CN102848194B - Electromagnetic valve body machining equipment - Google Patents
Electromagnetic valve body machining equipment Download PDFInfo
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- CN102848194B CN102848194B CN201210353543.2A CN201210353543A CN102848194B CN 102848194 B CN102848194 B CN 102848194B CN 201210353543 A CN201210353543 A CN 201210353543A CN 102848194 B CN102848194 B CN 102848194B
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- valve body
- electromagnetic valve
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- groove milling
- tapper
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Abstract
Electromagnetic valve body machining equipment comprises a base (1), an intermittent divider (2) and an indexing turntable (3). The intermittent divider (2) is mounted on the base (1), and the indexing turntable (3) is mounted at an output end of the intermittent divider and realizes indexing intermittent rotation; a perforating mechanism, a tapping mechanism and a groove milling mechanism are sequentially mounted on the base (1) along the circumferential direction of the indexing turntable (3), and included angles among the perforating mechanism, the tapping mechanism and the groove milling mechanism are integer multiples of an indexing intermittent rotation angle of the indexing turntable (3); and at least one mounting seat (5) used for clamping an electromagnetic valve body (4) is mounted on the indexing turntable (3), and the position of a hole to be machined on the electromagnetic valve body (4) is sequentially aligned with drills of the perforating mechanism, taps of the tapping mechanism and milling cutters of the groove milling mechanism along with indexing intermittent rotation of the indexing turntable (3). The electromagnetic valve body machining equipment can machine threaded holes and long slotted holes of the electromagnetic valve body continuously, and has the advantages of low machining cost and high work efficiency.
Description
Technical field
The present invention relates to electromagnetic valve body processing technique field, is specifically a kind of electromagnetic valve body process equipment.
Background technology
As depicted in figs. 1 and 2, be a kind of electromagnetic valve body, this electromagnetic valve body is provided with a plurality of screwed holes that are connected use with quick connector, and in each screwed hole, forms a long slot bore.When the processing screwed hole of this magnetic valve and long slot bore, generally by the operation of punching, tapping, milling long slot bore, undertaken.
At present, the punching of magnetic valve, tapping, milling long slot bore generally adopt the mode of streamline to process, and each operation needs a corresponding corresponding equipment and is equipped with an operative employee like this, and whole process equipment needed thereby and operative employee are more, not only processing cost is high, and efficiency is also lower.
Summary of the invention
The technical problem to be solved in the present invention is, a kind of electromagnetic valve body process equipment is provided, and this equipment can continuously carry out the processing of screwed hole and long slot bore to electromagnetic valve body, and it is low to have processing cost, the advantage that operating efficiency is high.
Technical scheme of the present invention is, a kind of like this electromagnetic valve body process equipment is provided, and comprises base, is arranged on indexing separator on base, is arranged on the indexing rotary table that indexing separator output is realized calibration intermittent rotary; On described base, along indexing rotary table circumferencial direction, perforating mechanism, tapper mechanism and groove milling mechanism are installed successively, the angle between described perforating mechanism, tapper mechanism and groove milling mechanism is the integral multiple of indexing rotary table calibration intermittent rotary angle; On described indexing rotary table, be at least equipped with position, hole to be processed on a mount pad for clamping electromagnetic valve body and electromagnetic valve body with the calibration intermittent rotary of indexing rotary table successively with the drill bit of perforating mechanism, the milling cutter of the screw tap of tapper mechanism, groove milling mechanism aim at.
Described perforating mechanism comprises the doubles holes mechanism of beating electromagnetic valve body two stomidiums and singles' holes mechanism of beating electromagnetic valve body interstitial hole; Described tapper mechanism comprises two tapper mechanisms of attacking electromagnetic valve body two stomidium screw threads and single tapper mechanism of attacking electromagnetic valve body interstitial hole screw thread; Described groove milling mechanism comprises the single groove milling mechanism of two groove milling mechanisms of the long slot bore in milling electromagnetic valve body two stomidiums and the long slot bore in milling electromagnetic valve body interstitial hole; Described doubles holes mechanism, two tapper mechanism, singles' holes mechanism, single tapper mechanism, two groove milling mechanism, single groove milling mechanism arrange successively along indexing rotary table circumferencial direction.
