CN207595896U - A kind of feed device of automatic telescopic - Google Patents
A kind of feed device of automatic telescopic Download PDFInfo
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- CN207595896U CN207595896U CN201721491167.8U CN201721491167U CN207595896U CN 207595896 U CN207595896 U CN 207595896U CN 201721491167 U CN201721491167 U CN 201721491167U CN 207595896 U CN207595896 U CN 207595896U
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- straight
- line groove
- discharge barrel
- equipment
- hole
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Abstract
The utility model discloses a kind of feed devices of automatic telescopic, including electric cylinders, straight-line groove and discharge barrel, electric cylinders are mounted on pedestal, support plate is fixedly connected with the sliding block of electric cylinders, bottom plate is connect by support plate with sliding block, straight-line groove is fixed on bottom plate, one end of straight-line groove is inserted into inside discharge barrel, the straight-line groove other end is matched with equipment two, matched with equipment one is discharge barrel top, the lower part of discharge barrel is placed with material collecting barrel, it is driven inside straight-line groove stretching insertion discharge barrel by electric cylinders and electric cylinders drives straight-line groove to retract away from discharge barrel so as to two different equipment of cooperating rate, make two equipment that can work with standard speed without being had an impact to the work of another equipment, it is simple in structure, working efficiency is high.
Description
Technical field
The utility model is related to feed device field, more particularly to a kind of feed device of automatic telescopic.
Background technology
In the prior art, the continuous work of automatic assembly line, material are constantly transmitted to next from a upper equipment
Equipment, but since the time of distinct device processing materials is different, each equipment room needs carry out cooperation, such as when second equipment
Process velocity is less than the processing speed of first equipment, and common way is to slow down the processing speed of first equipment or when first
The processing of a equipment suspends first equipment after a certain period of time, treats that second equipment works independently and restarts the again after a certain period of time
One equipment, however in real work, many times the speed of first equipment processing material can not adjust to second
Equipment synchronizes, and a period of time that often works just is suspended a little while so that the working efficiency of production line is substantially reduced while frequently opened
It is dynamic, pause is larger to the damage of equipment.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of feed device of automatic telescopic, for connecting work speed
Two kinds of different equipment of rate, the equipment for making feed device both ends by the flexible adjustment of feed device can be worked with standard speed
Simple in structure without being had an impact to the work of another equipment, working efficiency is high.
In order to solve the above-mentioned technical problem, the utility model provides a kind of feed device of automatic telescopic, including electric cylinders,
Straight-line groove and discharge barrel, electric cylinders are mounted on pedestal, and support plate is fixedly connected with the sliding block of electric cylinders, and bottom plate passes through support plate and cunning
Block connects, and straight-line groove is fixed on bottom plate, and one end of straight-line groove is inserted into inside discharge barrel, and the straight-line groove other end matches with equipment two
It closes, matched with equipment one is discharge barrel top, and the lower part of discharge barrel is placed with material collecting barrel.
Further, discharge barrel includes superposed feeder, positioned at the feeding portion at middle part and the discharging positioned at lower part
Charging hole is provided on portion, feeder and one matched face of equipment, feeder is provided with on the face to connect in feeding portion
Expect hole, the area in feeding hole is less than the cross-sectional area in feeding portion, and the side in feeding portion, which is provided with, is inserted into hole, and straight-line groove is inserted from hole is inserted into
Enter discharge barrel, discharging portion is infundibulate, and discharging portion is penetrated through with feeder.
Further, the side of feeder offers peep hole, and feeding portion side is located at the position setting being inserted into above hole
There is material taking hole.
Further, straight-line groove is obliquely installed, and straight-line groove and the height of two matched one end of equipment are less than straight-line groove position
The height of one end inside discharge barrel, straight-line groove lower section are additionally provided with linear vibrator, and linear vibrator is fixed on bottom plate.
Further, straight line trench bottom is provided with dust fall hole, and dust accumulation box, dust accumulation are provided between dust fall hole and linear vibrator
Box be mounted on on the fixed installing plate of linear vibrator, the both ends of installing plate lower surface are supported on by riser on bottom plate, peace
The both ends of loading board upper surface are connected by column with straight-line groove.
