CN110480060A - A kind of ball valve core process equipment - Google Patents
A kind of ball valve core process equipment Download PDFInfo
- Publication number
- CN110480060A CN110480060A CN201910813271.1A CN201910813271A CN110480060A CN 110480060 A CN110480060 A CN 110480060A CN 201910813271 A CN201910813271 A CN 201910813271A CN 110480060 A CN110480060 A CN 110480060A
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- China
- Prior art keywords
- cavity
- spool
- block
- plate
- push plate
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23B—TURNING; BORING
- B23B41/00—Boring or drilling machines or devices specially adapted for particular work; Accessories specially adapted therefor
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q11/00—Accessories fitted to machine tools for keeping tools or parts of the machine in good working condition or for cooling work; Safety devices specially combined with or arranged in, or specially adapted for use in connection with, machine tools
Abstract
The invention discloses a kind of ball valve core process equipments, including shell, set on the first link block of the case top, the second conveyer belt set on the first conveyer belt of the shell side and set on the shell other side, the first cavity is equipped in the shell, first link block is equipped with the second cavity communicated with first cavity, first cavity inner wall is equipped with connecting plate, the connecting plate is equipped with mounting plate, the mounting plate is equipped with mounting blocks, the mounting blocks are equipped with the first installation cavity, the first cylinder is equipped in first installation cavity, first cylinder piston rod is equipped with push rod, the push rod is equipped with drill bit；First cavity sidewalls are equipped with fixation kit；Under the mutual cooperation of two conveyer belts and two cavitys, the makespan of spool is automated, the working process to spool can be completed without worker's processing, promote the processing efficiency to spool.
Description
Technical field
The invention belongs to valve processing technique fields, more particularly, to a kind of ball valve core process equipment.
Background technique
Ball valve (ball valve), the valve that opening and closing element (sphere) is driven by valve rod, and rotated around ball valve axis.
Also can be used for the adjusting and control of fluid, wherein firmly sealing its V-type core of V-type ball valve and pile-up welding hard alloy metal seat valve it
Between have very strong shearing force, the medium especially suitable for fibre-bearing, small solid pellet etc..And multi-pass ball valve on pipeline not
The interflow that only can flexibly control medium, the switching for shunting and flowing to, while any channel can also be closed and make other two channel
It is connected.
The spool of ball valve is a sphere, and spool is equipped with cross-drilled hole, in spool processing, needs first to bore on spherical valve core
Cross-drilled hole out, then cross-drilled hole is continued to process, since ball valve core is spherical structure, boring work inconvenience is carried out, and is easy to influence ball valve
Sealing effect, and it is existing to ball valve core do perforation processing automation degree of equipment it is not high, it is still necessary to manually grasped
Make, security risk is larger.
Summary of the invention
The present invention for overcome the deficiencies in the prior art, provides a kind of ball valve core process equipment.
To achieve the goals above, the invention adopts the following technical scheme: a kind of ball valve core process equipment, including shell
Body, the first link block set on the case top, the first conveyer belt set on the shell side and be set to the shell it is another
Second conveyer belt of side, the shell is interior to be equipped with the first cavity, and first link block is equipped with and the first cavity phase
The second logical cavity, first cavity inner wall are equipped with connecting plate, and the connecting plate is equipped with mounting plate, on the mounting plate
Equipped with mounting blocks, the mounting blocks are equipped with the first installation cavity, are equipped with the first cylinder, first gas in first installation cavity
Cylinder piston rod is equipped with push rod, and the push rod is equipped with drill bit；First cavity sidewalls are equipped with fixation kit；First transmission
Band conveys ball valve core to be processed, and ball valve core to be processed is delivered in the second cavity, and spool is along the second sky
Chamber is fallen in the first cavity, and the spool that fixation kit will fall off in the first cavity is fixed, and prevents spool in the first cavity
It rolling, drill bit rotation, push rod pushes the drill bit of rotation to move forward, so that drill bit is in contact with spool, through-hole is got on spool,
The cross-drilled hole processing of spool is completed, spool after processing is completed is rolled out along the first cavity, falls to spool on the second conveyer belt, In
The spool completed the process is transported out of first cavity under the effect of second conveyer belt, to complete the continuity process operation of spool；
Under the mutual cooperation of two conveyer belts and two cavitys, automate the makespan of spool, it can be complete without worker's processing
The working process of pairs of spool, promotes the processing efficiency to spool；Spool is fallen in the first cavity by the second cavity, to valve
The position of core plays the role of positioning, so that drill bit is preferably in contact with spool, it is ensured that drill bit can run through spool, be promoted to spool
Processing effect.
