CN208134786U - Engineering Tool monitoring based on Internet of Things packs intelligent integrated production equipment - Google Patents
Engineering Tool monitoring based on Internet of Things packs intelligent integrated production equipment Download PDFInfo
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- CN208134786U CN208134786U CN201820473787.7U CN201820473787U CN208134786U CN 208134786 U CN208134786 U CN 208134786U CN 201820473787 U CN201820473787 U CN 201820473787U CN 208134786 U CN208134786 U CN 208134786U
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 22
- 238000012544 monitoring process Methods 0.000 title claims abstract description 16
- 230000005540 biological transmission Effects 0.000 claims abstract description 38
- 238000004806 packaging method and process Methods 0.000 claims abstract description 35
- 238000002372 labelling Methods 0.000 claims abstract description 18
- 238000001514 detection method Methods 0.000 claims abstract description 16
- 238000007599 discharging Methods 0.000 claims description 9
- 239000000463 material Substances 0.000 claims description 5
- 238000003032 molecular docking Methods 0.000 claims description 3
- 230000005622 photoelectricity Effects 0.000 claims 1
- 238000012805 post-processing Methods 0.000 abstract description 2
- 238000000034 method Methods 0.000 description 8
- 238000012546 transfer Methods 0.000 description 5
- 238000010586 diagram Methods 0.000 description 4
- 230000007423 decrease Effects 0.000 description 2
- 238000013461 design Methods 0.000 description 2
- 230000001105 regulatory effect Effects 0.000 description 2
- 238000009825 accumulation Methods 0.000 description 1
- 238000011161 development Methods 0.000 description 1
- 230000003028 elevating effect Effects 0.000 description 1
- 238000007689 inspection Methods 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 238000003801 milling Methods 0.000 description 1
- 238000011017 operating method Methods 0.000 description 1
- 238000012858 packaging process Methods 0.000 description 1
- 238000012545 processing Methods 0.000 description 1
- 238000012372 quality testing Methods 0.000 description 1
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Abstract
The utility model relates to the engineering Tool monitorings based on Internet of Things to pack intelligent integrated production equipment, it includes the cutter load plate for placing cutter to be detected, the cutter load plate is conveyed by equidistant transmission belt, the end of the equidistant transmission belt is connected with the identification transmission belt of the cutter to be detected of different type for identification, the side of the identification transmission belt is equipped with automatic detecting machine of the multiple groups for the detection of different type tool quality, the automatic detecting machine is connected by transmission belt with identification transmission belt, the discharge port of the automatic detecting machine is connected by transmission belt with the ring inserter for cutter lantern ring, the discharge port of the ring inserter is connected by transmission belt with labelling machine, the labelling machine is connected by packaging track with recrater.The engineering tools of existing mainstream can be detected, mounting collar, label the post-processing steps such as packaging, vanning, and it can be integrated by Internet of Things.
Description
Technical field
The utility model belongs to pcb board tooling equipment field, examines more particularly to the engineering cutter based on Internet of Things
Survey packaging intelligent integrated production equipment.
Background technique
With the rapid development of electronic industry and further popularizing for industry 4.0, PCB（Printed circuit board）Based on cutter
All multiple-project Tools Requirement amounts increasingly increase, and also have higher requirement to tool quality, for efficient engineering management scheme
More intelligent production equipment is even more the pursuit direction of enterprise.
After the completion of Traditional project cutter manufacture link, the quality testing of finished tools, mounting collar, labeling packaging, vanning
And etc. it is excessively scrappy, the dependence of high degree is artificial, and this traditional manufacturing process has the following aspects：
（1）Each link can not carry out the information-based efficient management of modernization because technical process is scrappy and mutually isolated；
（2）After each independent step, the transfer of finished product requires manually to realize, thus increases the work of worker
Amount, seriously constrains production efficiency；
（3）Since staff has certain subjectivity, this brings certain influence to the stability of product quality；
（4）Due to being all using manual handling and transfer, in transfer process, product is likely to occur damage, and product is not just
Really enter packaging facilities, it may appear that upper mistake lantern ring labels the mistakes such as mistake, increases management cost；
（5）In addition, inevitably will appear NG product and vacant cutter load plate in detection packaging process, it can not
These articles are focused at the first time, will cause accumulation, influence product transhipment and workshop condition.
