CN207943597U - A kind of foldable conveying apparatus in workshop on bagged material car loader - Google Patents
A kind of foldable conveying apparatus in workshop on bagged material car loader Download PDFInfo
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- CN207943597U CN207943597U CN201820160964.6U CN201820160964U CN207943597U CN 207943597 U CN207943597 U CN 207943597U CN 201820160964 U CN201820160964 U CN 201820160964U CN 207943597 U CN207943597 U CN 207943597U
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Abstract
The utility model provides the foldable conveying apparatus on bagged material car loader in a kind of workshop, it include the guide rail on workshop, conveying mechanism on guide rail, the three-dimensional moving mechanism for driving conveying mechanism to be slided on guide rail is connected on the guide rail, the tail end of the conveying mechanism is equipped with multistage folding conveyer structure, the multistage folding conveyer structure includes the inverting slideway being connect with three-dimensional moving mechanism, be arranged below inverting slideway and be connected on three-dimensional moving mechanism connect pack assembly and with the component of giving out a contract for a project that connects pack assembly and connect, the component of giving out a contract for a project is connected to the lower end of three-dimensional moving mechanism.The utility model realizes the collapsible conveying of bagged material using multistage folding conveyer structure, reduces the longer defect of conventional conveyor belt length；It is connect with three-dimensional moving mechanism with the multistage folding conveyer structure, multistage folding conveyer structure is enable to carry out the mobile material stacking for realizing random length and width compartment in transverse direction, longitudinal direction and upper and lower position.
Description
Technical field
The utility model is related to material transfer equipment fields, and in particular to the folding in a kind of workshop on bagged material car loader
Stacked conveying device.
Background technology
To improve the entrucking efficiency of bagged cement, reduction cost of labor reduces influence of the severe working environment to human body,
Currently, many cement plants use semi- or fully automated carloader, with reference to building material industry standard《2048-2011 bags of JCT
Fill cement carloader》, which includes mainly the track mounted on workshop second floor, the horizontal transmission that can be moved in orbit
The running gear of band, the slope conveyer belt being connected with horizontal transmission end of tape and the movement of controlled level conveyer belt and control slope
The hoisting apparatus of conveyer belt lifting, cement packet pass through the conveying of horizontal conveying belt, slope conveyer belt, then extremely by hand stowage
In compartment, since the angle of inclination of slope transmission belt cannot be excessive（≤30°）, length is often longer, causes whole equipment
Length is also longer.During carrying out the entrucking of the longer vehicle in compartment, the displacement distance of carloader is limited by workshop space, vehicle
The mobile entrucking that could complete entire compartment is generally required, to affect the efficiency of entrucking.Patent CN
201410424111.5 disclose a kind of full-automatic bag-pack cement loading machine, which still uses one section of side for tilting conveying
Cement packet is delivered on stacking mechanism by formula.During stacking mechanism rises or falls, slope conveyer belt angle of inclination hair
It is raw to change, entire carloader will certainly be caused to be moved forward and backward.Position to ensure stacking is constant, the movement of horizontal rail conveyer belt
It cannot be pushed directly on by running gear, need individually to drive by a motor, to carry out position in stacking mechanism lifting process
Compensation, this undoubtedly increases the difficulty of electrical control and the cost of equipment.
Utility model content
The purpose of this utility model is to provide bagged material dress in a kind of workshop to solve the deficiencies in the prior art
Foldable conveying apparatus in vehicle device.
In order to solve the above technical problems, used technical solution：
A kind of foldable conveying apparatus in workshop on bagged material car loader includes guide rail on workshop, leads
It is used to transmit the conveying mechanism of material on rail, it is mobile that the three-dimensional for driving conveying mechanism to be slided on guide rail is connected on the guide rail
Mechanism, the tail end of the conveying mechanism, which is equipped with, makes the multistage folding conveyer structure that material transmits downwards, and the multistage folds conveying
Mechanism include be inclined at conveying mechanism tail end and connect with three-dimensional moving mechanism inverting slideway, be arranged under inverting slideway
Side and tilting be connected on three-dimensional moving mechanism connect pack assembly and setting connect below pack assembly and with connect pack assembly activity
The component of giving out a contract for a project of connection, the component other end of giving out a contract for a project are movably connected in the lower end of three-dimensional moving mechanism.
Further, the inverting slideway include the sliding slot being fixed on three-dimensional moving mechanism and sliding slot connection make object
Expect the overturning bend of commutation, the sliding slot includes the slide plate being connected on three-dimensional moving mechanism and the side for being connected to slide plate both sides
Plate, it is described overturning bend include lateral bending plate connect with the side plate, lateral bending plate upper end connect outer arcuate plate and with institute
The inside arc panel of slide plate connection is stated, the inside arc panel is connect with the lower end of lateral bending plate.
