CN109720807A - A kind of air level production line - Google Patents
A kind of air level production line Download PDFInfo
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- CN109720807A CN109720807A CN201910003708.5A CN201910003708A CN109720807A CN 109720807 A CN109720807 A CN 109720807A CN 201910003708 A CN201910003708 A CN 201910003708A CN 109720807 A CN109720807 A CN 109720807A
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Abstract
The present invention relates to a kind of air level production lines, including second conveyer, numerically-controlled machine tool group, manipulator, robot gantry and rollway, numerically-controlled machine tool group includes at least two numerically-controlled machine tools, numerically-controlled machine tool is successively set on the side of second conveyer, any one is equipped with blanking device between numerically-controlled machine tool and second conveyer, robot gantry is arranged in parallel with second conveyer, manipulator is mounted on robot gantry top and can walk along robot gantry, and rollway is arranged below robot gantry top.Such air level production line, effectively realize air level automation processing the problem of, production efficiency can be greatly improved, stable product quality is controllable.
Description
Technical field
The present invention relates to air level production technology, especially a kind of air level production line.
Background technique
Horizontal ruler is a kind of common measuring tool be unableing to do without in people's daily life, is usually used in construction, mechanical peace
The occasions such as dress, carpenter's processing.Horizontal ruler generally comprises ruler body, vertical level bubble seat and horizontal levelling bubble seat, on level bubble seat
Air level is fixedly installed, level bubble seat is fixedly connected with ruler body again.
With the continuous development of automatic technology, the phase of client and manufacturer for horizontal ruler atomization degree
To higher and higher, the processing efficiency of horizontal ruler is substantially improved, makes processing quality keep stablizing, while strict control adds
Work cost is the problem of technical staff has to face, however there are no mature production lines can complete water on the market at present
The automation processing of quasi- bubble, air level production efficiency is very low, and product quality is also difficult to stablize control.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of air level production lines, solve conventional equipment and are unable to complete water
The problem of automation processing of quasi- bubble.
In order to solve the above technical problem, the present invention provides technical solution it is as follows:
A kind of air level production line, including second conveyer, numerically-controlled machine tool group, manipulator, robot gantry and confession
Expect platform, numerically-controlled machine tool group includes at least two numerically-controlled machine tools, and numerically-controlled machine tool is successively set on the side of second conveyer, appoints
It anticipates one and is equipped with blanking device between numerically-controlled machine tool and second conveyer, robot gantry is parallel with second conveyer
Setting, manipulator are mounted on robot gantry top and can walk along robot gantry, and rollway is arranged on robot gantry top
End lower section.When work, manipulator is walked on robot gantry, when above walking to rollway, can be taken from rollway
Material, then walking to the numerical control machine bedside for needing feeding and carries out feeding operation, is carried out after processing is completed by blanking device
Blanking, air level are sent to next procedure by second conveyer.
Further, air level production line further includes drying component, and drying component includes second conveyer and baking
Case, the feed end of second conveyer and the discharge end of second conveyer connect, and second conveyer runs through baking oven.Level
Bubble is after numerically-controlled machine tool is processed, and due to using cutting fluid in machining, cutting fluid influences whether the normal of filling process
It carries out, the setting for drying component can effectively exclude cutting fluid.
Further, air level production line further includes collator, and collator includes third transmission device, the 4th biography
Device and baffle plate assembly are sent, the feed end of third transmission device and the discharge end of second conveyer connect, third transmission dress
The discharge end set is connect with the feed end of the 4th transmission device, and baffle plate assembly is arranged on the transmission plane of third transmission device, gear
Board group part is tubaeform in both ends open, the big mouth of baffle plate assembly towards third transmission device feed end, baffle plate assembly it is small
For mouth towards the discharge end of third transmission device, the transmission plane of the 4th transmission device, which is equipped with, transmits translot, the osculum of baffle plate assembly
It is connected to transmission translot.