Utility model content
The purpose of the utility model is to provide the engineering Tool monitorings based on Internet of Things to pack intelligent integrated production equipment, energy
It is enough that the engineering tools of existing mainstream are detected, mounting collar, label the post-processing steps such as packaging, vanning, and can lead to
It crosses Internet of Things to integrate it, the information management modernized by computer, and then constitutes the engineering knife of height self-discipline
Tool detection packaging conveys collection assembling platform, mutual control of the engineering cutter by computer instruction control and channel mechanical device, difference
Into relevant device, without artificial transfer product, self-disciplineization control makes specific products enter particular device, has prevented artificial transfer
Fault carrys out the upper wrong lantern ring of band, labels the mistakes such as mistake.Platform terminal is equipped with the corresponding temporary storage chamber of NG cutter and empty cutter carries
The temporary storage chamber of disk, facilitates centralized processing.Whole product does not need manually to participate in from state to be detected to box is packaged into, largely
Manual labor is saved, labour cost is reduced.
In order to achieve the above objectives, the design scheme of the utility model is：Engineering Tool monitoring based on Internet of Things packs intelligence
Production equipment can be integrated, it includes the cutter load plate for placing cutter to be detected, and the cutter load plate passes through equidistant transmission belt
It is conveyed, the end of the equidistant transmission belt is connected with the identification conveyer belt of the cutter to be detected of different type for identification, institute
The side for stating identification conveyer belt is equipped with automatic detecting machine of the multiple groups for the detection of different type tool quality, the automatic detection
Machine is connected by transmission belt with identification conveyer belt, and the discharge port of the automatic detecting machine is by transmission belt and for cutter lantern ring
Ring inserter is connected, and the discharge port of the ring inserter is connected by transmission belt with labelling machine, the labelling machine pass through packaging track and
Recrater is connected.
First sensors in place is installed on the side wall of the equidistant transmission belt, is arranged after first sensors in place
There is a distance cylinder for holding out against cutter load plate, between the distance cylinder matches with equidistant transmission belt, and makes cutter load plate etc.
Away from being arranged on equidistant transmission belt.
It is put along its conveying to multiple second sensors in place are equipped on the identification conveyer belt, described second passes in place
The two sides of sensor are provided with two pieces of striker plates for being limited to cutter load plate, and the striker plate is mounted on backgauge cylinder
Piston rod top end, the backgauge cylinder are vertically installed at the bottom of identification conveyer belt, identification conveyer belt top and be located at the
Two sensors in place positions are provided with information coding identifier, and the information coding identifier is pasted onto cutter for identification
Information coding on load plate, and determine the type of carried cutter；It is equipped on the side wall of the identification conveyer belt for pushing
The material-pulling device of cutter load plate.
The material-pulling device includes pusher cylinder, and the pusher cylinder is mounted on the side wall of identification conveyer belt, push rod
Between two pieces of striker plates, discharging notch is machined on the identification conveyer belt of the pusher cylinder opposite side, the discharging lacks
The connection of mouth position offsets conveyer belt, and the other end of the offset conveyer belt is connected with the feed inlet of automatic detecting machine.
The discharge port of the automatic detecting machine is provided with the temporary storage chamber of NG cutter for storing unqualified cutter.
One of discharge port of the ring inserter is provided with the empty temporary storage chamber of cutter load plate for placing empty cutter load plate.
Boxed product after labeling is transported to packaging track by the labelling machine, is set on the inner sidewall of the packaging track
It is equipped with the baffle for ajusting boxed product, the end of packaging track is provided with photoelectric counting sensor, the photoelectrometer
Gate for shelves material is installed after number sensor, the assembly area of blanking is provided with immediately below the discharge end of packaging track,
Four sides of the assembly area are separately provided for the discharge push plate of discharge boxed product, and are arranged as regular strip
Shape, the side of the assembly area are provided with the area Luo Zhuan, and pallet, the Tray side setting are provided with immediately below the area Luo Zhuan
There is material-pulling device, and the mobile boxed product by the top of it of pallet is driven to remove the area Luo Zhuan；The bottom of the pallet is provided with step
Into elevating mechanism, and drives the lift in height such as pallet and then boxed product is laminated and pile up.
