CN206665612U - Streamline automatic material pouring device is used in a kind of electronic components processing - Google Patents
Streamline automatic material pouring device is used in a kind of electronic components processing Download PDFInfo
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- CN206665612U CN206665612U CN201720320510.6U CN201720320510U CN206665612U CN 206665612 U CN206665612 U CN 206665612U CN 201720320510 U CN201720320510 U CN 201720320510U CN 206665612 U CN206665612 U CN 206665612U
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- pouring device
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Abstract
The utility model belongs to electronic components technical field of processing equipment, more particularly to streamline automatic material pouring device is used in a kind of processing of electronic components.The technical problems to be solved in the utility model be to provide it is a kind of can from batch turning on trend conveyer belt, manpower can be saved, save time, the electronic components processing streamline automatic material pouring device that labor intensity is small, operating efficiency is high.In order to solve the above-mentioned technical problem, the utility model provides such a electronic components processing streamline automatic material pouring device, includes conveyer belt and material-pouring device, and the upper left side of conveyer belt is provided with material-pouring device, and material-pouring device includes left socle etc.；For left socle in being vertically arranged, the right of left socle is provided with right support vertically.The utility model employs cylinder as driving, can be opened and closed striker plate, so as to reached can from batch turning on trend conveyer belt, manpower can be saved, save time, the effect that labor intensity is small, operating efficiency is high.
Description
Technical field
The utility model belongs to electronic components technical field of processing equipment, more particularly to a kind of electronic components processing flowing water
Line automatic material pouring device.
Background technology
Electronics is one of elementary particle of constituting atom, and quality is minimum, tape unit negative electrical charge, the electricity that different atoms possesses
Subnumber mesh is different, for example, containing 6 electronics in each carbon atom, 8 electronics are contained in each oxygen atom.Energy is high
Farther out, the low freestone of energy is nearer for freestone.Generally by electronics, motion is referred to as the layering of electronics in the far and near different region of freestone
Arrangement.Electronics is a kind of one of subatomic particle with unit negative charge, is generally designated as e-.Electronics belongs to lepton class, with
Gravity, electromagnetic force and weak nuclear force and other particle interactions.Electronics can be buried in oblivion with positive electron because of collision, during this,
Create more than one pair of photon.An electron is negatively charged, is rotated around atomic nucleus, the electron interaction power of same direction light velocity motion
It is zero.
At present, it is necessary to which people are constantly to batch turning on conveyer belt in electronic components processing, artificial batch turning needs to expend greatly
Amount manpower, devote a tremendous amount of time, labor intensity is big, operating efficiency is low, therefore need badly research and development one kind can be from trend conveyer belt
Upper batch turning, manpower can be saved, to save time, labor intensity is small, operating efficiency is high electronic components processing streamline automatic
Material-pouring device.
Utility model content
(1) technical problems to be solved
The utility model in order to overcome artificial batch turning to need to expend a large amount of manpowers, devote a tremendous amount of time, labor intensity is big,
Ineffective shortcoming, the technical problems to be solved in the utility model be to provide one kind can from batch turning on trend conveyer belt,
Manpower can be saved, save the time, the electronic components processing streamline automatic lowering dress that labor intensity is small, operating efficiency is high
Put.