Using such structure, third transmission device transmits air level towards fixed-direction, and air level is from barrier assembly
Big mouth enters barrier assembly, and under mutual between the blocking and air level of barrier assembly elapses, air level is from barrier assembly
Osculum successively orderly transport into the 4th transmission device, realize the fast automatic sequence of air level.
Further, baffle plate assembly includes right baffle-plate, right shell body and swinging power device, and right baffle-plate includes first flat
Portion outside row portion and first, the first parallel portion is parallel with the direction of transfer of third transmission device, outside first the one end in portion and
The connection of first parallel portion, first other end for opening portion outside extend to the left side edge of the transmission plane of third transmission device, right shell body
Including portion outside the second parallel portion and second, the second parallel portion osculum for forming baffle plate assembly parallel with the first parallel portion, the
The one end in portion and the second parallel portion are hinged outside two, and the other end in portion extends to the transmission plane of third transmission device outside second
Right side edge, the power output end of swinging power device connect with portion outside second.
If left baffle is fixed setting, air level is easy to be deposited at the osculum of baffle plate assembly, and leads to level
Bubble smoothly cannot be transmitted normally.After swinging power device is arranged, a portion can slightly be swung outside second, and portion is swung outside second
When can destroy the equilibrium state of stress between air level, so that air level is can smoothly enter into the osculum of baffle plate assembly.
Further, collator further includes the 5th transmission device, the setting of the 5th transmission device third transmission device with
Between 4th transmission device, the 5th transmission device be equipped with transmission cannelure, transmit cannelure one end side and baffle plate assembly it is small
Mouthful connection, transmits the other end side of cannelure and is connected to transmission translot, and the transmission plane level height of the 5th transmission device is lower than the
The transmission plane of three transmission devices, and the width for transmitting cannelure is greater than the width of air level while being less than the diameter of air level.5th
Difference in height is set between transmission device and third transmission device, can use gravity complete air level from third transmission device to
The transfer of 5th transmission device, while air level can be made to be flipped automatically, be conducive to the progress of subsequent handling.It passes simultaneously
The function of sending the setting of cannelure that can play storing provides a cushion space for transmission, can be with so as to which some structures are arranged
Air level is set compactly to enter the 4th transmission device.
Further, air level production line further includes bottle placer, and bottle placer is mounted on the discharge end of collator, filling
Machine includes orienting device and filling apparatus, and orienting device includes the first pedestal, the first air level slot and vibration device, vibration
Dynamic device is mounted on the first pedestal, and the power output end of vibration device and the first air level slot are sequentially connected, the first air level
Slot accommodates air level and air level can rotate in the first air level slot, and filling apparatus includes the second pedestal, the second level bubble
Slot, filling components and package assembling, the second level bubble slot be fixedly mounted on the second pedestal and with the first air level slot pair
It connects, above the second level bubble slot, the exit side of filling components is arranged in package assembling for the liquid outlet setting of filling components.
Since the center of air level is arranged in the liquid cavity of air level, and it is closed at one end open at one end, this results in water
The center of gravity of quasi- bubble is significantly biased to closed end, and gravity stress condition is similar with " tumbler ", therefore makes first in vibration device
When air level slot vibrates, air level also rotates, when final center of gravity reaches extreme lower position, that is, closed end of liquid cavity is in
When underface, air level is in settling position, and the opening of liquid cavity corrects straight up at this time.Using such structure,
The intrinsic physical attribute of air level is utilized dexterously to position, erroneous judgement problem is not present；Stability is good, can be with multipair a water
Standard is steeped while being positioned, high-efficient；It avoids saving cost using precision elements such as sensors simultaneously.
Further, bottle placer further includes blowning installation, and the feed side of filling components is arranged in blowning installation, dress of blowing
It sets including gas source and tracheae, one end of tracheae is connected to gas source, and the other end setting of tracheae is above the second level bubble slot.
