CN106017970A - Positioning structure for high-efficiency punching of pipe material - Google Patents
Positioning structure for high-efficiency punching of pipe material Download PDFInfo
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- CN106017970A CN106017970A CN201610389721.5A CN201610389721A CN106017970A CN 106017970 A CN106017970 A CN 106017970A CN 201610389721 A CN201610389721 A CN 201610389721A CN 106017970 A CN106017970 A CN 106017970A
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- tubing
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- clamping position
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N1/00—Sampling; Preparing specimens for investigation
- G01N1/02—Devices for withdrawing samples
- G01N1/04—Devices for withdrawing samples in the solid state, e.g. by cutting
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N1/00—Sampling; Preparing specimens for investigation
- G01N1/28—Preparing specimens for investigation including physical details of (bio-)chemical methods covered elsewhere, e.g. G01N33/50, C12Q
- G01N1/286—Preparing specimens for investigation including physical details of (bio-)chemical methods covered elsewhere, e.g. G01N33/50, C12Q involving mechanical work, e.g. chopping, disintegrating, compacting, homogenising
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N1/00—Sampling; Preparing specimens for investigation
- G01N1/28—Preparing specimens for investigation including physical details of (bio-)chemical methods covered elsewhere, e.g. G01N33/50, C12Q
- G01N1/286—Preparing specimens for investigation including physical details of (bio-)chemical methods covered elsewhere, e.g. G01N33/50, C12Q involving mechanical work, e.g. chopping, disintegrating, compacting, homogenising
- G01N2001/2873—Cutting or cleaving
Abstract
The invention discloses a positioning structure for high-efficiency punching of a pipe material; the positioning structure comprises a pipe material positioning mechanism; the pipe material positioning mechanism comprises a base fixed on a punching machine work table; the base is provided with a clamping positioning structure for clamping left and right directions of the pipe material and making the pipe material positioned horizontally along the forward and backward directions, and after the pipe material is positioned and clamped, a stamping channel can be left above the middle part of the upper surface. The positioning structure is characterized by also including a lower tightly-pressing component for applying force upwards to the middle part of the lower end of the pipe material to press tightly during pipe material positioning, and an upper tightly-pressing component for applying force downwards to the middle part of the upper end of the pipe material to press tightly during pipe material punching. The positioning structure can realize the horizontal positioning of pipe material sections, has the advantages of simple structure and reliable positioning, can be convenient for punching and shaping of samples, and improves the sample preparation efficiency.
Description
Technical field
The present invention relates to metal pipe material performance test sample sample making apparatus, the specifically a kind of die-cut location structure of tubing high efficiency in sample making apparatus.
Background technology
Along with the application of metal pipe material is more and more extensive, client's quality to metal pipe material product, requirement such as mechanical strength and the performance such as corrosion-resistant is more and more higher, therefore before production process or tubing use, the most usually need tubing is sampled detection, test bio-film colonization performance etc. in its mechanical property, decay resistance and water environment.
But during tubing sampling detection, especially thin-wall metal pipe diameter pipes, if using whole tubing to carry out mechanical test and corrosion resistance test, not only reducing the efficiency of testing experiment, also result in bigger waste simultaneously.In order to improve efficiency and reduce waste, generally the sheet coupon that tubular product sample takes strip along the cutting of tubing axis direction need to be carried out performance test.At present, the main sample preparation using machining equipment to carry out operation and operation are as follows: first, metal thin wall pipe uses grinding wheel slicing machine or band-saw machine tool to cut, tubular product sample is cut into a joint tubular product sample of certain length, because of under cutting coupon end face is jagged or out-of-flatness etc., then two facets of Vehicle Processing tubular product sample on lathe are needed, axially vertical with tubing to ensure two cutting sections, secondly, equally spaced parallel lines are drawn in the axial direction at tubular product sample outer wall with marking pen, then, by this sample holder on planer, finally, with planer successively along the lower required sheet coupon of the parallel lines cutting finished.There are following several point defects in above-mentioned existing tubing sampling technique: 1, tubular product sample clamping end face need to be got on the bus wheeled litter processing clamping end face, needs again to clamp and position sample after Vehicle Processing one end face of a piece tubular product sample, and operation is more complicated, and sample preparation is inefficient.2, tubular product sample outer wall needs to draw parallel lines, clamping tube end face location, and needs sample again to clamp and position sample after cutting one plies sample, and operation is more complicated, and sample preparation is inefficient.3, when the processing of planer device plane carries out sheet coupon sampling, using the end face of tubing and the cutting position positioning tubing of ruling, the dimensional accuracy therefore taking sample processed is the highest.4, when the processing of planer device plane carries out sheet coupon sampling, for thin-wall pipe, often in the course of processing, sample deformation is serious, can not direct sample under slicing time a lot, in addition it is also necessary to sheet coupon is separated by follow-up pincers worker clamp etc. with sample pipe, flatten the most again sample, take time and effort.And sample coupon surface quality is under some influence, cause that test result is inaccurate affects sample accuracy of detection.5, this set sample making course uses lathe kind many, and procedure of processing is loaded down with trivial details, takes time and effort.Artificial and equipment effect relatively costly.