(2) technical scheme
In order to solve the above-mentioned technical problem, it is automatic to provide such a electronic components processing streamline for the utility model
Material-pouring device, include conveyer belt and material-pouring device, the upper left side of conveyer belt is provided with material-pouring device, and material-pouring device includes left branch
Frame, right support, guide pin bushing, top plate, connecting plate, hopper, sliding sleeve, slide bar, mounting seat, head rod, the second connecting rod, backgauge
Plate, fixed plate, guide rod and the first spring, left socle is in being vertically arranged, and the right of left socle is provided with right support vertically, and left socle is right
Side lower and right support left surface are symmetrically welded with fixed plate, and fixed plate crown center is provided with guide rod, slided on guide rod vertically
Guide pin bushing is provided with likes, guide pin bushing is slidably matched with guide rod, and the first spring, the first bullet are connected between guide pin bushing bottom and fixed plate top
One end of spring is connected by way of welding with guide pin bushing bottom, the other end of the first spring by way of welding with fixed plate top
Portion connects, and the first spring housing is provided with top plate on guide rod between two guide pin bushings, the right flank of top plate left surface and left side guide pin bushing connects
Connect, top plate right flank is connected with the left surface of right side guide pin bushing, is provided with opening in the middle part of top plate, top plate bottom is provided with connecting plate and material
Bucket, connecting plate are located at the left of hopper, and hopper front side is symmetrical above and below to be provided with mounting seat, two installations by bolted connection
Slide bar is provided between seat, sliding sleeve is slidably provided with slide bar, sliding sleeve coordinates with sliding bar, discharge outlet of hopper or so two
Side is arranged with the second connecting rod, and for the second connecting rod in being vertically arranged, the bottom of hopper is symmetrical to be provided with striker plate, striker plate
Cooperate, be symmetrically connected with head rod at left and right sides of sliding sleeve, the mode that one end of head rod is connected through the hinge
It is connected with sliding sleeve, the mode that the other end of head rod is connected through the hinge respectively and the outside top of two striker plates pass through hinge
The mode of chain link connects, and the mode that the lower end of the second connecting rod is connected through the hinge with the inside top of two striker plates respectively connects
Connect, connecting plate is provided with cylinder, and cylinder is set for tilting, and the mode that bottom and the connecting plate of cylinder are connected through the hinge connects
Connect, the left end of the expansion link and left side striker plate of cylinder is connected through the hinge.
Preferably, sliding block, transverse slat, second spring, the first fixed stop, the first button, bracing wire and slide rail are also included, it is left
The right flank Upper vertical of support is provided with slide rail, and slide rail is connected with the right flank top of left socle by bolted connection,
Sliding block is slidably provided with slide rail, sliding block is slidably matched with slide rail, and second is connected between slider top and slide rail inner top
Spring, one end of second spring are connected by hook mode with slider top, the other end of second spring by hook mode with
Slide rail inner top connects, and horizontal connection has transverse slat to sliding block right flank by bolted connection, and slide rail right flank bottom passes through
Bolted mode horizontal connection has the first fixed stop, and the first fixed stop top is provided with the first button by screw,
Transverse slat is corresponding up and down with the first button, and the first button is connected with cylinder by circuit, the right side of transverse slat bottom right-hand member and left side guide pin bushing
Bracing wire is connected between top.
Preferably, the second fixed stop and the second button are also included, the right flank top horizontal of slide rail is provided with second and consolidated
Determine block, the second fixed stop is connected with the right flank of slide rail by bolted connection, and the bottom of the second fixed stop leads to
Cross screw and the second button is installed, the second button has circuit to be connected with cylinder.
Preferably, the material of left socle and right support is stainless steel.
Preferably, the first spring is tension spring.
Preferably, second spring is back-moving spring.
Operation principle：Electronic components are loaded in hopper by opening, hopper is moved down by Action of Gravity Field, and guide pin bushing is being led
Slide downward on bar, the first spring are compressed.Cylinder is controlled to shorten, cylinder, which shortens, causes two striker plates no longer to coordinate, and slides over
Slide downward on slide bar, the electronic components in hopper are fallen on conveyer belt, and hopper moves down a segment distance, so as to further with
The distance between conveyer belt so that the electronic components in hopper fall on conveyer belt and are more hardly damaged, and start conveyer belt work,
Conveyer belt conveys to electronic components.After electronic components in hopper fall on conveyer belt, hopper is no longer by Action of Gravity Field,
In the presence of one spring, hopper moves up reset, and control cylinder elongation, cylinder, which extends, causes two backgauge sheet resets, then passes through
It is open and loads electronic components toward hopper is interior, is operated on repetition, you can complete automatic lowering.
