CN207914988U - A kind of automatic press mounting equipment - Google Patents
A kind of automatic press mounting equipment Download PDFInfo
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- CN207914988U CN207914988U CN201820135438.4U CN201820135438U CN207914988U CN 207914988 U CN207914988 U CN 207914988U CN 201820135438 U CN201820135438 U CN 201820135438U CN 207914988 U CN207914988 U CN 207914988U
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- material fetching
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- feeding distribution
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Abstract
The utility model discloses a kind of automatic press mounting equipment, including leading portion assembly line, stage casing assembly line, back segment streamline, the stage casing assembly line is equipped with entrance batch charging mechanism, locking plate material fetching mechanism, locking plate press-loading mechanism, vision-based detection mechanism, height detection mechanism, Laser Jet mechanism, smoking mist mechanism, outlet subregion mechanism successively.The leading portion assembly line is connected with the entrance batch charging mechanism, and the outlet subregion mechanism is connected with the back segment streamline.The stage casing assembly line further includes locking plate dislocation feeding distribution mechanism and locking plate discharging mechanism, by the locking plate dislocation feeding distribution mechanism locking plate discharging mechanism is connected with locking plate material fetching mechanism.The utility model pipelining, required number is few, efficient, and error rate is low, realizes intelligent manufacturing.
Description
Technical field
The utility model belongs to machinery equipment field, and in particular to a kind of automobile fuse box automatic press mounting equipment.
Background technology
Automobile fuse box upper collet type, quantity are more, and locking plate after artificial screening both forward and reverse directions all by being placed into insurance
On box, it is then placed on hand operated press and locking plate is pressed into 1 grade of safety box with cylinder, shipment, whole flow process are packed after desk checking
15 people operation simultaneously is needed, operating personnel is especially more and efficiency is especially low, and the earliest possible cycle of 1 product of production is to have for 13.5 seconds
When it is even more slow, long working causes employee often to reflect that arm is ached, and especially high no to reviewer's competency profiling
Then will appear missing inspection defective products shipment leads to customer complaint, and production information cannot preserve in time.
Invention content
In view of this, the utility model provides, a kind of operating personnel is few, and production efficiency is high, is realized using intelligent device high
Productivity, high detection rate, the automatic press mounting equipment of low error rate.
A kind of automatic press mounting equipment, including leading portion assembly line, stage casing assembly line, back segment streamline.Stage casing assembly line is successively
Equipped with entrance batch charging mechanism, locking plate material fetching mechanism, locking plate press-loading mechanism, vision-based detection mechanism, height detection mechanism, Laser Jet
Mechanism, smoking mist mechanism, outlet subregion mechanism.Leading portion assembly line is connected with entrance batch charging mechanism, and outlet subregion mechanism is with after
Section assembly line is connected.Stage casing assembly line further includes locking plate dislocation feeding distribution mechanism and locking plate discharging mechanism, passes through locking plate dislocation point
Material mechanism makes locking plate discharging mechanism be connected with locking plate material fetching mechanism.
Preferably, locking plate material fetching mechanism in total there are four, be divided into the first H-type locking plate material fetching mechanism, square locking plate reclaimer
Structure, large-scale locking plate material fetching mechanism, the second H-type locking plate material fetching mechanism.First H-type locking plate material fetching mechanism is located at entrance batch charging mechanism
Next station, square locking plate material fetching mechanism are located at next station of the first H-type locking plate material fetching mechanism, large-scale locking plate material fetching mechanism position
In next station of institute's type locking plate material fetching mechanism, the second H-type locking plate material fetching mechanism is located at next work of large-scale locking plate material fetching mechanism
Position.
Preferably, the first H-type locking plate material fetching mechanism is equipped with the first H-type locking plate feeding robot, the first H-type locking plate reclaimer
Clamping jaw there are three being set on device people；Square locking plate material fetching mechanism is equipped with square locking plate feeding robot, square locking plate feeding robot
On set there are two clamping jaw；Large-scale locking plate material fetching mechanism is equipped with large-scale locking plate feeding robot, is set in large-scale locking plate feeding robot
There are one clamping jaws；Second H-type locking plate material fetching mechanism is equipped with the second H-type locking plate feeding robot, the second H-type locking plate feeding robot
On set there are three clamping jaw.
