CN206104320U - Dust collector that cooperation alloying agent shale shaker used - Google Patents
Dust collector that cooperation alloying agent shale shaker used Download PDFInfo
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- CN206104320U CN206104320U CN201620586020.6U CN201620586020U CN206104320U CN 206104320 U CN206104320 U CN 206104320U CN 201620586020 U CN201620586020 U CN 201620586020U CN 206104320 U CN206104320 U CN 206104320U
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- pipe
- sweep
- dust
- vibratory sieve
- discharging opening
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Abstract
The utility model discloses a dust collector that cooperation alloying agent shale shaker used is provided with the dust absorption piping on the shale shaker, this dust absorption piping includes first dust absorption pipe, second dust absorption pipe, three -way pipe, return bend, hose and main dirt pipe. Wherein first dust absorption pipe and second dust absorption pipe is connected with the return bend through the three -way pipe, and you are connected return bend and hose, and the hose goes out the dirt union coupling with main, and the owner's negative -pressure air fan that dirt guan zaiyu is external connection is through negative -pressure air fan absorption raise dust. The utility model relates to a rationally, easy and simple to handle and low cost, according to the real work condition of current alloying agent shale shaker, utilize the position that produces the raise dust on the direct pairing vibration sieve of piping to carry out the raise dust and absorb, good dust removal effect has, both reduced in the air since the raise dust serious produce fire the risk, reduced the direct injury to personnel's health of raise dust again, on the other hand, personnel's reinforced security in to the shale shaker has also further been guaranteed in the design of handle hole.
Description
Technical field
The utility model is related to a kind of dust arrester, and what more particularly to a kind of cooperation alloy addition vibratory sieve was used removes
Dirt device.
Background technology
Alloy addition is widely used in the industrial circles such as material, metallurgical and building, and alloy addition includes various gold
Category powder or non-metal powder, such as manganese powder are used for the industry such as diamond tool and powder metallurgy, and silica flour is mixed for being added to
The durability and solar energy polycrystal silion cell of concrete are improved in solidifying soil, chromium powder is used as fast light heat-resisting coating, it is also possible to make
Abrasive material, is also used as colouring agent, the aluminium alloy additive of glass and ceramics.At present, in the car of alloy addition production plant
Between in, alloy addition can be screened by vibratory sieve, leach powder not up to standard to reach, filter out the mesh of qualified powder
's.Substantial amounts of dust can be caused in the vibratory sieve course of work to suspend in the air, especially have multi-shaker vibration to sieve in a workshop,
Even more exacerbate pollution of the metallic dust to air in workshop, the personnel to working in the workshop cause very big healthy
Harm.
Utility model content
In view of the drawbacks described above of prior art, technical problem to be solved in the utility model is to provide a kind of cooperation and closes
The dust arrester that golden additive vibratory sieve is used.
Technical solutions of the utility model are as follows：It is a kind of to coordinate the dust arrester that uses of alloy addition vibratory sieve, including shaking
Dynamic sieve, the lower-left end of the vibratory sieve is provided with discharging opening straight down, and the upper right side of the vibratory sieve is provided with straight up
Feeding mouth, the upper end of the feeding mouth is provided with feeding cylinder, and feed hopper, the four sides of the feed hopper are installed in the upper end of the feeding cylinder
Straight wall surrounds cuboid, and the top per the one side straight wall laterally offers the handle hole of a rectangle, the discharging
It is mouthful cylindrical, and the case of a cuboid is covered with outside discharging opening, the sieve of the upper end of the case and the vibratory sieve
Body is fixedly connected, and the lower end of the case is less than the lower end of the discharging opening, and the right side of the case is horizontally disposed the first dust suction
Pipe, the left end of first sweep-up pipe is connected with the side wall of the case, and with the internal switching of case, and first sweep-up pipe
Left end port less than the discharging opening lower end port, the right-hand member of first sweep-up pipe connects with first mouth of pipe of three-way pipe
Logical, second mouth of pipe of the three-way pipe straight up, and is connected with the second sweep-up pipe, the second sweep-up pipe upper end be connected to it is described enter
In the straight wall of hopper, and the position of the upper end of the second sweep-up pipe close handle hole below the handle hole, described second
Sweep-up pipe and the internal switching of the feed hopper, in the middle part of second sweep-up pipe arm is provided with, the end connection of the arm
On the feeding cylinder, and with the internal switching of feeding cylinder, the 3rd mouth of pipe of the three-way pipe connects with bend pipe, and the bend pipe passes through
Flexible pipe is connected with main dust outlet tube road.
In the technical program, according to for screen alloy addition vibratory sieve situation, its Basic Design thinking be by
Piping for absorbing airborne dust is set directly on vibratory sieve the position for producing airborne dust, and then the blower fan by being connected with piping will
The airborne dust of generation is siphoned away.
