CN106392862B - Glass mold grinding and polishing device - Google Patents
Glass mold grinding and polishing device Download PDFInfo
- Publication number
- CN106392862B CN106392862B CN201610899927.2A CN201610899927A CN106392862B CN 106392862 B CN106392862 B CN 106392862B CN 201610899927 A CN201610899927 A CN 201610899927A CN 106392862 B CN106392862 B CN 106392862B
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- China
- Prior art keywords
- liquid
- vibrating bin
- chamber
- abrasive grains
- headstock
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B31/00—Machines or devices designed for polishing or abrading surfaces on work by means of tumbling apparatus or other apparatus in which the work and/or the abrasive material is loose; Accessories therefor
- B24B31/06—Machines or devices designed for polishing or abrading surfaces on work by means of tumbling apparatus or other apparatus in which the work and/or the abrasive material is loose; Accessories therefor involving oscillating or vibrating containers
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B41/00—Component parts such as frames, beds, carriages, headstocks
- B24B41/02—Frames; Beds; Carriages
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B57/00—Devices for feeding, applying, grading or recovering grinding, polishing or lapping agents
- B24B57/02—Devices for feeding, applying, grading or recovering grinding, polishing or lapping agents for feeding of fluid, sprayed, pulverised, or liquefied grinding, polishing or lapping agents
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
Abstract
A kind of glass mold grinding and polishing device, including vibrating bin fulcrum bearing, are located on the terrace in polishing operation place；Vibrating bin, is supported on the top of vibrating bin fulcrum bearing, its upper part sets vibration case lid, case intracavitary sets glass mold detent mechanism；Headstock, is supported on the terrace in polishing operation place；Liquid storage tank is ground, it is located on the terrace in polishing operation place in the rear side corresponding to vibrating bin or the position of the rear side of headstock；Liquid-return box, is located at the lower section of headstock；Lapping liquid circulating and recovering mechanism, is located at headstock intracavitary, is connected with vibrating bin and lapping liquid storage tank pipeline and is communicated with liquid-return box；Abrasive grains material derivation mechanism, is located at headstock intracavitary；Vacuum device, is located on the terrace in polishing operation place and is connected with abrasive grains material derivation mechanism pipeline.The debris that iron filings etc will not be produced damages the die cavity of glass mold；Save human resources；With preferable vibro-grinding polishing efficiency；Embody environmental protection；It is cost-effective.
Description
Technical field
The invention belongs to polishing mechanical technical field, and in particular to a kind of glass mold grinding and polishing device.
Background technology
To such as the die cavity for the glass mold for processing various Bottle ＆ Can classes in prior art（Also referred to as " inner cavity "）Polishing
Generally use is similar to the machinery of horizontal lathe structure, and glass molds are clamped on chuck, and rubbing head is extend into die cavity,
In the case where chuck driven mold rotates at a high speed, the up and down motion of the rubbing head driven by rotating screw rod polishes die cavity.This throwing
One of shortcoming of light mode, since the iron filings produced in polishing process are easily deposited in die cavity, thus easily undermines die cavity；It
Two, since a polishing machine needs to be served by a worker, thus input manpower is more, is unfavorable for saving valuable labour's money
Source；Three, due to being appropriate only for the polishing of the die cavity of mould, thus with the fastidious property at the polishing position to being polished component.
" polishing machine of glass mold " that typical example such as invention patent mandate notification number CN101659028B recommends.
" automatic polishing device of the punch of glass mold " that CN105033832A is provided is although the skill with specification
The strong point of concluded in art effect column three aspects, but have no can for polishing of the polishing for glass mold particularly to die cavity
The enlightenment of reference." the glass mold cavity burnishing device " that CN103786038B is introduced uses shape and the die cavity phase of glass mold
Adapt to internal model and polishing is implemented in the abrasive band by being sleeved in internal model, which equally exists what the applicant was mentioned above
The shortcoming of at least three aspects.Be necessary to be explored in view of this with rationally design, technical solution described below be
Produced under this background.
The content of the invention
The task of the present invention a kind of is helping avoid producing the powdered dry of iron filings etc in polishing process in providing
The miscellaneous dirt of state and use protection die cavity, be conducive to embody good automatic polishing effect and use save valuable human resources and
It is beneficial to embody the preferable feature of environmental protection and uses the glass mold grinding and polishing device that ensures online assignment personnel health.
The task of the present invention is so come what is completed, a kind of glass mold grinding and polishing device, including a vibrating bin support
Seat, the vibrating bin fulcrum bearing are arranged on the terrace in polishing operation place in a state of use；One or a plurality of vibrating bins, should
Vibrating bin is supported on the top of vibrating bin fulcrum bearing and in the bottom of the vibrating bin by the one group of vibration being spaced apart mechanism
A vibrating bin vibrator is provided with, and one is equipped on the top of vibrating bin and is used to be turned on and off the vibrating bin chamber of vibrating bin
Vibration case lid, vibrating bin intracavitary is provided with one or a plurality of glass mold detent mechanisms；One headstock, the headstock exist
It is supported on corresponding to the position of the side of the vibrating bin on the terrace in polishing operation place；One grinding liquid storage tank, the lapping liquid
Storage tank is arranged on polishing operation place in the rear side corresponding to the vibrating bin or corresponding to the position of the rear side of the headstock
Terrace on；One liquid-return box, the liquid-return box are arranged on the lower section of the headstock；One lapping liquid circulating and recovering mechanism, this grinds
Grinding fluid circulating and recovering mechanism is arranged on the headstock intracavitary of headstock, and the lapping liquid circulating and recovering mechanism and the vibrating bin
Connect with the lapping liquid storage tank pipeline and communicated at the same time with the liquid-return box；One is used for the grinding of the vibrating bin intracavitary
The abrasive grains material derivation mechanism that particulate material is drawn, this grinds numb particulate material derivation mechanism and is similarly disposed at the headstock intracavitary；
One vacuum device for being vacuumized to the abrasive grains material derivation mechanism, the vacuum device is with the headstock
It is arranged on the terrace in polishing operation place and is connected with abrasive grains material derivation mechanism pipeline.
