.
Further, tube body feed mechanism described in the utility model further includes pushing position in the tube body for detecting
On the tube body You Liao testing agency；When having the tube body on tube body push position, the You Liao testing agency control
It makes the thrust member and carries out push campaign, when no tube body on tube body push position, the You Liao testing agency
It controls the thrust member and stops push movement.
Preferably, the You Liao testing agency includes for emitting the first signal projector for having material detection light beam, being used for
There are the first signal receiver and the first detection circuit of material detection light beam described in reception, it is described to have material detection light beam across described
Tube body pushes position, and first signal projector, first signal receiver and the thrust member are with described first
Detection circuit connection.
Preferably, the You Liao testing agency is gravity sensor, and the gravity sensor is arranged in the feeding guide
On, and at tube body push position, the gravity sensor and the thrust member pass through circuit connection.
Preferably, the push position is provided with described for the tube body to be limited to far from the side of the conveying mechanism
The stop configurations of tube body push position.
Preferably, the feeding guide is lower shelving guide rail, and the feeding guide is high close to one end of the conveying mechanism
In one end far from the conveying mechanism.
Preferably, the feeding guide is provided with Man Liao testing agency close to one end of the conveying mechanism；The full material
Testing agency includes for emitting the second signal transmitter of full material detection light beam, for receiving the full material detection light beam
Binary signal receiver and the second detection circuit, the full material detection light beam pass through the feeding guide close to the conveying mechanism
One end, the second signal transmitter, the second signal receiver and the conveying mechanism with it is described second detection
Circuit connection；Second detection circuit, for continuing not receive in a preset time when the second signal receiver
When the full material detection light beam, controls the conveying mechanism and stop feed.
Preferably, the tube body supporting is set between two tracks of the feeding guide.
Tube body is delivered to pusher by the transport of conveying mechanism by tube body feed mechanism provided by the utility model,
Due to including tube body supporting and thrust member in pusher, tube body supporting is driven to do by the telescopic end of thrust member
It moving back and forth, the tube body that feeding guide will be delivered to by conveying mechanism, and is located on push position pushes away the orbital plane of feeding guide,
Clamping device is shifted to, mechanism clamping is then clamped.The push frequency phase of the speed of conveying mechanism delivery pipe body and thrust member
Matching, i.e., for one tube body of the every conveying of conveying mechanism to pusher, tube body can be pushed to clamping device in time by pusher,
Tube body feed mechanism provided by the utility model may not need manual operation, the automation feeding of tube body be realized, to reduce life
The labor intensity of production personnel improves production efficiency.
Detailed description of the invention
In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
The some embodiments recorded in application, for those of ordinary skill in the art, without creative efforts,
It is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structural schematic diagram of feed mechanism described in the utility model,
Fig. 2 is the structural schematic diagram of thrust member described in the utility model.
In figure, 1- pusher, 11- feeding guide, 12- tube body supporting, 13- thrust member, 2- conveying mechanism, 21-
Conveyer belt, 211- card slot, 3- tube body, 4- You Liao testing agency, 5- Man Liao testing agency, 6- clamping device.
Specific embodiment
In order to make those skilled in the art better understand the technical solutions in the application, below in conjunction with the application reality
The attached drawing in example is applied, the technical scheme in the embodiment of the application is clearly and completely described, it is clear that described implementation
Example is merely a part but not all of the embodiments of the present application.Based on the embodiment in the application, this field is common
The application protection all should belong in technical staff's every other embodiment obtained without making creative work
Range.
The utility model embodiment is write in a progressive manner.
As depicted in figs. 1 and 2, the utility model embodiment provides a kind of tube body feed mechanism, including pusher 1, with
And the conveying mechanism 2 for tube body 3 to be delivered to pusher 1, wherein pusher 1 includes feeding guide 11, tube body undertaking
Part 12 and thrust member 13, feeding guide 1 are equipped with tube body and push position, and the flexible of thrust member 13 is arranged in tube body supporting 12
Tube body 3 in tube body push position is pushed away the track of feeding guide 11 by the promotion of thrust member 13 by end, tube body supporting 12
Clamping device 6 is shifted in face, is then clamped mechanism 6 and is clamped.Wherein, orbital plane indicates plane where 11 liang of tracks of feeding guide.
