CN109761064A - A kind of charging system suitable for loaded particles material - Google Patents
A kind of charging system suitable for loaded particles material Download PDFInfo
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- CN109761064A CN109761064A CN201811417532.XA CN201811417532A CN109761064A CN 109761064 A CN109761064 A CN 109761064A CN 201811417532 A CN201811417532 A CN 201811417532A CN 109761064 A CN109761064 A CN 109761064A
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- pipeline section
- charging system
- feeder pipe
- rotating turret
- container
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Abstract
The invention discloses a kind of charging systems suitable for loaded particles material, belong to a kind of material charging system.The charging system includes feeder pipe, bellows, tipping tube and splicing component；Feeder pipe is higher than splicing component；Splicing component include can further include the container on the sloping platform around the sloping platform of pivot axis；Container has feed inlet；Tipping tube includes adjusting pipeline section and feeding pipeline section, and adjusting pipeline section has lateral openings, and feeding pipeline section is feeding pipeline section；Bellows can be connect by the extended or retracted adjusting pipeline section of lateral openings, bellows section one end with feeder pipe, and the other end is connect with feeding pipeline section；Feeding pipeline section connect that the one end of feeding pipeline section far from feeder pipe and splicing component are hinged by the first articulated shaft, and the first articulated shaft is parallel to pivot center with feed inlet.The charge of container can be improved in the charging system, is self-possessed to flow using material and realizes that material conveys, material is avoided to be influenced quality by mechanical wear in conveying.
Description
Technical field
The present invention relates to a kind of material charging system more particularly to a kind of charging systems suitable for loaded particles material.
Background technique
Currently, granule materials (such as plastic pellet) or powder are suitable for the charging system of loaded particles material, it is usually sharp
The bulk cargo in feed bin is loaded in container extremely with feeding device, the bulk cargo in feed bin is filled to container to realize
The transport of material.Existing container is suitable for the charging system of loaded particles material, is typically transmitted using machine power
(application No. is the patents of " CN201521087192.0 " to disclose relevant technical solution) or pneumatic conveying (application No. is
The patent of " CN201521087192.0 " discloses relevant scheme), it is defeated by granule materials from the storage devices such as feed bin
It send to container.Wherein, material is delivered to collection using spiral-poker by the charging system transmitted using machine power, some
In vanning, material is delivered in container by some using belt.
But the existing charging system suitable for loaded particles material has the following deficiencies:
(1) using the charging system of machine power transmission, the material of transmission, which is easy to be generated heat by mechanical friction, generates bonding,
Or it is easy the extruding by spiral-poker, and cause material damaged；
(2) when the driving wind-force of the rolling speed of transmission belt or pneumatic conveying is excessive, process of the material in transmission
In, it is easy to cause breakage because high speed impact is collided；
(3) material fallen into container is easy to generate local accumulation in feed hole area, is formed in container intermediate
Windrow cone cell high, surrounding is low, material are difficult to be filled uniformly with container, cause the stowage rate of container not high (usually
Only 60~70%).
Summary of the invention
For overcome the deficiencies in the prior art, the purpose of the present invention is to provide one kind to convey object using material gravity
Material, and the charging system suitable for loaded particles material of charging plot ratio can be effectively improved.
The purpose of the present invention adopts the following technical scheme that realization:
A kind of charging system suitable for loaded particles material, including feeder pipe, bellows, tipping tube and splicing component；
The feeder pipe is higher than the splicing component；The splicing component includes that can further include around the sloping platform of pivot axis
Container on the sloping platform；The container has feed inlet；
The tipping tube includes adjusting pipeline section and feeding pipeline section, and the adjusting pipeline section has lateral openings, the feed pipe
Section is hollow pipeline section；The bellows can be by the extended or retracted adjusting pipeline section of the lateral openings, the bellows
Duan Yiduan is connect with the feeder pipe, and the other end is connect with feeding pipeline section；The feeding pipeline section is connect with the feed inlet；
The one end of the feeding pipeline section far from the feeder pipe and the splicing component are hinged by the first articulated shaft, institute
It states the first articulated shaft and is parallel to the pivot center.
