CN203092625U - Barrel type filter element tip rotary cutting machine with dust removal function - Google Patents
Barrel type filter element tip rotary cutting machine with dust removal function Download PDFInfo
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- CN203092625U CN203092625U CN 201320065318 CN201320065318U CN203092625U CN 203092625 U CN203092625 U CN 203092625U CN 201320065318 CN201320065318 CN 201320065318 CN 201320065318 U CN201320065318 U CN 201320065318U CN 203092625 U CN203092625 U CN 203092625U
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- dust
- cutting machine
- filter core
- circular knife
- filter element
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Abstract
The utility model discloses a barrel type filter element tip rotary cutting machine with the dust removal function. The barrel type filter element tip rotary cutting machine comprises a filter element self rotating device, two round blade rotating devices arranged on two sides of the filter element self rotating device, and a slide bench capable of driving the filter element self rotating device to move fro and back. A dust suction pipeline and a dust collector connected with the dust suction pipeline are arranged below the two round blade rotating devices, and the inner diameter of a suction port of the dust suction pipeline and the inner diameter of the dust suction pipeline are larger than the diameter of a filter element. The dust suction pipeline and the dust collector connected with the dust suction pipeline are arranged below the round blades, so that when the rotary cutting machine runs, powder and waste materials generated in a rotary cutting process can be sucked into the dust collector through the dust suction pipeline, the power and the waste materials generated in the rotary cutting process can be conveniently and timely cleaned, and dust pollution on the filter element in the rotary cutting process is effectively reduced. When the dust collector is full of dust and waste materials, the dust collector can be cleaned to keep the filter element clean, and burden on follow-up process of filter core production is reduced.
Description
Technical field
The utility model relates to a kind of revolving and cuts processing equipment, relates in particular to a kind of cylindrical filter cartridge termination rotary-cutting machine with dedusting function.
Background technology
A kind of cylindrical filter cartridge termination rotary-cutting machine (hereinafter to be referred as rotary-cutting machine) is arranged in the market.Be used for cylindrical filter cartridge two ends nubbin revolved and cut, concordant to reach two ends.Cylindrical filter cartridge (hereinafter to be referred as filter core) is made up of shell, poriferous circular bar and filter course usually, and filter course is between shell and the poriferous circular bar.Structures such as that filter course generally has is collapsible, rolling, since at present the technology of domestic production filter core still can not to filter course fold or during spooling the maintenance both ends of the surface concordant, therefore need be after assembling the remaining uneven part of two ends be revolved and cut, to keep both ends of the surface concordant.Whether concordant the both ends of the surface of filter core are will influence quality with the bonding subsequent handling of dististyle.
As shown in Figures 1 and 2, existing rotary-cutting machine mainly by filter core spinning device, be positioned at the circular knife whirligig of filter core spinning device both sides, and can drive the slide unit that filter core spinning device moves forward and backward and form.The rotary-cutting machine complete machine is furnished with electrical control, makes above three part co-ordinations.Wherein, filter core spinning device is mainly by the filter core stationary magazine creel, filter core hold-down nut, compositions such as motor and driving-belt; The circular knife whirligig is made up of circular knife, circular knife fixed mechanism, drive circular knife motor rotating; Slide unit is made up of slide unit plate, slide bar, sliding bearing, cylinder etc.
The course of work of existing rotary-cutting machine is as follows: in the filter core stationary magazine creel of at first filter core to be cut being packed into, with the filter core hold-down nut filter core is fixed, start the electrical control button, the motor and the cylinder of rotary-cutting machine bring into operation, and the filter core stationary magazine creel begins automatic rotation, driving filter core simultaneously rotates automatically, left and right sides circular knife also begins automatic rotation, cylinder reach simultaneously, the reach of pulling slide unit plate, when filter core two ends nubbin touched atwirl circular knife, the part of filter core remnants is revolved to cut off.When filter core two ends nubbin revolved fully cut off after, rotary-cutting machine outage, filter core and left and right sides circular knife stop the rotation, the cylinder counteragent drives the slide unit plate and retreats into original state, takes the filter core hold-down nut apart, filter core can be taken out.
The filter core particularly filter core of micron order is used on the filtration, purification of medicine, food, electronic water etc. more, therefore must guarantee the cleaning of filter core.Above-mentioned rotary-cutting machine will produce a large amount of dust in revolving the process of cutting filter core, can cause dust pollution to filter core, must wash in subsequent technique, increase the intractability of subsequent technique.