Tube body 3 is delivered to pusher by the transport of conveying mechanism 2 by tube body feed mechanism provided by the utility model
1, due to including tube body supporting 12 and thrust member 13 in pusher 1, pipe is driven by the telescopic end of thrust member 13
Body supporting 12 moves reciprocatingly, and feeding guide 11 will be delivered to by conveying mechanism 2, and the tube body 3 being located on push position pushes away
The orbital plane of feeding guide 11 shifts to clamping device 6, is then clamped mechanism 6 and clamps.The speed of conveying mechanism delivery pipe body with
The push frequency of thrust member matches, i.e. one tube body 3 of every conveying of conveying mechanism 2 to pusher, pusher 1 can and
When tube body 3 pushed into clamping device 6, tube body feed mechanism provided by the utility model may not need manual operation, realize pipe
The automation feeding of body 3 improves production efficiency to reduce the labor intensity of producers.
Thrust member 13 in the utility model embodiment can be push cylinder, wherein the piston head of push cylinder with
Tube body supporting 12 links together, and does reciprocal push movement by the flexible drive tube body supporting 12 of piston head.
Certainly, thrust member 13 preferably uses cylinder, naturally it is also possible to and it is the other structures with Telescopic, it is such as electronic
Push rod.
Tube body supporting 12 in the utility model embodiment may include accepting bracket and setting on accepting bracket
It, in addition to this, can also be directly by tube body supporting 12 about the symmetrical tube body carrier of 11 liang of orbit centres of feeding guide
It is arranged to tray-like structure；Further, in order to play the role of better push to the tube body 3 on tube body push position, make
Tube body 3 is able to maintain balance and stabilization during push, the part that tube body supporting 12 is contacted with tube body 3 can be arranged to
With the globoidal structure for being pushed tube body 3 and matching.
Conveying mechanism 2 in the utility model embodiment may include conveyer belt 21 and be used to that the conveyer belt 21 to be driven to transport
The driving mechanism turned.Wherein, the limiting section advanced for pushing tube body 3 along conveying direction is set on conveyer belt 21.
Since conveying mechanism 2 is tube body 3 for the object of conveying, the section of tube body 3 is generally justified, and in the present embodiment
The tube body 3 of conveying is mainly round tube, therefore, when being conveyed using conveyer belt 21 to round tube, due between conveyer belt 21 and round tube
For line contact, friction is small for generation, so that round tube is during transportation since the effect of inertia can be beaten on conveyer belt 21
Sliding or rolling.
In order to solve this problem, in the utility model embodiment, limiting section is set on conveyer belt 21, and limiting section can
Barrier effect is risen to the tube body 3 in 21 transmission process of conveyer belt, prevents tube body 3 from rolling on conveyer belt 21.
Wherein, limiting section can be preferably using the card slot 211 being arranged on conveyer belt 21.
When limiting section is card slot 211, tube body 3 is in card slot 211 in being conveyed through journey, the two sidewalls of card slot 211
Position-limiting action is played to the movement of tube body 3；Especially when the radius of curvature of 211 bottom circular arc of card slot and transported 3 phase of tube body
When matching, face contact can be formed well on the periphery of tube body 3 and 211 bottom of card slot, make tube body 3 during transportation more
Stablize.
Certainly, limiting section is also possible to be arranged two protrusions on the conveyor belt.When limiting section is protrusion, tube body 3 is in quilt
In transportational process between two protrusions, the protrusion positioned at 3 two sides of tube body plays position-limiting action to the movement of tube body 3.
In transmission process, tube body 3 rolls on conveyer belt 21 in order to prevent, can also use 21 inclination angle of limit transport band
The mode of degree makes defeated dynamic band form angle a with horizontal plane, wherein a is less than or equal to 15 °.When a is less than or equal to 15 °,
Partical gravity of the tube body 3 along 21 direction of conveyer belt is less than the frictional force that generates between tube body 3 and conveyer belt 21, and tube body 3 can be by
Conveyer belt 21 drives advances along conveying direction.
Since the tube body 3 being located on tube body push position can be accepted under the drive of the telescopic end of thrust member 13 by tube body
Part 12 pushes away orbital plane, to will be delivered to feeding guide 11 by conveying mechanism 2 in the case where not needing manpower intervention, and position
Clamping device 6 is shifted in the tube body 3 on push position, mechanism 6 is then clamped and clamps.But compared with the subjective initiative of people,
The telescopic end of thrust member can only carry out mechanical reciprocating motion and push away that is, in the case where not having tube body 3 on tube body supporting 12
It send component 13 still and will do it push movement.
In order to solve this problem, the lost motion for reducing thrust member 13, in the utility model embodiment, adjustable pipe
The frequency of delivery of body 3 is consistent the push frequency of itself and thrust member 13, that is, has pushed one when thrust member 13 is every
Tube body 3, before push movement next time, a tube body 3 to be processed can be delivered on pusher 1 by conveying mechanism 2；Into
And realize the automation feeding of tube body 3, to reduce the labor intensity of producers, improve production efficiency.