In order to solve the problems referred to above, applicant considers to design a kind of die-cut sample making apparatus of metal pipe material sample, this equipment includes tubing detent mechanism and tubing punching mechanism, tubing detent mechanism includes the base being fixed on workbench, it is provided with clamping position structure on base for realizing tubing horizontal location clamping along the longitudinal direction, and punching press passage can be reserved above upper surface middle part after making tubing be positioned clamping；Described tubing punching mechanism includes that a punch press connects push rod, punch press connects push rod upper end and has the main shaft union joint of a taper and for being connected with the docking of the mounting interface of punch press main shaft lower end, punch press connects push rod lower end and is provided with tube stamping cutter, the left and right sides, tube stamping cutter lower end has the cutting part of two rectangular block shape straight down, cutting part lower end is horizontally disposed cutting edge along the longitudinal direction, and two cutting parts pressure passageway that just liquidating is arranged and both sides are smaller than punching press channel width.
Realize and utilize punch press die-cut to realize sample preparation as such, it is possible to install on punch press, but wherein it is desired to consider to design what kind of location structure to realize the horizontal location to tubing section, and the punching and shaping of sample the problem improving sample preparation efficiency can be facilitated.
Summary of the invention
For above-mentioned the deficiencies in the prior art, the technical problem to be solved is: how to provide a kind of horizontal location for realizing tubing section, and simple in construction, location is reliable, it is possible to the punching and shaping facilitating sample the die-cut location structure of tubing high efficiency improving sample preparation efficiency.
In order to solve above-mentioned technical problem, present invention employs following technical scheme:
A kind of die-cut location structure of tubing high efficiency, including tubing detent mechanism, tubing detent mechanism includes the base being fixed on work bench of punch press, it is provided with clamping position structure on base for realizing the clamping of tubing left and right directions and making tubing be horizontally positioned along the longitudinal direction, and punching press passage can be reserved above upper surface middle part after making tubing be positioned clamping；It is characterized in that, for the lower end pressed component to the compression that upwards exerts a force in the middle part of tubing lower end when also including a tubing location, and for the upper end pressed component compressed that tubing upper center is exerted a force downwards when a tubing is die-cut.
So, tubing detent mechanism is to be mounted on work bench of punch press and just to punch press main spindle's, its upper end arranges tubing punching mechanism and is installed on the mounting interface of punch press main shaft lower end；The present invention is for realizing the horizontal location to tubing section to facilitate die-cut sample preparation.Wherein, when the lower end pressed component arranged makes tubing held location, it is affected by the clamping on left and right and upper and lower four direction to make a concerted effort, should make a concerted effort not only to ensure that the clamping position of tubing is reliable, and it is the pretightning force opened above both sides that tubing upper surface can be made to be cut formation direction, position, thus makes in blanking process, tubing is difficult to the deformation that is flattened, ensure die-cut smooth and die-cut quality, while improve efficiency, ensure that the quality obtaining tubing exemplar.
As optimization, in described tubing detent mechanism, clamping position structure includes vertically being fixedly installed on above base between left and right every a pair clamping position block being oppositely arranged, it is provided with chuck installation cavity on clamping position block opposite side sidewall, it is provided with V-clevis in chuck installation cavity, the side of V-clevis opposite side is overall in the V-arrangement opened along the vertical direction, make to be formed between two V-clevis opposite sides pipe clamping localization cavity, clamping position block is additionally provided with the clamping governor motion for regulating V-clevis horizontal-clamping.