First cavity bottom is equipped with third groove, and the third groove is set to below second cavity, and described the
Three bottom portion of groove are equipped with support plate, and the third bottom portion of groove is equipped with mounting groove, and third cylinder is equipped in the mounting groove, described
Third cylinder piston rod is fixed on the support plate bottom；When spool is fallen out of second cavity, spool is just fallen
In three grooves, fixed function is played to spool by third groove, prevents spool from rolling in the first cavity, cooperation fixation kit mentions
Rise the fixed effect to spool；When spool after processing is completed, third cylinder push piston rod stretch out, make third cylinder push support
Plate up moves, and support plate fills and leads up third groove, releases spool out of third groove under support plate effect, so that spool
It is rolled in the first cavity, rolls out spool after processing is completed out of first cavity, to be collected to spool.
First conveyer belt is equipped with multiple first grooves, and the first link block side wall is equipped with the first through slot, institute
Case top is stated equipped with the second cylinder, second cylinder piston rod is equipped with the first push plate, and first push plate is arranged in institute
It states in the first through slot, first push plate is equipped with the second groove；Under the first recessed grain setting, prevent spool from transporting on a moving belt
It is rolled when defeated, promotes the stability of spool transport；Spool before entering in the second cavity, the second cylinder push the first push plate into
Enter into through slot, is inserted in the first push plate in the second cavity；After spool enters in the second cavity, spool is along the second cavity
It falls down, falls spool in the first push plate, the gravitional force on spool is absorbed under the first push plate effect, avoids valve
Core, which is directly pounded, damages the first cavity inner wall on the first cavity inner wall；Positioning is played to spool under the effect of the second groove to make
With making spool be in the second cavity medium position, so that spool is just fallen in third groove, convenient for spool is fixed on
In one cavity, drill bit is promoted to the processing effect of spool.
It is equipped with the supporting block matched with first push plate in first cavity, the supporting block side wall is equipped with the
One sliding block, first cavity inner wall are equipped with the first sliding groove matched with first sliding block, first slider bottom
Equipped with support spring, the second sliding block is equipped at the top of the supporting block, first push plate bottom is equipped with and the second sliding block phase
The second sliding slot of cooperation；When spool is fallen in the first push plate, the gravitional force of spool pushes the first push plate, makes the first push plate
Supporting block is pushed, supporting block pushes support spring, moves the first sliding block in first sliding groove, to valve under support spring effect
Core, which serves, unloads power, avoids spool from directly pounding and damages in the first push plate to the first push plate；It is sliding in the second sliding block and second
Under the mutual cooperation of slot, to the first push plate, mobile maximum distance is limited, and is prevented the first push plate from excessively moving, is made the second groove
Accurately it is in the second cavity medium position.
Second cavity sidewalls are equipped with the 4th cylinder, and the 4th cylinder piston rod is arranged in first through slot
It is interior, second cylinder piston rod be equipped with the second link block, second link block be equipped with the first limit plate, described first
Push plate side wall is equipped with the link slot matched with first limit plate；When being installed to the first push plate, by link slot and the
One limit plate is opposite, and the first push plate is pushed on the second link block, so that the first push plate is connected to the 4th cylinder piston rod
On, make the 4th cylinder that the first push plate be driven to move horizontally, to control the position of the first push plate；In the first limit plate
It under the mutual cooperation of link slot, deviate from the first push plate can only longitudinally from the second link block, guarantee the first push plate movement
Stability；After spool is caught in the first push plate, the second cylinder drives the first push plate to release out of first through slot, makes spool down
It falls, spool is fallen in the first cavity, and the second cylinder pushes the first push plate to enter in the second cavity again, and the 4th cylinder pushes away
Dynamic first push plate moves down, and the first push plate is made to push supporting block, and the first push plate enters in the first cavity, make the second groove with
It is in contact at the top of spool, by spool pressing in third groove, fixed function is played to spool with fixation kit cooperation, it is very big to mention
Lift valve core fixed effect in the first cavity promotes the machining accuracy to spool.
The push rod is equipped with the second installation cavity, is equipped with driving motor, second installation cavity in second installation cavity
Side is equipped with movable chamber, and the drill bit is arranged in the movable chamber, and described drill bit one end is equipped with and matches with the movable chamber
The second limit plate；In the case where the second limit plate and movable chamber cooperate, make drill bit will not be to driving when being spool contact
Motor generates extruding, and the pressure that drill bit is generated is absorbed by movable chamber, shields to driving motor, extends driving motor
Service life；Driving motor drives drill bit rotation, and drill bit is made to be easier to be drilled into spool, reduces spool difficulty of processing.