Further, the U-shaped structure of straight-line groove global sections, straight-line groove bottom section are V-structure.
Further, straight-line groove includes mutually perpendicular first straight line slot and second straight line slot, first straight line slot and discharging
Cylinder connects, and first straight line slot is parallel with electric cylinders, and second straight line slot is matched with equipment two, and second straight line slot is vertical with electric cylinders, the
Linear vibrator is both provided with below one straight-line groove and second straight line slot.
Further, the joint of discharge barrel and straight-line groove is provided with safety guard, and safety guard one end is fixed on discharge barrel,
It is further fixed on covering the protective cover of straight-line groove on bottom plate, protective cover is less than safety guard.
The advantageous effect of the utility model compared with prior art is that two kinds of different equipment of connection operating rate pass through
The flexible adjustment of feed device makes the equipment at feed device both ends that can work with standard speed without to another equipment
Work has an impact, simple in structure, and working efficiency is high.
Description of the drawings
Fig. 1 is the utility model of the whole structure diagram；
Fig. 2 is the utility model vertical view；
Fig. 3 is the structural scheme of mechanism of discharge barrel in the utility model.
1st, electric cylinders；2nd, discharge barrel；3rd, pedestal；4th, support plate；5th, bottom plate；6th, first straight line slot；7th, second straight line slot；8th, it is straight
Linearly coupled device；9th, feeder；10th, feeding portion；11st, discharging portion；12nd, charging hole；13rd, peep hole；14th, feeding hole；15th, it is inserted into
Hole；16th, material taking hole；17th, material collecting barrel；18th, dust fall hole；19th, dust accumulation box；20th, installing plate；21st, riser；22nd, column；23rd, baffle；
24th, safety guard；25th, protective cover；26th, material；27th, equipment one；28th, equipment two.
Specific embodiment
The utility model is described in further detail in the following with reference to the drawings and specific embodiments, so that those skilled in the art
The utility model may be better understood and can be practiced, but illustrated embodiment is not as the restriction to the utility model.
A kind of feed device of automatic telescopic as shown in Figure 1, including electric cylinders 1, straight-line groove and discharge barrel 2, electric cylinders 1 are installed
On the base 3, the sliding block of electric cylinders 1 can be moved in a straight line along guide rail, and support plate 4 is fixedly connected with the sliding block of electric cylinders 1, support plate 4
5 lower surface of bottom plate is fixed on, bottom plate 5 can together be moved with sliding block, and straight-line groove is mounted on bottom plate 5, and space of lines is produced to save,
Straight-line groove includes first straight line slot 6 and second straight line slot 7, and first straight line slot 6 is vertically arranged with second straight line slot 7, first straight line
Slot 6 is overlapped on above 7 one end of second straight line slot, and first straight line slot 6 is both provided with linear vibrator 8 with 7 lower section of second straight line slot,
The lower section of linear vibrator 8 is fixed on bottom plate 5, and the top of linear vibrator 8 and first straight line slot 6 or second straight line slot 7 are solid
Fixed, the other end of first straight line slot 6 is inserted into inside discharge barrel 2, and the other end and the equipment 2 28 of second straight line slot 7 coordinate, with setting
Standby 1 is matched for discharge barrel 2.
