CN205499878U - Compound feed bin of natural vibration formula suspends in midair - Google Patents
Compound feed bin of natural vibration formula suspends in midair Download PDFInfo
- Publication number
- CN205499878U CN205499878U CN201620301883.4U CN201620301883U CN205499878U CN 205499878 U CN205499878 U CN 205499878U CN 201620301883 U CN201620301883 U CN 201620301883U CN 205499878 U CN205499878 U CN 205499878U
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- feed bin
- sidewall
- vibrating motor
- steel layer
- fixture
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Abstract
The utility model provides a compound feed bin of natural vibration formula suspends in midair, includes the asymmetric feed bin of toper, jib, vibrating motor, and the asymmetric feed bin of toper includes the feed bin, and from top to bottom contract gradually the horizontal cross -section of feed bin, and stagger with predetermined angle in adjacent horizontal cross -section to make angulation difference between the feed bin lateral wall adjacent and that the horizontal cross -section is corresponding and reduce the pressure between feed bin lateral wall and the material, be provided with the mounting on the surface of the lateral wall of the asymmetric feed bin of toper, the mounting is close to the entry of feed bin, be provided with the displacement hole on the mounting, the one end of jib is passed to set up behind the displacement hole of mounting and is blockked the piece, a size that blocks is greater than the displacement hole of mounting, the size of the cross section of jib is less than the displacement hole of mounting, vibrating motor installs on the surface of the lateral wall of feed bin, vibrating motor's pivot is parallel with the axis of feed bin, in order to drive the asymmetric feed bin of toper through vibrating motor at horizontal plane reciprocating motion and make the material of adhereing drop because of high -frequency vibration on the feed bin inner wall.
Description
Technical field
This utility model relates to a kind of storage device, is specifically related to a kind of suspension self-vibration formula composite material bunker.
Background technology
Taper (or hyperbola) feed bin is for the double feeding feed bin of interim storage of loose unpacked material, it it is the commonly used mode of every profession and trade, but, either pyramid type, tapered, the hyperbolic-type in side, positive eight fall eight staggered taper feed bins from all directions, its storehouse type is symmetric design, and the power suffered in storehouse of material is also symmetrical consistent, cause material in feed bin wall easy to stick, easily tie arch, often resulting in the blocking of feed bin, affect production and be normally carried out, this is traditional cone feed bin common problem.
Summary of the invention
In view of this, it is necessary to a kind of suspension self-vibration formula composite material bunker effectively preventing viscous wall, knot doming effect from occurring is provided.
A kind of suspension self-vibration formula composite material bunker, including the asymmetric feed bin of taper, suspension rod, vibrating motor, the asymmetric feed bin of taper includes feed bin, the horizontal cross-section of feed bin from top to bottom gradually tapers up, and adjacent horizontal cross-section staggers at a predetermined angle, so that angulation is poor and reduce the pressure between feed bin sidewall and material between the adjacent feed bin sidewall corresponding with horizontal cross-section；It is provided with fixture on the outer surface of the sidewall of the asymmetric feed bin of taper, fixture is near the entrance of feed bin, displacement aperture it is provided with on fixture, one end of suspension rod arranges block piece after the displacement aperture of fixture, the size of block piece is more than the displacement aperture of fixture, the displacement aperture being smaller in size than fixture of the cross section of suspension rod, the other end of suspension rod is for being connected with extraneous support means, on the outer surface of the sidewall that vibrating motor is arranged on feed bin, the rotating shaft of vibrating motor and the axis parallel of feed bin, the material of adhesion on feed bin inwall is made to come off because of dither to drive the asymmetric feed bin of taper to move back and forth at horizontal plane by vibrating motor.
Preferably, suspension self-vibration formula composite material bunker also includes big hopper, electronic insertion plate door and controls device, big hopper is positioned at the top of feed bin, the other end of suspension rod is fixing with the sidewall of big hopper to be connected, big hopper is for being connected with extraneous support means, the entrance of feed bin realizes being tightly connected by the outlet of nonmetal flexible connector with big hopper, electronic insertion plate door is installed in the exit of feed bin, the most excessive to ensure material, control device to be electrically connected with electronic insertion plate door, vibrating motor, to control electronic insertion plate door, vibrating motor work.
Preferably, the whole height of feed bin is 2800～9000mm；The size range of the material inlet of feed bin is 1800～2200mm, the size range 600～900mm of the material outlet of feed bin.