In addition to this, above-mentioned technical problem is solved, it, can also be in tube body feed mechanism in the utility model embodiment
You Liao testing agency 4 for detecting the tube body 3 on tube body push position is set；There is the pipe when the tube body pushes on position
When body 3, the You Liao testing agency 4 controls the thrust member 13 and carries out push campaign, does not have when on tube body push position
When the tube body 3, the You Liao testing agency 4 controls the thrust member 13 and stops push movement.
Certainly, effect is preferably solved in order to reach, above two mode can be combined, that is, adjust conveying mechanism 2
To the frequency of delivery of tube body 3, while being consistent the push frequency of itself and thrust member 13, also in tube body feed mechanism
Introduce You Liao testing agency 4.
Wherein, You Liao testing agency 4 may include for emitting the first signal projector for having material detection light beam, for connecing
There are the first signal receiver and the first detection circuit of material detection light beam described in receipts, there is material detection light beam to push across tube body
Position, the first signal projector, the first signal receiver and thrust member 13 are connect with first detection circuit.
First signal projector continues have material detection light beam to the transmission of the first signal receiver, in order to realize testing goal,
When should make no tube body 3 on tube body push position, there is material detection light beam that can pass through tube body push position and reach the first letter
Number receiver；And when having tube body 3 on tube body push position, tube body 3 pass through it can not to there is material detection light beam to generate the effect of blocking
It pushes position and reaches the first signal receiver；When the first signal receiver can not receive material detection light beam, pass through detection electricity
Road controls thrust member 13, it is made to carry out push campaign.
Since tube body 3 is hollow structure, in order to enable tube body 3 to there is material detection light beam to generate the effect of blocking, this is practical
In new embodiment, the first signal projector and the first signal receiver are oppositely arranged on feeding guide 11, and are located at pipe
Body pushes position.Wherein, the transmitting of the first signal projector has material detection light beam to be parallel to orbital plane across tube body push position, and sends out
Penetrate light source between feeding guide 11 at a distance from be no more than tube body 3 outer diameter.When the tube body 3 being transported on feeding guide 11 is mobile
When pushing position to tube body, tube wall can be to there is material detection light beam to generate the effect of blocking, so that the first signal connects in moving process
Material detection light beam can not have been received when tube body is by there is material detection machine 4 by receiving device, and then be pushed away by the control of the first detection circuit
Component 13 is sent to carry out push campaign.
In addition to this it is possible to which the first signal projector and the first signal receiver are oppositely arranged on the two of orbital plane
Side, and be located at tube body and push position；Wherein, the transmitting of the first signal projector has material detection light beam to pass through tube body perpendicular to orbital plane
Push position.When the tube body 3 being transported on feeding guide 11 is moved to tube body push position, tube body 3 can expect detection light beam to having
The generation effect of blocking so that the first signal receiver can not receive material detection light beam, and then passes through the first detection circuit control
Thrust member 13 processed carries out push campaign.
You Liao testing agency 4 can also be that gravity sensor, gravity sensor are arranged on feeding guide 11, and in pipe
Body pushes at position, and gravity sensor and thrust member 13 pass through circuit connection.When tube body 3 by feeding guide 11 close to conveying mechanism
One end when being moved to tube body push position, the gravity sensor in the lower section of tube body 3, which senses on tube body push position, tube body 3,
And then thrust member 13 is controlled by circuit connection and carries out push campaign.
Because the tube body 3 in actual operation, being only located on tube body push position can just pushed away from orbital plane, in order to prevent
Tube body 3 crosses tube body push position, orbital plane is provided with far from one end of conveying mechanism 2 in the utility model embodiment be used for by
Tube body 3 is limited to the stop configurations of tube body push position.
Wherein, stop configurations preferably use L-type orbital plane, when tube body 3 be moved to push position when, L-type orbital plane perpendicular to
The part of 3 direction of motion of tube body can generate barrier effect to the movement of tube body 3, prevent tube body 3 from crossing tube body push position.Wherein, L
Type orbital plane can also be replaced using camber orbital plane.When tube body 3 is moved to push position, the bending part meeting of camber orbital plane
Barrier effect is generated to the movement of tube body 3, prevents tube body 3 from crossing tube body push position.For L-type orbital plane, camber rail
Road face is in addition to blocking is used, moreover it is possible to play the role of buffering to the movement of tube body.