The setting of blowning installation can remove the impurity in air level liquid cavity before filling the container.
Further, bottle placer further includes material-pulling device, and the feed side of filling components, pusher dress is arranged in material-pulling device
It sets including the first lifters and impeller, the first lifters are inversely installed above the second level bubble slot, the first lifters
Power output end is equipped with pin rod, when the power output ends of the first lifters acts pin rod can underthrust or recycling, the first lifters peace
Mounted in the power output end of impeller, the power output end of impeller drives the first lifters to be displaced when acting.It is filled by vibration
It sets to the vibration of the first air level slot, air level can also slowly travel forward, but motion conditions are unstable, material-pulling device
Setting can solve this problem.
Further, bottle placer further includes liquid absorption device, and liquid absorption device is arranged between filling components and package assembling,
Liquid absorption device includes the second lifters and the first negative pressure part, and the second lifters are inversely installed above the second level bubble slot, the
One negative pressure part is mounted on the power output end of the second lifters.General filling apparatus can control filling amount of liquid, but quasi-
The difficulty really controlled is larger, and air level is very high to the requirement of filling liquid amount, and the setting of liquid absorption device can absorb designated position
Extra liquid.
Further, package assembling includes vibrating disk, discharge mechanism and welding machine, discharge mechanism setting vibrating disk with
The second level steeps above slot, and the discharge end of the second level bubble slot is arranged in the plumb joint of welding machine, and the discharge mechanism includes movement
Part, third lifters and the second negative pressure part, third lifters are mounted on the power output end of moving member, and third lifters can
It is steeped between above slot above the discharge port for travelling to and fro between vibrating disk under the drive of moving member with the second level, third lifters are fallen
Set installation, the second negative pressure part is mounted on the power output end of third lifters, the when the power output end movement of third lifters
Two negative pressure parts can underthrust or recycling.
Using such structure, air level lid is placed in vibrating disk, the arrangement of air level lid is transported to discharging by vibrating disk
Mouthful, third lifters are moved to above discharge port by moving member, and the movement of third lifters makes the decline of the second negative pressure part pick up level
Bubble lid, then third lifters movement rise the second negative pressure part, and third lifters are moved to the second level bubble slot by moving member
Top, third lifters act again is placed on general who has surrendered's air level lid under the second negative pressure part in the opening of air level, last benefit
It is with welding machine that air level and air level lid is integrally welded, so recycle.
It, the problem of effectively realizing the automation processing of air level, can be in conclusion such air level production line
Production efficiency is greatly improved, stable product quality is controllable.
Detailed description of the invention
Fig. 1 is the schematic view of the front view of the present embodiment air level production line；
Fig. 2 is the overlooking structure diagram of the present embodiment air level production line；
Fig. 3 is the overlooking structure diagram of the present embodiment air level production line collator；
Fig. 4 is the schematic view of the front view of the present embodiment air level production line collator；
Fig. 5 is the schematic view of the front view of the present embodiment air level production line bottle placer；
Fig. 6 is the overlooking structure diagram of the present embodiment air level production line bottle placer；
Wherein, air level -0, second conveyer -1, blanking device -11, manipulator -2, robot gantry -3, feed
Platform -4, numerically-controlled machine tool -5 dry component -6, second conveyer -61, baking oven -62, collator -7, third transmission device -
71, translot -721, portion -732 outside baffle plate assembly -73, the first parallel portion -731, the first, pendulum are transmitted in the 4th transmission device -72
Portion -735 outside dynamic power device -733, the second parallel portion -734, the second, transmits cannelure -74, bottle placer -8, orienting device -
81, first pedestal -811, the first air level slot -812, vibration device -813, filling apparatus -82, the second pedestal -821, the second
Air level slot -822, filling components -823, package assembling -824, vibrating disk -8241, welding machine -8242, moving member -8243, the
Three lifters -8244, the second negative pressure part -8245, blowning installation -83, material-pulling device -84, the first lifters -841 push
Part -842, pin rod -843, liquid absorption device -85, the second lifters -851, the first negative pressure part -852.