Further, the container includes cabinet, further includes being set to the intracorporal lining bag of the case, the lining bag is equipped with
The feed inlet, the lining bag stretch out the cabinet, the feeding pipeline section nozzle and the removable connection of the feed inlet.
It further, further include adjusting component, the adjusting component includes upper bracket and sliding slot, the tipping tube side wall
Equipped with the sliding slot, the upper bracket is fixed on the feeder pipe, and the upper bracket extends toward the sliding slot direction is equipped with connection
Plate, the connecting plate end are equipped with matching piece, and the matching piece is set in the sliding slot；
When the tipping tube is rotated relative to the splicing component around first articulated shaft, the matching piece and the cunning
Relative displacement occurs for slot.
Further, the sliding slot both ends are respectively equipped with locating part.
Further, the sloping platform includes bottom plate and door frame, and the container is set on the bottom plate；The door
Frame includes column and crossbeam, and the bottom plate is fixed in described column one end, and the other end is fixedly connected with the crossbeam；The cross
Beam is equipped with interconnecting piece, and the tipping tube is equipped with lower bracket far from the end of the feeder pipe side, and the lower bracket passes through first
Articulated shaft and the interconnecting piece are hinged.
Further, the door frame further includes brace, and the column is fixed in described brace one end, and the other end is fixed on
The bottom plate, the brace are tilted toward the direction close to the pivot center.
Further, detection components are additionally provided on the door frame, the detection components include rotating turret and level-sensing device；
The rotating turret is articulated with the crossbeam, second articulated shaft and the beam vertical by the second articulated shaft；
The rotating turret is equipped with the level-sensing device far from one end of the crossbeam；
The lining bag, which is equipped with, checks mouth, and the rotating turret has detection position, and the rotating turret can the relatively described crossbeam turn
It moves to or is detached from the detection position, when the rotating turret is located at the detection position, in the horizontal direction, the level-sensing device
Projection fall into described check in the projection of mouth.
Further, the detection components further include the first limit block and the second limit block, and first limited block is fixed
In the crossbeam far from the bottom plate side, second limited block is fixed on the crossbeam close to the bottom plate side, the rotation
Frame also has initial position, and when the rotating turret rotation abuts first limited block, the rotating turret is located at the initial bit
It sets, when the rotating turret rotation abuts second limited block, the rotating turret is located at the detection position.
Further, the upper bracket further includes annular slab, and the annular slab extends along its annular axis direction is equipped with institute
Connecting plate is stated, the connecting plate is Z-shaped plate, and the Z-shaped plate quantity is 2, and the Z-shaped plate is symmetrical arranged, the annular slab inner wall
It is fixed with the blanking pipe outer wall；The axial line of the Z-shaped plate length direction and the annular slab is parallel to each other.
It further, further include feed bin, the feed bin has discharging pipeline section, and the discharging pipeline section is remote with the feeder pipe
The removable connection in one end from the bellows；Electric gate valve is equipped between the feed bin and the bellows.
Compared with prior art, the beneficial effects of the present invention are:
(1) when needing charging transport, feeder pipe need to only be connect with storage device, it can be by granule materials or granular material
Out of, certain altitude is equably left to opposite lower by bellows, tipping tube container, the loading of material is realized；It can
Tilt angle by adjusting sloping platform effectively avoids the cone cell of material from accumulating to adjust charging angle, is conducive to uniformly
Material, can be by the fuller of container dress, and the charging rate and rate of container also can be effectively controlled；
(2) charging system conveys material without power (such as wind-power), utilizes the difference in height of feed pipe and container
Realize that material passes through from retransmitting, it, can be to avoid the damage and fever of material since material is flowed by self power.