The utility model content
The utility model provides a kind of cylindrical filter cartridge termination rotary-cutting machine with dedusting function, can revolve dust and the waste material that produces in the process of cutting filter core being revolved remove when cutting, and has effectively reduced and has revolved the pollution of the process of cutting to filter core, has guaranteed the cleaning of filter core.
A kind of cylindrical filter cartridge termination rotary-cutting machine with dedusting function, comprise filter core spinning device, be positioned at two circular knife whirligigs of filter core spinning device both sides, and can drive the slide unit that filter core spinning device moves forward and backward, the dust catcher that the circular knife below of described two circular knife whirligigs also is provided with dust sucting pipeline and links to each other with dust sucting pipeline, the suction inlet internal diameter of described dust sucting pipeline is greater than the diameter of filter core.
The utility model is provided with dust sucting pipeline and links to each other with dust sucting pipeline below circular knife dust catcher, when rotary-cutting machine moves, can suck in the dust catcher by dust sucting pipeline revolving the dust and the waste material that produce in the process of cutting, can make things convenient for cleaning timely to revolve dust and the waste material that produces in the process of cutting, effectively reduced and revolved the dust pollution of the process of cutting filter core, after dust catcher is filled dust and waste material, can clear up dust catcher, guarantee the cleaning of filter core, reduced the burden that filter core is produced subsequent technique.
Enter dust sucting pipeline for the ease of revolving the filter core waste material that cuts off, the suction inlet of described dust sucting pipeline is a trumpet type.
The suction inlet position of dust sucting pipeline will influence the dust removing effects of dust catcher, revolve the below that enters the about half-distance of the radially the most deep degree of filter core when cutting so preferred suction inlet is in circular knife, and suction inlet should near circular knife (or filter core) distance for 1-20mm for well.
Two circular knife belows of described two circular knife whirligigs are respectively equipped with two dust sucting pipelines, each dust sucting pipeline can connect a dust catcher separately, can better guarantee dust removing effects like this, but, after being communicated with, preferred two dust sucting pipelines link to each other with dust catcher again in order to simplify cleaner and to save the dedusting cost.
Preferred, described two dust sucting pipelines respectively along be the Y type again after the perpendicular direction in described slide unit plane is extended and be communicated with, link to each other with dust catcher again after the connection, can make dust and waste material under the gravity effect, enter dust catcher faster like this, alleviate the operating pressure of dust catcher.
Described dust catcher can be commercially available common dust catcher, but in actual applications, commercially available common dust catcher, just can not work on after use a period of time because the dust suction cubical content is smaller again, dust catcher need be disassembled cleaning, is unfavorable for increasing work efficiency.
So preferred described dust catcher comprises waste chamber and the negative pressure dust exhaust apparatus that links to each other with waste chamber, both connecting portions are equipped with Turbogrid plates, compare with commercially available common dust catcher, this dust catcher has increased waste chamber and Turbogrid plates, when dust catcher moves, the less dust of particle directly enters the negative pressure dust exhaust apparatus by Turbogrid plates, filter core waste material and oarse-grained dust that volume is bigger are then stopped by Turbogrid plates, fall under gravity in the waste chamber, when filling waste material, waste chamber can remove easily, can effectively improve the dust suction cubical content of dust catcher, improve the operating efficiency of dust catcher.
Described Turbogrid plates can be porous Turbogrid plates or cellular grid plate, can select by actual demand.
In order to reduce the operating pressure of negative pressure dust exhaust apparatus, further improve the pick-up performance of negative pressure dust exhaust apparatus, described waste chamber is separated into two parts up and down by active clapboard, top is negative pressure cavity, described negative pressure cavity links to each other with the negative pressure dust exhaust apparatus, the bottom is the material stock chamber, when dust catcher moves, the active clapboard sealing, the negative pressure dust exhaust apparatus forms negative pressure and carries out dust suction in negative pressure cavity, short grained dust directly enters the negative pressure dust exhaust apparatus by Turbogrid plates, and filter core waste material and oarse-grained dust that volume is bigger then stop by Turbogrid plates, is adsorbed on the Turbogrid plates under suction function or drops on the active clapboard, when the negative pressure dust exhaust apparatus is out of service, active clapboard is opened, and negative pressure cavity and material stock chamber are communicated with, and dust and filter core waste material in the negative pressure cavity fall into the material stock chamber.