First cavity inner wall is equipped with third sliding slot, and third sliding block is equipped in the third sliding slot, and the third is sliding
Block is equipped with pushing block, and limit spring is respectively equipped on the side wall of third sliding block two sides, and the pushing block is equipped with third link block,
Being rotatably connected on the third link block has the second push plate, and the push rod is equipped with the third matched with second push plate
Push plate；After drill bit completes drilling processing on spool, the first cylinder driving push rod is back moved, third push plate and the second push plate
It is in contact, third sliding block is pushed to move in third sliding slot, after third sliding block cannot move again, third push plate pushes second to push away
Plate is rotated around tie point, and third sliding block loses past another end motion of third sliding slot under limit spring effect after thrust, makes pushing block
It is in contact with spool, to push spool to roll along the first cavity inner wall under the action of pushing block, makes spool out of first cavity
It rolls out, is automatically performed the operation of the collection to spool after processing is completed, automate the integrated operation of spool and carry out；In limit bullet
Spring makes past one end motion of third sliding slot that pushing block can be temporary under acting on, be then reset to third sliding slot medium position again, avoid
It pushes open and the spool in processing is impacted.
The junction of second push plate and the third link block is equipped with torsional spring, and the pushing block is equipped with and described second
The limited block that push plate matches；The mounting plate is equipped with connecting rod, and described connecting rod one end is equipped with and matches with the push rod
Support frame, support frame as described above is equipped with the opening that matches with the third push plate；Under the effect of torsion spring, the second push plate is made to exist
It can automatically reset after overturning, guarantee that the second push plate and third push plate can repeatedly form cooperation；Limited block and torsional spring phase interworking
It closes, the second push plate is made to have certain support force, to push third sliding block to move in third sliding slot under third push plate effect；
Support frame provides support force for push rod, mitigates the burden of the first cylinder piston rod, shields to the first cylinder, enable push rod
Enough normal movements；Third push plate and support frame is avoided to generate collision, under the setting of opening so as to third push plate and the second push plate
Form cooperation.
First cavity sidewalls are equipped with the second through slot, and housing sidewall is equipped with mounting blocks, and the fixation kit includes
The 5th cylinder on the mounting blocks, the fixed block and on the fixed block on the 5th cylinder piston rod
Friction pad, the friction pad are connected by a connecting spring with the fixed block；After spool drops off in the first cavity, the 5th
Cylinder pushes fixed block to move in the first cavity, and friction pad is made to be in contact with spool side wall, by spool under friction pad effect
It is fixed, avoid spool from moving in the first cavity, to do working process to spool；Friction pad is connected in admittedly by connecting spring
Determine on block, increase contact effect of the friction pad with spool, makes friction pad by spool package wherein not to be promoted to spool
Fixed effect increases spool machining accuracy；The shock absorption for simultaneously generating spool drilling under connecting spring effect, reduces valve
The vibration that core processing generates is influenced caused by equipment.
First cavity sidewalls are equipped with transfusing chamber, and the support plate is equipped with multiple first through hole, and the third is recessed
Trench bottom is equipped with multiple the second through-holes matched with the first through hole；The housing bottom is equipped with the 4th link block, described
4th link block is equipped with catch box, and the catch box side wall is equipped with Four-slider, and the 4th link block is equipped with and institute
State the 4th sliding slot that Four-slider matches；When spool does drilling processing, it is passed through coolant liquid out of transfusing chamber, keeps coolant liquid straight
It connects and is sprayed on spool face, cooling effect is risen to spool, avoid generating spark when processing spool；The cooling wandered from spool
Liquid is fallen in support plate, and coolant liquid is fallen in catch box by first through hole and the second through-hole, by catch box to cooling
Liquid is collected, and is recycled to coolant liquid, and the waste of cold-zone liquid is reduced；It is fixed to rise under the effect of the 4th link block to catch box
Position effect, makes catch box accurately be installed on third bottom portion of groove, to recycle to coolant liquid.
The invention has the following advantages that keeping the processing of spool complete under the mutual cooperation of two conveyer belts and two cavitys
Process automation can be completed the working process to spool without worker's processing, promote the processing efficiency to spool.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention.
Fig. 2 is diagrammatic cross-section one of the invention.
Fig. 3 is enlarged drawing at the A in Fig. 2.
Fig. 4 is enlarged drawing at the B in Fig. 2.