Preferably, the sidewall of warehouse includes stainless steel layer, carbon steel layer, is enclosed on stainless steel layer outside carbon steel layer, and stainless steel layer is as the internal layer of warehouse, and the thickness of stainless steel layer is 2～4mm, and ordinary carbon steel layer is as the outer layer of warehouse, and the thickness of ordinary carbon steel layer is 8～12mm.
A kind of suspension self-vibration formula composite material bunker, including the asymmetric feed bin of taper, suspension rod, vibrating motor, the asymmetric feed bin of taper includes feed bin, feed bin clip, feed bin from top to bottom gradually tapers up, the inner ring of feed bin clip is oval, feed bin hoop sleeve is located on the outer wall of feed bin, and the outer surface of the sidewall of the inner ring of feed bin clip and feed bin is in close contact, the shape being generally aligned in the same plane interior horizontal cross-section with feed bin clip of feed bin is corresponding with the shape of the inner ring of this feed bin clip, adjacent feed bin clip the most mutually staggers setting, so that between the feed bin sidewall that enclosed of feed bin clip angulation difference and reduce the pressure between feed bin sidewall and material；It is provided with fixture on the outer surface of the sidewall of the asymmetric feed bin of taper, fixture is near feed bin entrance, displacement aperture it is provided with on fixture, one end of suspension rod arranges block piece after the displacement aperture of fixture, the size of block piece is more than the displacement aperture of fixture, the displacement aperture being smaller in size than fixture of the cross section of suspension rod, the other end of suspension rod is for being connected with extraneous support means, on the outer surface of the sidewall that vibrating motor is arranged on feed bin, the rotating shaft of vibrating motor and the axis parallel of feed bin, the material of adhesion on feed bin inwall is made to come off because of dither to drive the asymmetric feed bin of taper to move back and forth at horizontal plane by vibrating motor.
Preferably, suspension self-vibration formula composite material bunker also includes big hopper, electronic insertion plate door and controls device, big hopper is positioned at the top of feed bin, the other end of suspension rod is fixing with the sidewall of big hopper to be connected, big hopper is for being connected with extraneous support means, the entrance of feed bin realizes being tightly connected by the outlet of nonmetal flexible connector with big hopper, electronic insertion plate door is installed in the exit of feed bin, the most excessive to ensure material, control device to be electrically connected with electronic insertion plate door, vibrating motor, to control electronic insertion plate door, vibrating motor work.
Preferably, feed bin clip is connected by welding manner is fixing with the sidewall of feed bin, and the asymmetric feed bin of taper also includes that feed bin stud, feed bin stud are connected, to increase the rigidity of feed bin by welding manner is fixing with the sidewall of feed bin and feed bin clip.
Preferably, the whole height of feed bin is 2800～9000mm；The size range of the material inlet of feed bin is 1800～2200mm, the size range 600～900mm of the material outlet of feed bin.
Preferably, the sidewall of warehouse includes stainless steel layer, carbon steel layer, is enclosed on stainless steel layer outside carbon steel layer, and stainless steel layer is as the internal layer of warehouse, and the thickness of stainless steel layer is 2～4mm, and ordinary carbon steel layer is as the outer layer of warehouse, and the thickness of ordinary carbon steel layer is 8～12mm.
In above-mentioned suspension self-vibration formula composite material bunker, the horizontal cross-section of feed bin from top to bottom gradually tapers up, and adjacent horizontal cross-section staggers at a predetermined angle, so that angulation is poor and reduce the pressure between feed bin sidewall and material between the adjacent feed bin sidewall corresponding with horizontal cross-section, and the adjacent feed bin sidewall corresponding from horizontal cross-section is different to the active force of material, material on the adjacent feed bin sidewall corresponding with horizontal cross-section is in an unsure state, under this state, it is more beneficial for the whereabouts of material, vibrating motor by being arranged on feed bin sidewall drives the asymmetric feed bin of taper to move back and forth at horizontal plane and makes the material of adhesion on feed bin inwall come off because of dither simultaneously.
Accompanying drawing explanation
Fig. 1 is the structural representation of the suspension self-vibration formula composite material bunker of a better embodiment.
Fig. 2 is the structural representation of the asymmetric feed bin of taper in Fig. 1.
Fig. 3 is the structural representation of another angle of the asymmetric feed bin of taper in Fig. 2.