Preferably, locking plate dislocation feeding distribution mechanism in total there are four, be divided into the first H-type locking plate dislocation feeding distribution mechanism, square lock
Piece dislocation feeding distribution mechanism, large-scale locking plate dislocation feeding distribution mechanism, the second H-type locking plate dislocation feeding distribution mechanism.First H-type locking plate dislocation
Feeding distribution mechanism is connected with the first H-type locking plate material fetching mechanism, square locking plate dislocation feeding distribution mechanism and square locking plate material fetching mechanism phase
Connection, large-scale locking plate dislocation feeding distribution mechanism are connected with large size locking plate material fetching mechanism, the second H-type locking plate dislocation feeding distribution mechanism and the
Two H-type locking plate material fetching mechanisms are connected.
Preferably, locking plate discharging mechanism in total there are four, be divided into the first H-type locking plate discharging mechanism, square locking plate discharging machine
Structure, large-scale locking plate discharging mechanism, the second H-type locking plate discharging mechanism.First H-type locking plate discharging mechanism and the first H-type locking plate dislocation
Feeding distribution mechanism is connected；Square locking plate discharging mechanism is connected with square locking plate dislocation feeding distribution mechanism；Large-scale locking plate discharging mechanism
It is connected with large-scale locking plate dislocation feeding distribution mechanism；Second H-type locking plate discharging mechanism and the 2nd H type locking plate dislocation feeding distribution mechanism phases
Connection.
Preferably, square locking plate discharging mechanism is walked to expect rail equipped with square locking plate feed bin, square locking plate vibrating disk, square locking plate
Road, square locking plate feed bin connect square locking plate vibrating disk, and square locking plate vibrating disk connection square locking plate is walked to expect track, square locking plate
Walk to expect that track connects square locking plate dislocation feeding distribution mechanism,
Preferably, square locking plate vibrating disk goes out two tracks using one.
Preferably, entrance batch charging mechanism is equipped with detection device and grabbing device, is carried out to workpiece by detection device positive and negative
Identification, crawl overturning is carried out by grabbing device to workpiece.
Preferably, stage casing assembly line is additionally provided with allocation mechanism, and allocation mechanism is divided into leading portion allocation mechanism and back segment kickoff
Structure, leading portion allocation mechanism and back segment allocation mechanism are respectively equipped with pusher dog device, so that workpiece is entered corresponding area by pusher dog device
Domain.
Preferably, smoking mist mechanism, which is equipped with, inhales smoke devices, connecting tube and smoke purifier, inhales smoke devices and absorbs smog
Smoke purifier is reached with dust by connecting tube to be purified.
Preferably, the real-time production information of vision-based detection mechanism, height detection mechanism and Laser Jet mechanism can be remembered automatically
It is preserved on record to computer.
Description of the drawings
The general assembly structural schematic diagram that Fig. 1 is provided by the utility model preferred embodiment.
Fig. 2 is the structural schematic diagram of the utility model leading portion assembly line.
Fig. 3 is the structural schematic diagram of the utility model back segment streamline.
Fig. 4 is the structural schematic diagram of the utility model stage casing assembly line.
Fig. 5 is the structural schematic diagram that the entrance batch charging mechanism of the utility model stage casing assembly line is divided into the top part and the bottom part point.
Fig. 6 is the structural schematic diagram of the locking plate discharging mechanism of the utility model stage casing assembly line.
Fig. 7 is the structural schematic diagram of the locking plate dislocation feeding distribution mechanism of the utility model stage casing assembly line.
Fig. 8 is the structural schematic diagram of the locking plate material fetching mechanism of the utility model stage casing assembly line.
Fig. 9 is the structural schematic diagram of the locking plate press-loading mechanism of the utility model stage casing assembly line.
Figure 10 is the assembling structure schematic diagram of the utility model stage casing assembly line vision-based detection mechanism.