The temporary storage chamber of NG cutter includes front-end track, the rejected product discharge port of the front-end track and automatic detecting machine
Docking is provided with storage frame in the tail portion of front-end track, the storing pallet of multilayer different height is equipped on the side wall of the storage frame,
The storing pallet is matched with the blanking port on front-end track, and is accepted to the cutter load plate for placing rejected product, institute
Storage frame is stated to be slidably installed on guide rail by lead screw transmission mechanism.
The sky temporary storage chamber of cutter load plate is identical with the structure of the temporary storage chamber of NG cutter.
The utility model has the advantages that：
1, the engineering Tool monitoring packaging intelligent integrated production equipment by above-mentioned based on Internet of Things can be realized PCB milling
The automatic detection of knife and packaging, realize its automation, can be conveyed first to cutter load plate by equidistant conveyer belt, then will
Cutter is transported to automatic detecting machine and detects to it, then lantern ring is carried out to it by ring inserter, is transported to labeling after lantern ring again
Machine is labelled, and is finally cased again by recrater it, and the detection packaging of entire cutter is completed.
2, human factor bring damage of product has been effectively prevented by using automatic detection packaging and packaging is made mistakes.
3, by using above-mentioned automation equipment, manual labor is largely saved, is lightened one's labor, production is improved
Efficiency reduces the labor intensity of operating personnel.
4, human cost is reduced, management cost is reduced.
5, it realizes the timely circulation of material, improves shopwork environment.
6, the programming count of detection packaged data is realized by above-mentioned material net, and then realizes information system management.
Detailed description of the invention
The utility model is described in further detail with reference to the accompanying drawings and examples.
Fig. 1 is the integral arrangement figure of the utility model.
Fig. 2 is the structural schematic diagram of the equidistant conveyer belt of the utility model.
Fig. 3 is the structural schematic diagram of the identification conveyer belt of the utility model.
Fig. 4 is the structural schematic diagram of the packaging track of the utility model.
Fig. 5 is the temporary storage chamber structural schematic diagram of NG cutter of the utility model.
Fig. 6 is the first step structure graph that the boxed product of the utility model is piled up.
Fig. 7 is the second step structure graph that the boxed product of the utility model is piled up.
Fig. 8 is the third step structure graph that the boxed product of the utility model is piled up.
In figure：Equidistant conveyer belt 1, identification conveyer belt 2, automatic detecting machine 3, the temporary storage chamber 4 of NG cutter, ring inserter 5, empty cutter
The temporary storage chamber 6 of load plate, labelling machine 7, packaging track 8, recrater 9, information coding 10, cutter load plate 11, distance cylinder 12, pusher gas
Cylinder 13, information coding identifier 14, the second sensors in place 15, striker plate 16, offset conveyer belt 17, boxed product 18, baffle
19, gate 20, discharge push plate 21, assembly area 22, the area Luo Zhuan 23, pallet 24, front-end track 25, front-end track 25, storage frame 26, silk
Stem nut pair 27, guide rail 28, storing pallet 29, blanking port 30, the first sensors in place 102, discharging notch 103.
Specific embodiment
The embodiments of the present invention is described further with reference to the accompanying drawing.
Embodiment 1：
Referring to Fig. 1-8, the engineering Tool monitoring based on Internet of Things packs intelligent integrated production equipment, it includes for placing
The cutter load plate 11 of cutter to be detected, the cutter load plate 11 are conveyed by equidistant transmission belt 1, the equidistant transmission belt 1
End be connected with the identification conveyer belt 2 of the cutter to be detected of different type for identification, the side installation of the identification conveyer belt 2
There is automatic detecting machine 3 of the multiple groups for the detection of different type tool quality, the automatic detecting machine 3 is passed by transmission belt and identification
Band 2 is sent to be connected, the discharge port of the automatic detecting machine 3 is connected by transmission belt with the ring inserter 5 for cutter lantern ring, the set
The discharge port of ring machine 5 is connected by transmission belt with labelling machine 7, and the labelling machine 7 is connected by packaging track 8 with recrater 9.