Preferably, the underrun spring of described active clapboard links to each other with the sidewall in material stock chamber, and the end face of described active clapboard links to each other with cylinder by guide rope, directive wheel, and described cylinder is connected with the cylinder lifting controller.When the negative pressure dust exhaust apparatus moves, cylinder is by guide rope, directive wheel the active clapboard pull-up is formed negative pressure cavity and guarantee in the negative pressure cavity airtight, when the negative pressure dust exhaust apparatus is out of service, cylinder resets, and active clapboard is downward-sloping to be poured over waste material and dust in the material stock chamber.
Compared with prior art, the utlity model has following beneficial effect:
The dust catcher of the utility model by dust sucting pipeline being set below circular knife and linking to each other with dust sucting pipeline, can clear up timely and revolve dust and the waste material that produces in the process of cutting, effectively reduced and revolved the dust pollution of the process of cutting filter core, guarantee the cleaning of filter core, reduced the burden that filter core is produced subsequent technique.
Description of drawings
Fig. 1 is the front view of cylindrical filter cartridge termination rotary-cutting machine in the prior art;
Wherein: 11-filter core stationary magazine creel, 12-filter core hold-down nut, the 13-motor, the 14-driving-belt, the 21-circular knife, 22-circular knife fixed mechanism, 23-drives circular knife motor rotating, 31-slide unit plate, 32-sliding bearing;
Fig. 2 is the vertical view of cylindrical filter cartridge termination rotary-cutting machine in the prior art;
Wherein: 33-slide bar, 34-sliding cylinder;
Fig. 3 is the front view of rotary-cutting machine in the present embodiment 1;
Wherein: 41-dust sucting pipeline 1,42-dust sucting pipeline 2,43-dust sucting pipeline 3,44-dust catcher;
Fig. 4 is the dust sucting pipeline of rotary-cutting machine in the present embodiment 2 and the front view of dust catcher;
Wherein: 45-negative pressure dust exhaust apparatus, 51-negative pressure cavity, 52-material stock chamber, 53-Turbogrid plates, 61-active clapboard, 62-spring, 63-guide rope, 64-directive wheel, 65-lift cylinder, 66-cylinder lifting controller.
The specific embodiment
Embodiment 1
As shown in Figure 3, present embodiment discloses a kind of cylindrical filter cartridge termination rotary-cutting machine with dedusting function, this rotary-cutting machine by filter core spinning device, be positioned at filter core spinning device both sides the circular knife whirligig, can drive slide unit, dust sucting pipeline and the dust catcher that filter core spinning device moves forward and backward and constitute.
Wherein, filter core spinning device is by filter core stationary magazine creel 11, filter core hold-down nut 12, and motor 13 and driving-belt 14 are formed; The circular knife whirligig is made up of circular knife 21, circular knife fixed mechanism 22, drive circular knife motor rotating 23; Slide unit is seen Fig. 2 by slide unit plate 31, sliding bearing 32, slide bar 33() and sliding cylinder 34(see Fig. 2) form.
Dust sucting pipeline is made of the dust sucting pipeline 43 of the dust sucting pipeline 41 that is positioned at circular knife 21 belows, the dust sucting pipeline 42 that is positioned at opposite side circular knife below and connection dust sucting pipeline 41 and dust sucting pipeline 42, two dust sucting pipelines 41 and 42 are the Y type again after extend with the perpendicular direction in slide unit plane respectively and are communicated to dust sucting pipeline 43, dust sucting pipeline 43 links to each other with dust catcher 44, the suction inlet of dust sucting pipeline 41 and dust sucting pipeline 42 is trumpet type, and dust catcher 44 is commercially available common dust catcher.
The operation principle of the rotary-cutting machine in the present embodiment is as follows:
To wait that earlier revolving the filter core that cuts processing puts into filter core stationary magazine creel 11, tighten filter core hold-down nut 12 and fix filter core, start the electrical control button, then filter core rotation automatically under the drive of motor 13 and driving-belt 14, circular knife 21 and another corresponding circular knife also begin rotation at a high speed, and 31 reaches of sliding cylinder 34 pulling slide unit plates make the filter core of putting on slide unit plate 31 shift to circular knife 21 and another corresponding circular knife simultaneously, meanwhile, dust catcher 44 also starts work.In case filter core two ends nubbin touches the circular knife of rotation at a high speed, the filter core nubbin is promptly revolved to cut off, and produces dust.Because the circular knife lower end is provided with the dust sucting pipeline 41 and the dust sucting pipeline 42 of band trumpet type suction inlet, revolves the negative pressure suction bell type suction inlet that the waste material that cuts off and dust are produced by dust catcher 44 at once, and enter in the dust catcher 44 by dust sucting pipeline 41,42 and 43.
Embodiment 2
Present embodiment discloses the cylindrical filter cartridge termination rotary-cutting machine of another kind of band dedusting function, and its difference with embodiment 1 is that the dust collector structure that is adopted is different.
As shown in Figure 4, the dust catcher that present embodiment adopted is made up of negative pressure cavity 51, material stock chamber 52, active clapboard 61, negative pressure dust exhaust apparatus 45, wherein negative pressure dust exhaust apparatus 45 is connected by dust sucting pipeline 43 with negative pressure cavity 51, Turbogrid plates 53 also are equipped with in both junctions, and the Turbogrid plates 53 that adopt in the present embodiment are the porous Turbogrid plates.
Can separate or be communicated with negative pressure cavity 51 and material stock chamber 52 on demand in order to make active clapboard 61, spring 62 is equipped with in the bottom surface of active clapboard 61, the other end of spring 62 links to each other with the sidewall in material stock chamber 52, the end face of active clapboard 61 is connected with lift cylinder 65 with directive wheel 64 by guide rope 63, cylinder lifting controller 66 links to each other with lift cylinder 65, and it is controlled.
The operation principle of the rotary-cutting machine in the present embodiment is as follows:
To wait that earlier revolving the filter core that cuts processing puts into filter core stationary magazine creel 11, tighten filter core hold-down nut 12 and fix filter core, start the electrical control button, then filter core rotation automatically under the drive of motor 13 and driving-belt 14, circular knife 21 and another corresponding circular knife also begin rotation at a high speed, sliding cylinder 34 pulling slide unit plates 31 reaches simultaneously, make the filter core of putting on slide unit plate 31 shift to circular knife 21 and another corresponding circular knife, meanwhile, negative pressure dust exhaust apparatus 45 and lift cylinder 65 also start work, lift cylinder 65 is by guide rope 63, directive wheel 64 forms active clapboard 61 pull-ups negative pressure cavity 51 and guarantees in the negative pressure cavity 51 airtight, in case filter core two ends nubbin touches the circular knife of rotation at a high speed, the filter core nubbin is promptly revolved to cut off, and produces dust;
Because the circular knife below is provided with the dust sucting pipeline 41 and the dust sucting pipeline 42 of band trumpet type suction inlet, revolve the negative pressure suction bell type suction inlet that the waste material that cuts off and dust are produced by negative pressure dust exhaust apparatus 45 at once, and enter in the negative pressure cavity 51 by dust sucting pipeline 41,42, there is the bigger waste material of part particle may fall on active clapboard 61, also have the part waste material to be adsorbed under suction function on the Turbogrid plates 53, less dust is then most of to be inhaled in the negative pressure dust exhaust apparatus 45 by Turbogrid plates 53.When filter core revolve cut finish after, negative pressure dust exhaust apparatus 45 quits work, and the waste material that is attracted on the Turbogrid plates 53 drops on the active clapboard 61 in gravity effect drop, and lift cylinder 65 risings simultaneously reset, active clapboard 61 downward-slopingly is poured over waste material in the material stock chamber 52 under spring 62 effect.Can remove easily at any time after waste material is filled in material stock chamber 52, the dust in the negative pressure dust exhaust apparatus 45 just can be removed once the long period, has effectively improved the operating efficiency of deduster.
Claims (10)
1. cylindrical filter cartridge termination rotary-cutting machine with dedusting function, comprise filter core spinning device, be positioned at two circular knife whirligigs of filter core spinning device both sides, and drive the slide unit that filter core spinning device moves forward and backward, it is characterized in that, the dust catcher that the circular knife below of described two circular knife whirligigs also is provided with dust sucting pipeline and links to each other with dust sucting pipeline, the suction inlet internal diameter of described dust sucting pipeline is greater than the diameter of filter core.
2. the cylindrical filter cartridge termination rotary-cutting machine of band dedusting function as claimed in claim 1 is characterized in that the suction inlet of described dust sucting pipeline is a trumpet type.
3. the cylindrical filter cartridge termination rotary-cutting machine of band dedusting function as claimed in claim 1 is characterized in that, the suction inlet of described dust sucting pipeline is in circular knife and revolves and enter half below of the radially the most deep degree of filter core when cutting.
4. as the cylindrical filter cartridge termination rotary-cutting machine of claim 1 or 3 described band dedusting functions, it is characterized in that the suction inlet of described dust sucting pipeline is 1-20mm near the distance of circular knife.
5. the cylindrical filter cartridge termination rotary-cutting machine of band dedusting function as claimed in claim 1 is characterized in that, two circular knife belows of described two circular knife whirligigs are respectively equipped with two dust sucting pipelines, link to each other with dust catcher after two dust sucting pipelines are communicated with again.
6. the cylindrical filter cartridge termination rotary-cutting machine of band dedusting function as claimed in claim 5 is characterized in that, described two dust sucting pipelines respectively along be the Y type again after the perpendicular direction in described slide unit plane is extended and be communicated with, link to each other with dust catcher again after the connection.
7. the cylindrical filter cartridge termination rotary-cutting machine of band dedusting function as claimed in claim 1 is characterized in that, described dust catcher is commercially available common dust catcher.
8. the cylindrical filter cartridge termination rotary-cutting machine of band dedusting function as claimed in claim 1 is characterized in that, described dust catcher comprises waste chamber and the negative pressure dust exhaust apparatus that links to each other with waste chamber, and both connecting portions are equipped with Turbogrid plates.
9. the cylindrical filter cartridge termination rotary-cutting machine of band dedusting function as claimed in claim 8 is characterized in that, described waste chamber is separated into two parts up and down by active clapboard, and top is negative pressure cavity, and described negative pressure cavity links to each other with the negative pressure dust exhaust apparatus, and the bottom is the material stock chamber.
10. the cylindrical filter cartridge termination rotary-cutting machine of band dedusting function as claimed in claim 9, it is characterized in that, the underrun spring of described active clapboard links to each other with the sidewall in material stock chamber, the end face of described active clapboard links to each other with cylinder by guide rope, directive wheel, and described cylinder is connected with the cylinder lifting controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320065318 CN203092625U (en) | 2013-01-31 | 2013-01-31 | Barrel type filter element tip rotary cutting machine with dust removal function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320065318 CN203092625U (en) | 2013-01-31 | 2013-01-31 | Barrel type filter element tip rotary cutting machine with dust removal function |
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| Publication Number | Publication Date |
|---|---|
| CN203092625U true CN203092625U (en) | 2013-07-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320065318 Expired - Lifetime CN203092625U (en) | 2013-01-31 | 2013-01-31 | Barrel type filter element tip rotary cutting machine with dust removal function |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105252583A (en) * | 2015-12-03 | 2016-01-20 | 关勇河 | Automatic scrap removing mechanism of suction bellows |
| CN107116607A (en) * | 2016-02-24 | 2017-09-01 | 张生兰 | One kind cross cutting waste clearing equipment and stripping method |
| CN110948549A (en) * | 2019-11-20 | 2020-04-03 | 湖南欧威爱特新材料科技有限公司 | Filter core rubber head cutting device |
-
2013
- 2013-01-31 CN CN 201320065318 patent/CN203092625U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105252583A (en) * | 2015-12-03 | 2016-01-20 | 关勇河 | Automatic scrap removing mechanism of suction bellows |
| CN107116607A (en) * | 2016-02-24 | 2017-09-01 | 张生兰 | One kind cross cutting waste clearing equipment and stripping method |
| CN110948549A (en) * | 2019-11-20 | 2020-04-03 | 湖南欧威爱特新材料科技有限公司 | Filter core rubber head cutting device |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee | ||
| CP01 | Change in the name or title of a patent holder |
Address after: Xindeng Town Industrial Park Fuyang city Hangzhou city Zhejiang province 311404 Qing Ming Bridge Patentee after: HANGZHOU ANOW MICROFILTRATION Co.,Ltd. Address before: Xindeng Town Industrial Park Fuyang city Hangzhou city Zhejiang province 311404 Qing Ming Bridge Patentee before: HANGZHOU ANOW MICROFILTRATION Co.,Ltd. |
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| CX01 | Expiry of patent term |
Granted publication date: 20130731 |
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| CX01 | Expiry of patent term |