Detailed description of the invention
Fig. 1 is the schematic diagram that container is in high-end trim in charging system of the invention；
Fig. 2 is the portion A enlarged drawing in Fig. 1；
Fig. 3 is the portion B enlarged drawing in Fig. 1；
Fig. 4 is the schematic diagram that container is in horizontality in charging system of the invention；
Fig. 5 is the schematic diagram that container is in middle position state in charging system of the invention；
Fig. 6 is the left view of charging system of the invention；
Fig. 7 is the portion C enlarged drawing in Fig. 6；
Fig. 8 is the upper bracket of charging system of the invention and the connection schematic diagram of feeder pipe；
Fig. 9 is the structural schematic diagram of the upper bracket of charging system of the invention；
In figure: 10, feeder pipe；20, bellows；30, tipping tube；31, pipeline section is adjusted；32, feeding pipeline section；40, splicing
Component；41, sloping platform；411, bottom plate；412, door frame；4121, column；4122, crossbeam；4123, brace；42, container；
421, cabinet；422, bag is served as a contrast；4221, mouth is checked；51, lower bracket；61, upper bracket；611, annular slab；612, connecting plate；62,
Sliding slot；621, locating part；63, matching piece；71, rotating turret；72, level-sensing device；721, the first limited block；722, the second limit
Block；80, feed bin；90, electric gate valve.
Specific embodiment
In the following, being described further in conjunction with attached drawing and specific embodiment to the present invention, it should be noted that not
Under the premise of conflicting, new reality can be formed between various embodiments described below or between each technical characteristic in any combination
Apply example.
As shown in figures 1-8, a kind of charging system suitable for loaded particles material, including sequentially connected feeder pipe 10, stretch
Contracting hose 20, tipping tube 30 and splicing component 40；Bellows 20 can be metal bellows 20, be also possible to plastic ripple
Bellows 20 etc., selects according to actual conditions；Feeder pipe 10 is for connecting storage device and bellows 20, blanking
Pipe 10 can be with storage device integrally connected, be also possible to be separately provided for connecting storage device discharge port and flexible
Hose 20, when the charging system normal use implements loading operation, feeder pipe 10 is arranged higher than splicing component 40, so that
Obtaining the material flowed out by feeder pipe 10 can flow in container 42 by self weight；Splicing component 40 includes can be around pivot center
The sloping platform 41 of rotation further includes the container 42 on sloping platform 41, when sloping platform 41 rotates, container 42
The variation of angle occurs for opposite ground, and container 42 has feed inlet；Tipping tube 30 includes adjusting pipeline section 31 and feeding pipeline section
32, adjusting pipeline section 31 has lateral openings, and adjusting pipeline section 31 can be U-tube section, and feeding pipeline section 32 is feeding pipeline section 32, with
Facilitate connection bellows 20, the channel to form material conveying is connected to bellows 20；Bellows 20 can be by lateral openings
Extended or retracted adjusting pipeline section 31,20 sections of one end of bellows are connect with feeder pipe 10, and the other end is connect with feeding pipeline section 32；
Feeding pipeline section 32 is connected to feed inlet；The one end of feeding pipeline section 32 far from feeder pipe 10 and splicing component 40 are hinged by first
Axis is hinged, and the first articulated shaft is parallel to pivot center.Wherein, container 42 refers to the container for charging.
The charging system can be used for the industries such as plastics, grain, food, feed, chemical industry, building materials, packaging, logistics, storage；
It is high to the charging efficiency of granule materials, while can also charge to bulk cargos such as granular materials.
