CN207884461U - A kind of stator core is clapped machine automatically - Google Patents
A kind of stator core is clapped machine automatically Download PDFInfo
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- CN207884461U CN207884461U CN201721266650.6U CN201721266650U CN207884461U CN 207884461 U CN207884461 U CN 207884461U CN 201721266650 U CN201721266650 U CN 201721266650U CN 207884461 U CN207884461 U CN 207884461U
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Abstract
Clap automatically machine, including rack components, clamp assembly, gas-liquid pressure-boosting thermomechanical components and material storage area the utility model is related to a kind of stator core；The clamp assembly is tiltedly mounted on fixed angle in rack components, and in one on the clinoplain with fixed angle；The gas-liquid pressure-boosting thermomechanical components are erected above clamp assembly, are clapped for treating material of clapping；The material storage area is arranged in feeding chute discharge port.The stator core is clapped machine automatically, material to be clapped is automatically sent to the grasping part of feeding chute by the feeding guide and feeding sliding block of clamp assembly, and material to be clapped is gripped by material folding cylinder and resetting spring, gas-liquid pressure-boosting thermomechanical components clap material automatically, the automation for realizing stator core is clapped, human cost is saved, labor intensity is reduced, also allows for the study and use of new worker.Further, since the pressure head of gas-liquid pressure-boosting machine is replaceable, which can be additionally used in the production of various types of stator cores.
Description
Technical field
The utility model is related to stator core preparation facilities, more particularly, to a kind of automatic leveling device of stator core.
Background technology
Stator core is the important component for constituting motor magnetic flux circuit and fixed stator iron-core coil, it is by punching and various
Fastener, which compresses, constitutes an entirety.
During preparing electronics iron core, stator core after molding needs before being assembled to motor to stator iron
The flatness of core is corrected, general to be reached using the technique flattened.Therefore, clapping for electronics iron core is an important step
Suddenly, technique of clapping also is widely used in series excited motor stator iron core production field.Currently, although series excited machine manufacturer is very
It is more, but in the market most of techniques be original manual feeding mode enter in the die cavity of pressuring flat device, by hydraulic press come
Clap, this kind of pressing mode needs often to discharge a stator core and just press one-shot switch, less efficient；Stator core
It picks and places and is also required to manual operation, the degree of automation is low, and operating personnel's labor intensity is higher；And easily there is a situation where test leakage mistakes to survey.
As wage for workmen is continuously improved, the change of recruitment cost, the need of the more and more inadaptable production of method of this pure artificial
It asks.
Utility model content
Based on this, the purpose of the utility model is to overcome shortcoming and deficiency in the prior art, provide a kind of automation
Intensity is high, and easy-operating stator core is clapped machine automatically.
The utility model is achieved through the following technical solutions：A kind of stator core is clapped machine, including rack group automatically
Part, clamp assembly, gas-liquid pressure-boosting thermomechanical components and material storage area；The clamp assembly is tiltedly mounted on rack group with fixed angle
On part, and in one on the clinoplain with fixed angle；The clamp assembly includes feeding guide, feeding chute, feeding
Sliding block, material folding cylinder and resetting spring；The feeding guide is for pushing material to be clapped；The feeding chute and feeding guide
Unicom is mutually perpendicular in the clinoplain, and the feeding chute and one end that feeding guide is connected are feed inlet, separately
One end is discharge port；The feeding sliding block is set to the feed inlet of feeding chute；The material folding cylinder is vertical in clinoplain
In the feeding chute；The resetting spring is oppositely arranged with material folding cylinder, and forms the clamping of a clamping material between the two
Space；The material folding cylinder is used to the material to be clapped on feeding chute pushing to the grasping part；The resetting spring
For clamping material to be clapped with material folding cylinder interaction, and material is pushed into back feeding chute after clapping；The gas
Liquid booster package is erected above the grasping part between the material folding cylinder and resetting spring, for treat clap material into
Row is clapped；The material storage area is located at the discharge port of feeding chute.
Compared with the existing technology, the stator core of the utility model is clapped machine automatically, passes through the feeding guide of clamp assembly
Material is sent to the feed inlet of feeding chute, material is pushed between clamping cylinder and resetting spring by feeding sliding block, clamps gas
Material is pushed to the grasping part on feeding chute by cylinder, and is interacted with resetting spring and gripped material；Gas at this time
Liquid booster package is clapped stator core by pumping automatically；Clap after the completion of action, clamping cylinder unclamps, multiple
Material is pushed back feeding chute by position spring under the effect of elasticity；Next material to be clapped is pushed to folder by feeding sliding block at this time
Tightly between cylinder and resetting spring, and then the stator core after clapping is pushed into the material storage area of discharge outlet, automates journey
Degree is higher, saves manpower.