So, realizing location to tubing by V-clevis, the tubing left and right sides is respectively arranged with at two at the location of linear contact lay up and down so that it is positions convenient and swift and improves reliability of positioning, can rely on clamping governor motion regulating guarantee location clamping effect during location.
Further, described clamping governor motion includes horizontally disposed regulation bolt, regulation bolt thread spins to coordinate and is positioned at the screwed hole of chuck installation cavity position outside clamping position block, and regulation bolt is inner and clamping position block abuts and coordinates and outer end is provided with regulation handle.So there is simple in construction, advantage easy to adjust.
As optimization, described regulation bolt the inner is provided with helical spring and abuts cooperation by helical spring and clamping position block.As such, it is possible to rely on elastic guarantee of helical spring preferably to position clamping；More importantly can be by the adjustment to clamping force simultaneously, the size of pressure when changing tubing location, and then the size of self internal stress of its punched position after regulation tubing pressurized, when enabling it to cut, cutting edge preferably breaks tube surfaces, improves the smoothness of cutting and ensures to cut out the complete effect of sample.
As optimization, every piece of clamping position block being respectively provided with four regulation bolts, regulation four corner location of bolt position correspondence clamping position block outer lateral side are arranged.
So, the balance of clamping force force regulation is more ensured, it is ensured that tubing is cut in the rectilinear direction of position internal stress everywhere and all compares equilibrium, it is ensured that cutting effect.
As optimization, the most upwards be fixedly installed blanking cutting on base between said two clamping position block to support platform and constitute described lower end pressed component, blanking cutting support platform upper surface be provided with elastomeric layer for clamping position after tubing lower surface contact realization and supports；Described blanking cutting supports and leaves secondary punch gap between platform and two, left and right clamping position block, and the cutting edge of this secondary punch gap and tube stamping cutter is just to setting.So, tube stamping cutter downward die-cut time, can control to extend the stroke that tubing punching tool is descending, make its complete the sample of tubing upper face die-cut after continue traveling downwardly and tubing bottom be positioned at blanking cutting and support that the tubing above platform is the most die-cut to be opened, so one-step punching can obtain up and down for four pieces of samples, drastically increase sample preparation efficiency, and stress balance when relying on tubing to position can ensure that the complete effect of four pieces of samples, avoid the impact that coupon results is caused by sample deformation, it is ensured that the reliability of specimen test.
As optimization, in tube stamping cutter above tubing detent mechanism, it is additionally provided with a cutting briquetting in space between two cutting parts and constitutes described upper end pressed component, cutting briquetting upper end is connected on tube stamping cutter by moving back sample spring, and cutting briquetting is not exceeded downwards cutting edge position, cutting part lower end by lower surface during external force.So, cutting briquetting and move back sample spring coordinate can play move back sample function facilitate die-cut after realize cut sample move back sample；Additionally the more important thing is, cutting briquetting is not made in blanking process beyond cutting edge position, cutting part lower end downwards by lower surface during external force, before the cutting edge of cutting part touches tubing, cut briquetting first touch tubing upper surface and by moving back sample spring, cut tubing upper surface middle part applied downward bigger pressure, this pressure and tubing sandwich pressure jointly act on and can just form the stress substantially opposite with cut direction obliquely so that tubing is cut position, can preferably be beneficial to cutting edge break tubing complete cutting, improve cutting smoothness.Meanwhile, this pressure can offset inwardly making a concerted effort to the formation of sample both sides during both sides, tubing top are cut, it is to avoid in cutting process, sample is bent deformation of arching upward, and improves sample mass.As optimization, this cutting briquetting lower surface is for being horizontally disposed with so that sample upper center position is just exerted a force by it, it is ensured that the effect above becomes apparent from.More particularly, the application is the special construction of hollow circular due to cut tubing, its inner hollow can not load, so during die cut, be easily caused tubing be crushed so that affect cutting smoothly and cut quality.And tubing is in up and down and is all applied with on the four direction of left and right the state of thrust before cutting in this equipment, therefore the thrust relative equilibrium being subject in tubing circumference, deformation will not be caused because pressure is uneven during cutting, all tubing is applied with thrust due to the tubing both sides of the position of cutting during cutting simultaneously, it can be cut position with joint efforts and form outside internal stress tubing, when making to cut, cutting edge is easier to break tubing, therefore can complete cutting more swimmingly and improve sample mass.