Figure 11 is the structural schematic diagram of the height detection mechanism of the utility model stage casing assembly line.
Figure 12 is the structural schematic diagram of the Laser Jet mechanism of the utility model stage casing assembly line.
Figure 13 is the structural schematic diagram of the smoking mist mechanism of the utility model stage casing assembly line.
Figure 14 is the structural schematic diagram for the workpiece that the utility model assembles.
Specific implementation mode
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
Please refer to Fig.1-14, the automatic press mounting equipment that the utility model embodiment provides, including leading portion assembly line 200, in
Section assembly line 100, back segment streamline 300.Stage casing assembly line 100 is equipped with entrance batch charging mechanism 10, locking plate material fetching mechanism successively
40, locking plate press-loading mechanism 50, vision-based detection mechanism 60, height detection mechanism 70, Laser Jet mechanism 80, smoking mist mechanism 90,
Export subregion mechanism 120.Leading portion assembly line 200 is connected with entrance batch charging mechanism 10, outlet subregion mechanism 120 and back segment flowing water
Line 300 is connected.Stage casing assembly line 100 further includes locking plate dislocation feeding distribution mechanism 30 and locking plate discharging mechanism 20, passes through locking plate mistake
Position feeding distribution mechanism 30 is so that locking plate discharging mechanism 20 is connected with locking plate material fetching mechanism 40.
Referring to Fig. 2, leading portion assembly line, little module, the little module locking plate of man-made assembly automobile fuse box.Including lower margin
201, rack 202, conveyer belt 203, locking plate stand riveter 204, body feed tank 205.Lower margin 201 is used for fixing frames
202, equipped with job instruction, lighting device in rack 202, conveyer belt 203 is used for transmitting automobile fuse box, and body feed tank 205 is used
Little module, little module locking plate are filled, facilitates worker assembles, little module, little module locking plate is taken out from body feed tank 205 in workpiece
Set on 110, workpiece from pipeline flow to from locking plate stand riveter 204, by locking plate stand riveter 204 by little module,
Little module locking plate press-loading enters in workpiece 110.
- 14 are please referred to Fig.1, stage casing assembly line 100 is equipped with entrance batch charging mechanism 10, locking plate discharging mechanism 20, locking plate dislocation
Feeding distribution mechanism 30, locking plate material fetching mechanism 40, locking plate press-loading mechanism 50, vision-based detection mechanism 60, height detection mechanism 70, laser
Code printing mechanism 80, smoking mist mechanism 90, outlet subregion mechanism 120, pusher dog track 101, rack 102, lower margin 103, movable pulley
104, control panel 105, pneumatic element 106.Wherein locking plate discharging mechanism 20 has 4, is the first H-type locking plate discharging machine respectively
Structure, square locking plate discharging mechanism, large-scale locking plate discharging mechanism, the second H-type locking plate dislocation feeding distribution mechanism.Locking plate dislocation feeding distribution mechanism
30 have 4, are the first H-type locking plate dislocation feeding distribution mechanism, square locking plate dislocation feeding distribution mechanism, large-scale locking plate dislocation sub-material respectively
Mechanism, the second H-type locking plate discharging mechanism.Locking plate material fetching mechanism 40 has 4, is the first H-type locking plate dislocation feeding distribution mechanism respectively,
Square locking plate material fetching mechanism, large-scale locking plate material fetching mechanism, the second H-type locking plate material fetching mechanism.There is water route in 102 mounted inside of rack
Element, circuit element, pneumatic element 106, arrangement space is reasonable, compact-sized.103 He of multiple lower margins is had in rack 102
Movable pulley 104, lower margin 103 can support fixed whole equipment, because of the overall weight that entire press-loading device station is more, opposite
Also than heavier, movable pulley 104 can more easily move whole equipment, be conducive to movement and the production schedule of equipment.Control
Panel 105 can also can in real time see that the working condition of each station, design are closed with the function situation of whole equipment of integral monitoring
Reason, it is easy to operation.