In the specific embodiment of the present invention, described one group of vibration mechanism respectively includes spring on a vibrating bin and consolidates
Spring fixed column and a vibrating bin spring under fixed column, a vibrating bin, spring fixed column is formed in the vibrating bin on vibrating bin
Bottom, spring fixed column position of spring fixed column on corresponding to vibrating bin is formed in the vibrating bin fulcrum bearing under vibrating bin
Top, the top of vibrating bin spring is nested with vibrating bin on spring fixed column while keeping out the bottom wall in vibrating bin
On, and the lower end of vibrating bin spring is nested with vibrating bin on spring fixed column while keeping out on the top of vibrating bin fulcrum bearing
On wall.
In another specific embodiment of the present invention, the glass mold detent mechanism includes a screw rod and a glass
Glass die top pressing plate, screw rod to be fixed perpendicular to the state of the bottom of chamber wall of the vibrating bin chamber of the vibrating bin and the bottom of chamber wall,
Glass mold top platen is nested with screw rod and is screwed by the position of the top of corresponding glass mold top platen in screw rod
On bolt and nut limit；A lock is hinged with the lean-with of the forward upper of the vibrating bin, and in the vibration case lid
Front side and a lock seat is equipped with the position corresponding to lock, lock is engaged with lock seat, and is vibrating case lid
Top is provided with a pair of of case lid handle.
In another specific embodiment of the present invention, a storage tank lid is equipped on the top of the grinding liquid storage tank,
Covering composition in the storage tank has a liquid feeding pump inlet tube to match somebody with somebody interface with interface and a liquid back pipe；The lapping liquid circulating and recovering machine
Structure includes a mounting bracket, the liquid feeding pump being successively set on from top to bottom on mounting bracket, a reflux pump and a liquid pump, mounting bracket
Be arranged on the headstock intracavitary and positioned at headstock chamber left side, be connected with the liquid feeding pump inlet of liquid feeding pump one into
One end of liquid pump inlet tube, and the other end of the liquid feeding pump inlet tube is engaged and stretches with interface with the liquid feeding pump inlet tube
The lower part of the storage tank chamber of grinding liquid storage tank is opened up, the one of a liquid feeding pump outlet tube is connected with the liquid feeding pump liquid outlet of liquid feeding pump
End, and the other end of the liquid feeding pump outlet tube is configured to free end and is used to grind to vibrating bin intracavitary introducing with being connected to one
The liquid feeding rifle of grinding fluid, is connected with one end of a reflux pump inlet tube on the reflux pump inlet of reflux pump, and the reflux pump into
The other end of liquid pipe is stretched in the liquid-return box, and one end of a return duct is connected with the reflux pump liquid outlet of reflux pump,
And the other end of the return duct is coupled with interface with the return duct and is communicated with the storage tank chamber, time liquid of liquid pump is being returned
One end of liquid pump inlet tube once is connected on pump inlet, and under the other end of this time liquid pump inlet tube and the vibrating bin
Portion connects and is communicated with the vibrating bin chamber, and the one of liquid pump outlet tube once is connected returning returning on liquid pump liquid outlet for liquid pump
End, and the other end of this time liquid pump outlet tube is stretched in the liquid-return box.
In another specific embodiment of the present invention, the abrasive grains material derivation mechanism includes an abrasive grains
Grain recovery cylinder, one group of flutter mechanism, a recovery cylinder vibrator and an abrasive grains material pulp-collecting box, abrasive grains material recovery cylinder is right
The position on the right side of headstock chamber described in Ying Yu is found a place in one group of flutter mechanism, is set on the top of the abrasive grains material recovery cylinder
It is equipped with a cover and is formed in the position in the left side corresponding to cover and receive cylinder suction interface tube once, in the recovery cylinder suction
One end of a suction tube is connected with interface tube, and the other end of the suction tube is configured to free end and is connected with a suction nozzle,
On the top of abrasive grains material recovery cylinder and in the position on the right side corresponding to cover composition, receipts cylinder vacuumizes interface once,
One end that a vacuum-pumping tube is connected with interface is vacuumized in the recovery cylinder, and the other end of the vacuum-pumping tube and the pumping are true
Empty mechanism connection, opens up on front side of abrasive grains material recovery cylinder and in the position of the top corresponding to abrasive grains material pulp-collecting box
Have one communicated with the recycling barrel chamber of abrasive grains recovery cylinder be used for the abrasive grains material of recovery cylinder intracavitary led into abrasive grains
Expect the discharge port in pulp-collecting box, and discharge port open-close cover is provided with the position corresponding to the discharge port, one group of flutter mechanism
Between the bottom of abrasive grains material recovery cylinder and the bottom of chamber plate of headstock chamber, recovery cylinder vibrator is fixed on abrasive grains material
The middle position of the bottom of recovery cylinder, abrasive grains material pulp-collecting box is before corresponding to the position of the lower section of discharge port and headstock
Side is fixed.
