CN205926869U - Commutator mo genmo moulds automatic preheating unit that impresses of shell - Google Patents
Commutator mo genmo moulds automatic preheating unit that impresses of shell Download PDFInfo
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- CN205926869U CN205926869U CN201621001764.3U CN201621001764U CN205926869U CN 205926869 U CN205926869 U CN 205926869U CN 201621001764 U CN201621001764 U CN 201621001764U CN 205926869 U CN205926869 U CN 205926869U
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Abstract
The utility model relates to an automatic technical field that suppresses of commutator, specifically speaking is a commutator mo genmo moulds automatic preheating unit that impresses of shell, it is equipped with well template, this preheating unit of characterized in that is by crossing the cab apron, it transfers the subassembly and impresses and preheat the subassembly component to cross the cab apron, because this preheating unit is by crossing the cab apron, it transfers the subassembly and impresses and preheat the subassembly component to cross the cab apron, it transfers the subassembly and will cross the cab apron and transfer and preheat crossing on the cab apron supporting guide in the subassembly to impressing to cross the cab apron, then impress and preheat the subassembly and go into and heat in well mould crossing the hull pressure of moulding that bears the weight of in the cab apron, it has guaranteed that the temperature of well template can satisfy the requirement of suppression to last the heating at the in -process heating pipe of carrying, convenient operation has, high reliability and high work efficiency, stable working performance and high reliability, can realize to mould the automatic well mould and automatic with advantages such as well mould preheat of impressing of shell.
Description
Technical field
The present invention relates to commutator automatic compact technique field, specifically a kind of easy to operate, high working efficiency, work
Make stable performance, be capable of by mould shell be automatically pressed into middle mold the commutator Mo Genmo that automatically middle mold preheated to mould shell automatic
Press-in preheating mechanism.
Background technology
It is known that commutator is in order to allow motor persistently rotate down former one on AC permanent magnet series-wound motor
Individual part, in structure, it is round that commutator is that several contact chips surround, and connects each tap on rotor respectively, and outside connects two
Individual electrode is referred to as brush and contacts, and only contacts two therein, principle is simultaneously, when coil is after electric current, can be in permanent magnetism
In the presence of iron, by attracting to rotate, when it goes to and balances with magnet, originally led to the relatively corresponding commutation of line of electricity with repulsive force
Contact on device is just separated with brush, and brush is connected to and meets on that group corresponding contact of coil producing motive force, this
Sample ceaselessly repeats down, and dc motor is just turned over.
At present, in commutator production line, before compressing for commutator, need regularly to put into copper bar press
Mould
Among, the fixation of copper bar for convenience, often it is inserted into special moulding among shell using by copper bar, then mo(u)ldenpress
In the middle of equipment, and mould that shell is pressed into middle mold automatically and to preheat be an indispensable part, current moulds shell press-in middle mold heating one
As all manually to complete, complex operation also reduces operating efficiency simultaneously.
Content of the invention
Present invention aim to address above-mentioned the deficiencies in the prior art, provide a kind of easy to operate, high working efficiency, work
Stable performance, it is capable of moulding shell from dynamic pressure by mould that shell is pressed into middle mold the commutator Mo Genmo that automatically preheats middle mold automatically
Enter preheating mechanism.
The technical solution adopted for the present invention to solve the technical problems is：
A kind of shell of moulding of commutator Mo Genmo is pressed into preheating mechanism automatically, is provided with middle template it is characterised in that this preheating machine
Structure is made up of rebound, rebound transfer assembly and press-in preheating assembly, and described rebound is provided with for pushing rebound
Positioning port and the location hole for moulding shell positioning conveyance, described rebound moving assembly is by transporting cylinder, rebound supports
Plate, line slideway, pushing block, guide rail and floating guide rail composition, the output shaft of described conveyance cylinder is connected with pushing block, rebound
Gripper shoe is provided with line slideway, and pushing block is located on line slideway and is connected with rebound by the positioning port on rebound,
The rebound gripper shoe of rebound both sides is provided with the guide rail for rebound mobile guide, and floating guide rail is located at press-in station
On, described press-in preheating assembly by holster base plate, middle template, rebound supporting guide, pressure head installing plate, installing plate, oil cylinder,
Gripper shoe and guide rail guide pillar composition, described oil cylinder supports through gripper shoe, the output shaft below oil cylinder pass through gripper shoe and with
Floating junction below fagging is connected, and floating junction is fixed through floating connection seat, and floating connection seat is pacified with pressure head through installing plate
Dress plate is connected, and the lower surface of pressure head installing plate is provided with pressure head, and the lower section of pressure head installing plate is provided with to be transferred in assembly with rebound
The rebound supporting guide of rebound flush, rebound supporting guide is slidably connected with rebound through track, and rebound supports
The pull bar through floating for the guide rail is connected with the lower surface of installing plate, and rebound supporting guide is provided with oilless bearing, guide rail
Through in oilless bearing and its upper end is connected guide pillar with gripper shoe, and the lower end of guide rail guide pillar is connected with holster base plate
Connect, above holster base plate, be provided with thermal insulation board, above thermal insulation board, be provided with preheating table, preheating table is provided with heating tube and thermocouple, in advance
Hot plate is provided with middle template, and middle template is arranged at the lower section of rebound supporting guide.