Referring to Fig. 5, entrance batch charging mechanism 10, including power plant, detection device, fixing device, transmission device, crawl
Device, mobile device.Power plant includes cylinder 11, rodless cylinder 12, rotary cylinder 13, stepper motor 19, grabbing device packet
Pneumatic clamper 14 is included, detection device includes optoelectronic switch 17, and fixing device includes the first fixed plate 15, the second fixed plate 16, transmission dress
It sets including flat belt 18.Fig. 5 is that entrance batch charging mechanism is divided into two-part schematic diagram up and down, and the first fixed plate 15 and second is fixed
Plate 16 is fixed by screw connection, and upper and lower two parts are assembled into an entirety.By entrance batch charging mechanism 10 so that in leading portion
Assembly line 100 flows into stage casing assembly line 200 by the workpiece 110 tentatively installed, when workpiece 110 is by entrance batch charging mechanism 10,
After sensor light electric switch 17 detects workpiece 110 and distinguishes workpiece both forward and reverse directions, power plant starts, and cylinder 11 can make workpiece
It moves up and down, rodless cylinder 12 can be such that workpiece is moved left and right in sliding rail region, and when workpiece anisotropy, rotary cylinder 13 can revolve
Change part of starting building.Pneumatic clamper 14 clamps workpiece rising rotary flat and transfers into pusher dog track 101, and workpiece 110 is in stage casing assembly line 200
It is upper that corresponding next station is entered by allocation mechanism.
Referring to Fig. 6, locking plate discharging mechanism 20, including feed bin 21, discharging channel 22, vibrating disk 23 walk to expect track 24, pedestal
25, locking plate reaches vibrating disk 23 from feed bin 21 by discharging channel 22, is vibrated locking plate successively proper alignment extremely by vibrating disk 23
It walks to expect in track 24, expects that locking plate is transported to corresponding region by track by walking.Locking plate discharging machine 20 divides for the first H-type locking plate discharging machine
Structure, square locking plate discharging mechanism, large-scale locking plate discharging mechanism, the second H-type locking plate dislocation feeding distribution mechanism.First H-type locking plate discharges
Mechanism is equipped with the first H-type locking plate feed bin, the first H-type locking plate vibrating disk, the first H-type locking plate and walks and expect track, the first H-type locking plate feed bin
The first H-type locking plate vibrating disk is connected, the first H-type locking plate vibrating disk connects the first H-type locking plate and walks to expect track, and the first H-type locking plate is walked
Expect that track connects the first H-type locking plate dislocation feeding distribution mechanism.Square locking plate discharging mechanism is equipped with square locking plate feed bin, square locking plate shakes
Moving plate, square locking plate, which are walked, expects track, and square locking plate feed bin connects square locking plate vibrating disk, and square locking plate vibrating disk connects square lock
Piece, which is walked, expects track, and square locking plate walks to expect that track connects square locking plate dislocation feeding distribution mechanism.Large-scale locking plate discharging mechanism is equipped with large size
Locking plate feed bin, large-scale locking plate vibrating disk, large-scale locking plate walk to expect track, the large-scale locking plate feed bin connection large-scale locking plate vibrating disk,
Large-scale locking plate vibrating disk connects large-scale locking plate and walks to expect track, and large-scale locking plate walks to expect the large-scale locking plate dislocation feeding distribution mechanism of track connection；
Second H-type locking plate dislocation feeding distribution mechanism is equipped with the second H-type locking plate feed bin, the second H-type locking plate vibrating disk, the second H-type locking plate and walks material
Track, the second H-type locking plate feed bin connect the second H-type locking plate vibrating disk, and the second H-type locking plate vibrating disk connects the second H-type locking plate and walks
Expect that track, the second H-type locking plate walk to expect that track connects the second H-type locking plate dislocation feeding distribution mechanism.There are lower margin and sliding under pedestal 25
Wheel, lower margin can fix entire locking plate discharging mechanism 20, and when entire assembly line or mechanism need to carry, movable pulley can be lighter
The entire locking plate discharging mechanism of movement 20 of pine.