Further, the feeding guide is additionally provided with retarding spring piece on the inside of one end of feeding chute.The deceleration
Spring leaf is used to slow down the feeding speed of stator core to be clapped, and prevents feeding too fast, material is caused to pile up.
Further, the clamp assembly further includes diversion gate and shunting cylinder；The feeding guide is described in correspondence
It is additionally provided with a notch below the position of retarding spring piece；The diversion gate is arranged in the indentation, there；The shunting cylinder
For pushing and pulling diversion gate.When machine failure of clapping continuously can not clap or discharge, shunting cylinder is automatic by diversion gate
It pulls open, by material diversion and is recovered in corresponding material box, the continuous feeding for avoiding feeding guide when machine breaks down is made
It is piled up at material.
Further, the clamp assembly further includes Thickness sensitivity sliding block and displacement sensor；The Thickness sensitivity sliding block
Mounted on the discharge port of feeding chute；Institute's displacement sensors are mounted on Thickness sensitivity sliding block, material after clapping for detection
Thickness.The setting be used for detect clap after stator core thickness, so that the material of different-thickness is classified.
Further, the material storage area includes the first storage assembly for storing, the second storage assembly for storing and third storage assembly for storing；Institute
State the first storage assembly for storing, the second storage assembly for storing and third storage assembly for storing set gradually along the discharge port and the discharge port join
It is logical；First storage assembly for storing includes the first classification cylinder and the first case；The first classification cylinder and the first case
It is oppositely arranged, the first case is pushed to for the material with first thickness after clapping；Second storage assembly for storing includes
Second classification cylinder and the second case；The second classification cylinder and the second case are oppositely arranged, for having after clapping
There is the material of second thickness to push to the second case；The third storage assembly for storing is a third case.The setting is used for will
The stator core of different-thickness is classified and is stored in different regions.
Further, first storage assembly for storing further includes the first gate；First gate locating is in the first case
With the connection position of discharge port；Second storage assembly for storing further includes the second gate；Second gate locating is in the second case
With the connection position of discharge port.The setting prevents the mistake shunting of the stator core of different-thickness.
Further, further include touch panel unit；The touch panel unit is erected in rack components；The touch screen group
Part includes fixing pipe, electronic box and multi-colour LED；The electronic box is erected at by fixing pipe in rack components；It is set on the electronic box
It is equipped with emergency stop switch, knob and touch screen；The multi-colour LED is mounted at the top of electronic box.The setting for stator core from
The parameter setting and status display of dynamic machine of clapping, and emergency cut-off when failure.
Further, the gas-liquid pressure-boosting thermomechanical components further include a replaceable pressure head.It can be produced after replaceable pressure head a variety of
The stator core of model, simplifies production equipment, improves production efficiency.
Compared with the existing technology, the stator core of the utility model is clapped machine automatically, passes through the feeding guide of clamp assembly
And stator core to be clapped is automatically sent to the grasping part of feeding chute by feeding sliding block, and pass through material folding cylinder and resetting spring
Stator core to be clapped is gripped, gas-liquid pressure-boosting thermomechanical components clap stator core automatically；Pass through Thickness sensitivity sliding block again
The stator core of different-thickness is measured and classified with sensor, the automation for realizing stator core is clapped and examined automatically
It surveys and classifies, save human cost, reduce labor intensity, also allow for the study and use of new worker.Further, since gas-liquid
The pressure head of supercharger is replaceable, which can be additionally used in the production of various types of stator cores.
In order to better understand and implement, according to the present invention will be described in detail below with reference to the accompanying drawings.
Description of the drawings
Fig. 1 is that stator core described in the utility model is clapped the stereogram of machine automatically.
Fig. 2 is the structural schematic diagram of rack components described in the utility model.
Fig. 3 is the structural schematic diagram of clamp assembly and material storage area described in the utility model.
Fig. 4 is the structural schematic diagram of gas-liquid pressure-boosting thermomechanical components described in the utility model.
Fig. 5 is the left view of gas-liquid pressure-boosting thermomechanical components shown in Fig. 4.