As shown in figure 3, discharge barrel 2 includes superposed feeder 9, positioned at the feeding portion 10 at middle part and positioned at lower part
Discharging portion 11, feeder 9 are matched with equipment 1, and charging hole 12 is provided on the face that feeder 9 connects with equipment 1, if
The materials 26 that processing is completed in standby 1 fall into discharge barrel 2 from charging hole 12, for convenience of the discharging situation of observation device 1,
Peep hole 13 is additionally provided in 9 side of feeder, feeding portion 10 is located at 9 lower section of feeder, and feeder 9 connects with feeding portion 10
Feeding hole 14 is provided on face, the side in feeding portion 10, which is also provided with, is inserted into hole 15, and first straight line slot 6 is inserted into discharging from hole 15 is inserted into
Cylinder 2, the area in feeding hole 14 is less than the cross-sectional area in feeding portion 10, therefore the material 26 fallen from feeding hole 14 can be whole
It falls into first straight line slot 6, material taking hole 16 is additionally provided in 10 side of feeding portion being inserted into above hole 15, when staff needs
When inspecting the situation for the material 26 that equipment 1 comes out by random samples, it is only necessary to which hopper is inserted into discharge barrel 2 from material taking hole 16 can extract
Material 26, without removing first straight line slot 6 then from the bottom end feeding of discharge barrel 2, discharging portion 11 is located at the lower end of discharge barrel 2, goes out
Material portion 11 is infundibulate, and discharging portion 11 is penetrated through with feeder 9, and 11 bottom end of discharging portion is placed with material collecting barrel 17.When working properly,
Material 26 in equipment 1 enters discharge barrel 2 from charging hole 12, and material 26 is injected by being fallen into behind feeding hole 14 in discharge barrel 2
In the first straight line slot 6 in portion, failure of oscillation does not move under the drive of linear vibrator 8 for first straight line slot 6 and second straight line slot 7, material
It moves ahead, turn round in first straight line slot 6 and second straight line slot 7, take advantage of a situation and fall into equipment 2 28, when material 26 is bought securities with all one's capital in equipment 2 28
When, electric cylinders 1, which start, drives bottom plate 5 and linear vibrator 8 on bottom plate 5 and first straight line slot 6 and second straight line slot 7 to retract, far
Barrel 2 is separated out, first straight line slot 6 is extracted out from discharge barrel 2, and the material 26 in equipment 1 enters discharge barrel 2 from charging hole 12
Afterwards by feeding hole 14, then it is directly over discharging portion 11 and falls in aggregate feeding bucket 17, after material 26 tails off in carrying device 2 28,
Electric cylinders 1, which are again started up first straight line slot 6 is driven to stretch out, is inserted into discharge barrel 2, continue to guide the material 26 sent out in equipment 1 into
Enter equipment 2 28, when equipment 1 is in debugging mode, the material 26 that equipment 1 is sent out need not be reprocessed, also may be used at this time
First straight line slot 6 is retracted with a key operation and extracts discharge barrel 2 out, discarded material 26 is allowed directly to fall in aggregate feeding bucket 17.
As shown in Figure 1 and Figure 2, dust and disintegrating slag can be carried when 26 slave device 1 of material is fallen into first straight line slot 6,
To ensure the quality of material 26, dust fall hole 18 is provided in 6 bottom of first straight line slot, between dust fall hole 18 and linear vibrator 8 also
Be provided with dust accumulation box 19, dust accumulation box 19 be mounted on on 8 fixed installing plate 20 of linear vibrator, the two of 20 lower surface of installing plate
End is supported on by riser 21 on bottom plate 5, and the both ends of 20 upper surface of installing plate are connected by column 22 with first straight line slot 6, because
This linear vibrator 8 still can be acted directly on first straight line slot 6, and first straight line slot 6 vibrates under the action of vibrator,
Material 26, which enters after first straight line slot 6 to vibrate, to move ahead, and dust and disintegrating slag on material 26 are shaken off, and dust and disintegrating slag are from dust fall hole
18 fall into dust accumulation box 19, are conveniently uniformly processed, and to ensure that material 26 can be completely in straight-line groove, straight-line groove is integrally set
U-shaped structure is calculated as, for dust and disintegrating slag is enable all to be collected, V-structure is designed as in the bottom of straight-line groove.
While in order to keep the safety of whole work process and naturally smooth, one end of the insertion discharge barrel 2 of first straight line slot 6
On be additionally provided with baffle 23, be inserted into discharge barrel 2 when first straight line slot 6 stretches out, baffle 23 resists discharge barrel 23, at this time first straight line
Slot 6 inserts in place, while discharge barrel 2 outside the insertion hole 15 of 6 joint of first straight line slot with being provided with safety guard 24, safety guard 24
One end is fixed on discharge barrel 2, is further fixed on covering the protective cover 25 of straight-line groove on bottom plate 5, and protective cover 25 is less than safety guard 24,
When first straight line slot 6, which stretches out, to be inserted into discharge barrel 2, safety guard 24 is buckled in outside protective cover 25.
