CN208722733U - A kind of positioning closed assembly equipment of core of reactor - Google Patents
A kind of positioning closed assembly equipment of core of reactor Download PDFInfo
- Publication number
- CN208722733U CN208722733U CN201821523836.XU CN201821523836U CN208722733U CN 208722733 U CN208722733 U CN 208722733U CN 201821523836 U CN201821523836 U CN 201821523836U CN 208722733 U CN208722733 U CN 208722733U
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- movable block
- fixed module
- reactor
- positioning
- strip
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Abstract
The utility model discloses a kind of positioning closed assembly equipment of core of reactor, including substrate, fixed module and movable block, fixed module and active module are oppositely arranged, and fixed module is fixed on substrate, substrate is equipped with positioning strip, and positioning strip is located at the side of fixed module and movable block.Several iron core units for forming core of reactor and several epoxy layer plates are aligned between fixed module and movable block by the design first, it is clamped between fixed module and movable block by the movement of movable block again, in this way, a pair of of connection plate is connected through a screw thread the two sides that part is mounted on several iron core units and several epoxy layer plates convenient for operator.The design structure is simple, low in cost, practical, is conducive to the raising of core of reactor packaging efficiency.
Description
Technical field
The utility model relates to technical field of electricity, and in particular to the production of core of reactor.
Background technique
As shown in Figure 1, core of reactor, is composed of iron core unit 61, epoxy layer plate 62 and connection plate 63,
In, the quantity of iron core unit be it is several, the quantity of epoxy layer plate be it is several, several iron core units and several epoxy layer plates are handed over
Mistake superposition, each iron core unit open up through-hole, and the quantity for connecting plate is two, by wearing screw thread company in the through hole
Fitting 64 is mounted on the left and right sides of several iron core units and several epoxy layer plates, and two connection plate clampings are superimposed
Several iron core units and several epoxy layer plates.Wherein, iron core unit is formed by stacking by several silicon steel sheets.
Utility model content
The technical issues of the utility model is solved: the packaging efficiency of core of reactor is improved.
In order to solve the above technical problems, the utility model provides the following technical solutions: a kind of positioning of core of reactor is folded
Install standby, including substrate, fixed module and movable block, fixed module and active module be oppositely arranged, and fixed module is fixed on base
On plate, substrate is equipped with positioning strip, and positioning strip is located at the side of fixed module and movable block.
According to the above technical scheme, several iron core units and several epoxy layer plates are staggered in fixed module and movable block
Between, the side of several iron core units and several epoxy layer plates is pressed on positioning strip and is aligned.Later, movable block to
Fixed module is mobile, and movable block and fixed module clamp several iron core units and several epoxy layer plates.Later, a pair of of connecting plate
Block is aligned in the two sides of several iron core units and several epoxy layer plates, and threaded connector is plugged in the through-hole of iron core unit,
Both ends protrude iron core unit, and the both ends of threaded connector are spirally connected fastening nut, and a pair of of connecting plate is fastened on several iron core lists
The two sides of first and several epoxy layer plates.
Above-mentioned, several iron core units and several epoxy layer plates are staggered, specifically, an iron core unit, right
An epoxy layer plate is placed in side, and an iron core unit is placed on the right side of the epoxy layer plate, places one on the right side of the iron core unit
Epoxy layer plate, by this regularly arranged several iron core unit and several epoxy layer plates.
Above-mentioned, epoxy layer plate is the plate object being made by epoxy material.
Several iron core units for forming core of reactor and several epoxy layer plates are aligned in solid by the utility model first
It between cover half block and movable block, then is clamped between fixed module and movable block by the movement of movable block, in this way, convenient for behaviour
A pair of of connection plate is connected through a screw thread the two sides that part is mounted on several iron core units and several epoxy layer plates by author, until
This, core of reactor is installed, and movable block reset, core of reactor is released.
The positioning closed assembly device structure of core of reactor described in the utility model is simple, low in cost but practical, is conducive to
The raising of core of reactor packaging efficiency.
Detailed description of the invention
The utility model is described further with reference to the accompanying drawing:
Fig. 1 is the schematic diagram of core of reactor；
Fig. 2 is a kind of schematic diagram of the positioning closed assembly equipment of core of reactor.
Symbol description in figure:
10, substrate；
20, fixed module；21, erect plate；22, level board；23, reinforced support；
30, movable block；31, cylinder；32, cylinder mounting plate；
40, positioning strip；
50, positive stop strip；51, gap；52, strip-shaped hole；53, threaded fastener；
61, iron core unit；62, epoxy layer plate；63, plate is connected；64, threaded connector；65, fastening nut.
Specific embodiment
Such as Fig. 2, a kind of positioning closed assembly equipment of core of reactor, including substrate 10, fixed module 20 and movable block 30, Gu
Cover half block and active module are oppositely arranged, and fixed module is fixed on substrate, and substrate is equipped with positioning strip 40, and positioning strip is located at solid
The side of cover half block and movable block.
The movable block 30 is mounted on the piston rod of cylinder 31, and the cylinder is mounted on cylinder mounting plate 32, cylinder
Mounting plate 32 is removably mounted on substrate 10 by threaded fastener.