As optimization, also include guiding mechanism, guiding mechanism includes two pieces of guide plates, and guide plate is vertically arranged to above punching press passage both sides and is relatively fixed on tubing detent mechanism, and two pieces of guide plate medial surface and tube stamping cutter left and right sides coordinate the guiding realized tube stamping cutter.
In such manner, it is possible to rely on guiding mechanism to realize the guiding to tube stamping cutter left and right directions, it is ensured that the smooth and easy of cutting is carried out.
Further, described tube stamping cutter left and right sides each and are additionally provided with the first guide and limit structure cooperatively formed by the first corresponding vertical direction recess and the first vertical guiding projection between corresponding guide plate medial surface.So, while relying on the cooperation of the first vertical guiding projection and the first vertical direction recess to realize tube stamping cutter is vertically guided, direction and left and right directions before and after tube stamping cutter are all achieved spacing, it is ensured that the smoothness of punching press and accuracy.Further, first guide and limit structure is arranged at lower end for being formed between the cutting blade outer surface of cutting part and the guide plate medial surface of correspondence, is additionally provided with the second guide and limit structure cooperatively formed by the second corresponding vertical direction recess and the second vertical guiding projection between the cutter body left and right sides of cutting blade inner surface and tube stamping cutter；The profile of the second guide and limit structure is consistent with front and back position and the first guide and limit structure, guide plate lower end is fixed on tubing detent mechanism upper end by guide plate mounting seat, guide plate mounting seat includes a vertical mounting bracket and the mounting seat of level, mounting bracket upper end and guide plate are fixed, lower end and mounting seat are fixed, it is provided with strip installing hole in mounting seat in left-right direction and is pressed abd fixed on tubing detent mechanism upper end by installing screw through strip installing hole, the length of described strip installing hole is equal to or more than the thickness of cutting blade left and right directions.So, both sides it are fixed to before and after cutter body and during for the cut-out realizing pipe length direction when cutting blade disassembles from the left and right sides of cutter body and adjust installation, installation screw can be unclamped, readjust mounting seat right position, guide plate medial surface is made again to complete the cooperation of wire restraint structure with cutter body left and right sides, ensure when realizing the rupturing operation in pipe length direction, it is also possible to realize guide and limit, it is ensured that cut off smooth and easy.
In sum, the present invention is capable of the horizontal location of tubing section, and has simple in construction, and location is reliable, it is possible to facilitates the punching and shaping of sample and improves the advantages such as sample preparation efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of metal pipe material sample die cutting device that have employed present configuration.
Fig. 2 is independent tubing detent mechanism and the schematic diagram of tubing punching mechanism part-structure in Fig. 1.
Fig. 3 is the schematic diagram that Fig. 2 other direction can show device for discharging part-structure.
Detailed description of the invention
Below in conjunction with a kind of metal pipe material sample die cutting device that have employed present configuration and accompanying drawing thereof, the present invention is described in further detail.
When being embodied as: as Figure 1-3, a kind of metal pipe material sample die cutting device, including punch press 1, punch press 1 has the workbench 2 being positioned at lower section, have and be positioned at punch press main shaft 3 vertically arranged above workbench 2, punch press main shaft 3 lower end has mounting interface, punch press main shaft 3 upper end is connected with punching press power set 4 and can be controlled descending realizing punching press, also include tubing detent mechanism and tubing punching mechanism, tubing detent mechanism includes the base 5 being fixed on workbench 1, clamping position structure it is provided with for realizing the clamping to tubing left and right directions and making tubing be horizontally positioned along the longitudinal direction on base 5, and punching press passage can be reserved above upper surface middle part after making tubing be positioned clamping；Described tubing punching mechanism includes that a punch press connects push rod, punch press connects push rod upper end and has the main shaft union joint 6 of a taper and for being connected with the docking of the mounting interface of punch press main shaft lower end, punch press connects push rod lower end and is provided with tube stamping cutter, the left and right sides, tube stamping cutter lower end has the cutting part of two rectangular block shape straight down, cutting part lower end is horizontally disposed cutting edge along the longitudinal direction, and two cutting parts pressure passageway that just liquidating is arranged and both sides are smaller than punching press channel width.