Because also include sliding block, transverse slat, second spring, the first fixed stop, the first button, bracing wire and slide rail, left branch
The right flank Upper vertical of frame is provided with slide rail, and slide rail is connected with the right flank top of left socle by bolted connection, sliding
Sliding block is slidably provided with rail, sliding block is slidably matched with slide rail, and the second bullet is connected between slider top and slide rail inner top
Spring, one end of second spring are connected by hook mode with slider top, and the other end of second spring passes through hook mode and cunning
Rail inner top connects, and horizontal connection has transverse slat to sliding block right flank by bolted connection, and slide rail right flank bottom passes through spiral shell
Tethering the mode horizontal connection connect has the first fixed stop, and the first fixed stop top is provided with the first button by screw, horizontal
Plate is corresponding up and down with the first button, and the first button is connected with cylinder by circuit, the right top of transverse slat bottom right-hand member and left side guide pin bushing
Bracing wire is connected between portion.Electronic components are loaded in hopper by opening, hopper is moved down by Action of Gravity Field, and guide pin bushing is being led
Slide downward on bar, while sliding block slide downward on slide rail is pulled by bracing wire, second spring is stretched, and transverse slat is downward therewith
Mobile, when transverse slat, which moves down, touches the first button, cylinder shortens, and the electronic components in hopper are fallen on conveyer belt, more
Add conveniently, and a certain amount of electronic components can be added into hopper.
Because also including the second fixed stop and the second button, the right flank top horizontal of slide rail is provided with second and fixes gear
Block, the second fixed stop are connected with the right flank of slide rail by bolted connection, and the bottom of the second fixed stop passes through spiral shell
Nail is provided with the second button, and the second button has circuit to be connected with cylinder, and hopper is no longer by Action of Gravity Field, in the effect of the first spring
Under, hopper moves up reset, while bracing wire is relaxed, in the presence of second spring, sliding block upward sliding on slide rail, when
Transverse slat moves up when touching the second button, cylinder elongation so that two backgauge sheet resets.
(3) beneficial effect
The utility model employs cylinder as driving, and can be opened and closed striker plate, can be defeated from trend so as to reach
Send and take batch turning, manpower can be saved, save time, the effect that labor intensity is small, operating efficiency is high.
Brief description of the drawings
Fig. 1 is main structure diagram of the present utility model.
Fig. 2 is the first schematic cross-sectional view of the utility model material-pouring device front view.
Fig. 3 is second of schematic cross-sectional view of the utility model material-pouring device front view.
Fig. 4 is the third schematic cross-sectional view of the utility model material-pouring device front view.
Mark in accompanying drawing for：1- conveyer belts, 2- material-pouring devices, 21- left socles, 22- right supports, 23- guide pin bushings, 24- tops
Plate, 25- openings, 26- connecting plates, 27- hoppers, 28- sliding sleeves, 29- slide bars, 210- mounting seats, 211- head rods, 212- the
Two connecting rods, 213- striker plates, 214- fixed plates, 215- guide rods, the springs of 216- first, 217- cylinders, 218- sliding blocks, 219- are horizontal
Plate, 220- second springs, the fixed stops of 221- first, the buttons of 222- first, 223- bracing wires, 224- slide rails, 225- second are fixed
Block, the buttons of 226- second.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
Streamline automatic material pouring device is used in a kind of electronic components processing, as Figure 1-4, includes conveyer belt 1 and batch turning
Device 2, the upper left side of conveyer belt 1 are provided with material-pouring device 2, and material-pouring device 2 includes left socle 21, right support 22, guide pin bushing 23, top
Plate 24, connecting plate 26, hopper 27, sliding sleeve 28, slide bar 29, mounting seat 210, head rod 211, the second connecting rod 212, backgauge
Plate 213, fixed plate 214, the spring 216 of guide rod 215 and first, in being vertically arranged, the right of left socle 21 is set left socle 21 vertically
There is right support 22, the right flank bottom of left socle 21 and the left surface of right support 22 are symmetrically welded with fixed plate 214, and fixed plate 214 is pushed up
Portion's center vertical is provided with guide rod 215, is slidably provided with guide pin bushing 23 on guide rod 215, guide pin bushing 23 is slidably matched with guide rod 215, led
Cover and be connected with the first spring 216 between 23 bottoms and the top of fixed plate 214, one end of the first spring 216 is by way of welding
It is connected with the bottom of guide pin bushing 23, the other end of the first spring 216 is connected by way of welding with the top of fixed plate 214, the first bullet