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to the accompanying drawings and embodiments,
The present invention will be described in further detail.It should be appreciated that specific embodiment described herein is only used to explain this hair
It is bright, it is not intended to limit the present invention.
A kind of air level production line as depicted in figs. 1 and 2, including second conveyer 1, numerically-controlled machine tool group, manipulator
2, robot gantry 3 and rollway 4, numerically-controlled machine tool group include at least two numerically-controlled machine tools 5, and numerically-controlled machine tool 5 is successively set on
The side of second conveyer 1 is equipped with blanking device 11, machine between any one numerically-controlled machine tool 5 and second conveyer 1
Tool handset mounting 3 is arranged in parallel with second conveyer 1, and manipulator 2 is mounted on 3 top of robot gantry and can be along mechanical mobile phone
Frame 3 is walked, and rollway 4 is arranged below 3 top of robot gantry.When work, manipulator 2 is walked on robot gantry 3,
, can be from feeding on rollway 4 when walking to 4 top of rollway, then walking is to needing 5 side of numerically-controlled machine tool of feeding to go forward side by side
The operation of row feeding, carries out blanking by blanking device 11 after processing is completed, and air level 0 is sent to lower road work by second conveyer 1
Sequence.
In the present embodiment, blanking device 11 is blanking guide groove, and one end of blanking guide groove is located at the material folding point of numerically-controlled machine tool 5
Lower section, the other end countryside of blanking guide groove extend to above the transmission plane of second conveyer 1.Such 11 letter of blanking device
It is single and practical.Meanwhile numerically-controlled machine tool 5 is averagely arranged in the two sides of rollway 4, can be effectively reduced the walking of manipulator 2 away from
From.
Further, air level production line further include drying component 6, drying component 6 include second conveyer 61 and
The feed end of baking oven 62, second conveyer 61 is connect with the discharge end of second conveyer 1, and second conveyer 61 runs through
Baking oven 62.Air level 0 is after the processing of numerically-controlled machine tool 5, and due to using cutting fluid in machining, cutting fluid is influenced whether
Filling process is normally carried out, and the setting of drying component 6 can effectively exclude cutting fluid.
Meanwhile as shown in Figure 3 and Figure 4, air level production line further includes collator 7, and collator 7 is passed including third
Send device 71, the 4th transmission device 72 and baffle plate assembly 73, the feed end and second conveyer 61 of third transmission device 71
Discharge end connection, the discharge end of third transmission device 71 connect with the feed end of the 4th transmission device 72, and baffle plate assembly 73 is set
It sets on the transmission plane of third transmission device 71, baffle plate assembly 73 is in tubaeform, the big mouth court of baffle plate assembly 73 of both ends open
To the feed end of third transmission device 71, towards the discharge end of third transmission device 71, the 4th passes the osculum of baffle plate assembly 73
The transmission plane of device 72 is sent to be equipped with transmission translot 721, the osculum of baffle plate assembly 73 is connected to transmission translot 721.
Using such structure, third transmission device 71 transmits air level 0 towards fixed-direction, and air level 0 is from blocking group
The big mouth of part 73 enters barrier assembly 73, under the mutual passage between the blocking and air level 0 of barrier assembly 73, level
Bubble 0 is successively orderly transported into the 4th transmission device 72 from the osculum of barrier assembly 73, realizes the fast automatic of air level 0
Sequence.