So, before this equipment uses, tubing detent mechanism is to be mounted on work bench of punch press and just to punch press main spindle's, and the punch press connection push rod upper end of tubing punching mechanism is installed on the mounting interface of punch press main shaft lower end.During tubing sampling, the tubing being truncated into segment the most along its length is installed in tubing detent mechanism along the longitudinal direction, then start punching press power set and drive tubing punching mechanism undershoot, tube material punching tool passes punching press passage so that it is cutting edge both sides, die-cut tubing top also punch out tubular product sample.The most compared to the prior art, sample cutting is more efficient and convenient, and without segment pipe ends is carried out end face processing, drastically increases sample preparation efficiency, is particularly suitable for, when carrying out pipe performance group contrast test, producing the batch of sample.
Wherein, in described tubing detent mechanism, clamping position structure includes vertically being fixedly installed on above base between left and right every a pair clamping position block 7 being oppositely arranged, it is provided with chuck installation cavity on clamping position block 7 opposite side sidewall, V-clevis 8 it is provided with in chuck installation cavity, the side of V-clevis 8 opposite side is overall in the V-arrangement opened along the vertical direction, make to be formed between two V-clevis opposite sides pipe clamping localization cavity, clamping position block is additionally provided with the clamping governor motion for regulating V-clevis horizontal-clamping.
So, realizing location to tubing by V-clevis, the tubing left and right sides is respectively arranged with at two at the location of linear contact lay up and down so that it is positions convenient and swift and improves reliability of positioning, can rely on clamping governor motion regulating guarantee location clamping effect during location.
Wherein, described clamping governor motion includes horizontally disposed regulation bolt 9, regulation bolt 9 screw thread spins to coordinate and is positioned at the screwed hole of chuck installation cavity position outside clamping position block, and regulation bolt 9 is inner and clamping position block abuts and coordinates and outer end is provided with regulation handle.So there is simple in construction, advantage easy to adjust.
Wherein, described regulation bolt 9 the inner is provided with helical spring 23 and abuts cooperation by helical spring 23 and clamping position block 8.As such, it is possible to rely on elastic guarantee of helical spring preferably to position clamping；More importantly can be by the adjustment to clamping force simultaneously, the size of pressure when changing tubing location, and then the size of self internal stress of its punched position after regulation tubing pressurized, when enabling it to cut, cutting edge preferably breaks tube surfaces, improves the smoothness of cutting and ensures to cut out the complete effect of sample.
Wherein, every piece of clamping position block being respectively provided with four regulation bolts 9, regulation four corner location of bolt position correspondence clamping position block outer lateral side are arranged.
So, the balance of clamping force force regulation is more ensured, it is ensured that tubing is cut in the rectilinear direction of position internal stress everywhere and all compares equilibrium, it is ensured that cutting effect.
Wherein, the base between said two clamping position block is the most upwards fixedly installed blanking cutting and supports platform 10, blanking cutting support platform 10 upper surface be provided with elastomeric layer for clamping position after tubing lower surface contact realization and supports.So, when the blanking cutting support platform set up makes tubing held location, it is affected by the clamping on left and right and direction, three, bottom to make a concerted effort, this can make tubing upper surface be cut formation direction, position with joint efforts is the pretightning force opened above both sides, thus make in blanking process, tubing is difficult to the deformation that is flattened, it is ensured that die-cut smooth and die-cut quality, it is ensured that obtain the quality of tubing exemplar.Can further during enforcement, described blanking cutting supports and leaves secondary punch gap 11 between platform and two, left and right clamping position block, and the cutting edge of this secondary punch gap 11 and tube stamping cutter is just to setting.So, tube stamping cutter downward die-cut time, can control to extend the stroke that tubing punching tool is descending, make its complete the sample of tubing upper face die-cut after continue traveling downwardly and tubing bottom be positioned at blanking cutting and support that the tubing above platform is the most die-cut to be opened, so one-step punching can obtain up and down for four pieces of samples, drastically increase sample preparation efficiency, and stress balance when relying on tubing to position can ensure that the complete effect of four pieces of samples, avoid the impact that coupon results is caused by sample deformation, it is ensured that the reliability of specimen test.