Spring 216 is enclosed on guide rod 215, and top plate 24 is provided between two guide pin bushings 23, and the right flank of the left surface of top plate 24 and left side guide pin bushing 23 connects
Connect, the right flank of top plate 24 is connected with the left surface of right side guide pin bushing 23, and the middle part of top plate 24 is provided with opening 25, and the bottom of top plate 24, which is provided with, to be connected
Fishplate bar 26 and hopper 27, connecting plate 26 are located at the left of hopper 27, and the front side of hopper 27 is symmetrical above and below by bolted connection
Mounting seat 210 is installed, slide bar 29 is provided between two mounting seats 210, is slidably provided with sliding sleeve 28 on slide bar 29, sliding sleeve 28 with
Slide bar 29 is slidably matched, and is arranged with the second connecting rod 212 at left and right sides of the discharge outlet of hopper 27, the second connecting rod 212 is in
It is vertically arranged, the bottom of hopper 27 is symmetrical to be provided with striker plate 213, and striker plate 213 cooperates, and the left and right sides of sliding sleeve 28 is right
Title is connected with head rod 211, and the mode that one end of head rod 211 is connected through the hinge is connected with sliding sleeve 28, and first
What the mode that the other end of connecting rod 211 is connected through the hinge respectively and the outside top of two striker plates 213 were connected through the hinge
Mode connects, and the mode that the lower end of the second connecting rod 212 is connected through the hinge with the inside top of two striker plates 213 respectively connects
Connect, connecting plate 26 is provided with cylinder 217, and cylinder 217 is set for tilting, and bottom and the connecting plate 26 of cylinder 217 pass through hinge
The mode of connection connects, and the left end of the expansion link and left side striker plate 213 of cylinder 217 is connected through the hinge.
Also include sliding block 218, transverse slat 219, second spring 220, the first fixed stop 221, the first button 222, bracing wire
223 and slide rail 224, the right flank Upper vertical of left socle 21 is provided with slide rail 224, slide rail 224 by bolted connection with
The right flank top of left socle 21 is connected, and sliding block 218 is slidably provided with slide rail 224, and sliding block 218 slides with slide rail 224 matches somebody with somebody
Close, be connected with second spring 220 between the top of sliding block 218 and the inner top of slide rail 224, one end of second spring 220 passes through hook
Mode is connected with the top of sliding block 218, and the other end of second spring 220 is connected by hook mode with the inner top of slide rail 224, sliding block
Horizontal connection has transverse slat 219 to 218 right flanks by bolted connection, and the right flank bottom of slide rail 224 is bolted
Mode horizontal connection has the first fixed stop 221, and the top of the first fixed stop 221 is provided with the first button 222 by screw, horizontal
Plate 219 and the first button are corresponding about 222, and the first button 222 is connected with cylinder 217 by circuit, the bottom right-hand member of transverse slat 219 with
Bracing wire 223 is connected between the right top of left side guide pin bushing 23.
Also include the second fixed stop 225 and the second button 226, the right flank top horizontal of slide rail 224 is provided with second
Fixed stop 225, right flank of second fixed stop 225 by bolted connection with slide rail 224 are connected, and second fixes gear
The bottom of block 225 is provided with the second button 226 by screw, and the second button 226 has circuit to be connected with cylinder 217.
The material of left socle 21 and right support 22 is stainless steel.
First spring 216 is tension spring.
Second spring 220 is back-moving spring.
Operation principle：Electronic components are loaded in hopper 27 by opening 25, hopper 27 is moved down by Action of Gravity Field, is led
Set 23 slide downward, first spring 216 on guide rod 215 are compressed.Control cylinder 217 shortens, and cylinder 217, which shortens, causes two gears
Flitch 213 no longer coordinates, the slide downward on slide bar 29 of sliding sleeve 28, and the electronic components in hopper 27 are fallen on conveyer belt 1, and expects
Bucket 27 moves down a segment distance, so as to the distance between the conveyer belt 1 that furthers so that the electronic components in hopper 27 fall on defeated
Send and be more hardly damaged on band 1, start conveyer belt 1 and work, conveyer belt 1 conveys to electronic components.Electronics in hopper 27
After accessory falls on conveyer belt 1, hopper 27 is no longer by Action of Gravity Field, and in the presence of the first spring 216, hopper 27 moves up multiple
Position, control cylinder 217 extend, and cylinder 217, which extends, causes two striker plates 213 to reset, then are loaded by opening 25 toward hopper 27 is interior
Electronic components, repeat on operate, you can complete automatic lowering.