Referring to Fig. 7, locking plate dislocation feeding distribution mechanism 30, including power plant 31, misplace feeding-distribution device 32, when locking plate is from walking
When expecting that track 24 reaches dislocation feeding-distribution device 32, power plant 31 starts so that locking plate dislocation sub-material to assembling region.Locking plate is wrong
Position feeding distribution mechanism 30 in total there are four, be divided into the first H-type locking plate dislocation feeding distribution mechanism, square locking plate dislocation feeding distribution mechanism is large-scale
Locking plate dislocation feeding distribution mechanism, the second H-type locking plate discharging mechanism.
Referring to Fig. 8, locking plate material fetching mechanism 40, including pedestal 43, robot 41, feeding device 42, when locking plate reaches phase
When answering position, feeding robot 41 starts, and controls 42 grabbing workpiece of feeding device, is installed to corresponding region on workpiece 110.Lock
Piece material fetching mechanism 40 in total there are four, be divided into the first H-type locking plate dislocation feeding distribution mechanism, square locking plate material fetching mechanism, large-scale locking plate
Material fetching mechanism, the second H-type locking plate material fetching mechanism, four material fetching mechanisms are respectively equipped with the first H-type locking plate feeding robot, square lock
Piece feeding robot, large-scale locking plate feeding robot, the second H-type locking plate feeding robot.Four feeding robots are located at
On four stations, in the first H-type locking plate feeding robot there are three clamping jaw, in square locking plate feeding robot there are two clamping jaw,
There are one clamping jaw, in the second H-type locking plate feeding robot there are three clamping jaw in large-scale locking plate feeding robot, pass through control it is different
Clamping jaw can flexibly control locking plate assembling quantity, robot program can flexibly switch different coordinates, can meet more product kind works
Locking plate on part 110 assembles function.
Referring to Fig. 9, locking plate press-loading mechanism 50, including lifting cylinder 51, locking plate pressing mold 52, limited post 53, when detecting
When having the arrival of workpiece 110, locking plate pressing mold 52 is controlled by lifting cylinder 51 and is moved up and down, the locking plate on workpiece 110 is integrally pressed
Enter to the normal position needed for workpiece 110, depth when locking plate pressing mold 52 presses workpiece 110 is limited by limited post 53, makes work
The depth that part 110 is pressed into just, will not it is too deep will not be too shallow.
Referring to Fig. 10, vision-based detection mechanism 60, including connecting rod 61, visual apparatus 62, protective cover 63, when workpiece 110
After press fitting, into vision-based detection station, detects whether the locking plate position on workpiece 110 assembles correctly by visual apparatus 62, be
It is no have it is anti-loaded, detection real-time results be automatically saved to computer, protective cover 63 can play the role of protection.
1 is please referred to Fig.1, height detection mechanism 70, including pedestal 71, cylinder 72, probe 73 fix height by pedestal 71
Testing agency 70 is spent, the up and down motion of height detection mechanism 70 is controlled by cylinder 72, the device of detection is equipped with multiple probes
73 up and down motions controlled by cylinder can effectively detect whether the height of the locking plate filled on workpiece 110 is qualified, and detection is real-time
As a result it is automatically saved to computer.
2 are please referred to Fig.1, Laser Jet mechanism 80, including fixed seat 81, laser aid 82, front and back focusing module 83 switch
84, regulating device 85, then Laser Jet, adjusting regulating device 85 make front and back focusing to the qualified workpiece 110 of preceding two procedures detection
Module 83, which is moved forward and backward, arrives defined position, when the position of workpiece 110 and laser aid 82 is correct, starting switch 84, and laser
The stamp on workpiece 110 of device 82.
3 are please referred to Fig.1, smoking mist mechanism 90 can be absorbed positioned at the side of Laser Jet mechanism 80 because laser is beaten faster
The smog generated when code.Including inhaling smoke devices 91, connecting tube 92, smoke purifier 93 will smoking mist dress by connecting tube 92
Set 91 and purifying apparatus of smoke and fume 93 connect, by inhaling smoke devices 91 smog and dirt absorption that generate production process
Smoke purifier 93 is reached by connecting tube 92, flue dust, the dust generated in process before being absorbed by the purification of smoke purifier 93
Deng so that there are one good working environment, health environment-friendlies by workpeople.