Wherein, in tube stamping cutter, being additionally provided with a cutting briquetting 12 in space between two cutting parts, cutting briquetting 12 upper end is connected on tube stamping cutter by moving back sample spring 13, and cutting briquetting 12 is not exceeded downwards cutting edge position, cutting part lower end by lower surface during external force.So, cutting briquetting and move back sample spring coordinate can play move back sample function facilitate die-cut after realize cut sample move back sample；Additionally the more important thing is, cutting briquetting is not made in blanking process beyond cutting edge position, cutting part lower end downwards by lower surface during external force, before the cutting edge of cutting part touches tubing, cut briquetting first touch tubing upper surface and by moving back sample spring, cut tubing upper surface middle part applied downward bigger pressure, this pressure and tubing sandwich pressure jointly act on and can just form the stress substantially opposite with cut direction obliquely so that tubing is cut position, can preferably be beneficial to cutting edge break tubing complete cutting, improve cutting smoothness.Meanwhile, this pressure can offset inwardly making a concerted effort to the formation of sample both sides during both sides, tubing top are cut, it is to avoid in cutting process, sample is bent deformation of arching upward, and improves sample mass.As optimization, this cutting briquetting lower surface is for being horizontally disposed with so that sample upper center position is just exerted a force by it, it is ensured that the effect above becomes apparent from.More particularly, the application is the special construction of hollow circular due to cut tubing, its inner hollow can not load, so during die cut, be easily caused tubing be crushed so that affect cutting smoothly and cut quality.And tubing is in up and down and is all applied with on the four direction of left and right the state of thrust before cutting in this equipment, therefore the thrust relative equilibrium being subject in tubing circumference, deformation will not be caused because pressure is uneven during cutting, all tubing is applied with thrust due to the tubing both sides of the position of cutting during cutting simultaneously, it can be cut position with joint efforts and form outside internal stress tubing, when making to cut, cutting edge is easier to break tubing, therefore can complete cutting more swimmingly and improve sample mass.
Wherein, described cutting edge is vertical side inside cutting part and the inclined-plane being positioned at lower end outside cutting part intersects and obtains.The structure that so this cutting edge is formed so that during breaking tube surfaces along with cutting edge and go deep into tubing during cutting, cut sample both sides will not deform because of squeezed too, improves sample mass；Cutter upwards withdrawing after this structure is more favorable for cutting simultaneously.
Wherein, described tube stamping cutter includes the cutter body 14 of a cuboid structure, also include the cutting blade 15 being arranged on the cutter body left and right sides by fixing screw, cutting blade 15 bottom downwardly extends out cutter body and constitutes the cutting part for cutting, the cutting edge length of cutting part lower end is more than cut pipe diameter, and before and after cutter body 14, two lateral extents are more than two lateral extents before and after clamping position structure on base；It is additionally provided with on side, both sides before and after described cutter body 14 for using screw 16 with realization to the blade transposition that cutting blade transposition is fixing is fixing with fixing screw fit.
So, when this equipment uses, only cutting blade need to be disassembled and again be fixed to before and after cutter body on side, both sides by fixing screw fit, can be realized as overall tubing is intercepted along its length the rupturing operation of segment, after first blocking acquisition tubing segment, cutting blade is adjusted to about cutter body position with die-cut acquisition tubular product sample again, the most more has facilitated the preparation of tubular product sample to obtain.
Wherein, also include guiding mechanism, guiding mechanism includes two pieces of guide plates 17, and guide plate 17 is vertically arranged to above punching press passage both sides and is relatively fixed on tubing detent mechanism, and two pieces of guide plate medial surface and tube stamping cutter left and right sides coordinate the guiding realized tube stamping cutter.
In such manner, it is possible to rely on guiding mechanism to realize the guiding to tube stamping cutter left and right directions, it is ensured that the smooth and easy of cutting is carried out.