The present invention also have a specific embodiment in, the abrasive grains material recovery cylinder recovery cylinder intracavitary simultaneously
And the position less than the discharge port is provided with a sieve plate, the lower part of barrel chamber will be recycled every setting out one by the sieve plate
Back to the fluid chamber, a drainage interface tube is equipped in the lower part of abrasive grains material recovery cylinder and in the position corresponding to back to the fluid chamber,
One end of a drainage pipe is connected with the drainage interface tube, and the other end of the drainage pipe is configured to free end and is stretched over institute
State in liquid-return box, a drainage pipe solenoid valve is provided with the pipeline of the drainage pipe.
In a still more specific embodiment of the invention, the abrasive grains material recovery cylinder recovery cylinder intracavitary simultaneously
And the portion on the upper side of recycling barrel chamber is provided with a switch.
The present invention's and then in a specific embodiment, described one group of flutter mechanism respectively includes spring positioning on one
Column, once spring retention posts and a spring, upper spring retention posts are formed in the bottom of the abrasive grains material recovery cylinder, lower spring
Positioning column is formed in the position corresponding to upper spring retention posts on the bottom of chamber plate of the headstock chamber, and the upper end of spring is nested with
While keeping out on the bottom wall of abrasive grains material recovery cylinder on upper spring retention posts, and the lower end of spring is nested with lower spring
While keeping out on the bottom wall of headstock chamber on positioning column.
The lower part on the right side of the liquid-return box is provided with a use in yet a further embodiment of the present invention
In the liquid-return box blow-off pipe for discharging the accumulation dirt of the liquid-return box intracavitary of liquid-return box, set on the pipeline of the liquid-return box blow-off pipe
A blowdown valve is equipped with, and a liquid-return box chamber liquid level sensor is additionally provided with liquid-return box intracavitary.
In the present invention again and then in a specific embodiment, the vacuum device includes a stent and one and takes out very
Sky pump, stent are arranged on the terrace in polishing operation place in the position on the right side corresponding to the headstock, and vacuum pumping pump is set
Put on stent, the vacuum orifice connection on the top of the other end and vacuum pumping pump of the vacuum-pumping tube.
Technical solution provided by the invention has technical effect that：First, since the present invention can behave as to glass mold
Implement the polishing of lubricity hygrometric state vibro-grinding, because of the debris without generation iron filings etc to the die cavity of glass mold caused by endanger
Evil；Second, since whole vibro-grinding polishing process is automatically performed by machine, but due to a worker can to more playscript with stage directions inventions into
Row nurse, thus the human resources of preciousness can be saved；Third, since the present invention can be equipped with multiple vibrating bins at the same time, every
A plurality of glass molds are set in a vibrating bin, thus there is preferable vibro-grinding polishing efficiency；Fourth, due to shaking
Pollutant will not be produced during dynamic grinding and polishing, thus helps to embody environmental protection and embodies Green civilization production spirit；Its
Five, due to ensureing lapping liquid circulating and recovering by lapping liquid circulating and recovering mechanism, and meet to grind by abrasive grains material derivation mechanism
The reuse of abrasive particle, thus the cost of raw material of polishing can have not only been reduced, but also can economize on resources.
Brief description of the drawings
Fig. 1 is the embodiment of the present invention schematic diagram.
Embodiment
In order to which the technical spirit and beneficial effect of the present invention is more clearly understood, applicant is below with embodiment
Mode elaborate, but the description to embodiment is not the limitation to the present invention program, any according to structure of the present invention
Think made only formal but not substantive equivalent transformation and be regarded as technical scheme category.
The concept of the every directionality for being related to upper, lower, left, right, front and rear or directionality is all in the following description
For the location status shown in Fig. 1, thus the special limit to technical solution provided by the invention cannot be understood as
It is fixed.
Fig. 1 is referred to, shows a vibrating bin fulcrum bearing 1, which is arranged on polishing in a state of use
On the terrace of Work places；Show two vibrating bins 2, which respectively passes through the one group of vibration being spaced apart mechanism
21 are supported on the top of vibrating bin fulcrum bearing 1 and are provided with the bottom of the vibrating bin 2 by screw 221 and are fixed with one and shake
Dynamic case vibrator 22, and one is equipped on the top of the vibrating bin 2 of vibrating bin 2 and is used to open the vibrating bin chamber 23 of vibrating bin 2
The vibration case lid 24 for opening or closing, is provided with two glass mold detent mechanisms 231 in vibrating bin chamber 23；Show a power
Case 3, the headstock 3 is in the side corresponding to foregoing vibrating bin 2（The right side of diagram）Position be supported on polishing operation place
On terrace；Show a grinding liquid storage tank 4, the grinding liquid storage tank 4 is in the position of the rear side corresponding to foregoing vibrating bin 2（Also may be used
With the position of the rear side corresponding to previous power case 3）It is arranged on the terrace in polishing operation place；Show a liquid-return box 5, should
Liquid-return box 5 is arranged on the lower section of foregoing headstock 3；Show a lapping liquid circulating and recovering mechanism 6, the lapping liquid circulating and recovering
Mechanism 6 is arranged in the headstock chamber 31 of headstock 3, and the lapping liquid circulating and recovering mechanism 6 and foregoing vibrating bin 2 and foregoing
4 pipeline of grinding liquid storage tank connection and communicated at the same time with foregoing liquid-return box 5；Show that one is used in foregoing vibrating bin chamber 23
Abrasive grains material draw abrasive grains material derivation mechanism 7, this grinds numb particulate material derivation mechanism 7 and is similarly disposed at previous power
In case chamber 31；Show a vacuum device 8 for being used to vacuumize foregoing abrasive grains material derivation mechanism 7, the evacuator
Structure 8 is arranged on the terrace in polishing operation place with previous power case 3 and connects with 7 pipeline of abrasive grains material derivation mechanism
Connect.
Applicant it should be noted that：Although illustrating vibrating bin 2 in the present embodiment has the example of two, simultaneously unexpectedly
Taste, which, must use two, such as can increase and decrease the quantity of vibrating bin 2 as needed, such as reduce to one or increase to three,
Four or even more.Also, although the example that two glass mold detent mechanisms 231 are set in vibrating bin chamber 23 is referred to above
Son, but can equally increase and decrease as needed, specifically with the explanation to vibrating bin 2.
Continue to see Fig. 1, the quantity of foregoing one group of vibration mechanism 21 there are four, corresponds respectively to four angles of vibrating bin 2
Portion, it is each to tremble mechanism 21（Also can claim " vibrating bin supporting device "）Including under spring fixed column 211, a vibrating bin on a vibrating bin
212 and one vibrating bin spring 213 of spring fixed column, spring fixed column 211 is formed in the bottom of foregoing vibrating bin 2 on vibrating bin,
The position of spring fixed column 211 on corresponding to vibrating bin of spring fixed column 212 is formed in foregoing vibrating bin supporting under vibrating bin
The top of seat 1, the top of vibrating bin spring 213 is nested with to be vibrated on vibrating bin on spring fixed column 211 while keeping out
On the bottom wall of case 2, and the lower end of vibrating bin spring 213 is nested with vibrating bin on spring fixed column 212 while keeping out
On the roof of vibrating bin fulcrum bearing 1.
Continue to see Fig. 1, foregoing glass mold detent mechanism 231 includes a screw rod 2311 and a glass mold top platen
2312, screw rod 2311 perpendicular to the state of the bottom of chamber wall of the vibrating bin chamber 23 of foregoing vibrating bin 2 and the bottom of chamber wall to fix, glass
Die top pressing plate 2312 is nested with screw rod 2311 and is revolved by the position of the top of corresponding glass mold top platen 2312
The bolt and nut 23111 fitted on screw rod 2311 limits；A lock is hinged with the middle position of the forward upper of foregoing vibrating bin 2
Button 25, and in the front side of foregoing vibration case lid 24 and in the position corresponding to lock 25 seat 241, the lock 25 are latched equipped with one
It is engaged with lock seat 241, and the top of vibration case lid 24 is provided with a pair of of case lid handle 242.
Continue to see Fig. 1, be equipped with a storage tank lid 41 on the top of foregoing grinding liquid storage tank 4, formed on the storage tank lid 41
There is a liquid feeding pump inlet tube to match somebody with somebody interface 412 with 411 and one liquid back pipe of interface.Foregoing lapping liquid circulating and recovering mechanism 6 includes one
Mounting bracket 61, the liquid feeding pump 62 being successively set on from top to bottom on mounting bracket 61, a reflux pump 63 and a liquid pump 64, installation
Frame 61, which is set, to be fixed in previous power case chamber 31 and positioned at the left side of headstock chamber 31, liquid feeding pump 62 liquid feeding pump into
Be connected with one end of a liquid feeding pump inlet tube 6211 on liquid mouth 621, and the other end of the liquid feeding pump inlet tube 6211 with it is foregoing into
Liquid pump inlet tube is engaged with interface 411 and is stretched over the lower part of the storage tank chamber 42 of grinding liquid storage tank 4, also show in figure into
The inlet tube inlet 62111 of liquid pump inlet tube 6211 is stretched over the situation of the lower part of storage tank chamber 42.In the feed liquor of liquid feeding pump 62
One end of a liquid feeding pump outlet tube 6221 is connected with pump liquid outlet 622, and the other end of the liquid feeding pump outlet tube 6221 is formed
For free end and with a liquid feeding rifle 62211 for being used to introduce lapping liquid into foregoing vibrating bin chamber 23 is connected to, in reflux pump 63
Reflux pump inlet 631 on be connected with one end of a reflux pump inlet tube 6311, and the reflux pump inlet tube 6311 is another
End is stretched in foregoing liquid-return box 5, and one end of a return duct 6321 is connected with the reflux pump liquid outlet 632 of reflux pump 63,
And the other end of the return duct 6321 is coupled with foregoing return duct with interface 412 and is communicated with foregoing storage tank chamber 42, returning
Returning on liquid pump inlet 641 for liquid pump 64 connects one end of liquid pump inlet tube 6411 once, and this time liquid pump inlet tube 6411
The other end be connected with the lower part of foregoing vibrating bin 2 and communicated with foregoing vibrating bin chamber 23, return liquid pump 64 return liquid pump go out
One end of liquid pump outlet tube 6421 once is connected on liquid mouth 642, and before the other end of this time liquid pump outlet tube 6421 is stretched over
State in liquid-return box 5.
Continue to see Fig. 1, foregoing abrasive grains material derivation mechanism 7 includes 71, one groups of flutters of an abrasive grains grain recovery cylinder
Mechanism 72, a recovery cylinder vibrator 73 and an abrasive grains material pulp-collecting box 74, abrasive grains material recovery cylinder 71 is corresponding to foregoing
The position on the right side of headstock chamber 31 is found a place in one group of flutter mechanism 72, is set on the top of the abrasive grains material recovery cylinder 71
There is a cover 711 and formed in the position in the left side corresponding to cover 711 and receive cylinder suction interface tube 712 once, in this time
One end that a suction tube 7121 is connected with cylinder suction interface tube 712 is received, and the other end of the suction tube 7121 is configured to freely
Hold and be connected with a suction nozzle 71211, on the top of abrasive grains material recovery cylinder 71 and on the right side corresponding to cover 711
Position forms receipts cylinder once and vacuumizes interface 713, is vacuumized in the recovery cylinder and a vacuum-pumping tube 7131 is connected with interface 713
One end, and the other end of the vacuum-pumping tube 7131 is connected with foregoing vacuum device 8, before abrasive grains material recovery cylinder 71
Side and offer the recycling of one and abrasive grains recovery cylinder 71 in the position of the top corresponding to abrasive grains material pulp-collecting box 74
What barrel chamber 714 communicated is used to leading to the abrasive grains material 10 recycled in barrel chamber 714 into the discharging in abrasive grains material pulp-collecting box 74
Mouth 715, and discharge port open-close cover 7151 is provided with the position corresponding to the discharge port 715, one group of flutter mechanism 72 is located at
Between the bottom of abrasive grains material recovery cylinder 71 and the bottom of chamber plate of headstock chamber 31, recovery cylinder vibrator 73 uses fixing screws
731 are fixed on the middle position of the bottom of abrasive grains material recovery cylinder 71, and abrasive grains material pulp-collecting box 74 is corresponding to discharge port
The position of 715 lower section and the front side of headstock 3 are fixed.
Continue to see Fig. 1, in the recycling barrel chamber 714 of foregoing abrasive grains material recovery cylinder 71 and less than foregoing discharge port
715 position is provided with a sieve plate 7141, and the lower part of barrel chamber 714 will be recycled every setting out a liquid by the sieve plate 7141
Chamber 716, is equipped with the lower part of abrasive grains material recovery cylinder 71 and in the position corresponding to back to the fluid chamber 716 a drainage interface tube
7161, it is connected with one end of a drainage pipe 71611 on the drainage interface tube 7161, and the other end structure of the drainage pipe 71611
As free end and it is stretched in foregoing liquid-return box 5, a drainage pipe solenoid valve is provided with the pipeline of the drainage pipe 71611
71612。
Preferably, in the recycling barrel chamber 714 of foregoing abrasive grains material recovery cylinder 71 and positioned at the inclined of recycling barrel chamber 714
Top is provided with a switch 7147, the principle of the switch 7147 and the structure and original of daily seen tank ball-float valve
Reason mutually duplicates, will by switch when the liquid level in recycling barrel chamber 714 is up to able to the degree acted on by switch 7147
Signal feeds back to electric controller, is opened drainage pipe solenoid valve 71612 by electric controller, recycles the liquid in barrel chamber 714
（Lapping liquid）Introduced through drainage pipe 71611 in liquid-return box 5.
The foregoing electric controller that the control present invention works is arranged in previous power case chamber 31, and can be in headstock 3
Chamber door 32（Preceding chamber door）The upper control panel with electric controller electrical connection set for online assignment personnel operation.Foundation
Professional general knowledge, foregoing vibrating bin vibrator 22, liquid feeding pump 62, reflux pump 63, return liquid pump 64, drainage pipe solenoid valve 71612, return
Receive cylinder vibrator 73, the blowdown valve 521 being also mentioned that below（Solenoid valve）, liquid-return box liquid level sensor 511 and evacuator
The grade of vacuum pumping pump 82 of structure 8 is connected with electric control box electrical control.
Preferably, one nowel can be set in the lower part of previous power case 3 and in the position of the front side corresponding to liquid-return box 5
Door 33.
Continue to see Fig. 1, foregoing one group of flutter mechanism 72（Also can claim " abrasive grains recovery cylinder supporting device "）Respectively include
Spring retention posts 721, once 722 and one spring 723 of spring retention posts, upper spring retention posts 721 are formed in foregoing grinding on one
The bottom of particulate material recovery cylinder 71, lower spring retention posts 722 are formed in foregoing dynamic in the position corresponding to upper spring retention posts 721
On the bottom of chamber plate of power case chamber 31, the upper end of spring 723 is nested with upper spring retention posts 721 while keeping out in abrasive grains
On the bottom wall for expecting recovery cylinder 71, and the lower end of spring 723 is nested with lower spring retention posts 722 while keeping out in headstock
On the bottom wall of chamber 31.
As shown in Figure 1, one is provided with the lower part on the right side of foregoing liquid-return box 5 to be used for the liquid-return box chamber 51 of liquid-return box 5
The liquid-return box blow-off pipe 52 of interior accumulation dirt discharge, is provided with a blowdown valve 521 on the pipeline of the liquid-return box blow-off pipe 52,
And a liquid-return box chamber liquid level sensor 511 is additionally provided with liquid-return box chamber 51.When the lapping liquid 20 in liquid-return box chamber 51
Liquid level be in visited by liquid-return box liquid level sensor 511 and degree when, then it is by the liquid-return box liquid level sensor 511 that signal is anti-
Feed electric controller, by electric controller by information to reflux pump 63, the lapping liquid 20 in liquid-return box chamber 51 is successively through reflux
Pump inlet tube 6311, reflux pump inlet 631, reflux pump liquid outlet 632 and return duct 6321 return the storage for leading to grinding liquid storage tank 4
In chamber 42.And the liquid level of the lapping liquid 20 in the liquid-return box chamber 51 is visited less than liquid-return box liquid level sensor 511 and（Find out）'s
During degree, then reflux pump 63 does not work.The self-evident work(of foregoing blowdown valve 521 has must be by accumulation in liquid-return box chamber 51
Dirt is discharged.
Continue to see Fig. 1, foregoing vacuum device 8 includes a stent 81 and a vacuum pumping pump 82, stent 81 corresponding to
The position on the right side of previous power case 3 is arranged on the terrace in polishing operation place, and vacuum pumping pump 82 is arranged on stent 81, preceding
The foregoing other end of vacuum-pumping tube 7131 is stated to be connected with the vacuum orifice 821 on the top of vacuum pumping pump 82.
As preferable scheme, also the traveling wheel 811 of brake device can be arranged in the bottom of aforementioned brackets 81.
Applicant combines the course of work of Fig. 1 description present invention, first, the vibration case lid 24 of vibrating bin 2 is opened, by glass
Mould 9（The present embodiment illustrates that vessel such as cup mould）It is placed in vibrating bin chamber 23, spoon or class is passed through by online assignment personnel
As instrument the abrasive grains material 10 for being taken from abrasive grains material pulp-collecting box 74 is poured into the die cavity 91 of glass mold 9, then will
Glass mold top platen 2312 is oppressed on glass mold 9 and locked by bolt and nut 23111.Wherein, one piece of glass mold
Top platen 2312 can implement control to two or four glass mold 9 at the same time.Then liquid feeding pump 62 works, and grinds liquid storage tank
Lapping liquid 20 in 4 is successively through inlet tube inlet 62111, liquid feeding pump inlet tube 6211, liquid feeding pump inlet 621, liquid feeding pump
First liquid outlet 622, liquid feeding pump outlet tube 6221 and liquid feeding rifle 62211 are introduced in vibrating bin chamber 23.Then close vibration case lid
Vibrating bin vibrator 22 is set to work 24. being next turned on the power supply of vibrating bin vibrator 22, vibrating bin 2 is in vibrational state, by grinding
Abrasive particle material 10 implements vibro-grinding polishing under the action of with lapping liquid 20 to die cavity 91.
After foregoing vibro-grinding polishing, worked first by returning liquid pump 64, the lapping liquid 20 in vibrating bin chamber 23 is successively
The interface 26 of left lower through vibrating bin 2, return liquid pump inlet tube 6411, return liquid pump inlet 641, return liquid pump liquid outlet 642
The liquid-return box chamber 51 of liquid-return box 5 is backed into time liquid pump outlet tube 6421.Then open vibration case lid 24 and pine opens bolt and nut
23111, take from glass mold top platen 2312, take out the glass mold 9 after vibropolish grinding.Then evacuator
The vacuum pumping pump 82 of structure 8 works, and cover 711 at this time is by cover lock 7111 in abundant with abrasive grains grain recovery cylinder 71
Air-tight state, and drainage pipe solenoid valve 71612 and discharge port open-close cover 715 are in closed mode.In vacuum pump 82
Under work, suction nozzle 71211 is gripped by online assignment personnel, makes the abrasive grains material 10 in vibrating bin chamber 23 successively through suction nozzle
71211st, expects pipe 7121, recovery cylinder suction interface tube 712 are blown into recycling in barrel chamber 714, are mixed in abrasive grains material 10
Remaining lapping liquid 20 enters in back to the fluid chamber 716 through sieve plate 7141, and abrasive grains grain 10 is then located in sieve plate 7141.Take out true
After sky, that is to say, that after the abrasive grains material 10 in vibrating bin chamber 23 is absorbed, vacuum pumping pump 82 is stopped.Then open
Discharge port open-close cover 7151 is opened, is also turned on the working power of recovery cylinder vibrator 73, under the work of recovery cylinder vibrator 73,
Abrasive grains material recovery cylinder 71 is in vibrational state, makes the foregoing abrasive grains material 10 in sieve plate 7114 from discharge port
715 enter in abrasive grains grain pulp-collecting box 74.
Repeat the above process and realize to implementing vibro-grinding polishing according to the die cavity 91 for the glass mold 9 for needing quantity.If
When glass mold 9 is the red wine bottle for filling red wine etc, then first can use anchor ear or similar measure to two half modules
Bind face-to-face together, to be limited to abrasive grains material 10 in the die cavity collectively constituted by a pair of of bottle half module.In addition, this
Invention can also implement vibro-grinding polishing to the component of other glass molds.
By the described above of applicant, relative to the lathe in prior art（It is horizontal）Or Vertical polisher can only
For tackling circular glass mold polishing, the present invention can both polish circular glass molds, also can be to the glass mold of abnormity
Polishing, thus it is adaptable good the characteristics of.
In conclusion technical solution provided by the invention compensate for the shortcoming in prior art, invention has been favorably accomplished
Task, has faithfully fulfilled the technique effect that applicant refers in technical effect column above.
Claims (10)
1. a kind of glass mold grinding and polishing device, it is characterised in that including a vibrating bin fulcrum bearing (1), the vibrating bin fulcrum bearing
(1) it is arranged in a state of use on the terrace in polishing operation place；One or a plurality of vibrating bins (2), the vibrating bin (2) are logical
Cross the one group of vibration being spaced apart mechanism (21) and be supported on the top of vibrating bin fulcrum bearing (1) and at the bottom of the vibrating bin (2)
Portion is provided with a vibrating bin vibrator (22), and one is equipped on the top of vibrating bin (2) for the vibrating bin to vibrating bin (2)
The vibration case lid (24) that chamber (23) is turned on and off, is provided with one or the positioning of a plurality of glass molds in vibrating bin chamber (23)
Mechanism (231)；One headstock (3), the headstock (3) are supported on polishing in the position of the side corresponding to the vibrating bin (2)
On the terrace of Work places；One grinding liquid storage tank (4), the grinding liquid storage tank (4) in the rear side corresponding to the vibrating bin (2) or
It is arranged on corresponding to the position of the rear side of the headstock (3) on the terrace in polishing operation place；One liquid-return box (5), this time liquid
Case (5) is arranged on the lower section of the headstock (3)；One lapping liquid circulating and recovering mechanism (6), the lapping liquid circulating and recovering mechanism
(6) it is arranged in the headstock chamber (31) of headstock (3), and the lapping liquid circulating and recovering mechanism (6) and the vibrating bin (2)
Connect with described grinding liquid storage tank (4) pipeline and communicated at the same time with the liquid-return box (5)；One is used for the vibrating bin chamber
(23) the abrasive grains material derivation mechanism (7) that the abrasive grains material in is drawn, the abrasive grains material derivation mechanism (7) are equally set
In the headstock chamber (31)；One vacuum device (8) for being vacuumized to the abrasive grains material derivation mechanism (7),
The vacuum device (8) be arranged on the headstock (3) on the terrace in polishing operation place and with abrasive grains material
Derivation mechanism (7) pipeline connects.