Described mount pad comprises clamping seat, cylinder and cylinder mount pad, described clamping seat is provided with the clamping groove for clamping electromagnetic valve body, described cylinder is arranged on cylinder mount pad, the piston rod of this cylinder be provided with for the compression end of compaction solenoid valve valve body and this compression end be positioned at clamping groove directly over.
Described mount pad is 8, these 8 mount pads along indexing rotary table circumferencial direction be evenly arranged and adjacent two mount pads between angle equate with indexing rotary table calibration intermittent rotary angle; Described doubles holes mechanism, two tapper mechanism, singles' holes mechanism, single tapper mechanism, two groove milling mechanism, single groove milling mechanism are total with wherein 6 mount pads of setting are corresponding one by one continuously.
Adopt after said structure, the present invention compared with prior art, have the following advantages: electromagnetic valve body process equipment of the present invention is by installing one division rotating disk at indexing separator output, indexing rotary table is just realized calibration intermittent rotary under the drive of indexing separator like this, do intermittent calibration gyration, add on base, along indexing rotary table circumferencial direction, perforating mechanism is installed successively, tapper mechanism and groove milling mechanism, on indexing rotary table, at least fill position, hole to be processed on a mount pad for clamping electromagnetic valve body and electromagnetic valve body with the calibration intermittent rotary of indexing rotary table successively with the drill bit of perforating mechanism, the screw tap of tapper mechanism, the milling cutter of groove milling mechanism is aimed at, after saying that like this electromagnetic valve body clamping is on mount pad, start indexing separator, indexing rotary table starts calibration intermittent rotary, and position, hole to be processed on electromagnetic valve body just can with the calibration intermittent rotary of indexing rotary table successively with the drill bit of perforating mechanism, the screw tap of tapper mechanism, the processing of corresponding operation is aimed at and carried out to the milling cutter of groove milling mechanism.Utilize electromagnetic valve body process equipment of the present invention just can be successively to electromagnetic valve body punch, tapping, milling long slot bore, namely continuously carry out the processing of screwed hole and long slot bore, whole process automation degree is strong, efficiency is high, utilize an equipment just can realize processing, only need an operative employee just can realize processing, greatly reduce processing cost.
As improvement, described perforating mechanism comprises the doubles holes mechanism of beating electromagnetic valve body two stomidiums and singles' holes mechanism of beating electromagnetic valve body interstitial hole; Described tapper mechanism comprises two tapper mechanisms of attacking electromagnetic valve body two stomidium screw threads and single tapper mechanism of attacking electromagnetic valve body interstitial hole screw thread; Described groove milling mechanism comprises the single groove milling mechanism of two groove milling mechanisms of the long slot bore in milling electromagnetic valve body two stomidiums and the long slot bore in milling electromagnetic valve body interstitial hole; Described doubles holes mechanism, two tapper mechanism, singles' holes mechanism, single tapper mechanism, two groove milling mechanism, single groove milling mechanism arrange successively along indexing rotary table circumferencial direction.Utilize doubles holes mechanism and two tapper mechanism just can punch and tapping to electromagnetic valve body two stomidiums, thereby realize the processing of two ends screwed hole; And utilize singles' holes mechanism and single tapper mechanism, just can punch and tapping to electromagnetic valve body interstitial hole, thereby realize the processing of neutral threaded hole; And the just processing to the long slot bore in electromagnetic valve body two stomidiums and the long slot bore in interstitial hole respectively of the two groove milling He Dan of the mechanism groove milling mechanisms of utilization.
As improvement, described mount pad comprises clamping seat, cylinder and cylinder mount pad, described clamping seat is provided with the clamping groove for clamping electromagnetic valve body, described cylinder is arranged on cylinder mount pad, the piston rod of this cylinder be provided with for the compression end of compaction solenoid valve valve body and this compression end be positioned at clamping groove directly over, utilize clamping seat to carry out clamping to electromagnetic valve body, and the compression end that utilizes the piston rod of cylinder just can compress clamping electromagnetic valve body, effectively prevented the loosening and displacement of electromagnetic valve body in following process operation.