This is used for transmission the application method of the charging system of composition granule material are as follows:
Sloping platform 41 includes bottom plate 411, and sloping platform 41 rotates, so that bottom plate 411 is preferably minimized position (such as Fig. 4),
Semitrailer equipped with container 42 is retracted on the bottom plate 411 of sloping platform 41, two vehicle wheel plugs are placed on semitrailer wheel
The feeding pipeline section 32 of tipping tube 30 and 42 feed inlet of container are realized by connector and connected, and makes feed pipe in front
Section 32 is connected to 42 feed inlet of container, feeder pipe 10 is connect with feed bin 80 or other storage devices, Open valve, so that
It obtains material and bellows 20 and feeding pipeline section 32 is passed sequentially through by feeder pipe 10, container 42 is delivered to by feed inlet, is being conveyed
It, can be by adjusting the angle of 41 bottom plate 411 of sloping platform, with tilt angle (such as Fig. 1,5 of regulating container 42 when material
It is shown) so that entering the material in container 42 by same feed inlet, it will not be deposited in same place, allow material uniform
Ground is fallen into container 42, and 42 filling rate of container can be improved to 90% or more, sufficiently improves the utilization rate of container 42, has
Effect reduces transport, warehouse cost.
Specifically, feeding pipeline section 32 can be hinged with container 42, be also possible to hinged (as schemed with sloping platform 41
3), container 42 or sloping platform 41 close to the side of feeding pipeline section 32 be splicing side, when splicing component 40 rotates, splicing group
The splicing side of part 40 generates the variation of height in the vertical direction, in the horizontal direction, between feeder pipe 10 it is horizontal away from
From also changing, by being articulated and connected between feed pipe and splicing component 40, so that splicing component 40 and feeding pipeline section 32 connect
When the side Level Change connect, will not bending feeding pipeline section 32, while feeding pipeline section 32 is also sent out relative to the tilt angle on ground
Raw to change, the tilt angle of feeding pipeline section 32 is different, and material is not also both that rate of feed is changeable according to the rate of self weight flowing；
In addition, as shown in Fig. 1,2,4,5, by the setting of bellows 20, the system can by the elongation of bellows 20 or
Shorten, so that being provided with vertical, lateral displacement space between the feeder pipe 10 that splicing component 40 is fixed relative to outside；
Correspondingly, as shown in Figure 1, 2, because bellows 20 is for Telescopic to be realized, necessarily there is certain flexibility, pass through tune
The setting for saving pipeline section 31 is equipped with lateral openings close to the side of feeder pipe 10 adjusting pipeline section 31, so that in material conveying,
The not opening side of pipeline section 31 is adjusted, can be with support bellows 20, the bending deformation for avoiding material bellows 20 from pressing is kept away
Exempt from material accumulation in bellows 20, transfer passage is avoided to block, or influences delivery rate, and as shown in figure 5, working as
When tipping tube 30 is moved up with respect to feeder pipe 10, the lateral openings for adjusting pipeline section 31 can provide relative displacement sky to feeder pipe 10
Between, simultaneous retractable hose 20 is shunk.
Wherein, it is arranged due to feeder pipe 10 higher than splicing component 40, can use the flowing of material self gravity, without dynamic
Power conveys material, saves energy consumption；Due to that can pass through the rotation of sloping platform 41, adjustable 42 angle of container can be arbitrary
Tilt angle carries out charging operation, can effectively improve 42 feed rate of container and efficiency, improves the turnover rate of container 42；
The system is applied widely, because Flow of Goods and Materials speed is uniform, will not generate impact, collision and violent friction and cause object
Material fever generates bonding or damaged, is particularly suitable for more frangible and thermally sensitive granule materials, is of course also apply to powder
The charging work of the materials such as material；Since material in storage device directly by flowing into container 42, charging operation is effectively reduced
Fugitive dust and noise, sufficiently improvement operating environment；When carrying out charging work using the system, due to being passed in system without machinery
Dynamic components and the component that need to be lubricated are contacted with material, avoid components fall off be mixed into material, contaminated material causes quality thing
Therefore improve the reliability and safety of charging operation；The charging system charging component (feeder pipe 10, bellows 20,
Tipping tube 30) it is easy to clean, quick, reliable, it is more suitable for food-grade and other pairs of hygienic requirements is high that material conveying is loaded.