Embodiment described above is only the preferred embodiment lifted to absolutely prove the utility model, the utility model
Protection domain it is without being limited thereto.The equivalent substitute or change that those skilled in the art are made on the basis of the utility model
It changes, is within the protection scope of the utility model.The scope of protection of the utility model is subject to claims.
Claims (8)
1. a kind of feed device of automatic telescopic, which is characterized in that including electric cylinders, straight-line groove and discharge barrel, the electric cylinders installation
On pedestal, support plate is fixedly connected with the sliding block of the electric cylinders, and bottom plate is connect by the support plate with the sliding block, described
Be fixed with the straight-line groove on bottom plate, one end of the straight-line groove is inserted into inside the discharge barrel, the straight-line groove other end with
Equipment two matches, and matched with equipment one is the discharge barrel top, and the lower part of the discharge barrel is placed with material collecting barrel.
2. the feed device of automatic telescopic as described in claim 1, which is characterized in that the discharge barrel includes superposed
Feeder, positioned at the feeding portion at middle part and the discharging portion positioned at lower part, the feeder on one matched face of equipment with setting
There is charging hole, the feeder is less than with being provided with feeding hole, the area in the feeding hole on the face to connect in the feeding portion
The cross-sectional area in the feeding portion, the side in the feeding portion, which is provided with, is inserted into hole, and the straight-line groove is inserted into institute from the insertion hole
Discharge barrel is stated, the discharging portion is infundibulate, and the discharging portion is penetrated through with the feeder.
3. the feed device of automatic telescopic as claimed in claim 2, which is characterized in that the side of the feeder offers sight
Hole is examined, the position that feeding portion side is located above the insertion hole is provided with material taking hole.
4. the feed device of automatic telescopic as described in claim 1, which is characterized in that the straight-line groove is obliquely installed, described
The height of straight-line groove and described two matched one end of equipment is less than one end that the straight-line groove is located inside the discharge barrel
Highly, linear vibrator is additionally provided with below the straight-line groove, the linear vibrator is fixed on the bottom plate.
5. the feed device of automatic telescopic as claimed in claim 4, which is characterized in that the straight line trench bottom is provided with dust fall
Hole, is provided with dust accumulation box between the dust fall hole and the linear vibrator, the dust accumulation box is mounted on and the straight-line oscillation
On the fixed installing plate of device, the both ends of the installing plate lower surface are supported on by riser on bottom plate, the installing plate upper surface
Both ends connected by column with the straight-line groove.
6. the feed device of automatic telescopic as described in claim 1, which is characterized in that the straight-line groove global sections are U-shaped
Structure, the straight-line groove bottom section are V-structure.
7. the feed device of automatic telescopic as described in claim 1, which is characterized in that the straight-line groove includes mutually perpendicular
First straight line slot and second straight line slot, the first straight line slot connect with the discharge barrel, the first straight line slot and the electricity
Cylinder is parallel, and the second straight line slot is matched with equipment two, and the second straight line slot is vertical with the electric cylinders, the first straight line
Linear vibrator is both provided with below slot and second straight line slot.
8. the feed device of automatic telescopic as described in claim 1, which is characterized in that the discharge barrel and the straight-line groove
Joint is provided with safety guard, and described safety guard one end is fixed on the discharge barrel, is further fixed on covering institute on the bottom plate
The protective cover of straight-line groove is stated, the protective cover is less than the safety guard.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721491167.8U CN207595896U (en) | 2017-11-10 | 2017-11-10 | A kind of feed device of automatic telescopic |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721491167.8U CN207595896U (en) | 2017-11-10 | 2017-11-10 | A kind of feed device of automatic telescopic |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207595896U true CN207595896U (en) | 2018-07-10 |
Family
ID=62757888
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721491167.8U Active CN207595896U (en) | 2017-11-10 | 2017-11-10 | A kind of feed device of automatic telescopic |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207595896U (en) |
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2017
- 2017-11-10 CN CN201721491167.8U patent/CN207595896U/en active Active
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