Further, the first sensors in place 102 is installed, described first in place on the side wall of the equidistant transmission belt 1
The distance cylinder 12 for holding out against cutter load plate 11, the distance cylinder 12 and equidistant transmission belt 1 are provided with after sensor 102
It matches, and is equally spaced cutter load plate 11 on equidistant transmission belt 1.
Further, it is put along its conveying to being equipped with multiple second sensors in place 15, institute on the identification conveyer belt 2
The two sides for stating the second sensors in place 15 are provided with two pieces of striker plates 16 for being limited to cutter load plate 11, the backgauge
Plate 16 is mounted on the piston rod top end of backgauge cylinder, and the backgauge cylinder is vertically installed at the bottom of identification conveyer belt 2, is identifying
The top of conveyer belt 2 is simultaneously provided with information coding identifier 14 positioned at 15 position of the second sensors in place, and the information is compiled
Code identifier 14 is pasted onto the information coding 10 on cutter load plate 11 for identification, and determines the type of carried cutter；It is described
Identify the material-pulling device being equipped on the side wall of conveyer belt 2 for pushing cutter load plate 11.
Further, the material-pulling device includes pusher cylinder 13, and the pusher cylinder 13 is mounted on identification conveyer belt 2
On side wall, push rod is located between two pieces of striker plates 16, is machined with out on the identification conveyer belt 2 of 13 opposite side of pusher cylinder
Expect notch 103,103 position of the discharging notch connection offsets conveyer belt 17, the other end of the offset conveyer belt 17
It is connected with the feed inlet of automatic detecting machine 3.In the course of work, if information coding 10 and 17 end of offset conveyer belt is automatic
Detection machine 3 is consistent, and cutter load plate 11 is pushed to the discharging notch 103 of automatic detecting machine 3 by pusher cylinder 13, and enters offset and pass
Band 17 is sent, so that cutter load plate 11 is entered correct position by striker plate 16, declines with back striker plate 16 and let pass, repeat next inspection
Process is looked into, final corresponding cutter can correctly enter corresponding automatic detecting machine 3, whole not pass through the cutter load plate 11 of identification
Assembly line can be left with identification conveyer belt 2, and buzzing notifies related personnel to handle；
Further, the NG cutter that the discharge port of the automatic detecting machine 3 is provided with for storing unqualified cutter temporarily stores up
Room 4.Unqualified cutter can be stored by the temporary storage chamber 4 of NG cutter.
Further, one of discharge port of the ring inserter 5 is provided with the empty knife for placing empty cutter load plate 11
Has the temporary storage chamber 6 of load plate.Empty cutter load plate can be stored by the temporary storage chamber 6 of empty cutter load plate.
Further, the boxed product 18 after labeling is transported to packaging track 8, the packaging rail by the labelling machine 7
It is provided with the baffle 19 for ajusting boxed product 18 on the inner sidewall in road 8, the end of packaging track 8 is provided with photoelectrometer
Number sensor 104, the photoelectric counting sensor 104 is equipped with the gate 20 for shelves material later, in the discharging of packaging track 8
Proper lower section is provided with the assembly area 22 of blanking, and four sides of the assembly area 22 are separately provided for discharge boxed product
18 discharge push plate 21, and it is arranged as regular strip, the side of the assembly area 22 is provided with the area Luo Zhuan 23, described to fall
The underface in dress area 23 is provided with pallet 24, and 24 side of pallet is provided with material-pulling device, and drives pallet 24 mobile by it
The boxed product 18 at top removes the area Luo Zhuan 23；The bottom of the pallet 24 is provided with step-by-step lifter structure, and drives pallet 24
Etc. lift in height so that by boxed product 18 be laminated pile up.In the course of work, the boxed product 18 dropped on assembly area 22 will
Under the promotion of four discharge push plates 21, after boxed product 18 is arranged as regular strip, it is pushed into the area Luo Zhuan 23 of side,
And accepted by lower tray 24, pallet 24 is mobile to side after the completion of undertaking, to accept another batch of strip boxed product, when one layer
After being paved with, pallet 24 declines and continues to accept new one layer, reaches regulatory specifications as transporting after packaging product to conveyer belt, is transported to
Recrater 9 is cased, and the detection packaging of cutter is finally completed.