Specifically, as shown in Figure 3,4,32 side wall of feeding pipeline section is equipped with lower bracket 51, and lower bracket 51 and splicing component 40 are logical
It is hinged to cross the first articulated shaft；As shown in Fig. 2, tipping tube 30 can be socketed shape by seperated adjusting pipeline section 31 and feeding pipeline section 32
Be socketed on and adjusted on pipeline section 31 at, 32 port threads of feeding pipeline section, at the same feeding pipeline section 32 with adjust after pipeline section 31 is socketed,
Adjust it is also remaining in pipeline section 31 have one section of connecting pin, with the removable connection of bellows 20, such as pass through locked clip device company
It connects, setting in this way, both easy to disassemble and cleaning, can make feed pipe section 32 both may be implemented and adjust pipeline section 31
Connection, can also be connect with bellows 20, to realize the normal charging work of charging system.
Wherein, container 42 has feed inlet, and feeding pipeline section 32 is connected to feed inlet, can be in a manner of following one
Implement: first, material is directly loadable into container 42, and 42 ontology of container has a feed inlet, feeding pipeline section 32 and feed inlet it
Between be connected with flexible-belt or flexible pipe or bellows 20, to realize the connection inside feeding pipeline section 32 and container 42；The
Two, container 42 includes cabinet 421 and lining bag 422, and material is packed into lining bag 422, and lining bag 422 is equipped with feed inlet, serves as a contrast bag 422
Feed inlet, which is directly arranged, to be lock on feeding pipeline section 32, to realize feeding pipeline section 32 and serve as a contrast the connection inside bag 422.Certainly, also
It can be implemented using other modes.
Preferably, as shown in Figure 1,3, it unloads for convenience, which includes cabinet 421, further includes being set to cabinet
Lining bag 422 in 421, lining bag 422 are equipped with feed inlet, and lining bag 422 stretches out cabinet 421, and 32 nozzle of feeding pipeline section and feed inlet can
Tear formula connection open；When connecting feeding pipeline section 32 and lining bag 422, the feed inlet for serving as a contrast bag 422 can be socketed with feeding pipeline section 32,
Then tightened by clip, it is, of course, also possible to tightened by rope, or at lining 422 feed inlet of bag setting connecting flange with
Feeding pipeline section 32 realizes connection, and material flows into lining bag 422, when charging is completed, lining bag 422 and feeding pipeline section 32 is detached from and connected
It connects, locking lining 422 feed inlet of bag can transport.As shown in figure 3, stretching out cabinet 421 and feeding pipeline section 32 by lining bag 422
Connection, when the pivot axis of 42 feed side relative tilt platform 41 of container, feeding pipeline section 32 with respect to container 42 into
Expect that the angle of side is different, due to lining bag 422 be it is flexible, then the change of relative angle between the two, will not influence and charged
Journey.
Preferably, as shown in Fig. 2, in order to enable when splicing component 40 rotate when, between feeder pipe 10 and tipping tube 30
Cooperation is more smooth, and in order to enable tipping tube 30 can preferably change with the rotation of splicing component 40 relative to ground
The tilt angle in face, the speed of adjustment conveying material, which further includes adjusting component.Adjusting component includes upper bracket
61 and sliding slot 62,30 side wall of tipping tube is equipped with sliding slot 62, and upper bracket 61 is fixed on feeder pipe 10, and upper bracket 61 is toward 62 side of sliding slot
It is equipped with connecting plate 612 to extending, 612 end of connecting plate is equipped with matching piece 63, and matching piece 63 is set in sliding slot 62；Tipping tube 30
When rotating relative to splicing component 40 around the first articulated shaft, relative displacement occurs for matching piece 63 and sliding slot 62；Tipping tube 30 by
To the first articulated shaft and matching piece 63 constraint and change tilt angle and position with splicing component 40.