Fig. 5 is enlarged drawing at the C in Fig. 2.
Fig. 6 is diagrammatic cross-section two of the invention.
Fig. 7 is enlarged drawing at the D in Fig. 6.
Fig. 8 is enlarged drawing at the E in Fig. 6.
Fig. 9 is diagrammatic cross-section three of the invention.
Figure 10 is enlarged drawing at the F in Fig. 9.
Figure 11 is diagrammatic cross-section four of the invention.
Figure 12 is enlarged drawing at the G in Figure 11.
Figure 13 is diagrammatic cross-section five of the invention.
Figure 14 is enlarged drawing at the H in Figure 13.
Specific embodiment
As represented in figures 1 through 14, a kind of ball valve core process equipment connects including shell 1, set on the first of 1 top of shell
Block 2, the second conveyer belt 4 set on the first conveyer belt 3 of 1 side of shell and set on 1 other side of shell are connect, first passes
Band is sent to be set at the top of the first link block, the second conveyer belt is set to housing bottom, is equipped with the first cavity in the shell 1, and described the
One link block 2 is equipped with the second cavity communicated with first cavity, and first cavity inner wall is equipped with connecting plate, described
Connecting plate is equipped with mounting plate 6, and the mounting plate 6 is equipped with mounting blocks 61, and the mounting blocks 61 are equipped with the first installation cavity, institute
It states and is equipped with the first cylinder 62 in the first installation cavity, 62 piston rod of the first cylinder is equipped with push rod 66, sets on the push rod 66
There is drill bit 63；Mounting plate is fixed by screws on connecting plate, promotes the connection effect of mounting plate and connecting plate, can be by fixed spiral shell
Nail, which turns lower, safeguards drill bit to remove mounting plate from connecting plate, reduces plant maintenance difficulty；First cavity
Side wall is equipped with fixation kit；First conveyer belt conveys ball valve core to be processed, and ball valve core to be processed is defeated
It send to the second cavity, spool is fallen in the first cavity along the second cavity, and fixation kit will fall off the valve in the first cavity
Core is fixed, and prevents spool from rolling in the first cavity, drill bit rotation, push rod push rotation drill bit move forward, make drill bit with
Spool is in contact, and through-hole is got on spool, completes the cross-drilled hole processing of spool, and spool after processing is completed is rolled along the first cavity
Out, it falls to spool on the second conveyer belt, transports the spool completed the process out of first cavity under the effect of the second conveyer belt
Out, to complete the continuity process operation of spool；Under the mutual cooperation of two conveyer belts and two cavitys, make the processing of spool
Whole-course automation can be completed the working process to spool without worker's processing, promote the processing efficiency to spool；Spool passes through
Second cavity is fallen in the first cavity, is played the role of positioning to the position of spool, so that drill bit is preferably in contact with spool, really
Spool can be run through by protecting drill bit, promote the processing effect to spool.
First cavity bottom is equipped with third groove, and the third groove is set to below second cavity, and described the
Three bottom portion of groove are equipped with support plate 13, and the third bottom portion of groove is equipped with mounting groove, is equipped with third cylinder 14 in the mounting groove,
14 piston rod of third cylinder is fixed on 13 bottom of support plate；When spool is fallen out of second cavity, spool is just
It falls in third groove, fixed function is played to spool by third groove, prevents spool from rolling in the first cavity, cooperation is solid
Component promotion is determined to the fixed effect of spool；When spool after processing is completed, third cylinder push piston rod stretch out, make third cylinder
Support plate is pushed up to move, support plate fills and leads up third groove, spool released out of third groove under support plate effect,
So that spool rolls in the first cavity, roll out spool after processing is completed out of first cavity, to receive to spool
Collection.
First conveyer belt 3 is equipped with multiple first grooves 31, the second conveyer structure and the first conveyer structure phase
Together；First link block, 2 side wall is equipped with the first through slot, is equipped with the second cylinder 22, second cylinder at the top of the shell 1
22 piston rods are equipped with the first push plate 23, and first push plate 23 is arranged in first through slot, in first push plate 23
Equipped with the second groove, the second groove diameter is less than valve core diameter；Under the first recessed grain setting, prevent spool from transporting on a moving belt
When roll, promoted spool transport stability；For spool before entering in the second cavity, the second cylinder pushes the first push plate to enter
Into through slot, it is inserted in the first push plate in the second cavity；After spool enters in the second cavity, spool is past along the second cavity
Under fall, fall spool in the first push plate, the first push plate effect under by spool gravitional force absorb, avoid spool
It directly pounds and the first cavity inner wall is damaged on the first cavity inner wall；Positioning is played to spool under the effect of the second groove to make
With making spool be in the second cavity medium position, so that spool is just fallen in third groove, convenient for spool is fixed on
In one cavity, drill bit is promoted to the processing effect of spool.