The effect of feed hopper is the inside that screened alloy addition material will be needed to be added to vibratory sieve.In vibration
Feeding cylinder is provided between sieve and feed hopper, for the ease of observing the situation that material enters vibratory sieve by feeding cylinder, is actually entered
It is not closing connection between barrel and feed hopper, there is the unlimited breach for observation.Therefore in vibratory sieve work process to
The outer airborne dust that produces has feed hopper upper end, feeding cylinder upper end and a position of discharging opening lower end three.Case is covered with outside discharging opening
Play a part of to carry out the airborne dust that discharging opening is produced preliminary protection.The case of rectangle is easy to the left end of the first sweep-up pipe to fix company
It is connected on case housing, the first dust suction tube is in the airborne dust for absorbing discharging opening generation.Second sweep-up pipe straight up respectively with enter
Barrel is connected with the inside of feed hopper, therefore the airborne dust that the second sweep-up pipe can be simultaneously to producing at feed hopper and at feeding cylinder enters
Row absorbs.First sweep-up pipe and the second sweep-up pipe realize uniting two into one for two pipelines by being connected with three-way pipe, for pipe
The adaptation of road installation site and it is conveniently adjusted, three-way pipe is connected again by bend pipe and flexible pipe with main dust outlet tube road, main dust outlet tube
Road is connected again with blower fan.Blower fan as whole dust arrester power source, using principle of negative pressure, along reverse path, by master
Dust outlet tube road, flexible pipe, bend pipe, three-way pipe, the first sweep-up pipe and the second sweep-up pipe, while to discharging opening, feed hopper and feeding cylinder
The airborne dust of three positions is absorbed, and reaches the effect of dedusting.
Alloy addition to be screened is often mounted in advance pocket the inside, is then hung whole bag alloy addition by loop wheel machine
Feed hopper top is placed on, then open-bag is solved by personnel.In the case of without handle hole, to realize that personnel directly solve open-bag,
Then whole bag alloy addition is necessarily required to vacantly be hung, and can vacantly cause whole bag alloy addition to rock, and produces to personnel's
Security threat.In the case where there is handle hole, whole bag alloy addition can be rested easily within directly on feed hopper, Ran Houren
Member adds alloy addition by handle hole solution open-bag into vibratory sieve.
The utility model is reasonable in design, simple structure, be easy to arrangement and it is with low cost, according to existing alloy addition vibrate
The real work situation of sieve, carries out airborne dust absorption, with good using position of the piping directly to producing airborne dust on vibratory sieve
Dust removing effects, had both reduced in air and had fired risk due to what airborne dust was seriously produced, and airborne dust is reduced again directly to personnel's body
Injury；On the other hand, the design of handle hole also further ensures personnel in the security fed into vibratory sieve.
Further, placement support is provided with below the vibratory sieve, the vibratory sieve is by multigroup spring supporting in institute
State on placement support, first sweep-up pipe is fixedly connected with the placement support.Place support and support is played to whole vibratory sieve
With the effect of stable placement, while also whole vibratory sieve hovers to certain altitude, it is easy to the objects such as personnel's pocket in discharging
Mouth carries out splicing.Rock because vibratory sieve can be produced in the course of the work, spring serves the effect of buffering, and then stable placement
Support, is unlikely to be caused because of the vibration of vibratory sieve to place support generation and violent rocks.First sweep-up pipe is in setting
Need to fix object support, and placing support can also meet in position this requirement just so that the first sweep-up pipe passes through
Conventional fixed binding piece just can be arranged on to firm stable on placement support.
Further, the three-way pipe is connected respectively with first sweep-up pipe, the second sweep-up pipe and bend pipe by ring flange.
First sweep-up pipe, the second sweep-up pipe, bend pipe and three-way pipe need to be interconnected to piping to realize as separate pipeline
Overall function, it is this to be easy to the production and selection of each functional part of early stage by the way of separate piece is spliced, and adopt
The mode of ring flange connection is then easier in the work that all parts are mounted and dismounted each other, easily operation.
The utility model has the advantages that：
1. according to the real work situation of existing vibratory sieve, using the first sweep-up pipe and the second sweep-up pipe etc. directly to vibratory sieve
The upper position for producing airborne dust carries out airborne dust absorption, and the position of the first sweep-up pipe and the second sweep-up pipe arranges scientific and reasonable, dedusting
Work well, both avoided in air because high concentration metal airborne dust produces the danger for firing, airborne dust is directly reduced again to work
Make the harm of personnel's body；
2. by the way that handle hole is arranged on feed hopper with helping worker safety to blowing in vibratory sieve；
3. by arranging placement support, convenience of the staff in operation is improved, also enhance vibratory sieve and first
The stability operationally such as sweep-up pipe and reliability；
4. by ring flange connecting tee pipe and the first sweep-up pipe, the second sweep-up pipe and bend pipe so that no matter above-mentioned part
It is more convenient in installation, dismounting, replacing or maintaining, easily operation.