Preferably, matching piece 63 is idler wheel, is connected with idler wheel, idler wheel and sliding slot 62 by fulcrum in 612 end of connecting plate
Cooperation so that the relative displacement between tipping tube 30 and feeder pipe 10 is more smooth.Certainly, matching piece 63 is also possible to slide
Block.
Preferably, as shown in Fig. 2, 62 both ends of sliding slot are respectively equipped with limit in order to avoid matching piece 63 skids off 62 two sides of sliding slot
Position part 621.
Specifically, sliding slot 62 is made of upper slide and lower skateboard, and the outer wall of upper slide and tipping tube 30 welds, lower skateboard
It is fixedly connected by locating part 621 with upper slide.
Preferably, it as shown in Fig. 1,3,4, reuses for convenience, reduces cost, further include using on sloping platform 41
It is more practical relative to tipping tube 30 and the hinged embodiment of container 42 in the door frame 412 hinged with tipping tube 30.Tool
Body, sloping platform 41 includes bottom plate 411 and door frame 412, and container 42 is set on bottom plate 411；Door frame 412 includes column
4121 and crossbeam 4122,4121 one end of column be fixed on bottom plate 411, the other end is fixedly connected with crossbeam 4122；On crossbeam 4122
Equipped with interconnecting piece, 32 side wall of feeding pipeline section is equipped with lower bracket 51, and lower bracket 51 has lifting lug, and lower bracket 51 passes through lifting lug and cross
Beam 4122 is hinged by the first articulated shaft.
Preferably, it as shown in figure 3, in order to improve the stability of door frame 412, avoids when material conveying weight is slightly larger, door
Effect of the frame 412 by tipping tube 30, and the phenomenon that rock, door frame 412 further includes brace 4123,4123 one end of brace
It is fixed on column 4121, the other end is fixed on bottom plate 411, and brace 4123 is tilted toward the direction close to pivot center.
Preferably, as shown in Figure 6,7, in charging process, the container of charging angle is adjusted for rotation inclination
42, if operating personnel need to monitor material loading condition, high altitude operation is needed, in order to avoid the danger and trouble of high altitude operation, door
Detection components are additionally provided on frame 412, detection components include rotating turret 71 and level-sensing device 72；Rotating turret 71 passes through the second articulated shaft
It is articulated with crossbeam 4122, the second articulated shaft is vertical with crossbeam 4122；Rotating turret 71 is equipped with level-sensing device far from one end of crossbeam 4122
72；Lining bag 422, which is equipped with, checks mouth 4221, and rotating turret 71 has a detection position, rotating turret 71 can be turned to respect to crossbeam 4122 or
It is detached from detection position, when rotating turret 71 is located at detection position, in the horizontal direction, the projection of level-sensing device 72, which is fallen into, checks mouth
In 4221 projection.
Specifically, after container 42 loads onto sloping platform 41, the rotating turret 71 on door frame 412 is rotated, so that
Mouth 4221 is checked on the alignment of level-sensing device 72 lining bag 422 or container 42, and in charging, operating personnel can pass through level-sensing device
The process and state that 72 monitoring materials load, are not necessarily to high altitude operation；It, will when needing container 42 exiting sloping platform 41
Rotating turret 71 up rotates, and container 42 is detached from sloping platform 41 by semitrailer.
Preferably, as shown in fig. 7, limiting the position of level-sensing device 72 for convenience, rotating turret 71 is avoided to rotate position, such as
Shown in Fig. 7, detection components further include the first limited block 721 and the second limited block 722, and the first limited block 721 is fixed on crossbeam
4122 far from 411 side of bottom plate, and the second limited block 722 is fixed on crossbeam 4122 close to 411 side of bottom plate, and rotating turret 71 also has just
Beginning position, when the rotation of rotating turret 71 abuts the first limited block 721, rotating turret 71 is located at initial position (dotted portion in figure), turns
When the rotation of moving frame 71 abuts the second limited block 722, rotating turret 71 is located at detection position；When preparing charging, by 71 turns of rotating turret
It moves to detection position and rotating turret 71 is turned into initial position when needing container 42 exiting sloping platform 41.