During enforcement, it is also possible to further, described tube stamping cutter left and right sides each and are additionally provided with the first guide and limit structure cooperatively formed by the first corresponding vertical direction recess and the first vertical guiding projection between corresponding guide plate medial surface.So, while relying on the cooperation of the first vertical guiding projection and the first vertical direction recess to realize tube stamping cutter is vertically guided, direction and left and right directions before and after tube stamping cutter are all achieved spacing, it is ensured that the smoothness of punching press and accuracy.Further, first guide and limit structure is arranged at lower end for being formed between the cutting blade outer surface of cutting part and the guide plate medial surface of correspondence, is additionally provided with the second guide and limit structure cooperatively formed by the second corresponding vertical direction recess and the second vertical guiding projection between the cutter body left and right sides of cutting blade inner surface and tube stamping cutter；The profile of the second guide and limit structure is consistent with front and back position and the first guide and limit structure, guide plate 17 lower end is fixed on tubing detent mechanism upper end by guide plate mounting seat, guide plate mounting seat includes a vertical mounting bracket 18 and the mounting seat 19 of level, mounting bracket 18 upper end and guide plate 17 are fixed, lower end and mounting seat 19 are fixed, it is provided with strip installing hole 20 in mounting seat 19 in left-right direction and is pressed abd fixed on tubing detent mechanism upper end by installing screw through strip installing hole, the length of described strip installing hole 20 is equal to or more than the thickness of cutting blade 15 left and right directions.So, both sides it are fixed to before and after cutter body and during for the cut-out realizing pipe length direction when cutting blade disassembles from the left and right sides of cutter body and adjust installation, installation screw can be unclamped, readjust mounting seat right position, guide plate medial surface is made again to complete the cooperation of wire restraint structure with cutter body left and right sides, ensure when realizing the rupturing operation in pipe length direction, it is also possible to realize guide and limit, it is ensured that cut off smooth and easy.Additionally, it is fixedly connected on the lateral surface of guide plate in the middle part of mounting bracket 18 to the bending setting of both sides foreign side and upper end during enforcement, so make to reserve bigger locus between two mounting brackets in left and right, realize cutting briquetting to facilitate and move back the maintenance handling of sample spring.
During enforcement, it is additionally provided with device for discharging, device for discharging includes that described cutting briquetting 12 and described blanking cutting support platform 10, also include just to be arranged on pipe clamping localization cavity rearward position and and the push pedal of pipe clamping localization cavity vertical cross-section form fit, being connected with a delivery device being fixed on work bench of punch press 21 on rear side of push pedal, described delivery device 21 can drive push pedal to promote forward and pass pipe clamping localization cavity.So, use die-cut after, device for discharging can be started, drive push pedal forward the die-cut sample obtained to be released pipe clamping localization cavity by delivery device, complete discharging, improve discharging convenience.As preferably during enforcement, described delivery device 21 uses air cylinder device to obtain, and has simple in construction, easy to control, promotes the advantages such as the most reliable.As optimization during enforcement, can a receiver 22 be set on the work bench of punch press of adjacent position further on front side of tubing detent mechanism, facilitates splicing, it is to avoid sample drops out workbench and breaks deformation.
Claims (8)
1. the die-cut location structure of tubing high efficiency, including tubing detent mechanism, tubing detent mechanism includes the base being fixed on work bench of punch press, it is provided with clamping position structure on base for realizing the clamping of tubing left and right directions and making tubing be horizontally positioned along the longitudinal direction, and punching press passage can be reserved above upper surface middle part after making tubing be positioned clamping；It is characterized in that, for the lower end pressed component to the compression that upwards exerts a force in the middle part of tubing lower end when also including a tubing location, and for the upper end pressed component compressed that tubing upper center is exerted a force downwards when a tubing is die-cut.
2. the die-cut location structure of tubing high efficiency as claimed in claim 1, described clamping position structure includes vertically being fixedly installed on above base between left and right every a pair clamping position block being oppositely arranged, it is provided with chuck installation cavity on clamping position block opposite side sidewall, it is provided with V-clevis in chuck installation cavity, the side of V-clevis opposite side is overall in the V-arrangement opened along the vertical direction, make to be formed between two V-clevis opposite sides pipe clamping localization cavity, clamping position block is additionally provided with the clamping governor motion for regulating V-clevis horizontal-clamping.
3. the die-cut location structure of tubing high efficiency as claimed in claim 2, it is characterized in that, described clamping governor motion includes horizontally disposed regulation bolt, regulation bolt thread spins to coordinate and is positioned at the screwed hole of chuck installation cavity position outside clamping position block, and regulation bolt is inner and clamping position block abuts and coordinates and outer end is provided with regulation handle.
4. the die-cut location structure of tubing high efficiency as claimed in claim 3, it is characterised in that described regulation bolt the inner is provided with helical spring and abuts cooperation by helical spring and clamping position block.
5. the die-cut location structure of tubing high efficiency as claimed in claim 3, it is characterised in that be respectively provided with four regulation bolts on every piece of clamping position block, regulation four corner location of bolt position correspondence clamping position block outer lateral side are arranged.