4 are please referred to Fig.1, workpiece 110 includes the little module and little module locking plate 111 of the assembly of leading portion assembly line 200, the first H
The H-type locking plate 112 of type locking plate material fetching mechanism assembly, the rectangular locking plate 113 of square locking plate material fetching mechanism assembly, large-scale locking plate feeding
The large-scale locking plate 114 of mechanism assembly, the H-type locking plate 115 of the second H-type locking plate material fetching mechanism assembly.
Referring to Fig. 3, back segment streamline 300, including lower margin 301, rack 302, conveyer belt 303.When workpiece 110 passes through
After the above station, qualification is examined then to flow into back segment streamline 300, packs outbound.
- 14 are please referred to Fig.1, the feeding robot 41 in locking plate material fetching mechanism 40 can be flexible by controlling different clamping jaws
Control locking plate assembling quantity and placement location, feeding robot program can flexibly switch different coordinates, can meet multiple product
Function is assembled, the machining accuracy of equipment is improved, it is ensured that equipment competitiveness in the market.It is new that the foregoing is merely this practicalities
The preferred embodiment of type, is not intended to limit the utility model, and within the spirit and principle of the utility model, is done
Any modification, equivalent substitution, improvement and etc., should all be included in the utility model protection within the scope of.
Claims (9)
1. a kind of automatic press mounting equipment, including leading portion assembly line, stage casing assembly line, back segment streamline, it is characterised in that：In described
Section assembly line is equipped with entrance batch charging mechanism, locking plate material fetching mechanism, locking plate press-loading mechanism, vision-based detection mechanism, height detection successively
Mechanism, Laser Jet mechanism, allocation mechanism, outlet subregion mechanism；The leading portion assembly line is connected with the entrance batch charging mechanism
It connects, the outlet subregion mechanism is connected with the back segment streamline；The stage casing assembly line further includes locking plate dislocation depiler
Structure and locking plate discharging mechanism make the locking plate discharging mechanism and locking plate material fetching mechanism phase by the locking plate dislocation feeding distribution mechanism
Connection.
2. a kind of automatic press mounting equipment as described in claim 1, it is characterised in that：The locking plate material fetching mechanism a total of four
It is a, it is divided into the first H-type locking plate material fetching mechanism, square locking plate material fetching mechanism, large-scale locking plate material fetching mechanism, the second H-type locking plate feeding
Mechanism；The first H-type locking plate material fetching mechanism is located at next station of the entrance batch charging mechanism, the square locking plate reclaimer
Structure is located at next station of the first H-type locking plate material fetching mechanism, and the large size locking plate material fetching mechanism is located at the square locking plate
Next station of material fetching mechanism, the second H-type locking plate material fetching mechanism are located at next station of the large-scale locking plate material fetching mechanism.
3. a kind of automatic press mounting equipment as claimed in claim 2, it is characterised in that：The first H-type locking plate material fetching mechanism is set
There is the first H-type locking plate feeding robot, is set in the first H-type locking plate feeding robot there are three clamping jaw；The square locking plate
Material fetching mechanism is equipped with square locking plate feeding robot, sets that there are two clamping jaws in the square locking plate feeding robot；The large size
Locking plate material fetching mechanism is equipped with large-scale locking plate feeding robot, sets that there are one clamping jaws in the large size locking plate feeding robot；It is described
Second H-type locking plate material fetching mechanism is equipped with the second H-type locking plate feeding robot, and the second H-type locking plate feeding robot is equipped with
Three clamping jaws.