As further improvement, described mount pad is 8, these 8 mount pads along indexing rotary table circumferencial direction be evenly arranged and adjacent two mount pads between angle equate with indexing rotary table calibration intermittent rotary angle; Described doubles holes mechanism, two tapper mechanism, singles' holes mechanism, single tapper mechanism, two groove milling mechanism, single groove milling mechanism are total with wherein 6 mount pads of setting are corresponding one by one continuously.6 mount pads and doubles holes mechanism, two tapper mechanism, singles' holes mechanism, single tapper mechanism, two groove milling mechanism, single groove milling mechanism be corresponding setting one by one, these 6 mount pads have formed the mount pad of processing use, remaining 2 mount pads have formed the mount pad that blowing is used, electromagnetic valve body on the mount pad that clamping is used at 2 blowings like this and the mount pad of 6 processing use just can go to along with the calibration intermittent rotary of indexing rotary table corresponding mechanism place and process, whole process continuously and uninterruptedly, has improved working (machining) efficiency greatly.
Accompanying drawing explanation
Fig. 1 is the structural representation of the electromagnetic valve body processed of electromagnetic valve body process equipment of the present invention.
Fig. 2 is the broken section structural representation of the electromagnetic valve body processed of electromagnetic valve body process equipment of the present invention.
Fig. 3 is the plan structure schematic diagram of electromagnetic valve body process equipment of the present invention.
Fig. 4 is the axle side structure schematic diagram of electromagnetic valve body process equipment of the present invention.
Fig. 5 is electromagnetic valve body process equipment part component combined structure schematic diagram of the present invention.
Shown in figure: 1, base, 2, indexing separator, 3, indexing rotary table, 4, electromagnetic valve body, 4.1, two stomidiums, 4.2, interstitial hole, the long slot bore in 4.3, two stomidiums, 4.4, the long slot bore in interstitial hole, 5, mount pad, 5.1, clamping seat, 5.11, clamping groove, 5.2, cylinder, 5.21, compress end, 5.3, cylinder mount pad, 6, doubles holes mechanism, 7, singles' holes mechanism, 8, two tapper mechanism, 9, single tapper mechanism, 10, two groove milling mechanism, 11, single groove milling mechanism.
The specific embodiment
Below in conjunction with accompanying drawing, electromagnetic valve body process equipment of the present invention is described further.
Referring to figs. 1 to Fig. 5, electromagnetic valve body process equipment of the present invention, comprises base 1, is arranged on indexing separator 2 on base 1, is arranged on the indexing rotary table 3 that indexing separator output is realized calibration intermittent rotary.In the present embodiment, described base 1 is a square floor, and indexing separator 2 is vertically arranged on the middle position of this square floor, and indexing rotary table 3 level is arranged on the output at indexing separator 2 tops.Wherein indexing separator 2 can be converted into intermittent movement by a continuous action, do intermittent calibration gyration, it is prior art, therefore do not describe in detail at this, and install after indexing rotary table 3 at its output, this indexing rotary table 3 just can be synchronizeed and realize calibration intermittent rotary with the output of indexing separator 2, does intermittent calibration gyration.
On described base 1, along indexing rotary table 3 circumferencial directions, perforating mechanism, tapper mechanism and groove milling mechanism are installed successively, the angle between described perforating mechanism, tapper mechanism and groove milling mechanism is the integral multiple of indexing rotary table 3 calibration intermittent rotary angles.On described indexing rotary table 3, be at least equipped with one for the mount pad 5 of clamping electromagnetic valve body 4 and the position, hole to be processed on electromagnetic valve body 4 with the calibration intermittent rotary of indexing rotary table 3 successively with the drill bit of perforating mechanism, the milling cutter of the screw tap of tapper mechanism, groove milling mechanism aim at.
Described mount pad 5 comprises clamping seat 5.1, cylinder 5.2 and cylinder mount pad 5.3.Described clamping seat 5.1 is provided with the clamping groove 5.11 for clamping electromagnetic valve body 4.Described cylinder 5.2 is arranged on cylinder mount pad 5.3, the piston rod of this cylinder 5.2 be provided with for the compression end 5.21 of compaction solenoid valve valve body 4 and compress end 5.21 be positioned at clamping groove 5.11 directly over.