The supporting block 25 matched with first push plate 23 is equipped in first cavity, on 25 side wall of supporting block
Equipped with the first sliding block, first cavity inner wall is equipped with the first sliding groove matched with first sliding block, and described first is sliding
Block bottom is equipped with support spring 251, and the second sliding block is equipped at the top of the supporting block 25, and 23 bottom of the first push plate is equipped with and institute
State the second sliding slot that the second sliding block matches；When spool is fallen in the first push plate, the gravitional force of spool pushes first and pushes away
Plate, makes the first push plate push supporting block, and supporting block pushes support spring, moves the first sliding block in first sliding groove, supporting
Spool is served under spring effect and unloads power, avoids spool from directly pounding and the first push plate is damaged in the first push plate；
Under the mutual cooperation of two sliding blocks and second sliding slot, to the first push plate, mobile maximum distance is limited, and prevents the first push plate excessive
It is mobile, so that the second groove is accurately in the second cavity medium position.
Second cavity sidewalls are equipped with the 4th cylinder 24, and it is logical that 24 piston rod of the 4th cylinder is arranged in described first
In slot, 22 piston rod of the second cylinder is equipped with the second link block 221, and second link block 221 is equipped with the first limit
Plate 222,23 side wall of the first push plate are equipped with the link slot matched with first limit plate 222；To the first push plate
It is when installation, link slot is opposite with the first limit plate, the first push plate is pushed on the second link block, so that the first push plate be connected
Be connected on the 4th cylinder piston rod, make the 4th cylinder drive the first push plate move horizontally, so as to the position of the first push plate into
Row control；It under the mutual cooperation of the first limit plate and link slot, deviate from the first push plate can only longitudinally from the second link block,
Guarantee the mobile stability of the first push plate；After spool is caught in the first push plate, the second cylinder drives the first push plate logical from first
It releases in slot, falls down spool, spool is fallen in the first cavity, and the second cylinder pushes the first push plate to enter the again
In two cavitys, the 4th cylinder pushes the first push plate to move down, and the first push plate is made to push supporting block, and the first push plate enters first
In cavity, makes to be in contact at the top of the second groove and spool, by spool pressing in third groove, cooperate with fixation kit to spool
Fixed function is played, very big promotion spool fixed effect in the first cavity promotes the machining accuracy to spool.
The push rod 66 is equipped with the second installation cavity, and driving motor 64, second peace are equipped in second installation cavity
Side behave affectedly equipped with movable chamber, the drill bit 63 is arranged in the movable chamber, and described 63 one end of drill bit is equipped with and the activity
The second limit plate 631 that chamber matches；In the case where the second limit plate and movable chamber cooperate, when drill bit being made to be spool contact
Extruding will not be generated to driving motor, the pressure that drill bit is generated is absorbed by movable chamber, is shielded, is prolonged to driving motor
Long driving motor service life；Driving motor drives drill bit rotation, and drill bit is made to be easier to be drilled into spool, reduces spool difficult processing
Degree.
First cavity inner wall is equipped with third sliding slot, is equipped with third sliding block 181, the third in the third sliding slot
Sliding block 181 is equipped with pushing block 18, is respectively equipped with limit spring 182 on the 181 two sides side wall of third sliding block, on the pushing block 18
Equipped with third link block, being rotatably connected on the third link block has the second push plate 183, the push rod 66 be equipped with it is described
The third push plate 661 that second push plate 183 matches；After drill bit completes drilling processing on spool, the first cylinder driving push rod
It back moves, third push plate is in contact with the second push plate, pushes third sliding block to move in third sliding slot, when third sliding block cannot
After moving again, third push plate pushes the second push plate to rotate around tie point, and third sliding block loses after thrust under limit spring effect
Toward another end motion of third sliding slot, pushing block is made to be in contact with spool, to push spool along the first cavity under the action of pushing block
Inner wall rolls, and rolls out spool out of first cavity, is automatically performed the operation of the collection to spool after processing is completed, makes spool
Integrated operation automation carries out；Make past one end motion of third sliding slot that pushing block can be temporary under limit spring effect, then again
It is reset to third sliding slot medium position, avoids pushing open impacting to the spool in processing.