6. the die-cut location structure of tubing high efficiency as claimed in claim 2, it is characterized in that, the most upwards be fixedly installed blanking cutting on base between said two clamping position block to support platform and constitute described lower end pressed component, blanking cutting support platform upper surface be provided with elastomeric layer for clamping position after tubing lower surface contact realization and supports；Described blanking cutting supports and leaves secondary punch gap between platform and two, left and right clamping position block, and the cutting edge of this secondary punch gap and tube stamping cutter is just to setting.
7. the die-cut location structure of tubing high efficiency as claimed in claim 1, it is characterized in that, in tube stamping cutter above tubing detent mechanism, it is additionally provided with a cutting briquetting in space between two cutting parts and constitutes described upper end pressed component, cutting briquetting upper end is connected on tube stamping cutter by moving back sample spring, and cutting briquetting is not exceeded downwards cutting edge position, cutting part lower end by lower surface during external force.
8. the die-cut location structure of tubing high efficiency as claimed in claim 1, it is characterized in that, also include guiding mechanism, guiding mechanism includes two pieces of guide plates, guide plate is vertically arranged to above punching press passage both sides and is relatively fixed on tubing detent mechanism, and two pieces of guide plate medial surface and tube stamping cutter left and right sides coordinate the guiding realized tube stamping cutter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610389721.5A CN106017970B (en) | 2016-06-02 | 2016-06-02 | Location structure is used in the punching of tubing high efficiency |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610389721.5A CN106017970B (en) | 2016-06-02 | 2016-06-02 | Location structure is used in the punching of tubing high efficiency |
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| CN106017970B CN106017970B (en) | 2019-04-05 |
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|---|---|---|---|---|
| JPH11333789A (en) * | 1998-05-26 | 1999-12-07 | Mitsubishi Plastics Ind Ltd | Cutting guide of tubular body |
| CN200963840Y (en) * | 2006-09-28 | 2007-10-24 | 新疆屯河节水科技有限公司 | Pipe cutting machine clamp |
| CN202162257U (en) * | 2011-05-24 | 2012-03-14 | 惠州市升华工业有限公司 | Square pipe cut-off die |
| CN103358340A (en) * | 2013-06-29 | 2013-10-23 | 广东联塑科技实业有限公司 | Device and method for longitudinally cutting large-aperture electric smelting pipe fittings |
| CN104493894A (en) * | 2014-12-16 | 2015-04-08 | 重庆最巴适农产品有限公司 | Perforating device for drip irrigation pipe |
| CN104502188A (en) * | 2014-12-02 | 2015-04-08 | 江苏武进不锈股份有限公司 | Clamp for high-temperature tube drawing machine |
-
2016
- 2016-06-02 CN CN201610389721.5A patent/CN106017970B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH11333789A (en) * | 1998-05-26 | 1999-12-07 | Mitsubishi Plastics Ind Ltd | Cutting guide of tubular body |
| CN200963840Y (en) * | 2006-09-28 | 2007-10-24 | 新疆屯河节水科技有限公司 | Pipe cutting machine clamp |
| CN202162257U (en) * | 2011-05-24 | 2012-03-14 | 惠州市升华工业有限公司 | Square pipe cut-off die |
| CN103358340A (en) * | 2013-06-29 | 2013-10-23 | 广东联塑科技实业有限公司 | Device and method for longitudinally cutting large-aperture electric smelting pipe fittings |
| CN104502188A (en) * | 2014-12-02 | 2015-04-08 | 江苏武进不锈股份有限公司 | Clamp for high-temperature tube drawing machine |
| CN104493894A (en) * | 2014-12-16 | 2015-04-08 | 重庆最巴适农产品有限公司 | Perforating device for drip irrigation pipe |
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| CN106017970B (en) | 2019-04-05 |
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Effective date of registration: 20210309 Address after: 400084 No. 2, Magnesium Bridge Road, Area A, Jianqiao Industrial Park, Dadukou District, Chongqing Patentee after: CHONGQING IRON & STEEL INSTITUTE Co.,Ltd. Address before: Three village 400080 Dadukou District of Chongqing weir building 1 No. 1 Patentee before: CHONGQING IRON & STEEL (Group) Co.,Ltd. |