In the present embodiment: described perforating mechanism comprises the doubles holes mechanism 6 of beating 4 liang of stomidiums 4.1 of electromagnetic valve body and singles' holes mechanism 7 of beating electromagnetic valve body 4 interstitial holes 4.2; Described tapper mechanism comprises two tapper mechanisms 8 of attacking 4 liang of stomidium 4.1 screw threads of electromagnetic valve body and single tapper mechanism 9 of attacking electromagnetic valve body 4 interstitial hole 4.2 screw threads; Described groove milling mechanism comprises the single groove milling mechanism 11 of two groove milling mechanisms 10 of the long slot bore 4.3 in 4 liang of stomidiums of milling electromagnetic valve body and the long slot bore 4.4 in milling electromagnetic valve body 4 interstitial holes; Described doubles holes mechanism 6, two tapper mechanism 8, singles' holes mechanism 7, single tapper mechanism 9, two groove milling mechanism 10, single groove milling mechanism 11 arrange successively along indexing rotary table 3 circumferencial directions; Described mount pad 5 is 8, these 8 mount pads 5 along indexing rotary table 3 circumferencial directions be evenly arranged and adjacent two mount pads 5 between angle equate with indexing rotary table 3 calibration intermittent rotary angles; Described doubles holes mechanism 6, two tapper mechanism 8, singles' holes mechanism 7, single tapper mechanism 9, two groove milling mechanism 10, single groove milling mechanism 11 are total with wherein 6 mount pads 5 of setting are corresponding one by one continuously.
Described doubles holes mechanism 6, two tapper mechanism 8, singles' holes mechanism 7, single tapper mechanism 9, two groove milling mechanism 10, single groove milling mechanism 11 are prior art, therefore its structure and operation principle no longer describe in detail at this.
Certainly, utilize electromagnetic valve body process equipment of the present invention, by change corresponding mechanism cutter installation site and make the clamping outwardly below of electromagnetic valve body, just can process electromagnetic valve body screwed hole and long slot bore below.What at the electromagnetic valve body process equipment of the present embodiment, process is positive screwed hole and the long slot bore of electromagnetic valve body.
The course of work: by electromagnetic valve body clamping Dao Weiyuge mechanism one to one on 2 mount pads, and start the cylinder of mount pad, make the upper surface of the tight electromagnetic valve body of compression side pressure of cylinder piston rod.Start subsequently indexing separator, indexing rotary table starts calibration intermittent rotary, when mount pad rotates to doubles holes mechanism place with indexing rotary table, indexing rotary table stops operating, the electric motor starting of doubles holes mechanism 6, two bits of doubles holes mechanism 6 front ends, thus and then the cylinder of doubles holes mechanism 6 starts and promotes two drill bit feeds two stomidiums of electromagnetic valve body are carried out to perforation processing.Then indexing rotary table continues calibration intermittent rotary, successively the interstitial hole of electromagnetic valve body is carried out perforation processing, two stomidiums are carried out tapping, interstitial hole is carried out tapping, the long slot bore in two stomidiums is processed, the long slot bore in interstitial hole is processed.And in the process of first electromagnetic valve body of processing, clamping electromagnetic valve body on mount pad corresponding to Wei Yuge mechanism, the electromagnetic valve body of clamping just can be processed under the effect that is rotated in each mechanism with indexing rotary table accordingly.