Because also include sliding block 218, transverse slat 219, second spring 220, the first fixed stop 221, the first button 222,
Bracing wire 223 and slide rail 224, the right flank Upper vertical of left socle 21 are provided with slide rail 224, the side that slide rail 224 is bolted
Formula is connected with the right flank top of left socle 21, and sliding block 218 is slidably provided with slide rail 224, and sliding block 218 is slided with slide rail 224
It is dynamic to coordinate, second spring 220 is connected between the top of sliding block 218 and the inner top of slide rail 224, one end of second spring 220 passes through
Hook mode is connected with the top of sliding block 218, and the other end of second spring 220 is connected by hook mode with the inner top of slide rail 224,
Horizontal connection has transverse slat 219 to the right flank of sliding block 218 by bolted connection, and the right flank bottom of slide rail 224 is connected by bolt
The mode horizontal connection connect has the first fixed stop 221, and the top of the first fixed stop 221 is provided with the first button by screw
222, transverse slat 219 and the first button are corresponding about 222, and the first button 222 is connected with cylinder 217 by circuit, the bottom of transverse slat 219
Bracing wire 223 is connected between right-hand member and the right top of left side guide pin bushing 23.Electronic components are loaded in hopper 27 by opening 25, expected
Bucket 27 is moved down by Action of Gravity Field, the slide downward on guide rod 215 of guide pin bushing 23, while pulls sliding block 218 to exist by bracing wire 223
Slide downward on slide rail 224, second spring 220 are stretched, and transverse slat 219 moves down therewith, when transverse slat 219 moves down touching
During to the first button 222, cylinder 217 shortens, and the electronic components in hopper 27 are fallen on conveyer belt 1, more convenient, and can be to
A certain amount of electronic components are added in hopper 27.
Because also including the second fixed stop 225 and the second button 226, the right flank top horizontal of slide rail 224 is provided with
Second fixed stop 225, right flank of second fixed stop 225 by bolted connection with slide rail 224 are connected, and second is solid
The bottom for determining block 225 is provided with the second button 226 by screw, and the second button 226 has circuit to be connected with cylinder 217, hopper
27 no longer by Action of Gravity Field, and in the presence of the first spring 216, hopper 27 moves up reset, while bracing wire 223 is relaxed,
In the presence of second spring 220, the upward sliding on slide rail 224 of sliding block 218, second is touched when transverse slat 219 moves up
During button 226, cylinder 217 extends so that two striker plates 213 reset.
Embodiment described above only expresses preferred embodiment of the present utility model, and its description is more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model patent scope.It should be pointed out that for the common of this area
For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all
Belong to the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (6)
1. streamline automatic material pouring device is used in a kind of electronic components processing, it is characterised in that includes conveyer belt (1) and batch turning dress
Put (2), the upper left side of conveyer belt (1) is provided with material-pouring device (2), and material-pouring device (2) includes left socle (21), right support
(22), guide pin bushing (23), top plate (24), connecting plate (26), hopper (27), sliding sleeve (28), slide bar (29), mounting seat (210), first
Connecting rod (211), the second connecting rod (212), striker plate (213), fixed plate (214), guide rod (215) and the first spring (216),
For left socle (21) in being vertically arranged, the right of left socle (21) is provided with right support (22), left socle (21) right flank bottom vertically
Fixed plate (214) is symmetrically welded with right support (22) left surface, fixed plate (214) crown center is provided with guide rod (215) vertically,
Guide pin bushing (23) is slidably provided with guide rod (215), guide pin bushing (23) is slidably matched with guide rod (215), and guide pin bushing (23) bottom is with consolidating
It is connected with the first spring (216) between at the top of fixed board (214), one end of the first spring (216) is by way of welding and guide pin bushing
(23) bottom is connected, and the other end of the first spring (216) is connected by way of welding with fixed plate (214) top, the first bullet
Spring (216) is enclosed on guide rod (215), and top plate (24), top plate (24) left surface and left side guide pin bushing are provided between two guide pin bushings (23)
(23) right flank connection, top plate (24) right flank are connected with the left surface of right side guide pin bushing (23), are provided with out in the middle part of top plate (24)
Mouth (25), top plate (24) bottom are provided with connecting plate (26) and hopper (27), and connecting plate (26) is located at the left of hopper (27), hopper
(27) front side is symmetrical above and below is provided with mounting seat (210) by bolted connection, and slide bar is provided between two mounting seats (210)
(29) sliding sleeve (28), is slidably provided with slide bar (29), sliding sleeve (28) is slidably matched with slide bar (29), the discharging of hopper (27)
The left and right sides is arranged with the second connecting rod (212) at mouthful, and the second connecting rod (212) is in be vertically arranged, the bottom of hopper (27)
Symmetrical to be provided with striker plate (213), striker plate (213) is cooperated, and the first company is symmetrically connected with left and right sides of sliding sleeve (28)
Extension bar (211), the mode that one end of head rod (211) is connected through the hinge are connected with sliding sleeve (28), head rod
(211) side that the mode that the other end is connected through the hinge respectively and the outside top of two striker plates (213) are connected through the hinge
Formula connects, and the mode that the lower end of the second connecting rod (212) is connected through the hinge with the inside top of two striker plates (213) respectively connects
Connect, connecting plate (26) is provided with cylinder (217), and cylinder (217) is set for tilting, the bottom of cylinder (217) and connecting plate
(26) mode being connected through the hinge is connected, and the left end of the expansion link and left side striker plate (213) of cylinder (217) is connected by hinge
Connect.