Fig. 6 is the structural schematic diagram of touch panel unit described in the utility model.
Specific implementation mode
In the description of the present invention, it should be understood that term "center", " longitudinal direction ", " transverse direction ", "upper", "lower",
The orientation or positional relationship of the instructions such as "front", "rear", "left", "right", " hard straight ", "horizontal", "top", "bottom", "inner", "outside" is
It is based on the orientation or positional relationship shown in the drawings, is merely for convenience of describing the present invention and simplifying the description, rather than indicate
Or imply that signified device or element must have a particular orientation, with specific azimuth configuration and operation, therefore cannot understand
For limitations of the present invention.In the description of the present invention, unless otherwise indicated, the meaning of " plurality " is two or two
More than a.
Referring to Fig. 1, the stereogram of its to be the utility model stator core clap automatically machine.The stator core is clapped automatically
Machine includes rack components 1, clamp assembly 2, gas-liquid pressure-boosting thermomechanical components 3, material storage area 4 and touch panel unit 5；The fixture group
Part 2 is tiltedly mounted on fixed angle in rack components, and it is on a clinoplain with fixed angle；The gas-liquid
Booster package 3 is erected above the grasping part between the material folding cylinder of clamp assembly and resetting spring, the material storage
Area 4 is located at the discharge port of feeding chute.
In one embodiment, the utility model stator core machine of clapping automatically can not include the touch panel unit
5。
Specifically, as shown in Fig. 2, Fig. 2 is the structural schematic diagram of rack components described in the utility model.The rack components 1
Including under-chassis 11, rack 12, platen 13, rubber sleeve valve 14, three linked piece 15 and electromagnetic valve component 16.The rack 12 passes through under-chassis 11
It is placed on floor；The platen 13 is mounted on the top of rack 12；The rubber sleeve valve 14 is arranged in the side of rack, as gas
The switch of cylinder air source flows to the break-make of each flow divider for controlling air source；The three linked piece 15 setting rubber sleeve valve side simultaneously
With 14 unicom of rubber sleeve valve, the pressure of purification filtering and each air cylinder air source of adjustment for air source；The electromagnetic valve component 16 is pacified
Mounted in 15 side of three linked piece, all parts are driven to do order cycle reciprocally mechanical movement, to realize the automation of machine
Control.
As shown in figure 3, Fig. 3 is the structural schematic diagram of clamp assembly described in the utility model and material storage area.The fixture
Component 2 includes feeding guide 21, feeding chute 22, feeding sliding block 23, material folding cylinder 24 and resetting spring 25；The feeding guide
21 for pushing material to be clapped；The feeding chute 22 is mutually perpendicular to unicom with feeding guide 21 in the clinoplain,
And one end that the feeding chute 22 is connected with feeding guide 21 is feed inlet, the other end is discharge port；The feeding sliding block
23 are set to the feed inlet of feeding chute 22；The material folding cylinder 24 is in clinoplain perpendicular to the feeding chute 22；Institute
It states resetting spring 25 to be oppositely arranged with material folding cylinder 24, and forms the grasping part of a clamping material between the two；The material folding
Cylinder 24 is used to the material to be clapped on feeding chute 22 pushing to the grasping part；The resetting spring 25 is used for and folder
Expect that the interaction of cylinder 24 clamps material to be clapped, and material is pushed into back feeding chute 22 after clapping.The clamp assembly 2
For stator core to be clapped to be automatically sent at the grasping part of feeding chute 22, and it is fixedly clamped：Feeding guide 21 is by object
Material is sent to the feed inlet of feeding chute 22, and material is pushed between clamping cylinder 24 and resetting spring 25 by feeding sliding block 23, presss from both sides
Material is pushed to the grasping part on feeding chute 22 by tight cylinder 24, and material is clamped admittedly with the interaction of resetting spring 25
Fixed, material is pushed back feeding chute 22 by resetting spring 25 after clapping.
Preferably, the feeding guide 21 is additionally provided with retarding spring piece 26 on the inside of one end of feeding chute 22.It should
Retarding spring piece 26 is used to slow down the feeding speed of stator core to be clapped, and prevents feeding too fast, material is caused to pile up.
In one embodiment, the clamp assembly can not include the retarding spring piece 26.