In process of production, tube body 3 is delivered on feeding guide 11 by conveying mechanism 2, when feeding guide 11 is horizontal type
When guide rail, the tube body 3 being transported on guide rail needs to progressively reach tube body push position by mutual extruding impetus,
It is not only easy that tube body 3 is caused to wear in this way, but also the time that tube body 3 reaches tube body push position can be extended.
In order to solve this problem, feeding guide 11 is designed to lower shelving guide rail, feeding guide 11 is close to conveying mechanism 2
One end be higher than far from conveying mechanism 2 one end.By this design, when tube body 3 is sent from conveying mechanism 2 to feeding guide 11
When, tube body 3 can reach tube body by the gravity of itself and push position.
Man Liao testing agency 5 can be set close to one end of conveying mechanism 2 in feeding guide 11 in the utility model embodiment.
It is located on feeding guide 11 since tube body 3 pushes position, and the limited length of feeding guide 11, and thrust member 13 pushes away
The movement for sending tube body 3 is intermittent back and forth movement, is pushed away when the speed on 2 delivery pipe body 3 to feeding guide 11 of conveying mechanism is greater than
When sending the push frequency of component 13, tube body 3 can generate accumulation on feeding guide 11, especially when feeding guide 11 is lower shelving
When guide rail, tube body 3 can be deposited on tube body push position, seriously affect the normal work of thrust member 13.
In order to solve this problem, in the utility model embodiment, it is arranged in feeding guide 11 close to one end of conveying mechanism 2
It is defeated to feeding guide 11 to stop conveying mechanism 2 when the tube body 3 on feeding guide 11 is in completely material state for Man Liao testing agency 5
Send tube body 3.
Wherein, Man Liao testing agency 5 includes for emitting the second signal transmitter of full material detection light beam, for receiving
The second signal receiver and the second detection circuit of full material detection light beam are stated, it is close that full material detection light beam passes through feeding guide 11
One end of conveying mechanism 2, second signal transmitter, second signal receiver and conveying mechanism 2 are electric with second detection
Road connection；When second signal receiver continues not receive full material detection light beam in a preset time, conveying mechanism is controlled
Stop feed.
Second signal transmitter continues to send full material detection light beam to second signal receiver, when feeding guide 11 is close to defeated
When sending one end of mechanism 2 does not have tube body 3, full material detection light beam can pass through feeding guide 11 and reach second signal reception
Device；When feeding guide 11 has tube body 3 close to one end of conveying mechanism 2, tube body 3 can block material detection light beam, make it can not
Reach second signal receiver；Since conveying mechanism 2 is to 11 delivery pipe body 3 of feeding guide, so tube body 3 is passing through feeding guide
11 close to one end of conveying mechanism 2 when will necessarily stop the transmitting of full material detection light beam, in order to avoid mistakenly stop is defeated in this case
Mechanism 2 is sent, so being configured to second signal receiver, when second signal receiver continues not receive in a preset time
When detecting light beam to full material, control conveying mechanism stops feed.
Since tube body 3 is hollow structure, in order to enable tube body 3 to there is material detection light beam to generate the effect of blocking, this is practical
In new embodiment, second signal transmitter and second signal receiver are oppositely arranged on to the two sides of orbital plane, wherein second
The full material detection light beam of signal projector transmitting passes through feeding guide 11 close to one end of conveying mechanism 2 perpendicular to orbital plane.When
Feeding guide 11 be in completely material state when, by conveying mechanism 2 be delivered to feeding guide 11 tube body 3 can along feeding guide 11 by
Stop configurations single-row arrangement is to feeding guide 11 close to one end of conveying mechanism 2.At this point, being located at feeding guide 11 close to conveyer
The tube body 3 of 2 one end of structure can generate the effect of blocking to full material detection light beam, so that second signal receiver can not receive full material inspection
Light beam is surveyed, when second signal receiver can not persistently receive full material detection light beam in a preset time, passes through the second inspection
Slowdown monitoring circuit control conveying mechanism 2 stops to 2 delivery pipe body 3 of pusher.
Man Liao testing agency 5 can also be that gravity sensor, gravity sensor are arranged in feeding guide 11 close to conveyer
One end of structure 2, gravity sensor and conveying mechanism 2 pass through circuit connection.When feeding guide 11 is in completely material state, by conveying
The tube body 3 that mechanism 2 is delivered to feeding guide 11 can be leaned on along feeding guide 11 by stop configurations single-row arrangement to feeding guide 11
One end of nearly conveying mechanism 2.At this point, being located at feeding guide 11 close to 2 one end of conveying mechanism, and the gravity in 3 lower section of tube body
Inductor senses tube body 3, when gravity sensor persistently senses the gravity of tube body 3 in a preset time, passes through circuit
Control conveying mechanism 2 stops to 2 delivery pipe body 3 of pusher.