2. streamline automatic material pouring device is used in a kind of electronic components processing according to claim 1, it is characterised in that is also wrapped
Sliding block (218), transverse slat (219), second spring (220), the first fixed stop (221), the first button (222), bracing wire are included
(223) and slide rail (224), the right flank Upper vertical of left socle (21) are provided with slide rail (224), and slide rail (224) is connected by bolt
The mode connect is connected with the right flank top of left socle (21), and sliding block (218), sliding block are slidably provided with slide rail (224)
(218) it is slidably matched with slide rail (224), second spring is connected between slide rail (224) inner top at the top of sliding block (218)
(220), one end of second spring (220) is at the top of hook mode and sliding block (218) by being connected, second spring (220) it is another
End is connected by hook mode with slide rail (224) inner top, the horizontal connection by bolted connection of sliding block (218) right flank
There is transverse slat (219), horizontal connection has the first fixed stop (221) by bolted connection for slide rail (224) right flank bottom,
The first button (222) is provided with by screw at the top of first fixed stop (221), transverse slat (219) and the first button (222) are up and down
Corresponding, the first button (222) is connected with cylinder (217) by circuit, the right side of transverse slat (219) bottom right-hand member and left side guide pin bushing (23)
Bracing wire (223) is connected between top.
3. streamline automatic material pouring device is used in a kind of electronic components processing according to claim 2, it is characterised in that is also wrapped
The second fixed stop (225) and the second button (226) are included, the right flank top horizontal of slide rail (224) is provided with second and fixes gear
Block (225), right flank of the second fixed stop (225) by bolted connection with slide rail (224) are connected, and second fixes gear
The bottom of block (225) is provided with the second button (226) by screw, and the second button (226) has circuit to be connected with cylinder (217).
4. streamline automatic material pouring device is used in a kind of electronic components processing according to claim 3, it is characterised in that left branch
The material of frame (21) and right support (22) is stainless steel.
5. streamline automatic material pouring device is used in a kind of electronic components processing according to claim 4, it is characterised in that first
Spring (216) is tension spring.
6. streamline automatic material pouring device is used in a kind of electronic components processing according to claim 5, it is characterised in that second
Spring (220) is back-moving spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720320510.6U CN206665612U (en) | 2017-03-30 | 2017-03-30 | Streamline automatic material pouring device is used in a kind of electronic components processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720320510.6U CN206665612U (en) | 2017-03-30 | 2017-03-30 | Streamline automatic material pouring device is used in a kind of electronic components processing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206665612U true CN206665612U (en) | 2017-11-24 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720320510.6U Active CN206665612U (en) | 2017-03-30 | 2017-03-30 | Streamline automatic material pouring device is used in a kind of electronic components processing |
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| CN (1) | CN206665612U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111957193A (en) * | 2020-10-26 | 2020-11-20 | 诸城市宏利圣得环境科技有限公司 | Incineration exhaust gas treatment equipment |
-
2017
- 2017-03-30 CN CN201720320510.6U patent/CN206665612U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111957193A (en) * | 2020-10-26 | 2020-11-20 | 诸城市宏利圣得环境科技有限公司 | Incineration exhaust gas treatment equipment |
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