The clamp assembly 2 further includes diversion gate 27 and shunting cylinder (not shown), and the feeding guide is in corresponding institute
It states and is additionally provided with a notch below the position of retarding spring piece；The diversion gate 27 is arranged in the indentation, there；The shunting
Cylinder is for pushing and pulling diversion gate 27.When leveling device failure continuously can not clap or discharge, in the drawing of shunting cylinder
Dynamic lower diversion gate 27 automatically opens, and by material diversion and is recovered in corresponding material box, avoids when machine breaks down and send
The continuous feeding of material guide rail causes material to pile up.
In one embodiment, the clamp assembly can not include the diversion gate 27.
The clamp assembly 2 further includes Thickness sensitivity sliding block 28 and displacement sensor 29；The Thickness sensitivity sliding block 28 is pacified
Mounted in the discharge port of feeding chute 22；Institute's displacement sensors 29 are mounted on Thickness sensitivity sliding block 28, after clapping for detection
The thickness of material.The Thickness sensitivity sliding block 28 with clap after stator core contact, due to stator core after clapping thickness not
Unanimously, so the displacement of the downslide of Thickness sensitivity sliding block 28 is also different, displacement sensor 29 detects Thickness sensitivity sliding block 28 at this time
The displacement of downslide, to measure clap after stator core thickness.
In one embodiment, the clamp assembly can not include the Thickness sensitivity sliding block 28 and displacement sensor
29。
Fig. 4 and Fig. 5 are please referred to, wherein Fig. 4 is the structural schematic diagram of gas-liquid pressure-boosting thermomechanical components described in the utility model；Fig. 5
It is the left view of gas-liquid pressure-boosting thermomechanical components shown in Fig. 4.The gas-liquid pressure-boosting thermomechanical components 3 include column 31, fixed plate 32, gas-liquid increasing
Cylinder pressure 33, cylinder front bar 34, coupling sleeve 35, pressure head 36, oil drum 37, dog link 38, anti-rotation block 39, stroke sense answer iron 310 and row
Journey inductor 311.The fixed plate 32 is fixed on by the inclination of column 31 in rack components 1；The pneumohydraulic pressure-cylinder 33 is installed
In fixed plate 32；The cylinder front bar 34 is mounted on the lower part of pneumohydraulic pressure-cylinder 33, passes through fixed plate 32, and in cylinder air pressure
Under the action of pump；The coupling sleeve 35 is sleeved in the cylinder front bar 34 of 32 lower section of fixed plate；The pressure head 36 is logical
It crosses coupling sleeve 35 to be fixed in cylinder front bar 34, and claps to stator core under the drive of thick stick 34 before cylinder；The oil
Bucket 37 is tiltedly mounted on 33 side of pneumohydraulic pressure-cylinder with fixed angle；The dog link 38 is vertically threaded through in fixed plate 32, and
It is parallel with pneumohydraulic pressure-cylinder 33；The anti-rotation block 39 installs 38 lower part of dog link, and contacts with each other with coupling sleeve 35, prevents pressure head
36 random rotation during clapping；The stroke sense answers top of the iron 310 mounted on dog link 38；The stroke inductor
311 are vertically mounted in fixed plate 32, and parallel with dog link 38, the up and down motion for controlling machine of clapping.The gas-liquid pressure-boosting
Machine in the presence of cylinder, pumps, to which stator core be clapped automatically.
Preferably, the gas-liquid pressure-boosting component 3 further includes a replaceable pressure head, and includes various types of pressure heads.It replaces
Various types of stator cores can be produced after pressure head, simplify production equipment, improve production efficiency.
In one embodiment, the gas-liquid pressure-boosting component can not include replaceable pressure head.
Referring to Fig. 3, Fig. 3 is the structural schematic diagram of clamp assembly described in the utility model and material storage area.The object
Material storage area 4 is located at the discharge port of feeding chute 21.When stator core is clapped completion, feeding sliding block 23 is under mechanical movement effect
Stator core pushes to material storage area 4 after clapping.Preferably, the material storage area 4 includes the first storage assembly for storing 41, the
Two storage assembly for storing 42 and third storage assembly for storing 43；First storage assembly for storing 41, the second storage assembly for storing 42 and third storage assembly for storing
43 set gradually along the discharge port and with its unicom；First storage assembly for storing 41 includes the first classification cylinder 411 and first
Case 413；The first classification cylinder 411 is oppositely arranged with first kind case 413, for having the first thickness after clapping
The material of degree pushes to the first case 413；Second storage assembly for storing 42 includes the second classification cylinder 421 and the second case
423；The second classification cylinder 421 is oppositely arranged with the second case 423, for the material with second thickness after clapping
Push to the second case 423；The third storage assembly for storing 43 is a third class case 431.Thickness sensitivity sliding block 28 and position
After the detection of displacement sensor 29 is clapped after the thickness of stator core, if it is I class, the first classification cylinder to measure stator core thickness
Stator core is just pushed to the first case 413 by 411；If it is II class to measure stator core thickness, the second classification cylinder 421 is just
Stator core is pushed into the second case 423；If it is III class to measure stator core thickness, stator core is just in the continuous of material
It pushes lower into third case 431.Thereby realize classifying by thickness for stator core after clapping.