Specifically, baffle plate assembly 73 includes right baffle-plate, right shell body and swinging power device 733, right baffle-plate includes first
Portion 732 outside parallel portion 731 and first, the first parallel portion 731 is parallel with the direction of transfer of third transmission device 71, and first
The one end in outer portion 732 is connect with the first parallel portion 731, and the other end in portion 732 extends to third transmission device 71 outside first
Transmission plane left side edge, right shell body includes a portion 735 outside the second parallel portion 734 and second, the second parallel portion 734 with
First parallel portion 731 forms the osculum of baffle plate assembly 73 in parallel, and the one end in portion 735 and the second parallel portion 734 are cut with scissors outside second
It connects, the other end in portion 735 extends to the right side edge of the transmission plane of third transmission device 71, swinging power device outside second
733 power output end is connect with a portion 733 outside second.
If left baffle is fixed setting, air level 0 is easy at the osculum for being deposited in baffle plate assembly 73, and is caused
Air level 0 smoothly cannot be transmitted normally.After swinging power device 733 is arranged, a portion 735 can slightly be swung outside second, and second
Outer portion 735 can destroy the equilibrium state of stress between air level 0 when swinging, air level 0 is allow to can smoothly enter into baffle group
The osculum of part 73.
Preferably, collator 7 further includes the 5th transmission device, the 5th transmission device is arranged in third transmission device
71 and the 4th between transmission device 72, and the 5th transmission device is equipped with transmission cannelure 74, transmits the one end side and gear of cannelure 74
The osculum of board group part 73 is connected to, and the other end side for transmitting cannelure 74 is connected to transmission translot 721, the biography of the 5th transmission device
The transmission plane for sending face level height to be lower than third transmission device 71, and the width for transmitting cannelure 74 is same greater than the width of air level 0
When less than air level 0 diameter.Difference in height is set between 5th transmission device and third transmission device 71, can use gravity
Air level 0 is completed from third transmission device 71 to the transfer of the 5th transmission device, while air level 0 can be made to turn over automatically
Turn, is conducive to the progress of subsequent handling.The setting for transmitting cannelure 74 simultaneously can play the function of storing, provide one for transmission
A cushion space can make air level 0 compactly enter the 4th transmission device 72 so as to which some structures are arranged.
In addition, the air level production line of the present embodiment further includes bottle placer 8, bottle placer 8 is mounted on going out for collator 7
Expect end, as shown in Figure 5 and Figure 6, bottle placer 8 includes orienting device 81 and filling apparatus 82, and orienting device 81 includes First
Body 811, the first air level slot 812 and vibration device 813, vibration device 813 are mounted on the first pedestal 811, vibration device
813 power output end and the first air level slot 812 are sequentially connected, and the first air level slot 812 accommodates air level 0 and air level 0
It can be rotated in the first air level slot 812, filling apparatus 82 includes the second pedestal 821, the second level bubble slot 822, filling group
Part 823 and package assembling 824, the second level bubble slot 822 be fixedly mounted on the second pedestal 821 and with the first air level slot
812 docking, above the second level bubble slot 822, package assembling 824 is arranged at filling group for the liquid outlet setting of filling components 823
The exit side of part 823.
Since the center of air level 0 is arranged in the liquid cavity of air level 0, and it is closed at one end open at one end, this is resulted in
The center of gravity of air level 0 is significantly biased to closed end, and gravity stress condition is similar with " tumbler ", therefore in vibration device 813
When vibrating the first air level slot 812, air level 0 also rotates, when final center of gravity reaches extreme lower position, that is, liquid cavity
When closed end is in underface, air level 0 is in settling position, and the opening of liquid cavity corrects straight up at this time.Using
Such structure is utilized the intrinsic physical attribute of air level 0 dexterously to position, erroneous judgement problem is not present；Stability is good,
It can be positioned simultaneously with multipair a air level 0, it is high-efficient；It avoids saving cost using precision elements such as sensors simultaneously.
Bottle placer 8 further includes blowning installation 83, and the feed side of filling components 823, blowning installation is arranged in blowning installation 83
83 include gas source and tracheae, and one end of tracheae is connected to gas source, and the other end setting of tracheae is on the second level bubble slot 822
Side.The setting of blowning installation 83 can remove the impurity in 0 liquid cavity of air level before filling the container.