The junction of second push plate 183 and the third link block is equipped with torsional spring, and the pushing block 18 is equipped with and institute
State the limited block that the second push plate 183 matches；Limited block is made of rubber, and limited block is set to one of the second push plate far from mounting plate
Side, when push rod moves forward, third push plate pushes the second push plate rotation, and the second push plate is not in contact with limited block, makes push rod
It smoothly moves forward, avoids third push plate that pushing block is pushed to be in contact with valve body；The mounting plate 6 is equipped with connecting rod, the company
Extension bar one end is equipped with the support frame 65 matched with the push rod 66, and support frame as described above 65 is equipped with and the third push plate 661
The opening matched；Under the effect of torsion spring, make the second push plate that can automatically reset after overturning, guarantee that the second push plate is pushed away with third
Plate can repeatedly form cooperation；Limited block and torsional spring cooperate, and so that the second push plate is had certain support force, to push away in third
Plate effect is lower to push third sliding block to move in third sliding slot；Support frame provides support force for push rod, mitigates the first cylinder piston
The burden of bar shields to the first cylinder, enables push rod normal movement；Avoided under the setting of opening third push plate with
Support frame generates collision, so that third push plate and the second push plate form and cooperate.
First cavity sidewalls be equipped with the second through slot, 1 side wall of shell be equipped with mounting blocks 11, described fixed group
Part includes the 5th cylinder 12 on the mounting blocks 11, fixed block 16 and is set on 12 piston rod of the 5th cylinder
Friction pad 161 on the fixed block 16, the friction pad 161 are connected by a connecting spring with the fixed block 16；Friction
Pad is made of rubber, prevents hard object from directly contacting and avoids scratching by spool；After spool drops off in the first cavity, the 5th cylinder
It pushes fixed block to move in the first cavity, friction pad is made to be in contact with spool side wall, fix spool under friction pad effect,
Spool is avoided to move in the first cavity, to do working process to spool；Friction pad is connected in fixed block by connecting spring
On, increase contact effect of the friction pad with spool, makes friction pad by spool package wherein not to promote the fixation to spool
Effect increases spool machining accuracy；The shock absorption for simultaneously generating spool drilling under connecting spring effect reduces spool and adds
The vibration that work generates is influenced caused by equipment.
First cavity sidewalls are equipped with transfusing chamber 17, and the support plate 13 is equipped with multiple first through hole 131, described
Third bottom portion of groove is equipped with multiple the second through-holes 15 matched with the first through hole 131；1 bottom of shell is equipped with the 4th
Link block 19, the 4th link block 19 are equipped with catch box 5, and 5 side wall of catch box is equipped with Four-slider 51, and described the
Four link blocks 19 are equipped with the 4th sliding slot matched with the Four-slider 51；When spool does drilling processing, from transfusing chamber
It is inside passed through coolant liquid, is sprayed directly on coolant liquid on spool face, cooling effect is played to spool, generation when avoiding processing spool
Spark；The coolant liquid wandered from spool is fallen in support plate, and coolant liquid is fallen by first through hole and the second through-hole to be collected
In liquid case, coolant liquid is collected by catch box, coolant liquid is recycled, reduces the waste of cold-zone liquid；The 4th
It plays the role of positioning under link block effect to catch box, so that catch box is accurately installed on third bottom portion of groove, so as to coolant liquid
It is recycled.
Coaming plate 21 is equipped at the top of first link block, the first link block side wall is equipped with the first guide block, and the first conveyer belt is set to
At the top of first guide block, housing sidewall is equipped with the second guide block, and the second conveyer belt is set to second guide block bottom, first
Under the mutual cooperation of guide block and the second guide block, guiding function is played to spool, to complete the automatic charging and automatic material taking of spool
Operation automates the process operation of spool and carries out, automates the processing of spool more, reduce spool operation difficulty；Coaming plate
Barrier effect is risen to the spool on the first link block, spool is placed and is fallen from the first link block, so that spool is introduced into the
In two cavitys.