The fixed module 20 includes erect plate 21, level board 22 and reinforced support 23, and erect plate is fixed on level board,
Erect plate and level board form right angle, reinforced support are fixedly connected with erect plate and level board, and the level board passes through screw threads for fastening
Part is removably mounted on substrate 10.
Side of the positioning strip 40 towards fixed module 20 and movable block 30 is contacted with fixed module, movable block, fixed module,
Movable block is respectively perpendicular to positioning strip.Positioning strip is equipped with positive stop strip 50, and positive stop strip is parallel to positioning strip, and positive stop strip is towards fixation
There is gap 51, the width in the gap is equal to core of reactor between module and the side and fixed module, movable block of movable block
The thickness of upper junction plate block.The effect being designed in this way is: due to several iron core units 61 being superimposed and several epoxies
Laminate block 62 is aligned because being pressed on positioning strip 40, and, positioning strip 40 towards fixed module 20 and movable block 30 one
Side is contacted with fixed module, movable block, and therefore, the side of the fixed module 20 and movable block 30, which is aligned in, to be superimposed
Several iron core units 61 and several epoxy layer plates 62, a connection plate 63 abut against the fixed module 20 and movable block 30
Side abuts against on fixed module and movable block, and the bottom of the connection plate can be fastened on positive stop strip and fixed module, work
In gap 51 between motion block, connection plate is positioned, in this way, the both hands of operator are released, facilitates it by another company
Fishplate bar block is aligned in the other side of several iron core units 61 and several epoxy layer plates 62, it is also facilitated to lead to two connection plates
It crosses threaded connector 64 to link together, clamps several iron core units 61 and several epoxy layer plates 62.
Strip-shaped hole 52 is opened up on positive stop strip 50, it is fixed that positive stop strip is mounted on by the threaded fastener 53 being plugged in strip-shaped hole
On the item 40 of position.Loosen the threaded fastener, positive stop strip can relative positioning item 40 it is mobile, adjustment positive stop strip and fixed module,
The size in gap 51 between movable block, to adapt to the different connection plate 63 of thickness.
In practical operation, fixed module 20 and movable block 30 are superimposed upon before and after several iron core units and several epoxy layer plates
Between, it is aligned on the positioning strip 40 on the left of several iron core units and several epoxy layer plates.It is living under the driving of cylinder
Motion block is mobile to fixed module, clamps several iron core units and several epoxy layer plates.Later, first connection plate 63 alignment
It in the left side of several iron core units and several epoxy layer plates and is fastened in the gap 51, second connection plate is aligned in
The right side of several iron core units and several epoxy layer plates.Later, several threaded connectors 64, preferably threaded rod, with one-to-one
Mode be inserted into the through-hole of several iron core units 61, also cross corresponding mounting hole on two connection plates, be threadedly coupled
Part both ends protrude two connection plates, are bolted with fastening nut 65 on jag, two connection plates are clamped, two connecting plates
Block clamps several iron core units and several epoxy layer plates again, and a core of reactor is completed.Later, movable block reset,
The core of reactor being completed is released, and can be displaced to next processing stations.
Claims (5)
1. a kind of positioning closed assembly equipment of core of reactor, including substrate (10), fixed module (20) and movable block (30), fixed
Module and active module are oppositely arranged, and fixed module is fixed on substrate, it is characterised in that: and substrate is equipped with positioning strip (40),
Positioning strip is located at the side of fixed module and movable block.
2. a kind of positioning closed assembly equipment of core of reactor as described in claim 1, it is characterised in that: the movable block (30)
It is mounted on the piston rod of cylinder (31), the cylinder is mounted on substrate (10).
3. a kind of positioning closed assembly equipment of core of reactor as described in claim 1, it is characterised in that: the fixed module
It (20) include erect plate (21), level board (22) and reinforced support (23), erect plate is fixed on level board, erect plate and level
Plate form right angle, reinforced support are fixedly connected with erect plate and level board, and the level board is mounted on substrate by threaded fastener
(10) on.
4. a kind of positioning closed assembly equipment of core of reactor as described in claim 1, it is characterised in that: positioning strip (40) towards
The side of fixed module (20) and movable block (30) is contacted with fixed module, movable block, and fixed module, movable block are respectively perpendicular to
Positioning strip；
Positioning strip is equipped with positive stop strip (50), and positive stop strip is parallel to positioning strip, positive stop strip towards fixed module and movable block one
There are gap (51) between side and fixed module, movable block, the width in the gap is equal to the thickness of core of reactor upper junction plate block
Degree.
5. a kind of positioning closed assembly equipment of core of reactor as claimed in claim 4, it is characterised in that: positive stop strip is opened on (50)
If strip-shaped hole (52), positive stop strip is mounted on positioning strip (40) by the threaded fastener being plugged in strip-shaped hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821523836.XU CN208722733U (en) | 2018-09-17 | 2018-09-17 | A kind of positioning closed assembly equipment of core of reactor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821523836.XU CN208722733U (en) | 2018-09-17 | 2018-09-17 | A kind of positioning closed assembly equipment of core of reactor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208722733U true CN208722733U (en) | 2019-04-09 |
Family
ID=65982309
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821523836.XU Active CN208722733U (en) | 2018-09-17 | 2018-09-17 | A kind of positioning closed assembly equipment of core of reactor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208722733U (en) |
-
2018
- 2018-09-17 CN CN201821523836.XU patent/CN208722733U/en active Active
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