Preferably, bottle placer 8 further includes material-pulling device 84, the charging of filling components 823 is arranged in material-pulling device 84
Side, material-pulling device 84 include the first lifters 841 and impeller 842, and the first lifters 841 are inversely installed in the second level
822 top of slot is steeped, the power output end of the first lifters 841 is equipped with pin rod 843, and the power output end of the first lifters 841 is dynamic
When making pin rod 843 can underthrust or recycling, the first lifters 841 are mounted on the power output end of impeller 842, impeller 842
Power output end drives the first lifters 841 to be displaced when acting.The vibration of the first air level slot 812 is given by vibration device 813
Dynamic, air level 0 can also slowly travel forward, but motion conditions are unstable, and the setting of material-pulling device 84 can solve this and ask
Topic.
Further, bottle placer 8 further includes liquid absorption device 85, and liquid absorption device 85 is arranged in filling components 823 and encapsulation group
Between part 824, liquid absorption device 85 includes the second lifters 851 and the first negative pressure part 852, and the second lifters 851 are inversely installed
Above the second level bubble slot 822, the first negative pressure part 852 is mounted on the power output end of the second lifters 851.General filling
Assembling device can control filling amount of liquid, but the difficulty accurately controlled is larger, and air level 0 requires very filling liquid amount
The setting of height, liquid absorption device 85 can absorb the extra liquid in designated position.
In addition, package assembling 824 includes vibrating disk 8241, discharge mechanism and welding machine 8242, discharge mechanism setting is being shaken
The discharge end of the second level bubble slot 822 is arranged in 822 top of Moving plate 8241 and the second level bubble slot, the plumb joint of welding machine 8242,
The discharge mechanism includes moving member 8243, third lifters 8244 and the second negative pressure part 8245, and third lifters 8244 are pacified
Mounted in the power output end of moving member 8243, third lifters 8244 can travel to and fro between vibrating disk 8241 under the drive of moving member
Discharge port above between the second level bubble slot 822 top, third lifters 8244 are inversely installed, the second negative pressure part 8245
It is mounted on the power output end of third lifters 8244, the second negative pressure part when the power output end of third lifters 8244 acts
8245 can underthrust or recycling.
Using such structure, air level lid is placed in vibrating disk 8241, air level lid is arranged and transported by vibrating disk 8241
It send to discharge port, third lifters 8244 are moved to above discharge port by moving member 8243, and the movement of third lifters 8244 makes the
The decline of two negative pressure parts 8245 picks up air level lid, and the then movement of third lifters 8244 rises the second negative pressure part 8245, mobile
Third lifters 8244 are moved to 822 top of the second level bubble slot by part 8243, and third lifters 8244 act again makes second
The lower general who has surrendered's air level lid of negative pressure part 8245 is placed in the opening of air level 0, finally utilizes welding machine 8242 by air level 0 and water
Quasi- bubble lid is integrally welded, so recycles.
In the end of horizontal production line, a material frame charge can be set, as shown in Figure 5 and Figure 6, also can be set one
Automation discharge mechanism is for piling up air level 0, as depicted in figs. 1 and 2.
It, the problem of effectively realizing the automation processing of air level 0, can be in conclusion such air level production line
Production efficiency is greatly improved, stable product quality is controllable.
In short, the foregoing is merely illustrative of the preferred embodiments of the present invention, it is not intended to limit the invention, it is all in this hair
Made any modifications, equivalent replacements, and improvements etc., should be included in protection scope of the present invention within bright spirit and principle
Within.
Claims (10)
1. a kind of air level production line, it is characterised in that: including second conveyer, numerically-controlled machine tool group, manipulator, mechanical mobile phone
Frame and rollway, the numerically-controlled machine tool group include at least two numerically-controlled machine tools, and the numerically-controlled machine tool is successively set on the first biography
The side of device is sent, blanking device, the manipulator are equipped between any one numerically-controlled machine tool and second conveyer
Rack is arranged in parallel with second conveyer, and the manipulator is mounted on robot gantry top and can be along robot gantry row
It walks, the rollway is arranged below robot gantry top.