Further, the temporary storage chamber 4 of the NG cutter includes front-end track 25, the front-end track 25 and automatic detecting machine 3
Rejected product discharge port docking, the tail portion of front-end track 25 be provided with storage frame 26, it is described storage frame 26 side wall on be equipped with
The storing pallet 29 of multilayer different height, the storing pallet 29 are matched with the blanking port 30 on front-end track 25, and to putting
The cutter load plate 11 for setting rejected product is accepted, and the storage frame 26 is slidably installed by lead screw transmission mechanism 27 in guide rail
On 28.In the course of work, cutter load plate 11 enters the storing pallet 29 of storage frame 26 by front-end track 25, wait enter specific position
Afterwards, the driving of lead screw transmission mechanism 27 storage frame 26 is moved up along guide rail 28, and the vacant position for storing up frame 26 is allow to accept other knives
Has load plate.
Further, the structure of the temporary storage chamber 4 of the empty temporary storage chamber 6 and NG cutter of cutter load plate is identical.By using identical
Structure simplify its structure, thereby reduce design cost, while passing through the temporary storage chamber 6 of empty cutter load plate and NG cutter
Temporary storage chamber 4 can respectively store empty cutter load plate and unqualified capstan head, and then guarantee the normal operation of whole equipment.
The working process and principle of the utility model are：
Step1：Cutter to be detected is classified on the cutter load plate 11 for posting information coding 10, then by cutter load plate
11 are placed on equidistant transmission belt 1；
Step2：The cutter load plate 11 irregularly put on equidistant transmission belt 1 is passing through the first sensors in place 102
When, distance cylinder 12 is triggered, being pushed forward by distance cylinder 12 makes the cutter load plate 11 on track keep to the side to fix, and carries subsequent tool
Disk 11 is successively drawn close, and distance cylinder 12 opens release front cutter load plate 11 later, and rear cutter load plate 11 proceeds to corresponding positions
It postpones and is kept to the side to fix by distance cylinder 12 again, until letting pass again after front and rear cutter load plate 11 are spaced apart, such as
Cutter load plate 11 is back and forth divided into equidistantly keep to the side regularly arranged and conveyed in equidistant transmission belt 1 by this；
Step3：The cutter load plate 11 of queueing discipline leaves equidistant conveyer belt 1, into identification conveyer belt 2, when cutter load plate
When at the second sensors in place 15 on 11 arrival tracks, two sides striker plate 16 is risen, and cutter load plate 11 is limited to fixed bit
It sets, so that information coding identifier 14 reads the information coding 10 on cutter load plate 11；
Step4：If information coding 10 is not consistent with the automatic detecting machine 3 of 17 end of offset conveyer belt, striker plate 16 is vertical
I.e. decline is let pass, and cutter load plate 11 enters next identification station of identification conveyer belt 2, duplicate message coding check process；
Step5：If information coding 10 is consistent with the automatic detecting machine 3 of 17 end of offset conveyer belt, pusher cylinder 13 will
Cutter load plate 11 pushes the discharging notch 103 of automatic detecting machine 3 to, and enters offset conveyer belt 17, makes knife by striker plate 16
Have load plate 11 and enter correct position, decline with back striker plate 16 and let pass, repeats follow-on check process, final corresponding cutter meeting
Correctly enter corresponding automatic detecting machine 3, it is whole that flowing water can not be left with identification conveyer belt 2 by the cutter load plate 11 of identification
Line, and buzzing notifies related personnel to handle；
Step6：Box is packaged into after sequentially entering ring inserter 5, labelling machine 7 by the cutter that automatic detecting machine 3 completes detection
Product 18 is filled, and is transported on packaging track 8；
Step7：Its position is ajusted by baffle 19 first on packaging track 8 at boxed product 18, is successively led to later
It crosses track and enters assembly area 22, after assembly area 22 is fully loaded, gate 20 closes limitation subsequent product and enters assembly area 22；
Step8：Boxed product 18 on assembly area 22 is dropped by under the promotion of four discharge push plates 21, boxed product
After 18 are arranged as regular strip, it is pushed into the area Luo Zhuan 23 of side, and accepted by lower tray 24, pallet after the completion of undertaking
24 is mobile to side, and to accept another batch of strip boxed product, after being paved with for one layer, pallet 24 declines and continues to accept new one
Layer, reaches regulatory specifications as transporting after packaging product to conveyer belt, is transported to recrater 9 and cases, be finally completed cutter
Detection packaging；
Step9：When occurring rejected product or empty cutter load plate in the detection process, cutter load plate 11 will pass through front end rail
Road 25 is transported to storing pallet 29, and after a storing pallet 29 is placed completely, the starting driving storage frame 26 of feed screw nut pair 27 is moved
The height of a dynamic storing pallet 29, allows the vacant position for storing up frame 26 to accept next cutter load plate.