Description of the drawings
Fig. 1 is structural representation of the present utility model.
Specific embodiment
With reference to the accompanying drawings and examples the utility model is described in further detail：
As shown in figure 1, the lower section of vibratory sieve 1 is provided with placement support 3, vibratory sieve 1 is being placed by multigroup spring supporting
On support 3.The lower-left end of vibratory sieve 1 is provided with discharging opening 2 straight down, and the upper right side of vibratory sieve 1 is provided with straight up
Feeding mouth.The upper end of feeding mouth is provided with feeding cylinder 5, and feed hopper 4, the four sides straight wall of feed hopper 4 are installed in the upper end of feeding cylinder 5
Cuboid is surrounded, and the top per one side straight wall laterally offers the handle hole 12 of a rectangle.Discharging opening 2 is in cylinder
Shape, and the case 13 of a cuboid is covered with outside discharging opening 2, the upper end of case 13 is fixed with the sieve nest of vibratory sieve 1 and is connected
Connect, the lower end of case 13 is less than the lower end of discharging opening 2.
As shown in figure 1, the right side of case 13 is horizontally disposed the first sweep-up pipe 6, the first sweep-up pipe 6 is consolidated with support 3 is placed
Fixed connection.The left end of the first sweep-up pipe 6 is connected with the side wall of case 13, and with the internal switching of case 13, while the first dust suction
Lower end port of the left end port of pipe 6 less than discharging opening 2.The right-hand member of the first sweep-up pipe 6 is connected with first mouth of pipe of three-way pipe 11,
Second mouth of pipe of three-way pipe 11 straight up, and is connected with the second sweep-up pipe 7.The upper end of second sweep-up pipe 7 is connected to feed hopper 4
In straight wall, and the upper end of the second sweep-up pipe 7 is located at the lower section of handle hole 12 near the position of handle hole 12.Second sweep-up pipe 7 with enter
The internal switching of hopper 4.The middle part of the second sweep-up pipe 7 is provided with arm, and the end of arm is connected on feeding cylinder 5, and with enter
The internal switching of barrel 5.3rd mouth of pipe and the bend pipe 8 of three-way pipe 11 is connected, in specific connected mode, three in the present embodiment
Siphunculus 11 is connected respectively with the first sweep-up pipe 6, the second sweep-up pipe 7 and bend pipe 8 by ring flange.In addition, bend pipe 8 passes through flexible pipe 9
Connect with main dust outlet tube road 10.
In specific implementation process, vibratory sieve 1 can be in feed hopper 4, discharging opening 2 and feeding cylinder 5 three to outside when working
Unlimited position produces substantial amounts of airborne dust.Therefore, the left end of the first sweep-up pipe 6 is connected directly between the position of discharging opening 2, closely
Ground absorbs to the airborne dust near discharging opening 2.The airborne dust that the case 13 for setting in the outer cover of discharging opening 2 simultaneously is produced to discharging opening 2
Play a part of directly to hold together and include and protect, then the first sweep-up pipe 6 is connected directly between the airborne dust on case 13, at discharging opening 2
When also not spreading in a large number, the first sweep-up pipe 6 starts to absorb, and pick-up performance is very good.Produce at feed hopper 4 and barrel 5
The situation of raw airborne dust, the second sweep-up pipe 7 is based on the principle same with the first sweep-up pipe 6, while at feed hopper 4 and feeding cylinder 5
The airborne dust at place is absorbed.
The piping being made up of the first sweep-up pipe 6, the second sweep-up pipe 7, three-way pipe 11, bend pipe 8, flexible pipe 9 and main dust outlet tube 10,
It absorbs the power resources of airborne dust in the negative-pressure air fan of peripheral hardware.Blower fan is connected with main dust outlet tube 10, and whole piping only has first
The left end of sweep-up pipe 6 and the junction of case 13, with feed hopper 4 and the junction opening of feeding cylinder 5, remainder on the second sweep-up pipe 7
It is closed.When blower fan starts, by whole piping the airborne dust at discharging opening 2, feeding cylinder 5 and feed hopper 4 three is inhaled respectively
Receive.
Handle hole 12 on feed hopper 4 can make staff stretch out one's hand by open be placed on feed hopper 4 be equipped with alloy
The sack of additive.Because one bag of alloy addition has suitable weight, so when manufacturing, including the He of feed hopper 4
Feeding cylinder 5 is made using the steel plate of suitable thickness, and also can as needed add the support body for strengthening supporting.