2. air level production line described in accordance with the claim 1, it is characterised in that: further include drying component, the drying component
Including second conveyer and baking oven, the feed end of the second conveyer and the discharge end of second conveyer are connected,
The second conveyer runs through baking oven.
3. air level production line according to claim 2, it is characterised in that: it further include collator, the collator
Including third transmission device, the 4th transmission device and baffle plate assembly, the feed end of the third transmission device and the second transmission
The discharge end of device connects, and the discharge end of the third transmission device is connect with the feed end of the 4th transmission device, the baffle
Component is arranged on the transmission plane of third transmission device, and the baffle plate assembly is in tubaeform, the baffle plate assembly of both ends open
Feed end of the big mouth towards third transmission device, discharge end of the osculum of the baffle plate assembly towards third transmission device, institute
The transmission plane for stating the 4th transmission device is equipped with transmission translot, and the osculum of the baffle plate assembly is connected to transmission translot.
4. air level production line described in accordance with the claim 3, it is characterised in that: the baffle plate assembly includes right baffle-plate, right gear
Plate and swinging power device, the right baffle-plate include portion outside the first parallel portion and first, first parallel portion and the
The direction of transfer of three transmission devices is parallel, and the one end in portion is connect with the first parallel portion outside described first, portion outside described first
The other end extend to third transmission device transmission plane left side edge, the right shell body include the second parallel portion and second
Portion outside, second parallel portion osculum for forming baffle plate assembly parallel with the first parallel portion open the one end in portion outside described second
Hinged with the second parallel portion, the other end in portion extends to the right side edge of the transmission plane of third transmission device outside described second,
The power output end of the swinging power device is connect with a portion outside second.
5. air level production line described in accordance with the claim 3, it is characterised in that: the collator further includes the 5th transmission dress
It sets, the 5th transmission device is arranged between third transmission device and the 4th transmission device, sets on the 5th transmission device
There is transmission cannelure, the one end side of the transmission cannelure is connected to the osculum of baffle plate assembly, the another side of the transmission cannelure
Face is connected to transmission translot, and the transmission plane level height of the 5th transmission device is lower than the transmission plane of third transmission device, and
The width that the width of the transmission cannelure is greater than air level is less than the diameter of air level simultaneously.
6. air level production line according to claim 5, it is characterised in that: it further include bottle placer, the bottle placer installation
In the discharge end of collator, the bottle placer includes orienting device and filling apparatus, and the orienting device includes First
Body, the first air level slot and vibration device, the vibration device are mounted on the first pedestal, and the power of the vibration device is defeated
Outlet and the first air level slot are sequentially connected, and the first air level slot accommodates air level and air level can be in the first air level slot
Middle rotation, the filling apparatus include the second pedestal, the second level bubble slot, filling components and package assembling, second water
Quasi- bubble slot is fixedly mounted on the second pedestal and docks with the first air level slot, and the liquid outlet of the filling components is arranged second
Above air level slot, the exit side of filling components is arranged in the package assembling.
7. air level production line according to claim 6, it is characterised in that: the bottle placer further includes blowning installation, institute
The feed side that filling components are arranged in blowning installation is stated, the blowning installation includes gas source and tracheae, one end of the tracheae
It is connected to gas source, the other end setting of the tracheae is above the second level bubble slot.
8. air level production line according to claim 6, it is characterised in that: the bottle placer further includes material-pulling device, institute
State the feed side that filling components are arranged in material-pulling device, the material-pulling device includes the first lifters and impeller, and described the
One lifters are inversely installed above the second level bubble slot, and the power output ends of first lifters is equipped with pin rod, and described the
When the power output end movement of one lifters pin rod can underthrust or recycling, the power that first lifters are mounted on impeller is defeated
Outlet, the power output end of the impeller drive the first lifters to be displaced when acting.