The location hole for moulding shell positioning conveyance that rebound of the present invention is provided with is provided with locating slot, locating slot
Size according to moulding shell size specific customization, the notch of locating slot be set to circular arc import it is ensured that mould shell being capable of pre-determined bit.
Gripper shoe for fixed oil cylinder of the present invention be respectively provided on two sides with linear bearing, the guide pillar of linear bearing
Output end is connected with the installing plate of lower section, realizes the fixation of gripper shoe and installing plate it is ensured that oil cylinder drives lower section installing plate fortune
Installing plate not run-off the straight when dynamic, increases the stability of motion.
Rebound of the present invention is provided with the guide pillar hole of positioning, and the pressure head in described press-in preheating assembly is installed
It is provided with the pilot pin matching with rebound upper guide post hole, described middle template is provided with and the guide pillar on rebound below plate
Correcting hole that pilot pin below hole, pressure head installing plate matches is it is ensured that the uniformity of pressure head, rebound and middle template position.
The present invention is made up of rebound, rebound transfer assembly and press-in preheating assembly due to this preheating mechanism, rebound
Rebound is transferred on the rebound supporting guide in press-in preheating assembly transfer assembly, is then pressed into preheating assembly to transition
The shell of moulding carrying in plate is pressed in middle template and is heated, template during heating tube continuous heating ensure that during conveying
Temperature disclosure satisfy that the requirement of compacting, there is easy to operate, high working efficiency, stable work in work, be capable of to mould shell
Automatically the advantages of middle mold is simultaneously preheated by press-in middle mold automatically.
Brief description
Fig. 1 is the structural front view of the present invention.
Fig. 2 is the right view of Fig. 1.
Fig. 3 is the top view of rebound in the present invention.
Fig. 4 is the partial enlarged drawing of Fig. 3.
Fig. 5 is top view and the rebound push schematic diagram of Fig. 1.
Reference：Thermal insulation board 1, preheating table 2, heating tube 3, middle template 4, rebound 5, rebound supporting guide 6, pressure head
7th, pressure head installing plate 8, installing plate 9, floating connection seat 10, floating junction 11, guide rail guide pillar 12, linear bearing 13, guide pillar 14, oil
Cylinder 15, pull bar 16, gripper shoe 17, carrying cylinder 18, line slideway 19, pushing block 20, positioning port 21, guide rail 22, floating guide rail 23,
Location hole 24, rebound gripper shoe 25, locating slot 26, holster base plate 27, guide pillar hole 28.