Spool to be processed is placed on the first conveyer belt, and with the first conveyer belt moving movement, the first conveyer belt is by spool
It is delivered on the first guide block, spool tumbles down along the first guide block, tumbles spool to the first link block, and spool is fallen to
It is that spool plays undertaking effect by the first push plate, the gravitional force that spool is fallen absorbs in second cavity；The driving of second cylinder
First push plate is deviate from out of first through slot, and spool is made to continue to fall down, and spool is fallen in third groove, and the second cylinder pushes
First push plate enters in the second cavity, and the 4th cylinder pushes the first push plate to move down, is pressed in the first push plate on spool, will
Spool is pressed in third groove；5th cylinder pushes fixed block to enter in the first cavity, and friction pad is in contact with spool side wall,
Spool is fixed in the first cavity, the first cylinder push push rod be moved along, driving motor drive drill bit rotation, make drill bit with
Spool contact, coolant liquid is passed through out of transfusing chamber, pours coolant liquid directly on spool, plays cooling effect to spool；Work as spool
After the completion of punching, the 5th air cylinder driven piston rod is shunk, and the 4th cylinder piston rod is shunk, and third cylinder pushes piston rod up to transport
Dynamic, support plate releases spool out of third groove, and third push plate is made to be in contact when push rod back moves with the second push plate, is limiting
Position spring effect is lower to push pushing block mobile toward spool direction, hits pushing block on spool, pushes spool to move along the first cavity, valve
Core is rolled out out of first cavity, falls spool on the second conveyer belt under the effect of the second guide block, so as in the second conveyer belt
Under the action of will complete the process back valve core and transport；It is empty that subsequent second spool to be processed enters recessed second from the first conveyer belt
It is intracavitary, aforesaid operations are repeated, to complete consecutive production.
It is worth noting that, the cylinder, motor in illustrations are schematic diagram, specific structure in the prior art
Cylinder, electric machine structure it is identical.
Claims (10)
1. a kind of ball valve core process equipment including shell (1), the first link block (2) being set at the top of the shell (1), is set
The first conveyer belt (3) in the shell (1) side and the second conveyer belt (4) set on the shell (1) other side, the shell
The first cavity is equipped in body (1), first link block (2) is equipped with the second cavity communicated with first cavity, special
Sign is: first cavity inner wall is equipped with connecting plate, and the connecting plate is equipped with mounting plate (6), on the mounting plate (6)
Equipped with mounting blocks (61), the mounting blocks (61) are equipped with the first installation cavity, are equipped with the first cylinder in first installation cavity
(62), the first cylinder (62) piston rod is equipped with push rod (66), and the push rod (66) is equipped with drill bit (63)；Described first
Cavity sidewalls are equipped with fixation kit.
2. a kind of ball valve core process equipment described in accordance with the claim 1, it is characterised in that: first cavity bottom is equipped with
Third groove, the third groove are set to below second cavity, and the third bottom portion of groove is equipped with support plate (13), described
Third bottom portion of groove is equipped with mounting groove, is equipped with third cylinder (14) in the mounting groove, third cylinder (14) piston rod is solid
It is connected in the support plate (13) bottom.
3. a kind of ball valve core process equipment described in accordance with the claim 1, it is characterised in that: on first conveyer belt (3)
Equipped with multiple first grooves (31), the first link block (2) side wall is equipped with the first through slot, is equipped at the top of the shell (1)
Second cylinder (22), the second cylinder (22) piston rod are equipped with the first push plate (23), and first push plate (23) is arranged in
In first through slot, first push plate (23) is equipped with the second groove.
4. a kind of ball valve core process equipment described in accordance with the claim 3, it is characterised in that: be equipped in first cavity with
The supporting block (25) that first push plate (23) matches, supporting block (25) side wall be equipped with the first sliding block, described first
Cavity inner wall is equipped with the first sliding groove matched with first sliding block, and first slider bottom is equipped with support spring
(251), the second sliding block is equipped at the top of the supporting block (25), the first push plate (23) bottom is equipped with and the second sliding block phase
The second sliding slot of cooperation.
5. a kind of ball valve core process equipment according to claim 4, it is characterised in that: set in second cavity sidewalls
There is the 4th cylinder (24), the 4th cylinder (24) piston rod is arranged in first through slot, and second cylinder (22) is living
Stopper rod is equipped with the second link block (221), and second link block (221) is equipped with the first limit plate (222), and described first pushes away
Plate (23) side wall is equipped with the link slot matched with first limit plate (222).
6. a kind of ball valve core process equipment described in accordance with the claim 1, it is characterised in that: the push rod (66) is equipped with the
Two installation cavitys, second installation cavity is interior to be equipped with driving motor (64), and second installation cavity side is equipped with movable chamber, the brill
Head (63) is arranged in the movable chamber, and described drill bit (63) one end is equipped with the second limit plate matched with the movable chamber
(631)。
7. a kind of ball valve core process equipment described in accordance with the claim 1, it is characterised in that: set on first cavity inner wall
There is third sliding slot, is equipped with third sliding block (181) in the third sliding slot, the third sliding block (181) is equipped with pushing block (18), institute
It states and is respectively equipped with limit spring (182) on the side wall of third sliding block (181) two sides, the pushing block (18) is equipped with third link block,
Being rotatably connected on the third link block has the second push plate (183), and the push rod (66) is equipped with and second push plate
(183) the third push plate (661) matched.