In figure: suspension self-vibration formula composite material bunker 10, the asymmetric feed bin of taper 20, feed bin 21, feed bin clip 22, feed bin stud 23, fixture 24, displacement aperture 240, block piece 241, suspension rod 30, vibrating motor 40, big hopper 50, electronic insertion plate door 60, control device 70, nonmetal flexible connector 80.
Detailed description of the invention
In the suspension self-vibration formula composite material bunker that this utility model provides, between the bulkhead corresponding to varying level cross section of feed bin, angle is different, cause the material stress on the bulkhead corresponding to adjacent level cross section different, material is in an unsure state, the whereabouts of material it is more beneficial under this state, simultaneously by arranging vibrating motor on the sidewall of feed bin, utilize vibrating motor making the asymmetric feed bin of taper move back and forth at horizontal plane and make the material of adhesion on feed bin inwall come off because of dither.
nullThe concrete structure of suspension self-vibration formula composite material bunker described in detail below，Referring to Fig. 1 to Fig. 3，Suspension self-vibration formula composite material bunker 10 includes the asymmetric feed bin of taper 20、Suspension rod 30、Vibrating motor 40，The asymmetric feed bin of taper 20 includes feed bin 21、Feed bin clip 22，Feed bin 21 from top to bottom gradually tapers up，The inner ring of feed bin clip 22 is oval，Feed bin clip 22 is set on the outer wall of feed bin 21，And the outer outer surface of the sidewall of the inner ring of feed bin clip 22 and feed bin 21 is in close contact，The shape being generally aligned in the same plane interior horizontal cross-section with feed bin clip 22 of feed bin 21 is corresponding with the shape of the inner ring of this feed bin clip 22，Adjacent feed bin clip 22 the most mutually staggers setting，So that angulation is poor between the feed bin sidewall that enclosed of feed bin clip 22，And reduce the pressure between feed bin sidewall and material.nullIt is provided with fixture 24 on the outer surface of the sidewall of the asymmetric feed bin of taper 20，Fixture 24 is near the entrance of feed bin 21，Displacement aperture 240 it is provided with on fixture 24，One end of suspension rod 30 arranges block piece 241 after the displacement aperture 240 of fixture 24，The size of block piece 241 is more than the internal diameter of the displacement aperture 240 of fixture 24，The size of the displacement aperture 240 being smaller in size than fixture 24 of the cross section of suspension rod 30，The other end of suspension rod 30 is for being connected with extraneous support means，On the outer surface of the sidewall that vibrating motor 40 is arranged on feed bin 21，The rotating shaft of vibrating motor 40 and the axis parallel of feed bin 21，To drive the asymmetric feed bin of taper 20 to move back and forth at horizontal plane by vibrating motor 40，And make the material of adhesion on the inwall of feed bin 21 come off because of dither.Feed bin clip 22 uses rustless steel or carbon steel to make.
Wherein, feed bin clip 22 is connected by welding manner is fixing with the sidewall of feed bin 21, and the asymmetric feed bin of taper 20 also includes that feed bin stud 23, feed bin stud 23 are connected, to increase the rigidity of feed bin 21 by welding manner is fixing with the sidewall of feed bin 21 and feed bin clip 22.In the present embodiment, the whole height of feed bin 21 is 2800～9000mmmm；The size range of the material inlet of feed bin 21 is 1800～2200mm, the size range 600～900mm of the material outlet of feed bin 21.The sidewall of warehouse 21 includes stainless steel layer, carbon steel layer, is enclosed on stainless steel layer outside carbon steel layer, and stainless steel layer is as the internal layer of warehouse 21, and the thickness of stainless steel layer is 2～4mm, and ordinary carbon steel layer is as the outer layer of warehouse 21, and the thickness of ordinary carbon steel layer is 8～12mm.In other embodiments, the sidewall of warehouse uses rustless steel to make, and the wall thickness of the sidewall of warehouse is 10～14mm.