Specific embodiment
The present invention is further described below in conjunction with the accompanying drawings：
As shown in drawings, a kind of shell of moulding of commutator Mo Genmo is pressed into preheating mechanism automatically, is provided with middle template 4, its feature
It is that this preheating mechanism is made up of rebound 5, rebound transfer assembly and press-in preheating assembly, described rebound 5 is provided with
For pushing the positioning port 21 of rebound and the location hole 24 for moulding shell positioning conveyance, described rebound moving assembly is by removing
Supply gas cylinder 18, rebound gripper shoe 25, line slideway 19, pushing block 20, guide rail 22 and floating guide rail 23 forms, described conveyance gas
The output shaft of cylinder 18 is connected with pushing block 20, and rebound gripper shoe 25 is provided with line slideway 19, and pushing block 20 is located at line slideway
It is connected with rebound 5 on 19 and by the positioning port 21 on rebound 5, the rebound gripper shoe 25 of rebound 5 both sides sets
There is the guide rail 22 for rebound 5 mobile guide, floating guide rail 23 is located on press-in station, and described press-in preheating assembly is by machine
Frame substrate 27, middle template 4, rebound supporting guide 6, pressure head installing plate 8, installing plate 9, oil cylinder 15, gripper shoe 17 and guide rail are led
Post 12 forms, and described oil cylinder 15 supports through gripper shoe 17, and the output shaft of oil cylinder 15 lower section passes through gripper shoe 17 and gripper shoe
The floating junction 11 of 17 lower sections is connected, and floating junction 11 is fixing through floating connection seat 10, floating connection seat 10 through installing plate 9 with
Pressure head installing plate 8 is connected, and the lower surface of pressure head installing plate 8 is provided with pressure head 7, and the lower section of pressure head installing plate 8 is provided with and rebound
The rebound supporting guide 6 of rebound 5 flush in transfer assembly, rebound supporting guide 6 is slided even with rebound 5 through track
Connect, the pull bar 16 through floating for the rebound supporting guide 6 is connected with the lower surface of installing plate 9, and rebound supporting guide 6 is provided with
Oilless bearing, through in oilless bearing and its upper end is connected guide rail guide pillar 12 with gripper shoe 17, guide rail guide pillar
12 lower end is connected with holster base plate 27, is provided with thermal insulation board 1, is provided with preheating table 2 above thermal insulation board 1 above holster base plate 27,
Preheating table 2 is provided with heating tube 3 and thermocouple, and preheating table 2 is provided with middle template 4, and middle template 4 is arranged at rebound supporting guide
6 lower section, the location hole 24 for moulding shell positioning conveyance that described rebound 5 is provided with is provided with locating slot 26, locating slot
26 sizes according to moulding shell size specific customization, the notch of locating slot 26 be set to circular arc import it is ensured that mould shell can pre-determined bit, described
The gripper shoe 17 for fixed oil cylinder 15 be respectively provided on two sides with linear bearing 13, guide pillar 14 output end of linear bearing 13 with
The installing plate 9 of lower section is connected, and realizes the fixation of gripper shoe 17 and installing plate 9 it is ensured that when oil cylinder drives lower section installing plate 9 motion
Installing plate 9 not run-off the straight, increases the stability of motion, and described rebound 5 is provided with the guide pillar hole 28 of positioning, described
Be provided with, below pressure head installing plate 8 in press-in preheating assembly, the pilot pin matching with rebound 5 upper guide post hole 28, described in
Template 4 is provided with the correcting hole matched with the pilot pin of the guide pillar hole 28 on rebound 5, pressure head installing plate 8 lower section it is ensured that pressing
7, the uniformity of rebound 5 and middle template 4 position.
The present invention when using, first, moulded in the location hole 24 that shell is put on rebound 5 by staff, so by product
Start conveyance cylinder 18 afterwards, rebound 5 drives the promotion of pushing block 20 through conveyance cylinder 18 output shaft, by rebound 5 along leading
Rail 22 moves on the press-in station of floating guide rail 23, will move to rebound supporting guide 6 with the rebound 5 moulding shell
On, rebound 5 is in mating connection with rebound supporting guide 6, then the output shaft of oil cylinder 15 is moved downward, oil cylinder 15
Output shaft band dynamic head 7, rebound 5, rebound supporting guide 6 move downwardly together, four on pressure head installing plate 8 pilot pin
It is directly targeted on four correcting holes in middle template 4 it is ensured that pressure head 7, rebound 5 through the guide pillar hole 28 on rebound 4
With the uniformity of middle template 4 position, thus will mould shell and be pressed in middle template 4, heating tube 3 continuous heating ensure that middle template
4 temperature disclosure satisfy that the demand of compacting, and wherein heating-up temperature can be set by numeral, then when oil cylinder 15 moves upwards
When, pressure head 7 moves first upwards, but after rising to certain height, pull bar 16 drives rebound supporting guide 6 to move up,
Ensure that rebound supporting guide 6 origin position consistent, be that the transfer of rebound 5 brings convenience, the carrying in the present invention
The structure of the realization of the function of the parts such as cylinder, oil cylinder and heating plate and each part and be connected with each other pass between them
It is same as the prior art, this does not repeat, the present invention is because this preheating mechanism is by rebound 5, rebound transfer assembly and press-in
Preheating assembly forms, and rebound is transferred assembly and rebound 5 is transferred on the rebound supporting guide 6 in press-in preheating assembly,
Be then pressed into preheating assembly the shell of moulding carrying in rebound 5 is pressed in middle template 4 and heats, during conveying plus
Heat pipe 3 continuous heating ensure that the temperature of middle template 4 disclosure satisfy that the requirement of compacting, has easy to operate, high working efficiency, work
Make stable performance, be capable of the advantages of will mould shell and be automatically pressed into middle mold and automatically middle mold preheated.