Claims (3)
1. an electromagnetic valve body process equipment, comprises base (1), is arranged on indexing separator (2) on base (1), is arranged on indexing separator output and realizes the indexing rotary table of calibration intermittent rotary (3); It is characterized in that: described base (1) is upper is provided with perforating mechanism, tapper mechanism and groove milling mechanism successively along indexing rotary table (3) circumferencial direction, and the angle between described perforating mechanism, tapper mechanism and groove milling mechanism is the integral multiple of indexing rotary table (3) calibration intermittent rotary angle; On described indexing rotary table (3), be at least equipped with position, hole to be processed on a mount pad for clamping electromagnetic valve body (4) (5) and electromagnetic valve body (4) with the calibration intermittent rotary of indexing rotary table (3) successively with the drill bit of perforating mechanism, the milling cutter of the screw tap of tapper mechanism, groove milling mechanism aim at; Described perforating mechanism comprises the doubles holes mechanism (6) of beating electromagnetic valve body (4) two stomidiums (4.1) and singles' holes mechanism (7) of beating electromagnetic valve body (4) interstitial hole (4.2); Described tapper mechanism comprises two tapper mechanisms (8) of attacking electromagnetic valve body (4) two stomidium (4.1) screw threads and single tapper mechanism (9) of attacking electromagnetic valve body (4) interstitial hole (4.2) screw thread; Described groove milling mechanism comprises two groove milling mechanisms (10) of the long slot bore (4.3) in milling electromagnetic valve body (4) two stomidiums and single groove milling mechanism (11) of the long slot bore (4.4) in milling electromagnetic valve body (4) interstitial hole; Described doubles holes mechanism (6), two tapper mechanism (8), singles' holes mechanism (7), single tapper mechanism (9), two groove milling mechanisms (10), single groove milling mechanism (11) arrange successively along indexing rotary table (3) circumferencial direction.
2. electromagnetic valve body process equipment according to claim 1, it is characterized in that: described mount pad (5) comprises clamping seat (5.1), cylinder (5.2) and cylinder mount pad (5.3), described clamping seat (5.1) is provided with the clamping groove (5.11) for clamping electromagnetic valve body (4), it is upper that described cylinder (5.2) is arranged on cylinder mount pad (5.3), the piston rod of this cylinder (5.2) be provided with for the compression end (5.21) of compaction solenoid valve valve body (4) and compress end (5.21) be positioned at clamping groove (5.11) directly over.
3. electromagnetic valve body process equipment according to claim 2, it is characterized in that: described mount pad (5) is 8, these 8 mount pads (5) along indexing rotary table (3) circumferencial direction be evenly arranged and adjacent two mount pads (5) between angle equate with indexing rotary table (3) calibration intermittent rotary angle; Described doubles holes mechanism (6), two tapper mechanism (8), singles' holes mechanism (7), single tapper mechanism (9), two groove milling mechanisms (10), single groove milling mechanism (11) are always corresponding one by one with 6 mount pads (5) that wherein arrange continuously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210353543.2A CN102848194B (en) | 2012-09-21 | 2012-09-21 | Electromagnetic valve body machining equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210353543.2A CN102848194B (en) | 2012-09-21 | 2012-09-21 | Electromagnetic valve body machining equipment |
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| Publication Number | Publication Date |
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| CN102848194A CN102848194A (en) | 2013-01-02 |
| CN102848194B true CN102848194B (en) | 2014-12-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210353543.2A Expired - Fee Related CN102848194B (en) | 2012-09-21 | 2012-09-21 | Electromagnetic valve body machining equipment |
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| CN104289913B (en) * | 2014-09-29 | 2016-08-24 | 宁波华液机器制造有限公司 | A kind of device for processing electromagnetic valve body |
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| CN107052818B (en) * | 2017-02-28 | 2022-12-06 | 泉州华中科技大学智能制造研究院 | Fire control valve body processing all-in-one |
| CN107443083B (en) * | 2017-09-18 | 2019-05-31 | 宁波盛达阳光自动化科技有限公司 | A kind of Multi-position electromagnetic valve body automatic processing device |
| CN107443078B (en) * | 2017-09-23 | 2023-04-11 | 浙江班尼戈流体控制有限公司 | Multifunctional machining device for butterfly valve |
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| CN113231824A (en) * | 2021-04-21 | 2021-08-10 | 杜洋 | Valve body milling, drilling and tapping production method |
| CN113146256B (en) * | 2021-04-25 | 2021-12-14 | 浙江班尼戈流体控制有限公司 | Valve body forming device of soft seal butterfly valve |
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- 2012-09-21 CN CN201210353543.2A patent/CN102848194B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| FR2357325A1 (en) * | 1977-05-11 | 1978-02-03 | Gardette Roger | Vice for multistation milling machine - has jaws slotted to clear cutters and actuated by cam |
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