2. glass mold grinding and polishing device according to claim 1, it is characterised in that one group of vibration mechanism
(21) respectively including spring fixed column (212) and a vibrating bin spring under spring fixed column (211), a vibrating bin on a vibrating bin
(213), spring fixed column (211) is formed in the bottoms of the vibrating bin (2) on vibrating bin, spring fixed column under vibrating bin
(212) position of spring fixed column (211) is formed in the top of the vibrating bin fulcrum bearing (1) on corresponding to vibrating bin, shakes
The top of dynamic case spring (213) is nested with vibrating bin on spring fixed column (211) while keeping out at the bottom of vibrating bin (2)
On wall, and the lower end of vibrating bin spring (213) is nested with and is being vibrated under vibrating bin on spring fixed column (212) while keeping out
On the roof of case fulcrum bearing (1).
3. glass mold grinding and polishing device according to claim 1, it is characterised in that the glass mold localization machine
Structure (231) includes a screw rod (2311) and a glass mold top platen (2312), and screw rod (2311) is with perpendicular to the vibration
The state of the bottom of chamber wall of the vibrating bin chamber (23) of case (2) is fixed with the bottom of chamber wall, and glass mold top platen (2312) is nested with
Screwed on screw rod (2311) and by the position of the top of corresponding glass mold top platen (2312) on screw rod (2311)
Bolt and nut (23111) limits；It is hinged with a lock (25) in the middle position of the forward upper of the vibrating bin (2), and
It is described vibration case lid (24) front side and corresponding to lock (25) position be equipped with one lock seat (241), lock (25) with
Lock seat (241) is engaged, and is provided with a pair of of case lid handle (242) at the top of vibration case lid (24).
4. glass mold grinding and polishing device according to claim 1, it is characterised in that in the grinding liquid storage tank (4)
Top is equipped with a storage tank lid (41), and being formed on the storage tank lid (41) has a liquid feeding pump inlet tube to match somebody with somebody interface (411) and one time
Liquid pipe matches somebody with somebody interface (412)；The lapping liquid circulating and recovering mechanism (6) includes a mounting bracket (61), sets gradually from top to bottom
A liquid feeding pump (62), a reflux pump (63) and a liquid pump (64) on mounting bracket (61), mounting bracket (61) are arranged on described
In headstock chamber (31) and positioned at the left side of headstock chamber (31), connect on the liquid feeding pump inlet (621) of liquid feeding pump (62)
It is connected to one end of a liquid feeding pump inlet tube (6211), and the other end of the liquid feeding pump inlet tube (6211) and the liquid feeding pump feed liquor
Pipe with interface (411) be engaged and be stretched over grinding liquid storage tank (4) storage tank chamber (42) lower part, liquid feeding pump (62) into
One end of a liquid feeding pump outlet tube (6221) is connected with liquid pump liquid outlet (622), and the liquid feeding pump outlet tube (6221) is another
One end is configured to free end and is used for being connected to one to the interior liquid feeding rifle for introducing lapping liquid of the vibrating bin chamber (23)
(62211), one end of a reflux pump inlet tube (6311) is connected with the reflux pump inlet (631) of reflux pump (63), and
The other end of the reflux pump inlet tube (6311) is stretched in the liquid-return box (5), in the reflux pump liquid outlet of reflux pump (63)
(632) one end of a return duct (6321) is connected with, and the other end of the return duct (6321) is coupled with the return duct
Mouth (412) is coupled and is communicated with the storage tank chamber (42), and one is connected with returning returning on liquid pump inlet (641) for liquid pump (64)
Go back to one end of liquid pump inlet tube (6411), and the lower part of the other end of this time liquid pump inlet tube (6411) and the vibrating bin (2)
Connect and communicated with the vibrating bin chamber (23), liquid once is connected returning returning on liquid pump liquid outlet (642) for liquid pump (64)
One end of liquid pipe (6421) is pumped out, and the other end of this time liquid pump outlet tube (6421) is stretched in the liquid-return box (5).
5. glass mold grinding and polishing device according to claim 1, it is characterised in that the abrasive grains material is drawn
Mechanism (7) includes an abrasive grains grain recovery cylinder (71), one group of flutter mechanism (72), a recovery cylinder vibrator (73) and a grinding
Particulate material pulp-collecting box (74), abrasive grains material recovery cylinder (71) are found a place in the position on the right side corresponding to the headstock chamber (31)
On one group of flutter mechanism (72), a cover (711) is provided with the top of the abrasive grains material recovery cylinder (71) and right
It should be formed in the position in the left side of cover (711) and receive cylinder suction interface tube (712) once, in the recovery cylinder suction interface tube
(712) one end of a suction tube (7121) is connected with, and the other end of the suction tube (7121) is configured to free end and company
A suction nozzle (71211) is connected to, on the top of abrasive grains material recovery cylinder (71) and in the position on the right side corresponding to cover (711)
Putting composition, receipts cylinder vacuumizes interface (713) once, is vacuumized in the recovery cylinder and is connected with a vacuum-pumping tube on interface (713)
(7131) one end, and the other end of the vacuum-pumping tube (7131) is connected with the vacuum device (8), in abrasive grains material
One and abrasive grains are offered on front side of recovery cylinder (71) and in the position of the top corresponding to abrasive grains material pulp-collecting box (74)
What the recycling barrel chamber (714) of recovery cylinder (71) communicated is used to the abrasive grains material (10) recycled in barrel chamber (714) leading to grinding
Discharge port (715) in particulate material pulp-collecting box (74), and the position corresponding to the discharge port (715) is provided with discharge port and opens
Lid (7151) is closed, one group of flutter mechanism (72) is located at the bottom of abrasive grains material recovery cylinder (71) and the bottom of chamber of headstock chamber (31)
Between plate, recovery cylinder vibrator (73) is fixed on the middle position of the bottom of abrasive grains material recovery cylinder (71), abrasive grains material
Pulp-collecting box (74) is fixed in the position of the lower section corresponding to discharge port (715) and the front side of headstock (3).