Claims (4)
1. a kind of shell of moulding of commutator Mo Genmo is pressed into preheating mechanism automatically, is provided with middle template it is characterised in that this preheating mechanism
It is made up of rebound, rebound transfer assembly and press-in preheating assembly, described rebound is provided with for pushing rebound
Positioning port and the location hole for moulding shell positioning conveyance, described rebound moving assembly by transport cylinder, rebound gripper shoe,
Line slideway, pushing block, guide rail and floating guide rail composition, the output shaft of described conveyance cylinder is connected with pushing block, and rebound props up
Fagging is provided with line slideway, and pushing block is located on line slideway and is connected with rebound by the positioning port on rebound, mistake
The rebound gripper shoe of cab apron both sides is provided with the guide rail for rebound mobile guide, and floating guide rail is located on press-in station,
Described press-in preheating assembly by holster base plate, middle template, rebound supporting guide, pressure head installing plate, installing plate, oil cylinder,
Fagging and guide rail guide pillar composition, described oil cylinder supports through gripper shoe, the output shaft below oil cylinder pass through gripper shoe and with support
Floating junction below plate is connected, and floating junction is fixed through floating connection seat, and floating connection seat is installed with pressure head through installing plate
Plate is connected, and the lower surface of pressure head installing plate is provided with pressure head, and the lower section of pressure head installing plate is provided with and mistake in rebound transfer assembly
The rebound supporting guide of cab apron flush, rebound supporting guide is slidably connected with rebound through track, and rebound supports and leads
The pull bar through floating for the rail is connected with installing plate lower surface, and rebound supporting guide is provided with oilless bearing, guide rail guide pillar
Through in oilless bearing, simultaneously its upper end is connected with gripper shoe, and the lower end of guide rail guide pillar is connected with holster base plate, machine
Frame surface is provided with thermal insulation board, is provided with preheating table above thermal insulation board, and preheating table is provided with heating tube and thermocouple, on preheating table
It is provided with middle template, middle template is arranged at the lower section of rebound supporting guide.
2. a kind of shell of moulding of commutator Mo Genmo according to claim 1 is pressed into preheating mechanism automatically it is characterised in that institute
The location hole for moulding shell positioning conveyance that the rebound stated is provided with is provided with locating slot, and locating slot size is according to moulding shell size
Specific customization, the notch of locating slot be set to circular arc import guarantee mould shell being capable of pre-determined bit.
3. a kind of shell of moulding of commutator Mo Genmo according to claim 1 is pressed into preheating mechanism automatically it is characterised in that institute
The gripper shoe for fixed oil cylinder stated be respectively provided on two sides with linear bearing, the guide pillar output end of linear bearing and the peace of lower section
Dress plate is connected.
4. a kind of shell of moulding of commutator Mo Genmo according to claim 1 is pressed into preheating mechanism automatically it is characterised in that institute
The rebound stated is provided with the guide pillar hole of positioning, is provided with and transition below the pressure head installing plate in described press-in preheating assembly
The pilot pin matching in plate upper guide post hole, described middle template be provided with the guide pillar hole on rebound, pressure head installing plate below
The correcting hole matched of pilot pin.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621001764.3U CN205926869U (en) | 2016-08-31 | 2016-08-31 | Commutator mo genmo moulds automatic preheating unit that impresses of shell |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621001764.3U CN205926869U (en) | 2016-08-31 | 2016-08-31 | Commutator mo genmo moulds automatic preheating unit that impresses of shell |
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| Publication Number | Publication Date |
|---|---|
| CN205926869U true CN205926869U (en) | 2017-02-08 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621001764.3U Active CN205926869U (en) | 2016-08-31 | 2016-08-31 | Commutator mo genmo moulds automatic preheating unit that impresses of shell |
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| CN (1) | CN205926869U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106180428A (en) * | 2016-08-31 | 2016-12-07 | 上海昭程整流子科技有限公司 | The shell of moulding of a kind of diverter Mo Genmo is pressed into preheating mechanism automatically |
-
2016
- 2016-08-31 CN CN201621001764.3U patent/CN205926869U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106180428A (en) * | 2016-08-31 | 2016-12-07 | 上海昭程整流子科技有限公司 | The shell of moulding of a kind of diverter Mo Genmo is pressed into preheating mechanism automatically |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |