CN102491045B - Device using multichannel chute to transport materials in group and having speed reducing function - Google Patents
Device using multichannel chute to transport materials in group and having speed reducing function Download PDFInfo
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- CN102491045B CN102491045B CN 201110422824 CN201110422824A CN102491045B CN 102491045 B CN102491045 B CN 102491045B CN 201110422824 CN201110422824 CN 201110422824 CN 201110422824 A CN201110422824 A CN 201110422824A CN 102491045 B CN102491045 B CN 102491045B
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- chute
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Abstract
The invention relates to a device using a chute to transport materials. The device using a multichannel chute to transport materials in group and having a speed reducing function is characterized by including a chute main body, slant speed reducing plates, a first compressing and expanding control mechanism, a second compressing and expanding control mechanism, and horizontal speed reducing plates; the multichannel chute main body comprises a bottom plate and 3-21 side plates arranged on the bottom plate and fixed with the bottom plate, the adjacent side plates form chute channels, and the horizontal speed reducing plates are arranged on the upper surface of the lower part of the chute main body; and one slant speed reducing plate is arranged in each chute channel and is provided with an upper end hinged with an upper end of a side plate on the right, lower ends of the slant speed reducing plates in the odd numbers of chute channels are connected with the first compressing and expanding control mechanism, and lower ends of the slant speed reducing plates in the even numbers of chute channels are connected with the second compressing and expanding control mechanism. The device can control material sliding speeds and ensure that the transported materials are in good condition, and ensures coherence of material loading and fetching.
Description
Technical field
The present invention relates to a kind of device of chute transporting material.
Background technology
In chute transportation, the slip velocity of the conventional uncontrollable material of method, and material directly lands through the chute discharging opening, waits to accumulate just materials hauling of some, can cause material breakage to a certain extent like this, and also dangerous.Some are arranged to the demanding material of presentation quality (as the member on fire brick, insulating brick, acid and alkali-resistance ceramic tile or some equipment), therefore use above-mentioned traditional transportation resources can't guarantee the intact of material, the speed that the control material glides in the chute transportation and material is not directly landed and cause breakage to seem particularly important.The intact chute transportation resources of the material that a kind of assurance that can control the material slip velocity of exigence betransported, the potential safety hazard that also can avoid conventional approach to bring simultaneously.
Summary of the invention
The object of the present invention is to provide a kind of grouping blanking multi-channel chute device with deceleration, this device can be controlled the slip velocity of material, can guarantee to betransported the intact of material; Material can divide into groups to skid off in turn chute, can guarantee the continuity of feeding and getting material.
For achieving the above object, the technical solution adopted in the present invention is: have the grouping blanking multi-channel chute device of deceleration, it is characterized in that it comprises chute main body, oblique flap, the first extension and contraction control mechanism, the second extension and contraction control mechanism, horizontal flap; The chute main body of a plurality of passages is made up of base plate and 3-21 side plate, 3-21 side plate is positioned on the base plate and with base plate to be fixed, constitute the chute passage between the adjacent side plate, the chute main body is the low italic state of last relative superiority or inferiority, the lower end of chute main body is the discharging platform, is provided with horizontal flap above the base plate bottom of chute main body; Be provided with an oblique flap in each chute passage, the upper end of oblique flap is positioned at the entrance of place chute passage, and the upper end of the upper end of oblique flap and the side plate on right side is hinged, the bottom of the oblique flap in the odd number chute passage links to each other with the first extension and contraction control mechanism, and the bottom of the oblique flap in the even numbers chute passage links to each other with the second extension and contraction control mechanism.
The described first extension and contraction control mechanism comprises lower link, side plate draw-bar seat, oblique flap draw-bar seat, locator card, spring; The number of side plate draw-bar seat, oblique flap draw-bar seat, locator card and spring is identical with the number of odd number chute passage, lower link is 1, the left end of lower link passes the hole of all side plate draw-bar seat upper ends and the hole of oblique flap draw-bar seat upper end, the right-hand member of lower link is provided with first pin, in the hole of the lower end of the first pin insertion link rod; The bottom surface at link rod middle part is provided with the 3rd pin, and the 3rd pin inserts in the hole of axle bed, and the right flank of the side plate of axle bed and the rightmost side is fixed; Be provided with a side plate draw-bar seat, an oblique flap draw-bar seat in each chute passage, the side plate on the right side in the lower end of side plate draw-bar seat and the place chute passage is fixed, the right flank of the oblique flap in the lower end of oblique flap draw-bar seat and the place chute passage is fixed, be provided with spring between side plate draw-bar seat and the oblique flap draw-bar seat, spring is through on the lower link, the left side of each oblique flap draw-bar seat is provided with a locator card, and locator card is stuck on the lower link.
The described second extension and contraction control mechanism comprises top rod, side plate draw-bar seat, oblique flap draw-bar seat, locator card, spring; The number of side plate draw-bar seat, oblique flap draw-bar seat, locator card and spring is identical with the number of even numbers chute passage, top rod is 1, the left end of top rod passes the hole of all side plate draw-bar seat upper ends and the hole of oblique flap draw-bar seat upper end, the right-hand member of top rod is provided with second pin, in the hole of the upper end of the second pin insertion link rod; Be provided with a side plate draw-bar seat, an oblique flap draw-bar seat in each chute passage, the side plate on the right side in the lower end of side plate draw-bar seat and the place chute passage is fixed, the right flank of the oblique flap in the lower end of oblique flap draw-bar seat and the place chute passage is fixed, be provided with spring between side plate draw-bar seat and the oblique flap draw-bar seat, spring is through on the top rod, the left side of each oblique flap draw-bar seat is provided with a locator card, and locator card is stuck on the top rod.
The bottom of the base plate of described chute main body is provided with platform, and horizontal flap is embedded in the platform, and horizontal flap and platform surface are flat.
The invention has the beneficial effects as follows:
1. the grouping blanking multi-channel chute device with deceleration of the present invention blanking of dividing into groups, material can divide into groups to skid off in turn chute, can guarantee the continuity of feeding and getting material; And have oblique and twice deceleration of level; The slip velocity of material can be controlled, the intact of material can be guaranteed to betransported.
2. safe and reliable: material slides the process neutralization materials and skids off the speed that the following position of pull bar all has flap (oblique flap and horizontal flap) control material to glide, and skids off chute at a slow speed, has guaranteed to betransported the intact of material; The grouping discharging, the workmen is staggered, and fragment of brick glides over against direction, eliminated the potential safety hazard that the quick landing of material causes.
3. rapid operation: the effect that spring has played buffering and resetted has alleviated labour intensity; Discharging platform in the chute main body is got brick, has avoided the workmen to bend over.
4. multi-channel chute transporting material efficient height, cost is low.
5. simple in structure: agent structure is processed by timber or bamboo splint, steel plate or composite panel, and splicing is simple.
Description of drawings
Fig. 1 is the structural representation of multi-channel chute device of the present invention;
Fig. 2 is the local member scheme drawing of multi-channel chute device of the present invention;
Fig. 3 is the scheme drawing of axle bed of the present invention and link rod;
Fig. 4 is the scheme drawing of oblique flap draw-bar seat of the present invention;
Fig. 5 is the scheme drawing of locator card of the present invention.
Among the figure: 1-chute main body; The oblique flap of 2-; The horizontal flap of 3-; The 4-hinge; The 5-top rod; The 6-lower link; 7-side plate draw-bar seat; The oblique flap draw-bar seat of 8-; The 9-locator card; The 10-spring; The 11-axle bed; The 12-link rod; The 13-fragment of brick.
The specific embodiment
In order to understand the present invention better, below in conjunction with embodiment and accompanying drawing technical scheme of the present invention is described further.
Referring to Fig. 1 to Fig. 5, have the grouping blanking multi-channel chute device of deceleration, it comprises chute main body 1, oblique flap 2, the first extension and contraction control mechanism, the second extension and contraction control mechanism, horizontal flap 3; The chute main body 1 of a plurality of passages is formed (being 2-20 passage) by base plate and 3-21 side plate, 3-21 side plate is positioned on the base plate and with base plate to be fixed, (present embodiment adopts 6 chute passages, and concrete number is determined as required to constitute the chute passage between the adjacent side plate; Chute width of channel size is determined by the material size of transportation), chute main body 1 is the low italic state of last relative superiority or inferiority, the lower end of chute main body 1 is discharging platform (horizontality, the lower end of oblique flap 2 is following), be provided with horizontal flap 3 above the base plate bottom of chute main body 1 and (be evenly equipped with a plurality of horizontal flaps 3, as 2-50; Horizontal flap 3 is embedded in the horizontal flap groove on the base plate, and the upper surface of horizontal flap 3 is concordant with the upper surface of the residing base plate of horizontal flap); Be provided with an oblique flap 2 in each chute passage, the upper end of oblique flap 2 is positioned at the entrance of place chute passage, and the upper end of oblique flap 2 is hinged with the upper end of the side plate on right side by hinge 4, odd number chute passage (the first, the 3rd, the 5th chute passage ...) in the bottom of oblique flap 2 link to each other even numbers chute passage (the second, the 4th, the 6th chute passage with the first extension and contraction control mechanism ...) in the bottom of oblique flap 2 link to each other with the second extension and contraction control mechanism.
The described first extension and contraction control mechanism comprises lower link 6, side plate draw-bar seat, oblique flap draw-bar seat, locator card, spring; The number of side plate draw-bar seat, oblique flap draw-bar seat, locator card and spring is identical with the number of odd number chute passage, lower link 6 is 1, the left end of lower link 6 passes the hole of all side plate draw-bar seat upper ends and the hole of oblique flap draw-bar seat upper end, the right-hand member of lower link 6 is provided with first pin, in the hole of the lower end of the first pin insertion link rod 12; The bottom surface at link rod 12 middle parts is provided with the 3rd pin, and the 3rd pin inserts in the hole of axle bed 11, and axle bed 11 is fixed with the right flank of the side plate of the rightmost side, is inserted with second pin in the hole of the upper end of link rod 12; Be provided with a side plate draw-bar seat, an oblique flap draw-bar seat in each chute passage, the side plate on the right side in the lower end of side plate draw-bar seat and the place chute passage is fixed, the right flank of the oblique flap 2 in the lower end of oblique flap draw-bar seat and the place chute passage is fixed, be provided with spring between side plate draw-bar seat and the oblique flap draw-bar seat, spring is through on (being enclosed within) lower link 6, the left side of each oblique flap draw-bar seat is provided with a locator card, and locator card is stuck on the lower link 6.
The described second extension and contraction control mechanism comprises top rod 5, side plate draw-bar seat 7, oblique flap draw-bar seat 8, locator card 9, spring 10; The number of side plate draw-bar seat 7, oblique flap draw-bar seat 8, locator card 9 and spring 10 is identical with the number of even numbers chute passage, top rod 5 is 1, the left end of top rod 5 passes the hole of all side plate draw-bar seat upper ends and the hole of oblique flap draw-bar seat upper end, the right-hand member of top rod 5 is provided with second pin, in the hole of the upper end of the second pin insertion link rod 12; Be provided with a side plate draw-bar seat, an oblique flap draw-bar seat in each chute passage, the side plate on the right side in the lower end of side plate draw-bar seat and the place chute passage is fixed, the right flank of the oblique flap 2 in the lower end of oblique flap draw-bar seat and the place chute passage is fixed, be provided with spring between side plate draw-bar seat and the oblique flap draw-bar seat, spring is through on (being enclosed within) top rod 5, the left side of each oblique flap draw-bar seat is provided with a locator card, and locator card is stuck on the top rod 5.
The bottom of the base plate of described chute main body 1 is provided with platform, and horizontal flap 3 is embedded in the platform, and horizontal flap and platform surface are flat.
The method of multi-channel chute transporting material, it comprises the steps:
The first step, assembling multi-channel chute device: as implied above.
Second step, the 1. odd number chute passage material of packing into: with reference to Fig. 1, fragment of brick 13 is put into the odd number chute passage (turn left from the right side first and third, five-way road) of chute main body 1; Fragment of brick slides the back near oblique flap 2, until the feed opening (mouth between the lower end of oblique flap 2 and the left side board) of chute main body 1;
2. odd number chute passage draws off material: after the odd number chute passage of chute main body 1 is packed the fragment of brick quantity that reaches designed into (such as ten bricks, what are determined by the elastic force of spring quantity), then enter the step of drawing back oblique flap 2; Contracting in spring 10 pressurizeds at odd number chute passage place, oblique flap 2 moves, and drive lower link 6 and turn right and stretch out, cause link rod 12 to rotate counterclockwise along axle bed 11, the interior oblique flap 2 of even numbers chute passage (second, four, six passages) that makes top rod 5 drive chute main body 1 seals feed opening; When the feed opening that skids off chute main body 1 when the fragment of brick in the odd number chute passage arrived on the discharging platform, the spring 10 at odd number chute passage place stretched, and the oblique flap 2 on the odd number chute passage (first and third, five-way road) seals feed opening automatically; The workmen is when the carrying fragment of brick, and the even numbers chute passage of chute main body 1 (second, four, six passages) can be feeded;
The 3rd step, the 1. even numbers chute passage material of packing into: when the fragment of brick of workmen in carrying odd number chute passage, fragment of brick 13 is put into the even numbers chute passage of chute main body 1; Fragment of brick slides the back near oblique flap 2, until the feed opening (mouth between the lower end of oblique flap 2 and the left side board) of chute main body 1;
2. even numbers chute passage draws off material: (such as ten bricks after the even numbers chute passage of chute main body 1 is packed the fragment of brick quantity that reaches designed into, quantity is determined by the elastic force of spring), contracting in spring 10 pressurizeds at even numbers chute passage place, oblique flap 2 moves, and drive top rod 5 and turn right and stretch out, cause link rod 12 to clockwise rotate along axle bed 11, the oblique flap 2 that lower link 6 is driven in the odd number chute passage (first and third, five-way road) of chute main bodys 1 seals feed opening; When the feed opening that skids off chute main body 1 when the fragment of brick in the even numbers chute passage arrived on the discharging platform, the spring 10 at even numbers chute passage place stretched, and the oblique flap 2 on the even numbers chute passage seals feed opening automatically; The workmen is in carrying even numbers chute passage during fragment of brick, and the odd number chute passage of chute main body 1 (first and third, five-way road) can be feeded;
The 4th goes on foot, repeats above-mentioned second step and the 3rd step, until the transportation of finishing material requested.Through above-mentioned second step and the 3rd step, feed with the odd number chute passage of chute main body 1 (turn left from the right side first and third, five-way road) earlier, use even numbers chute passage (second, four, six passages) charging again, the workmen can carry fragment of brick in turn, in order to avoid be subjected to sliding the injury that brings when coming over against fragment of brick, fragment of brick slides on the discharging platform, also is convenient to workmen's carrying, and then with fragment of brick pile up take easily the workmen local.
Adopt oblique flap 2,3 twice deceleration of horizontal flap; Discharge way is the discharging of dividing into groups automatically and manually; Chute main body 11 materials can adopt wood plank, bamboo board or steel plate board making.
In the present embodiment,
Chute main body 1 is wooden structures, adopts the chute main body 1 of six passages of seven blocks of side plates and a base plate composition.The lower end of chute main body is the discharging platform, and horizontal flap 3 is installed, so that material is directly carried after sliding into the discharging platform.The bottom of the base plate of chute main body 1 (discharge end) is provided with platform, and horizontal flap 3 is embedded in the platform, and horizontal flap and platform surface are flat, and is smooth so that horizontal flap 3 is installed, in order to avoid occur rolling when projection causes material impact; With reference to Fig. 1.
Hinge 4 is the hinge leaf of door, also can be that the rubber skin flexibly connects, so that oblique flap 2 serves as that axle is movable with the upper end of chute main body 1.
Side plate draw-bar seat 7 adopts steel plate to make, and screw hole is bored in the bottom, in order to be connected with the side plate of chute main body 1, side plate draw-bar seat upper bore is in order to penetrate top rod 5 and lower link 6;
Oblique flap draw-bar seat 8 adopts steel plate to make, screw hole is bored in the bottom, in order to be connected with oblique flap 2, oblique flap draw-bar seat 8 upper bore also have one section pipe vertical, concentric with the hole with flap draw-bar seat 8 planes at a face down bonding, in order to penetrate top rod 5 or lower link 6, and when flap draw-bar seat 7 bottoms are stressed, can keep vertical with lower link 6 with top rod 5;
The technical parameter of above-mentioned parts and material also can change according to actual conditions.
The method of multi-channel chute transporting material provided by the invention, it uses having between two job locations of certain height difference, is fit to high place toward the transportation of low place.
Application experiment: at the construction field (site), high place has guaranteed the intact of material after adopting the inventive method toward low place transporting material, has also eliminated the potential safety hazard that the quick landing of material causes, reduced labour intensity largely, illustrated that the effect of the inventive method is remarkable.
More than explanation only is Application Example of the present invention, can not limit the present invention's interest field certainly with this, and therefore the equivalence of doing according to the present patent application claim changes, and still belongs to protection scope of the present invention.
Claims (3)
1. the grouping blanking multi-channel chute device that has deceleration is characterized in that it comprises chute main body (1), oblique flap (2), the first extension and contraction control mechanism, the second extension and contraction control mechanism, horizontal flap (3); The chute main body (1) of a plurality of passages is made up of base plate and 3-21 side plate, 3-21 side plate is positioned on the base plate and with base plate to be fixed, constitute the chute passage between the adjacent side plate, chute main body (1) is the low italic state of last relative superiority or inferiority, the lower end of chute main body (1) is the discharging platform, is provided with horizontal flap (3) above the base plate bottom of chute main body (1); Be provided with an oblique flap (2) in each chute passage, the upper end of oblique flap (2) is positioned at the entrance of place chute passage, and the upper end of the upper end of oblique flap (2) and the side plate on right side is hinged, the bottom of the oblique flap (2) in the odd number chute passage links to each other with the first extension and contraction control mechanism, and the bottom of the oblique flap (2) in the even numbers chute passage links to each other with the second extension and contraction control mechanism.
2. the grouping blanking multi-channel chute device with deceleration according to claim 1, it is characterized in that: the described first extension and contraction control mechanism comprises lower link (6), side plate draw-bar seat, oblique flap draw-bar seat, locator card, spring; The number of side plate draw-bar seat, oblique flap draw-bar seat, locator card and spring is identical with the number of odd number chute passage, lower link (6) is 1, the left end of lower link (6) passes the hole of all side plate draw-bar seat upper ends and the hole of oblique flap draw-bar seat upper end, the right-hand member of lower link (6) is provided with first pin, in the hole of the lower end of the first pin insertion link rod (12); The bottom surface at link rod (12) middle part is provided with the 3rd pin, and the 3rd pin inserts in the hole of axle bed (11), and axle bed (11) is fixed with the right flank of the side plate of the rightmost side; Be provided with a side plate draw-bar seat, an oblique flap draw-bar seat in each chute passage, the side plate on the right side in the lower end of side plate draw-bar seat and the place chute passage is fixed, the right flank of the oblique flap (2) in the lower end of oblique flap draw-bar seat and the place chute passage is fixed, be provided with spring between side plate draw-bar seat and the oblique flap draw-bar seat, spring is through on the lower link (6), the left side of each oblique flap draw-bar seat is provided with a locator card, and locator card is stuck on the lower link (6).
3. the grouping blanking multi-channel chute device with deceleration according to claim 1, it is characterized in that: the described second extension and contraction control mechanism comprises top rod (5), side plate draw-bar seat (7), oblique flap draw-bar seat (8), locator card (9), spring (10); The number of side plate draw-bar seat (7), oblique flap draw-bar seat (8), locator card (9) and spring (10) is identical with the number of even numbers chute passage, top rod (5) is 1, the left end of top rod (5) passes the hole of all side plate draw-bar seat upper ends and the hole of oblique flap draw-bar seat upper end, the right-hand member of top rod (5) is provided with second pin, in the hole of the upper end of the second pin insertion link rod (12); Be provided with a side plate draw-bar seat, an oblique flap draw-bar seat in each chute passage, the side plate on the right side in the lower end of side plate draw-bar seat and the place chute passage is fixed, the right flank of the oblique flap (2) in the lower end of oblique flap draw-bar seat and the place chute passage is fixed, be provided with spring between side plate draw-bar seat and the oblique flap draw-bar seat, spring is through on the top rod (5), the left side of each oblique flap draw-bar seat is provided with a locator card, and locator card is stuck on the top rod (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110422824 CN102491045B (en) | 2011-12-15 | 2011-12-15 | Device using multichannel chute to transport materials in group and having speed reducing function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110422824 CN102491045B (en) | 2011-12-15 | 2011-12-15 | Device using multichannel chute to transport materials in group and having speed reducing function |
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| Publication Number | Publication Date |
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| CN102491045A CN102491045A (en) | 2012-06-13 |
| CN102491045B true CN102491045B (en) | 2013-09-04 |
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| CN 201110422824 Expired - Fee Related CN102491045B (en) | 2011-12-15 | 2011-12-15 | Device using multichannel chute to transport materials in group and having speed reducing function |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105109891B (en) * | 2014-02-13 | 2017-04-19 | 厦门一电电机有限公司惠安分公司 | Restrained glide rail |
| CN106498949B (en) * | 2016-10-14 | 2018-07-13 | 上海二十冶建设有限公司 | Masonry transmitting device and its application method for excavation slope |
| CN109680117B (en) * | 2019-01-24 | 2020-12-11 | 山东钢铁股份有限公司 | Brick conveying device for lining bricks built by converter |
| CN110104256A (en) * | 2019-06-11 | 2019-08-09 | 浙江工业大学 | A kind of auto-sequencing selection feeding device |
| CN115056349B (en) * | 2022-07-21 | 2024-05-28 | 陕西百固建材有限公司 | Powder adding equipment for concrete production |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201512274U (en) * | 2009-09-18 | 2010-06-23 | 鞍钢集团矿业公司 | Novel ore drawing chute |
| CN101936180A (en) * | 2009-07-03 | 2011-01-05 | 陈刚 | Automatic speed regulation chute for large inclination-angle coal face |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0543022A (en) * | 1991-08-09 | 1993-02-23 | Sumitomo Heavy Ind Ltd | Chute for sorter |
| JP2841266B2 (en) * | 1992-11-19 | 1998-12-24 | 花王株式会社 | Article handling equipment |
| JP2001315928A (en) * | 2000-05-10 | 2001-11-13 | Toyo Kanetsu Kk | Chute structure of sorting system |
| KR100985065B1 (en) * | 2010-03-30 | 2010-10-04 | 주식회사 로드맥스 엔지니어링 | Ramp structure for unloading product |
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2011
- 2011-12-15 CN CN 201110422824 patent/CN102491045B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101936180A (en) * | 2009-07-03 | 2011-01-05 | 陈刚 | Automatic speed regulation chute for large inclination-angle coal face |
| CN201512274U (en) * | 2009-09-18 | 2010-06-23 | 鞍钢集团矿业公司 | Novel ore drawing chute |
Non-Patent Citations (3)
| Title |
|---|
| JP特开2001-315928A 2001.11.13 |
| JP特开平5-43022A 1993.02.23 |
| JP特开平6-206607A 1994.07.26 |
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