Further, in order to reduce the scale of equipment, tube body supporting 12 is set between two tracks of feeding guide 11.
The foregoing description of the disclosed embodiments can be realized professional and technical personnel in the field or using originally practical new
Type.Various modifications to these embodiments will be readily apparent to those skilled in the art, and determine herein
The General Principle of justice can be realized in other embodiments without departing from the spirit or scope of the present utility model.Cause
This, the present invention will not be limited to the embodiments shown herein, and is to fit to and principles disclosed herein
The widest scope consistent with features of novelty.
Claims (10)
1. a kind of tube body feed mechanism, which is characterized in that including pusher, and for tube body to be delivered to the pusher
The conveying mechanism of structure, wherein
The pusher includes feeding guide, tube body supporting and thrust member,
The feeding guide is equipped with tube body and pushes position,
The telescopic end of the thrust member is arranged in the tube body supporting, and the tube body supporting is pushed away by the thrust member
It is dynamic, the tube body in tube body push position is pushed away to the orbital plane of the feeding guide, shifts to clamping device.
2. tube body feed mechanism according to claim 1, which is characterized in that the conveying mechanism includes conveyer belt and use
In the driving mechanism for driving the conveyer belt operating；
And it is arranged on the conveyer belt, the limiting section moved for pushing the tube body along conveying direction.
3. tube body feed mechanism according to claim 2, which is characterized in that the limiting section is card slot.
4. according to claim 1 to tube body feed mechanism described in 3 any one, which is characterized in that further include at detection
In the You Liao testing agency of the tube body on tube body push position, so that,
When having the tube body on tube body push position, the You Liao testing agency controls the thrust member and carries out push fortune
Dynamic, when no tube body on tube body push position, the You Liao testing agency controls the thrust member and stops push
Movement.
5. tube body feed mechanism according to claim 4, which is characterized in that the You Liao testing agency, including for sending out
Penetrate the first signal projector of material detection light beam, for receiving first signal receiver for having material detection light beam and the
One detection circuit, it is described to there is material detection light beam to pass through tube body push position, first signal projector, first signal
Receiver and the thrust member are connect with first detection circuit.
6. tube body feed mechanism according to claim 4, which is characterized in that the You Liao testing agency is gravity sensing
Device, the gravity sensor are arranged on the feeding guide, and at tube body push position, the gravity sensor with
The thrust member passes through circuit connection.
7. tube body feed mechanism according to claim 1, which is characterized in that the push position is far from the conveying mechanism
Side is provided with the stop configurations for the tube body to be limited to tube body push position.
8. tube body feed mechanism according to claim 7, which is characterized in that the feeding guide is lower shelving guide rail, institute
It states feeding guide and is higher than one end far from the conveying mechanism close to one end of the conveying mechanism.
9. tube body feed mechanism according to claim 8, which is characterized in that the feeding guide is close to the conveying mechanism
One end be provided with Man Liao testing agency；
The Man Liao testing agency includes for emitting the second signal transmitter of full material detection light beam, for receiving the full material
The second signal receiver and the second detection circuit of light beam are detected, it is close that the full material detection light beam passes through the feeding guide
One end of the conveying mechanism, the second signal transmitter, the second signal receiver and the conveying mechanism with
The second detection circuit connection；
Second detection circuit, for when the second signal receiver continue not receive in a preset time it is described full
When material detection light beam, controls the conveying mechanism and stop feed.
10. tube body feed mechanism according to claim 1, which is characterized in that the tube body supporting is set to the feeding
Between two tracks of guide rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822233191.2U CN209337600U (en) | 2018-12-28 | 2018-12-28 | A kind of tube body feed mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822233191.2U CN209337600U (en) | 2018-12-28 | 2018-12-28 | A kind of tube body feed mechanism |
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| CN209337600U true CN209337600U (en) | 2019-09-03 |
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| CN201822233191.2U Active CN209337600U (en) | 2018-12-28 | 2018-12-28 | A kind of tube body feed mechanism |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111532758A (en) * | 2020-03-24 | 2020-08-14 | 靖江特殊钢有限公司 | Steel pipe anti-friction-wear feeding device |
-
2018
- 2018-12-28 CN CN201822233191.2U patent/CN209337600U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111532758A (en) * | 2020-03-24 | 2020-08-14 | 靖江特殊钢有限公司 | Steel pipe anti-friction-wear feeding device |
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