When overlooking viewing above the asymmetric feed bin of above-mentioned taper 20, the horizontal cross-section of feed bin 21 from top to bottom gradually tapers up, and adjacent horizontal cross-section staggers at a predetermined angle, so that angulation is poor and reduce the pressure between feed bin sidewall and material between the adjacent feed bin sidewall corresponding with horizontal cross-section, simultaneously, between the bulkhead corresponding to varying level cross section of feed bin, angle is different, cause the material stress on the bulkhead corresponding to adjacent level cross section different, material is in an unsure state, under this state, it is more beneficial for the whereabouts of material, material wall the most easy to stick is realized with this, it is difficult to tie the purpose of arch.
nullFurther，Suspension self-vibration formula composite material bunker 10 also includes big hopper 50、Electronic insertion plate door 60 and control device 70，Big hopper 50 is positioned at the top of feed bin 21，The other end of suspension rod 30 is fixing with the sidewall of big hopper 50 to be connected，Big hopper 50 is for being connected with extraneous support means，The entrance of feed bin 21 realizes being tightly connected by the outlet of nonmetal flexible connector 80 with big hopper 50，Electronic insertion plate door 60 is installed in the exit of feed bin 21，The most excessive to ensure material，Control device 70 and electronic insertion plate door 60、Vibrating motor 40 is electrically connected with，To control electronic insertion plate door 60、Vibrating motor 40 works，Such as，Viscous wall according to material、Knot arch characteristic controls the stop frequency of vibrating motor 40 by controlling device 70，Between start and stop, duration is less than 3 seconds，Thus realize the material in feed bin and do not glue wall，Do not tie doming effect.
Claims (9)
1. a suspension self-vibration formula composite material bunker, it is characterized in that: include the asymmetric feed bin of taper, suspension rod, vibrating motor, the asymmetric feed bin of taper includes feed bin, the horizontal cross-section of feed bin from top to bottom gradually tapers up, and adjacent horizontal cross-section staggers at a predetermined angle, so that angulation is poor and reduce the pressure between feed bin sidewall and material between the adjacent feed bin sidewall corresponding with horizontal cross-section；It is provided with fixture on the outer surface of the sidewall of the asymmetric feed bin of taper, fixture is near the entrance of feed bin, displacement aperture it is provided with on fixture, one end of suspension rod arranges block piece after the displacement aperture of fixture, the size of block piece is more than the displacement aperture of fixture, the displacement aperture being smaller in size than fixture of the cross section of suspension rod, the other end of suspension rod is for being connected with extraneous support means, on the outer surface of the sidewall that vibrating motor is arranged on feed bin, the rotating shaft of vibrating motor and the axis parallel of feed bin, the material of adhesion on feed bin inwall is made to come off because of dither to drive the asymmetric feed bin of taper to move back and forth at horizontal plane by vibrating motor.
2. suspension self-vibration formula composite material bunker as claimed in claim 1, it is characterized in that: suspension self-vibration formula composite material bunker also includes big hopper, electronic insertion plate door and control device, big hopper is positioned at the top of feed bin, the other end of suspension rod is fixing with the sidewall of big hopper to be connected, big hopper is for being connected with extraneous support means, the entrance of feed bin realizes being tightly connected by the outlet of nonmetal flexible connector with big hopper, electronic insertion plate door is installed in the exit of feed bin, the most excessive to ensure material, control device and electronic insertion plate door, vibrating motor is electrically connected with, to control electronic insertion plate door, vibrating motor works.
3. suspension self-vibration formula composite material bunker as claimed in claim 2, it is characterised in that: the whole height of feed bin is 2800～9000mm；The size range of the material inlet of feed bin is 1800～2200mm, the size range 600～900mm of the material outlet of feed bin.
4. suspension self-vibration formula composite material bunker as claimed in claim 3, it is characterized in that: the sidewall of warehouse includes stainless steel layer, carbon steel layer, it is enclosed in outside carbon steel layer on stainless steel layer, stainless steel layer is as the internal layer of warehouse, the thickness of stainless steel layer is 2～4mm, ordinary carbon steel layer is as the outer layer of warehouse, and the thickness of ordinary carbon steel layer is 8～12mm.