The embodiments of the present invention is explained in detail in conjunction with attached drawing, but the utility model be not limited to it is above-mentioned
Embodiment.Technical staff can be in the innovative point and operating procedure without prejudice to the utility model, in claims
It is interior, it modifies to above-described embodiment.The protection scope of the utility model should be covered such as claims of the utility model.
Claims (9)
1. the engineering Tool monitoring based on Internet of Things packs intelligent integrated production equipment, it is characterised in that：It includes for placing
The cutter load plate of cutter to be detected（11）, the cutter load plate（11）Pass through equidistant transmission belt（1）It is conveyed, the equidistant biography
Dynamic band（1）End be connected with the identification conveyer belt of the cutter to be detected of different type for identification（2）, the identification conveyer belt
（2）Side be equipped with multiple groups for different type tool quality detection automatic detecting machine（3）, the automatic detecting machine（3）
Pass through transmission belt and identification conveyer belt（2）It is connected, the automatic detecting machine（3）Discharge port by transmission belt be used for cutter sleeve
The ring inserter of ring（5）It is connected, the ring inserter（5）Discharge port pass through transmission belt and labelling machine（7）It is connected, the labelling machine
（7）Pass through packaging track（8）With recrater（9）It is connected.
2. the engineering Tool monitoring according to claim 1 based on Internet of Things packs intelligent integrated production equipment, feature
It is：The equidistant transmission belt（1）Side wall on the first sensors in place is installed（102）, first sensors in place
（102）It is provided with later for holding out against cutter load plate（11）Distance cylinder（12）, the distance cylinder（12）With equidistant transmission
Band（1）It matches, and makes cutter load plate（11）It is equally spaced in equidistant transmission belt（1）On.
3. the engineering Tool monitoring according to claim 1 based on Internet of Things packs intelligent integrated production equipment, feature
It is：The identification conveyer belt（2）On put along its conveying to being equipped with multiple second sensors in place（15）, described second arrives
Level sensor（15）Two sides be provided with for cutter load plate（11）The two pieces of striker plates limited（16）, the striker plate
（16）It is mounted on the piston rod top end of backgauge cylinder, the backgauge cylinder is vertically installed at identification conveyer belt（2）Bottom, knowing
Other conveyer belt（2）Top and be located at the second sensors in place（15）Position is provided with information coding identifier（14）, institute
State information coding identifier（14）It is pasted onto cutter load plate for identification（11）On information coding（10）, and determine carried knife
The type of tool；The identification conveyer belt（2）Side wall on be equipped with for pushing cutter load plate（11）Material-pulling device.
4. the engineering Tool monitoring according to claim 3 based on Internet of Things packs intelligent integrated production equipment, feature
It is：The material-pulling device includes pusher cylinder（13）, the pusher cylinder（13）It is mounted on identification conveyer belt（2）Side wall
On, push rod is located at two pieces of striker plates（16）Between, the pusher cylinder（13）The identification conveyer belt of opposite side（2）On be machined with
Discharge notch（103）, the discharging notch（103）Position connection offsets conveyer belt（17）, the offset conveyer belt
（17）The other end and automatic detecting machine（3）Feed inlet be connected.
5. the engineering Tool monitoring according to claim 1 based on Internet of Things packs intelligent integrated production equipment, feature
It is：The automatic detecting machine（3）Discharge port be provided with the temporary storage chamber of NG cutter for storing unqualified cutter（4）.