In one embodiment, the material storage area can not include the first storage assembly for storing 41, the second storage assembly for storing
42 and third storage assembly for storing 43.
Preferably, which further includes the first gate 412；The setting of first gate 412 is deposited first
Put the connection position of box 413 and discharge port；Second storage assembly for storing 42 further includes the second gate 422；Second gate 422 is set
It sets in the connection position of the second case 423 and discharge port.When it is II class to measure stator core thickness, first gate 412
First case 413 is closed, the stator core of II class thickness is avoided to be misdelivered into the first case 413；When measuring stator
When iron core thickness is III class, first gate 412 closes the first case 413, and second gate 422 is stored second
Box 423 is closed, and the stator core of III class thickness is avoided to be misdelivered into the first case 413 or the second case 423.
In one embodiment, first storage assembly for storing 41 can not include the first gate 412；Second storage
Component 42 can not include the second gate 422.
As shown in fig. 6, Fig. 6 is the structural schematic diagram of touch panel unit described in the utility model.The touch panel unit 5 wraps
Include fixing pipe 51, electronic box 52 and multi-colour LED 53；The electronic box 52 is erected at by fixing pipe 51 in rack components 1；It is described
Emergency stop switch 521, knob 522 and touch screen 523 are provided on electronic box 52；The multi-colour LED 53 is mounted on the top of electronic box 52
Portion.The emergency stop switch 521 for stator core clap automatically detection machine break down when closing machine immediately；The knob
522 and touch screen 523 for machine debugging and each state display, and pass through multi-colour LED 53 show machine fortune
Whether normal turn.
Operation principle：Stator core to be clapped is placed on one by one on feeding guide 21, work of the material to be clapped in gravity
It is snapped down on feeding chute 22 along feeding guide 21 under；Retarding spring piece 26 slows down feeding speed.If clapping machine at this time
Device failure can not continue to clap, and shunting cylinder pulls open diversion gate 27, and material is just slided from the indentation, there of feeding guide 21
It drops down onto in corresponding material box.If fault-free, material is just pushed between clamping cylinder 24 and resetting spring 25 by feeding sliding block 23,
Material folding cylinder 24 pushes down on material to grasping part, and interacts with resetting spring 25 and grip material, gas-liquid
Pressurizing pack 3 moves downward under the action of pneumohydraulic pressure-cylinder 33, and material is clapped.Clap after the completion of action, material folding gas
Cylinder 24 unclamps, and material pushes on feeding chute 22 after resetting spring 25 will clap, under the continuous promotion of material, after clapping
Material is moved toward discharge port direction.At this point, Thickness sensitivity sliding block 28 glide with clap after stator core contact, displacement sensor 29
Detect the different-thickness of material, material pushes in different material cases after just clapping, and completes stator core oneself
It is dynamic to clap and detect.
Compared with the existing technology, the stator core of the utility model is clapped machine automatically, passes through the feeding guide of clamp assembly
And stator core to be clapped is automatically sent to the grasping part of feeding chute by feeding sliding block, and pass through material folding cylinder and resetting spring
Stator core to be clapped is gripped, gas-liquid pressure-boosting thermomechanical components clap stator core automatically；Pass through Thickness sensitivity sliding block again
The stator core of different-thickness is measured and classified with sensor, the automation for realizing stator core is clapped and examined automatically
It surveys and classifies, save human cost, reduce labor intensity, also allow for the study and use of new worker.Further, since gas-liquid
The pressure head of supercharger is replaceable, which can be additionally used in the production of various types of stator cores.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But therefore it can not be interpreted as the limitation to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The scope of protection of the utility model.