8. a kind of ball valve core process equipment according to claim 7, it is characterised in that: second push plate (183) with
The junction of the third link block is equipped with torsional spring, and the pushing block (18) is equipped with and matches with second push plate (183)
Limited block；The mounting plate (6) is equipped with connecting rod, and described connecting rod one end is equipped with the support matched with the push rod (66)
Frame (65), support frame as described above (65) are equipped with the opening matched with the third push plate (661).
9. a kind of ball valve core process equipment described in accordance with the claim 1, it is characterised in that: set in first cavity sidewalls
There is the second through slot, shell (1) side wall is equipped with mounting blocks (11), and the fixation kit includes being set to the mounting blocks (11)
On the 5th cylinder (12), be set to the 5th cylinder (12) piston rod on fixed block (16) and be set to the fixed block (16) on
Friction pad (161), the friction pad (161) is connected by a connecting spring with the fixed block (16).
10. a kind of ball valve core process equipment described in accordance with the claim 1, it is characterised in that: in first cavity sidewalls
Equipped with transfusing chamber (17), the support plate (13) is equipped with multiple first through hole (131), and the third bottom portion of groove is equipped with multiple
The second through-hole (15) matched with the first through hole (131)；Shell (1) bottom is equipped with the 4th link block (19), institute
The 4th link block (19) is stated equipped with catch box (5), catch box (5) side wall is equipped with Four-slider (51), and the described 4th
Link block (19) is equipped with the 4th sliding slot matched with the Four-slider (51).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910813271.1A CN110480060B (en) | 2019-08-30 | 2019-08-30 | Ball valve case processing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910813271.1A CN110480060B (en) | 2019-08-30 | 2019-08-30 | Ball valve case processing equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN110480060A true CN110480060A (en) | 2019-11-22 |
| CN110480060B CN110480060B (en) | 2020-11-10 |
Family
ID=68555421
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910813271.1A Active CN110480060B (en) | 2019-08-30 | 2019-08-30 | Ball valve case processing equipment |
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| Country | Link |
|---|---|
| CN (1) | CN110480060B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111037358A (en) * | 2019-12-27 | 2020-04-21 | 绍兴圣万特热流道有限公司 | Hot runner mold machining equipment capable of improving automation degree |
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| JP2004122321A (en) * | 2002-10-04 | 2004-04-22 | Nissan Motor Co Ltd | Valve seat processing device and processing method |
| CN201871757U (en) * | 2010-11-30 | 2011-06-22 | 济南沃德汽车零部件有限公司 | Special drilling machine for valve tappet oil leakage holes |
| CN208811136U (en) * | 2018-09-14 | 2019-05-03 | 济南佃舍汽车配件有限公司 | A kind of round steel perforating device of self-feeding |
| CN109877360A (en) * | 2019-03-14 | 2019-06-14 | 张玉燕 | Oil filler point drilling equipment on a kind of long axis class support base |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH10263990A (en) * | 1997-03-28 | 1998-10-06 | Matsushita Electric Ind Co Ltd | Bearing inner diameter machining method and its device |
| JP2004122321A (en) * | 2002-10-04 | 2004-04-22 | Nissan Motor Co Ltd | Valve seat processing device and processing method |
| CN201871757U (en) * | 2010-11-30 | 2011-06-22 | 济南沃德汽车零部件有限公司 | Special drilling machine for valve tappet oil leakage holes |
| CN208811136U (en) * | 2018-09-14 | 2019-05-03 | 济南佃舍汽车配件有限公司 | A kind of round steel perforating device of self-feeding |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111037358A (en) * | 2019-12-27 | 2020-04-21 | 绍兴圣万特热流道有限公司 | Hot runner mold machining equipment capable of improving automation degree |
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| Publication number | Publication date |
|---|---|
| CN110480060B (en) | 2020-11-10 |
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Effective date of registration: 20201015 Address after: 317600 Chumen section (Wujia Village), Yuhuan science and Technology Industrial Park, Taizhou City, Zhejiang Province Applicant after: Taizhou Zhonghe Copper Co., Ltd Address before: 317600 Huandong, Yucheng street, Yuhuan City, Taizhou City, Zhejiang Province Applicant before: Yuhuan Volkswagen Copper Manufacturing Co.,Ltd. |
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