4. a kind of automatic press mounting equipment as claimed in claim 3, it is characterised in that：The locking plate dislocation feeding distribution mechanism is a total of
Four, it is divided into the first H-type locking plate dislocation feeding distribution mechanism, square locking plate dislocation feeding distribution mechanism, large-scale locking plate dislocation feeding distribution mechanism,
Two H-type locking plate dislocation feeding distribution mechanisms；The first H-type locking plate dislocation feeding distribution mechanism and the first H-type locking plate material fetching mechanism phase
Connection, the square locking plate dislocation feeding distribution mechanism are connected with the square locking plate material fetching mechanism, the large size locking plate dislocation point
Material mechanism is connected with the large-scale locking plate material fetching mechanism, and the second H-type locking plate dislocation feeding distribution mechanism is locked with second H-type
Piece material fetching mechanism is connected.
5. a kind of automatic press mounting equipment as claimed in claim 4, it is characterised in that：The locking plate discharging mechanism a total of four
It is a, it is divided into the first H-type locking plate discharging mechanism, square locking plate discharging mechanism, large-scale locking plate discharging mechanism, the discharging of the second H-type locking plate
Mechanism；The first H-type locking plate discharging mechanism is connected with the first H-type locking plate dislocation feeding distribution mechanism；The square locking plate
Discharging mechanism is connected with the square locking plate dislocation feeding distribution mechanism；The large size locking plate discharging mechanism and the large-scale locking plate are wrong
Position feeding distribution mechanism is connected；The second H-type locking plate discharging mechanism is connected with the second H-type locking plate dislocation feeding distribution mechanism.
6. a kind of automatic press mounting equipment as claimed in claim 5, it is characterised in that：The square locking plate discharging mechanism is equipped with side
Type locking plate feed bin, square locking plate vibrating disk, square locking plate are walked and expect track, and the square locking plate feed bin connects the square locking plate and shakes
Moving plate, the square locking plate vibrating disk connect the square locking plate and walk to expect track, and the square locking plate is walked to expect described in track connection
Square locking plate dislocation feeding distribution mechanism, the square locking plate vibrating disk go out two tracks using one.
7. a kind of automatic press mounting equipment as described in claim 1, it is characterised in that：The entrance batch charging mechanism is equipped with detection and fills
It sets and grabbing device grabs workpiece by the grabbing device by the detection device to the positive and negative identification of workpiece progress
Take overturning.
8. a kind of automatic press mounting equipment as described in claim 1, it is characterised in that：Further include smoking mist mechanism, the smoking
Mist mechanism, which is equipped with, inhales smoke devices, connecting tube and smoke purifier, and the suction smoke devices absorb smog and dust described in
Connecting tube reaches the smoke purifier and is purified.
9. a kind of automatic press mounting equipment as described in claim 1, it is characterised in that：The vision-based detection mechanism, the height
The real-time production information of testing agency and the Laser Jet mechanism can be automatically recorded to preserving on computer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820135438.4U CN207914988U (en) | 2018-01-26 | 2018-01-26 | A kind of automatic press mounting equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820135438.4U CN207914988U (en) | 2018-01-26 | 2018-01-26 | A kind of automatic press mounting equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207914988U true CN207914988U (en) | 2018-09-28 |
Family
ID=63605497
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820135438.4U Active CN207914988U (en) | 2018-01-26 | 2018-01-26 | A kind of automatic press mounting equipment |
Country Status (1)
| Country | Link |
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| CN (1) | CN207914988U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108098359A (en) * | 2018-01-26 | 2018-06-01 | 东莞市鼎力自动化科技有限公司 | A kind of automatic press mounting equipment and processing method |
| CN114670018A (en) * | 2022-03-31 | 2022-06-28 | 中山赛森智能装备有限公司 | Be used for motor parts pressure equipment mechanism and equipment |
-
2018
- 2018-01-26 CN CN201820135438.4U patent/CN207914988U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108098359A (en) * | 2018-01-26 | 2018-06-01 | 东莞市鼎力自动化科技有限公司 | A kind of automatic press mounting equipment and processing method |
| CN114670018A (en) * | 2022-03-31 | 2022-06-28 | 中山赛森智能装备有限公司 | Be used for motor parts pressure equipment mechanism and equipment |
| CN114670018B (en) * | 2022-03-31 | 2024-05-14 | 中山赛森智能装备有限公司 | Be used for motor parts pressure equipment mechanism and equipment |
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