6. glass mold grinding and polishing device according to claim 5, it is characterised in that recycled in the abrasive grains material
A sieve plate (7141) is provided with the recycling barrel chamber (714) of cylinder (71) and in the position less than the discharge port (715), by
By the sieve plate (7141) by the lower part of recycling barrel chamber (714) every setting out a back to the fluid chamber (716), in abrasive grains material recovery cylinder
(71) lower part and a drainage interface tube (7161) is equipped with the position corresponding to back to the fluid chamber (716), is connect in the drainage pipe
One end of a drainage pipe (71611) is connected with mouth (7161), and the other end of the drainage pipe (71611) is configured to free end simultaneously
And be stretched in the liquid-return box (5), a drainage pipe solenoid valve (71612) is provided with the pipeline of the drainage pipe (71611).
7. glass mold grinding and polishing device according to claim 5, it is characterised in that recycled in the abrasive grains material
A switch (7142) is provided with the recycling barrel chamber (714) of cylinder (71) and positioned at the portion on the upper side of recycling barrel chamber (714).
8. glass mold grinding and polishing device according to claim 5, it is characterised in that one group of flutter mechanism
(72) spring retention posts (721), once spring retention posts (722) and a spring (723) on one, upper spring retention posts are respectively included
(721) bottom of the abrasive grains material recovery cylinder (71) is formed in, lower spring retention posts (722) are corresponding to upper spring positioning
The position of column (721) is formed on the bottom of chamber plate of the headstock chamber (31), and the upper end of spring (723) is nested with upper spring positioning
While keeping out on the bottom wall of abrasive grains material recovery cylinder (71) on column (721), and the lower end of spring (723) is nested with
While keeping out on the bottom wall of headstock chamber (31) on spring retention posts (722).
9. the glass mold grinding and polishing device according to claim 1 or 4, it is characterised in that in the liquid-return box (5)
The lower part on right side is provided with a liquid-return box blow-off pipe for being used to discharge the accumulation dirt in the liquid-return box chamber (51) of liquid-return box (5)
(52), a blowdown valve (521) is provided with the pipeline of the liquid-return box blow-off pipe (52), and is also set in liquid-return box chamber (51)
It is equipped with a liquid-return box chamber liquid level sensor (511).
10. glass mold grinding and polishing device according to claim 5, it is characterised in that the vacuum device (8)
Including a stent (81) and a vacuum pumping pump (82), stent (81) is set in the position on the right side corresponding to the headstock (3)
In on the terrace in polishing operation place, vacuum pumping pump (82) is arranged on stent (81), the vacuum-pumping tube (7131) it is described
The other end is connected with the vacuum orifice (821) on the top of vacuum pumping pump (82).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610899927.2A CN106392862B (en) | 2016-10-17 | 2016-10-17 | Glass mold grinding and polishing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610899927.2A CN106392862B (en) | 2016-10-17 | 2016-10-17 | Glass mold grinding and polishing device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106392862A CN106392862A (en) | 2017-02-15 |
| CN106392862B true CN106392862B (en) | 2018-05-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610899927.2A Active CN106392862B (en) | 2016-10-17 | 2016-10-17 | Glass mold grinding and polishing device |
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| Country | Link |
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| CN (1) | CN106392862B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113714898A (en) * | 2021-08-18 | 2021-11-30 | 海盐星辰工具有限公司 | Spanner grinding device with grinding fluid recycling function |
| CN114633211B (en) * | 2022-02-28 | 2023-04-28 | 蚌埠学院 | Grinding wheel for glass edging and quick glass edging machine |
Family Cites Families (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5783361A (en) * | 1980-11-06 | 1982-05-25 | Ietatsu Ono | Circulating type vibrative barrel polishing device |
| US4926601A (en) * | 1989-03-09 | 1990-05-22 | General Kinematics Corporation | Vibratory tumbling apparatus |
| CN2113121U (en) * | 1991-08-27 | 1992-08-19 | 机械电子工业部济南铸造锻压机械研究所 | Shaking breaking ball grinding regenerative machine |
| CN2224062Y (en) * | 1995-06-30 | 1996-04-10 | 陈吉甫 | Vibration grinding machine with improved structure |
| CN2385843Y (en) * | 1999-08-20 | 2000-07-05 | 李铁祥 | Vertical vibration polishing machine |
| CN201231445Y (en) * | 2008-07-04 | 2009-05-06 | 范后康 | Closed type spiral vibrating grinder |
| CN204621781U (en) * | 2015-01-12 | 2015-09-09 | 六和电子（江西）有限公司 | A kind of automatic deburring machine with automatic charging and device for discharging |
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2016
- 2016-10-17 CN CN201610899927.2A patent/CN106392862B/en active Active
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| CN106392862A (en) | 2017-02-15 |
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