9. air level production line according to claim 6, it is characterised in that: the bottle placer further includes liquid absorption device, institute
It states liquid absorption device to be arranged between filling components and package assembling, the liquid absorption device includes the second lifters and the first negative pressure
Part, second lifters are inversely installed above the second level bubble slot, and the first negative pressure part is mounted on the second lifters
Power output end.
10. air level production line according to claim 6, it is characterised in that: the package assembling includes vibrating disk, blowing
Mechanism and welding machine, above vibrating disk and the second level bubble slot, the plumb joint of the welding machine is arranged for the discharge mechanism setting
In the discharge end of the second level bubble slot, the discharge mechanism includes moving member, third lifters and the second negative pressure part, and described the
Three lifters are mounted on the power output end of moving member, and the third lifters can travel to and fro between vibrating disk under the drive of moving member
Discharge port above and the second level bubble slot above between, the third lifters are inversely installed, the second negative pressure part installation
In the power output end of third lifters, the second negative pressure part underthrust or can be returned when the power output end of the third lifters acts
It receives.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910003708.5A CN109720807B (en) | 2019-01-03 | 2019-01-03 | Bubble production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910003708.5A CN109720807B (en) | 2019-01-03 | 2019-01-03 | Bubble production line |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109720807A true CN109720807A (en) | 2019-05-07 |
| CN109720807B CN109720807B (en) | 2023-09-19 |
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| KR20170128967A (en) * | 2016-05-16 | 2017-11-24 | 정태선 | Abalone spat counter equipment |
| CN108571982A (en) * | 2018-07-11 | 2018-09-25 | 浙江东精工量具有限公司 | A kind of the air level inwall processing device and its processing method of automatic charging |
| CN108861410A (en) * | 2018-08-08 | 2018-11-23 | 河源市松健机器人有限公司 | A kind of flexible automatic production line |
| CN208234029U (en) * | 2018-05-16 | 2018-12-14 | 惠州市西文思实业有限公司 | A kind of wafer-type capacitance resistance ware automatic feed mechanism |
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| JP2003118827A (en) * | 2001-10-15 | 2003-04-23 | Shinko Electric Co Ltd | Circulating component supply device |
| CN103056113A (en) * | 2012-12-21 | 2013-04-24 | 天津市光学精密机械研究所 | Red jujube automatic classification system and classification method |
| CN203349823U (en) * | 2013-07-12 | 2013-12-18 | 四川旭虹光电科技有限公司 | Device for measuring dip angle of vertical glass production line |
| CN204321751U (en) * | 2014-12-22 | 2015-05-13 | 济南东普机器制造有限公司 | A kind of disc-like workpiece automatic production line |
| CN104972308A (en) * | 2015-07-14 | 2015-10-14 | 福建威而特汽车动力部件有限公司 | Automatic production line for metal plate pulley |
| KR20170128967A (en) * | 2016-05-16 | 2017-11-24 | 정태선 | Abalone spat counter equipment |
| CN106584123A (en) * | 2016-12-26 | 2017-04-26 | 浙江东精工量具有限公司 | Full-automatic level bubble inner wall turning and scoring device |
| CN208234029U (en) * | 2018-05-16 | 2018-12-14 | 惠州市西文思实业有限公司 | A kind of wafer-type capacitance resistance ware automatic feed mechanism |
| CN108571982A (en) * | 2018-07-11 | 2018-09-25 | 浙江东精工量具有限公司 | A kind of the air level inwall processing device and its processing method of automatic charging |
| CN108861410A (en) * | 2018-08-08 | 2018-11-23 | 河源市松健机器人有限公司 | A kind of flexible automatic production line |
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| CN109720807B (en) | 2023-09-19 |
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