Preferably, as shown in Figure 8,9, upper bracket 61 further includes annular slab 611, and annular slab 611 is past with its width direction phase
Same direction, which extends, is equipped with connecting plate 612, and connecting plate 612 is Z-shaped plate, and Z-shaped plate quantity is 2, and Z-shaped plate is arranged symmetrically, annular slab
611 inner walls are fixed with 10 outer wall of feeder pipe；Z-shaped plate length direction and the axial line of annular slab 611 are parallel to each other.When needing to pacify
When filling idler wheel, fulcrum is passed through into idler wheel, and fulcrum both ends are fixed in symmetrically arranged Z-shaped plate；Pass through symmetrical fold-line-shaped
The setting of Z-shaped plate easily facilitates and idler wheel is installed between two Z-shaped plates.
Preferably, as shown in figures 1,4 and 5, which further includes the feed bin 80 for discharging, and feed bin 80 has discharge nozzle
Section, discharging pipeline section and the removable connection in the one end of feeder pipe 10 far from bellows 20；It is set between feed bin 80 and bellows 20
There is electric gate valve 90, electric gate valve 90 can control material feed flow.
Specifically, the preferred embodiment of the connection of various pieces is as follows in the system: electric gate valve 90 respectively with feed bin
The flange of 10 upper end of discharging pipeline section flange and feeder pipe of 80 lower ends is bolted connection；Bellows 20 enters muzzle
Enter the lower end of feeder pipe 10, and be fastened on the top of retaining ring with clip, sending for tipping tube 30 is inserted in the outlet of bellows 20
The arrival end of the pipe fitting of expects pipe section 32, and it is fastened on clip the lower section of retaining ring.
The above embodiment is only the preferred embodiment of the present invention, and the scope of protection of the present invention is not limited thereto,
The variation and replacement for any unsubstantiality that those skilled in the art is done on the basis of the present invention belong to institute of the present invention
Claimed range.
Claims (10)
1. a kind of charging system suitable for loaded particles material, it is characterised in that:
Including feeder pipe, bellows, tipping tube and splicing component；The feeder pipe is higher than the splicing component；The splicing
Component include can further include the container on the sloping platform around the sloping platform of pivot axis；The packaging
Case has feed inlet；
The tipping tube includes adjusting pipeline section and feeding pipeline section, and the adjusting pipeline section has lateral openings, and the feeding pipeline section is
Hollow pipeline section；The bellows can be by the extended or retracted adjusting pipeline section of the lateral openings, the bellows section one
End is connect with the feeder pipe, and the other end is connect with feeding pipeline section；The feeding pipeline section is connect with the feed inlet；
The one end of the feeding pipeline section far from the feeder pipe is hinged by the first articulated shaft with the splicing component, and described first
Articulated shaft is parallel to the pivot center.
2. being suitable for the charging system of loaded particles material as described in claim 1, it is characterised in that:
The container includes cabinet, further includes being set to the intracorporal lining bag of the case, the lining bag is equipped with the feed inlet, described
It serves as a contrast bag and stretches out the cabinet, the feeding pipeline section nozzle and the removable connection of the feed inlet.
3. being suitable for the charging system of loaded particles material as claimed in claim 1 or 2, it is characterised in that:
It further include adjusting component, the adjusting component includes upper bracket and sliding slot, and the tipping tube side wall is equipped with the sliding slot, institute
It states upper bracket and is fixed on the feeder pipe, the upper bracket extends toward the sliding slot direction is equipped with connecting plate, the connecting plate end
Portion is equipped with matching piece, and the matching piece is set in the sliding slot；
When the tipping tube is rotated relative to the splicing component around first articulated shaft, the matching piece and the sliding slot occur
Relative displacement.
4. being suitable for the charging system of loaded particles material as claimed in claim 3, it is characterised in that:
The sliding slot both ends are respectively equipped with locating part.