6. the engineering Tool monitoring according to claim 1 based on Internet of Things packs intelligent integrated production equipment, feature
It is：The ring inserter（5）One of discharge port be provided with for placing empty cutter load plate（11）Empty cutter load plate it is temporary
Storage chamber（6）.
7. the engineering Tool monitoring according to claim 1 based on Internet of Things packs intelligent integrated production equipment, feature
It is：The labelling machine（7）By the boxed product after labeling（18）It is transported to packaging track（8）, the packaging track（8）'s
It is provided on inner sidewall for by boxed product（18）The baffle ajusted（19）, in packaging track（8）End be provided with photoelectricity
Sensor for countering（104）, the photoelectric counting sensor（104）Gate for shelves material is installed later（20）, in packaging rail
Road（8）Discharge end immediately below be provided with the assembly area of blanking（22）, the assembly area（22）Four sides be respectively arranged with
For discharging boxed product（18）Discharge push plate（21）, and it is arranged as regular strip, the assembly area（22）Side
Face is provided with the area Luo Zhuan（23）, the area Luo Zhuan（23）Underface be provided with pallet（24）, the pallet（24）Side setting
There is material-pulling device, and drives pallet（24）It moves the boxed product at the top of it（18）Remove the area Luo Zhuan（23）；The pallet
（24）Bottom be provided with step-by-step lifter structure, and drive pallet（24）Etc. lift in height and then by boxed product（18）Code is laminated
It puts.
8. the engineering Tool monitoring according to claim 5 based on Internet of Things packs intelligent integrated production equipment, feature
It is：The temporary storage chamber of NG cutter（4）Including front-end track（25）, the front-end track（25）With automatic detecting machine（3）No
Qualified product discharge port docking, in front-end track（25）Tail portion be provided with storage frame（26）, the storage frame（26）Side wall on install
There is the storing pallet of multilayer different height（29）, the storing pallet（29）With front-end track（25）On blanking port（30）Match
It closes, and to the cutter load plate for placing rejected product（11）It is accepted, the storage frame（26）Pass through lead screw transmission mechanism（27）It is sliding
It is dynamic to be fitted to guide rail（28）On.
9. the engineering Tool monitoring according to claim 6 based on Internet of Things packs intelligent integrated production equipment, feature
It is：The temporary storage chamber of the sky cutter load plate（6）With the temporary storage chamber of NG cutter（4）Structure it is identical.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820473787.7U CN208134786U (en) | 2018-04-04 | 2018-04-04 | Engineering Tool monitoring based on Internet of Things packs intelligent integrated production equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820473787.7U CN208134786U (en) | 2018-04-04 | 2018-04-04 | Engineering Tool monitoring based on Internet of Things packs intelligent integrated production equipment |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108423248A (en) * | 2018-04-04 | 2018-08-21 | 宜昌永鑫精工科技股份有限公司 | Engineering Tool monitoring packaging intelligent integrated production equipment based on Internet of Things and method |
| CN112849523A (en) * | 2021-01-26 | 2021-05-28 | 李姚姚 | Valve boxing device and boxing method thereof |
| CN113942682A (en) * | 2021-12-20 | 2022-01-18 | 常州市沃凯轴承制造有限公司 | Bearing conveying device |
-
2018
- 2018-04-04 CN CN201820473787.7U patent/CN208134786U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108423248A (en) * | 2018-04-04 | 2018-08-21 | 宜昌永鑫精工科技股份有限公司 | Engineering Tool monitoring packaging intelligent integrated production equipment based on Internet of Things and method |
| CN108423248B (en) * | 2018-04-04 | 2023-09-29 | 宜昌永鑫精工科技股份有限公司 | Intelligent integrated production equipment and method for engineering cutter detection package based on Internet of things |
| CN112849523A (en) * | 2021-01-26 | 2021-05-28 | 李姚姚 | Valve boxing device and boxing method thereof |
| CN112849523B (en) * | 2021-01-26 | 2024-01-09 | 李姚姚 | Valve boxing device and boxing method thereof |
| CN113942682A (en) * | 2021-12-20 | 2022-01-18 | 常州市沃凯轴承制造有限公司 | Bearing conveying device |
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