5. a suspension self-vibration formula composite material bunker, including the asymmetric feed bin of taper, suspension rod, vibrating motor, the asymmetric feed bin of taper includes feed bin, feed bin clip, feed bin from top to bottom gradually tapers up, the inner ring of feed bin clip is oval, feed bin hoop sleeve is located on the outer wall of feed bin, and the outer surface of the sidewall of the inner ring of feed bin clip and feed bin is in close contact, the shape that feed bin is generally aligned in the same plane interior horizontal cross-section with feed bin clip is corresponding with the shape of the inner ring of this feed bin clip, adjacent feed bin clip the most mutually staggers setting, so that between the feed bin sidewall that enclosed of feed bin clip angulation difference and reduce the pressure between feed bin sidewall and material；It is provided with fixture on the outer surface of the sidewall of the asymmetric feed bin of taper, fixture is near feed bin entrance, displacement aperture it is provided with on fixture, one end of suspension rod arranges block piece after the displacement aperture of fixture, the size of block piece is more than the displacement aperture of fixture, the displacement aperture being smaller in size than fixture of the cross section of suspension rod, the other end of suspension rod is for being connected with extraneous support means, on the outer surface of the sidewall that vibrating motor is arranged on feed bin, the rotating shaft of vibrating motor and the axis parallel of feed bin, the material of adhesion on feed bin inwall is made to come off because of dither to drive the asymmetric feed bin of taper to move back and forth at horizontal plane by vibrating motor.
6. suspension self-vibration formula composite material bunker as claimed in claim 5, it is characterized in that: suspension self-vibration formula composite material bunker also includes big hopper, electronic insertion plate door and control device, big hopper is positioned at the top of feed bin, the other end of suspension rod is fixing with the sidewall of big hopper to be connected, big hopper is for being connected with extraneous support means, the entrance of feed bin realizes being tightly connected by the outlet of nonmetal flexible connector with big hopper, electronic insertion plate door is installed in the exit of feed bin, the most excessive to ensure material, control device and electronic insertion plate door, vibrating motor is electrically connected with, to control electronic insertion plate door, vibrating motor works, the stop frequency of vibrating motor is set according to material characteristic.
7. suspension self-vibration formula composite material bunker as claimed in claim 6, it is characterized in that: feed bin clip is connected by welding manner is fixing with the sidewall of feed bin, the asymmetric feed bin of taper also includes feed bin stud, feed bin stud is connected, to increase the rigidity of feed bin by welding manner is fixing with the sidewall of feed bin and feed bin clip.
8. suspension self-vibration formula composite material bunker as claimed in claim 7, it is characterised in that: the whole height of feed bin is 2800～9000mm；The size range of the material inlet of feed bin is 1800～2200mm, the size range 600～900mm of the material outlet of feed bin.
9. suspension self-vibration formula composite material bunker as claimed in claim 8, it is characterized in that: the sidewall of warehouse includes stainless steel layer, carbon steel layer, it is enclosed in outside carbon steel layer on stainless steel layer, stainless steel layer is as the internal layer of warehouse, the thickness of stainless steel layer is 2～4mm, ordinary carbon steel layer is as the outer layer of warehouse, and the thickness of ordinary carbon steel layer is 8～12mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620301883.4U CN205499878U (en) | 2016-04-12 | 2016-04-12 | Compound feed bin of natural vibration formula suspends in midair |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620301883.4U CN205499878U (en) | 2016-04-12 | 2016-04-12 | Compound feed bin of natural vibration formula suspends in midair |
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| CN205499878U true CN205499878U (en) | 2016-08-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620301883.4U Expired - Fee Related CN205499878U (en) | 2016-04-12 | 2016-04-12 | Compound feed bin of natural vibration formula suspends in midair |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105668047A (en) * | 2016-04-12 | 2016-06-15 | 保定天保电器设备结构有限公司 | Suspension self-vibrating type composite stock bin |
| CN110883928A (en) * | 2019-11-09 | 2020-03-17 | 安徽晶宫绿建集团有限公司 | Forming device of prefabricated plate |
-
2016
- 2016-04-12 CN CN201620301883.4U patent/CN205499878U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105668047A (en) * | 2016-04-12 | 2016-06-15 | 保定天保电器设备结构有限公司 | Suspension self-vibrating type composite stock bin |
| CN110883928A (en) * | 2019-11-09 | 2020-03-17 | 安徽晶宫绿建集团有限公司 | Forming device of prefabricated plate |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address |
Address after: Zhen Shi tou Cun Mancheng Hebei District 071000 West God Star City in Baoding Province Patentee after: Hebei man Tong Environmental Engineering Co., Ltd. Address before: Town village of Mancheng County in West Hebei Province, Baoding City God Star Patentee before: BAODING TIANBAO ELECTRICAL EQUIPMENT STRUCTURE CO., LTD. |
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| CP03 | Change of name, title or address | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160824 Termination date: 20210412 |
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| CF01 | Termination of patent right due to non-payment of annual fee |