Place support 3 need with it is solid and reliable the characteristics of, so in actual production can adopt suitable size angle steel
Or I-steel is welded.First sweep-up pipe 6 mode such as can fix and fix using the mode such as clip, metal binding strap and iron wire
On support 3 is placed.In order to ensure the airtight effect of whole piping and prevent the airborne dust for being absorbed into piping from spilling, in three-way pipe 11
Rubber washer etc. can be set up by the junction of ring flange between the first sweep-up pipe 6, the second sweep-up pipe 7, bend pipe 8 and ensure sealing
Device.
Preferred embodiment of the present utility model described in detail above.It should be appreciated that the ordinary skill people of this area
Member just can make many modifications and variations without the need for creative work according to design of the present utility model.Therefore, all this technology necks
Technical staff passes through on the basis of existing technology logic analysis, reasoning or limited according to design of the present utility model in domain
Available technical scheme is tested, all should be in the protection domain being defined in the patent claims.
Claims (3)
1. a kind of dust arrester for coordinating alloy addition vibratory sieve to use, including vibratory sieve (1), the lower-left of the vibratory sieve (1)
End is provided with discharging opening (2) straight down, and the upper right side of the vibratory sieve (1) is provided with feeding mouth straight up, and it is special
Levy and be：The upper end of the feeding mouth is provided with feeding cylinder (5), and feed hopper (4), the charging are installed in the upper end of the feeding cylinder (5)
The four sides straight wall of bucket (4) surrounds cuboid, and the top per the one side straight wall laterally offers the operation of a rectangle
Hole (12), the discharging opening (2) is cylindrical, and the case (13) of a cuboid, the cover are covered with outside discharging opening (2)
The upper end of shell (13) is fixedly connected with the sieve nest of the vibratory sieve (1), and the lower end of the case (13) is less than the discharging opening (2)
Lower end, the right side of the case (13) is horizontally disposed the first sweep-up pipe (6), left end and the cover of first sweep-up pipe (6)
The side wall connection of shell (13), and with the internal switching of case (13), and the left end port of first sweep-up pipe (6) is less than described
The lower end port of discharging opening (2), the right-hand member of first sweep-up pipe (6) is connected with first mouth of pipe of three-way pipe (11), the threeway
Second mouth of pipe of pipe (11) straight up, and is connected with the second sweep-up pipe (7), and the second sweep-up pipe (7) upper end is connected to described
In the straight wall of feed hopper (4), and the upper end of the second sweep-up pipe (7) is located at the handle hole (12) lower section near the handle hole (12)
Position, the internal switching of second sweep-up pipe (7) and the feed hopper (4), the middle part of second sweep-up pipe (7) is arranged
Have arm, the end of the arm is connected on the feeding cylinder (5), and with the internal switching of feeding cylinder (5), the three-way pipe
(11) the 3rd mouth of pipe is connected with bend pipe (8), and the bend pipe (8) is connected by flexible pipe (9) with main dust outlet tube road (10).
2. the dust arrester that cooperation alloy addition vibratory sieve as claimed in claim 1 is used, it is characterised in that：The vibration
Placement support (3) is provided with below sieve (1), the vibratory sieve (1) is by multigroup spring supporting in placement support (3)
On, first sweep-up pipe (6) is fixedly connected with the placement support (3).
3. the dust arrester that cooperation alloy addition vibratory sieve as claimed in claim 1 is used, it is characterised in that：The threeway
Pipe (11) is connected respectively with first sweep-up pipe (6), the second sweep-up pipe (7) and bend pipe (8) by ring flange.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620586020.6U CN206104320U (en) | 2016-06-16 | 2016-06-16 | Dust collector that cooperation alloying agent shale shaker used |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620586020.6U CN206104320U (en) | 2016-06-16 | 2016-06-16 | Dust collector that cooperation alloying agent shale shaker used |
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| Publication Number | Publication Date |
|---|---|
| CN206104320U true CN206104320U (en) | 2017-04-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620586020.6U Active CN206104320U (en) | 2016-06-16 | 2016-06-16 | Dust collector that cooperation alloying agent shale shaker used |
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| CN (1) | CN206104320U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109499792A (en) * | 2018-11-15 | 2019-03-22 | 江苏瑞和磨料磨具有限公司 | For the recovery device of abrasive in emery cloth production process |
-
2016
- 2016-06-16 CN CN201620586020.6U patent/CN206104320U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109499792A (en) * | 2018-11-15 | 2019-03-22 | 江苏瑞和磨料磨具有限公司 | For the recovery device of abrasive in emery cloth production process |
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