Claims (8)
- The machine 1. a kind of stator core is clapped automatically, it is characterised in that：Including rack components, clamp assembly, gas-liquid pressure-boosting thermomechanical components With material storage area；The clamp assembly is tiltedly mounted on fixed angle in rack components, and the clinoplain with fixed angle in one On；The clamp assembly includes feeding guide, feeding chute, feeding sliding block, material folding cylinder and resetting spring；The feeding guide For pushing material to be clapped；The feeding chute is mutually perpendicular to unicom with feeding guide in the clinoplain, and described One end that feeding chute is connected with feeding guide is feed inlet, and the other end is discharge port；The feeding sliding block is set to feeding The feed inlet of sliding slot；The material folding cylinder is in clinoplain perpendicular to the feeding chute；The resetting spring and material folding gas Cylinder is oppositely arranged, and forms the grasping part of a clamping material between the two；The material folding cylinder is used for will be on feeding chute Material to be clapped pushes to the grasping part；The resetting spring is used for will material clamp be clapped with material folding cylinder interaction Tightly, and after clapping material is pushed into back feeding chute；The gas-liquid pressure-boosting thermomechanical components are erected above the grasping part between the material folding cylinder and resetting spring, for treating Material of clapping is clapped；The material storage area is located at the discharge port of feeding chute.
- The machine 2. stator core according to claim 1 is clapped automatically, it is characterised in that：The feeding guide is slided close to feeding It is additionally provided with retarding spring piece on the inside of one end of slot.
- The machine 3. stator core according to claim 2 is clapped automatically, it is characterised in that：The clamp assembly further includes shunting Gate and shunting cylinder；The feeding guide is additionally provided with a notch below the position of the correspondence retarding spring piece；It is described Diversion gate is arranged in the indentation, there；The shunting cylinder is for pushing and pulling diversion gate.
- The machine 4. stator core according to claim 3 is clapped automatically, it is characterised in that：The clamp assembly further includes thickness Detect sliding block and displacement sensor；The Thickness sensitivity sliding block is mounted on the discharge port of feeding chute；Institute's displacement sensors peace On Thickness sensitivity sliding block, for detect clap after material thickness.
- The machine 5. stator core according to any one of claim 1-4 is clapped automatically, it is characterised in that：The material storage Area includes the first storage assembly for storing, the second storage assembly for storing and third storage assembly for storing；First storage assembly for storing, the second storage assembly for storing and Third storage assembly for storing is set gradually along the discharge port and the discharge port unicom；First storage assembly for storing includes the first classification Cylinder and the first case；The first classification cylinder is oppositely arranged with the first case, for having the first thickness after clapping The material of degree pushes to the first case；Second storage assembly for storing includes the second classification cylinder and the second case；Described Two classification cylinders and the second case are oppositely arranged, and the second storage is pushed to for the material with second thickness after clapping Box；The third storage assembly for storing is a third case.
- The machine 6. stator core according to claim 5 is clapped automatically, it is characterised in that：First storage assembly for storing further includes First gate；First gate locating is in the connection position of the first case and discharge port；Second storage assembly for storing further includes Second gate；Second gate locating is in the connection position of the second case and discharge port.
- The machine 7. stator core according to claim 6 is clapped automatically, it is characterised in that：It further include touch panel unit；It is described Touch panel unit is erected in rack components；The touch panel unit includes fixing pipe, electronic box and multi-colour LED；The electronic box It is erected in rack components by fixing pipe；Emergency stop switch, knob and touch screen are provided on the electronic box；The polychrome instruction Lamp is mounted at the top of electronic box.
- The machine 8. stator core according to claim 1 is clapped automatically, it is characterised in that：The gas-liquid pressure-boosting thermomechanical components are also wrapped Include a replaceable pressure head.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721266650.6U CN207884461U (en) | 2017-09-28 | 2017-09-28 | A kind of stator core is clapped machine automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721266650.6U CN207884461U (en) | 2017-09-28 | 2017-09-28 | A kind of stator core is clapped machine automatically |
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| Publication Number | Publication Date |
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| CN207884461U true CN207884461U (en) | 2018-09-18 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107465315A (en) * | 2017-09-28 | 2017-12-12 | 台山市江口电器制造有限公司 | A kind of stator core is clapped machine automatically |
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2017
- 2017-09-28 CN CN201721266650.6U patent/CN207884461U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107465315A (en) * | 2017-09-28 | 2017-12-12 | 台山市江口电器制造有限公司 | A kind of stator core is clapped machine automatically |
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