5. the charging system as claimed in claim 2 suitable for loaded particles material, it is characterised in that:
The sloping platform includes bottom plate and door frame, and the container is set on the bottom plate；The door frame includes column and cross
The bottom plate is fixed in beam, described column one end, and the other end is fixedly connected with the crossbeam；The crossbeam is equipped with interconnecting piece,
The tipping tube is equipped with lower bracket far from the end of the feeder pipe side, and the lower bracket passes through the first articulated shaft and the connection
Portion is hinged.
6. being suitable for the charging system of loaded particles material described in claim 5, it is characterised in that:
The door frame further includes brace, and the column is fixed in described brace one end, and the other end is fixed on the bottom plate, described oblique
Bar is tilted toward the direction close to the pivot center.
7. being suitable for the charging system of loaded particles material as claimed in claim 5, it is characterised in that:
Detection components are additionally provided on the door frame, the detection components include rotating turret and level-sensing device；
The rotating turret is articulated with the crossbeam, second articulated shaft and the beam vertical by the second articulated shaft；It is described
Rotating turret is equipped with the level-sensing device far from one end of the crossbeam；
The lining bag is equipped with and checks mouth, and the rotating turret has a detection position, the rotating turret can the relatively described crossbeam turn to
Or it is detached from the detection position, when the rotating turret is located at the detection position, in the horizontal direction, the projection of the level-sensing device
Fall into described check in the projection of mouth.
8. being suitable for the charging system of loaded particles material as claimed in claim 7, it is characterised in that:
The detection components further include the first limit block and the second limit block, and it is separate that first limited block is fixed on the crossbeam
The bottom plate side, second limited block are fixed on the crossbeam close to the bottom plate side, and the rotating turret also has initial bit
It sets, when the rotating turret rotation abuts first limited block, the rotating turret is located at the initial position, the rotating turret rotation
When turning to abut second limited block, the rotating turret is located at the detection position.
9. being suitable for the charging system of loaded particles material as claimed in claim 3, it is characterised in that:
The upper bracket further includes annular slab, and the annular slab extends along its annular axis direction is equipped with the connecting plate, described
Connecting plate is Z-shaped plate, and the Z-shaped plate quantity is 2, and the Z-shaped plate is symmetrical arranged, outside the annular slab inner wall and the feeder pipe
Wall is fixed；The axial line of the Z-shaped plate length direction and the annular slab is parallel to each other.
10. being suitable for the charging system of loaded particles material as described in claim 1, it is characterised in that:
It further include feed bin, the feed bin has discharging pipeline section, and the discharging pipeline section and the feeder pipe are far from the bellows
The removable connection in one end；Electric gate valve is equipped between the feed bin and the bellows.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811417532.XA CN109761064B (en) | 2018-11-26 | 2018-11-26 | Charging system suitable for charging granular materials |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811417532.XA CN109761064B (en) | 2018-11-26 | 2018-11-26 | Charging system suitable for charging granular materials |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109761064A true CN109761064A (en) | 2019-05-17 |
| CN109761064B CN109761064B (en) | 2021-01-12 |
Family
ID=66449165
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| Application Number | Title | Priority Date | Filing Date |
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| CN201811417532.XA Active CN109761064B (en) | 2018-11-26 | 2018-11-26 | Charging system suitable for charging granular materials |
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| CN112248420A (en) * | 2020-08-29 | 2021-01-22 | 盐城工学院 | Automatic flaring equipment for PVC (polyvinyl chloride) round pipe |
| CN116275030A (en) * | 2023-03-30 | 2023-06-23 | 安徽达科切削工具有限公司 | Cemented carbide powder placing mechanism |
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| CN116275030A (en) * | 2023-03-30 | 2023-06-23 | 安徽达科切削工具有限公司 | Cemented carbide powder placing mechanism |
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| CN109761064B (en) | 2021-01-12 |
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