Further, the outer arcuate plate includes the first different segmental arc of radius and tangent with the first segmental arc second
Segmental arc, the setting angle [alpha] of first segmental arc have the relationship of 90 °≤alpha+beta≤150 ° with the setting angle beta of the second segmental arc.
Further, the angle that the inverting slideway is obliquely installed is 15 ° ~ 30 °.
Further, the pack assembly that connects includes tilting to be connected on three-dimensional moving mechanism to connect packet frame, described to connect packet
The roller station for receiving the material that inverting slideway transmits, the conveyer belt for conveying material are disposed on frame and to material
Commutate and be delivered to the commutation bend for component of giving out a contract for a project.
Preferably, the commutation bend includes being connected to the interior bent plate connect on packet frame, the bent plate of interior bent plate both sides connection
And the outer bent plate connected between bent plate upper end.
Further, the three-dimensional moving mechanism includes the transverse shifting group for being arranged on guide rail and being connect with conveying mechanism
Part, the longitudinal movement component for being connected to transverse shifting component, the lifting assembly and lifting assembly being fixed on longitudinal movement component
The lifting component of connection and setting occur when avoiding lifting component from moving up and down between vertically moving component and lifting by crane component
The slide assemblies of shaking, the inverting slideway are fixedly connected on the longitudinal movement component, described to connect pack assembly flexible connection
On longitudinal movement component, the component of giving out a contract for a project is movably connected on lifting component.
Further, the transverse shifting component include be arranged on guide rail and connect with conveying mechanism lateral vehicle frame,
Laterally driven structure driving lateral vehicle frame and conveying mechanism is driven to be slided on guide rail, the longitudinal movement component include fixing
Longitudinal vehicle frame for being slidably connected in the longitudinal slide rail, longitudinal slide rail at lateral vehicle frame both ends drives longitudinal vehicle frame in longitudinal slide rail
The zigzag tread patterns structure of upper sliding, the lifting assembly include the fixed plate being fixed on longitudinal vehicle frame, are arranged in fixed plate
The lifting driving structure that lifting component moves up and down, the slide assemblies is set to include being connected to longitudinal vehicle frame vertically by halyard
It the slider bracket of surrounding, the sliding block being connected on slider bracket and is connected to lifting and component quadrangle and lifting is made by sliding block
The line slide rail that component moves up and down, the lifting driving structure make lifting component along line slide rail in sliding block branch by halyard
It is slided on frame.
Further, the component of giving out a contract for a project is equipped with the posture switching mechanism converted to material conveying direction, the posture
Switching mechanism includes being mounted on the guidance set given out a contract for a project in mechanism, connect with guiding mechanism and guidance set being made to be oriented to shape from initial
State is moved to the indexable component that posture is oriented to the drive component of state and material is made to turn to, and the guiding mechanism includes connecting respectively
The company being flexibly connected between the support plate for being connected on mechanism both sides of giving out a contract for a project, the guide plate and guide plate being flexibly connected respectively with support plate
Bar, it is described indexing component include installation give out a contract for a project mechanism side holder, be vertically installed at holder front end make material turn to roller
And roller rear is fixed on into the limiting plate being laterally arranged, the limiting plate is connect with the holder.
The beneficial effects of the utility model：1, from top to bottom collapsible of material is realized by multistage folding conveyer structure
Conveying overcomes traditional inclined conveying longer defect of strip length；2, mobile using the three-dimensional being connect with multistage folding conveyer structure
Mechanism can make multistage folding conveyer structure in transverse direction, longitudinal and orientation up and down movement, to realize that carloader can incite somebody to action
Material is delivered to any position and the arbitrary height of transport vehicle carriage, and then can realize different length, width and height
The material stacking of transport vehicle；3, the posture switching mechanism used, which can be realized, makes bagged material selection with lateral orientation or longitudinal orientation
Output.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the dimensional structure diagram of the utility model；
Fig. 3 is the structural schematic diagram of the utility model inverting slideway；
Fig. 4 is the sectional view of the utility model inverting slideway；
Fig. 5 is the structural schematic diagram that the utility model connects pack assembly and component of giving out a contract for a project；
Fig. 6 is the structural schematic diagram of the utility model commutation bend；
Fig. 7 is the structural schematic diagram of the utility model posture switching mechanism
Fig. 8 is the structural schematic diagram of the utility model indexing component；
Fig. 9 is the structural schematic diagram of the utility model three-dimensional moving mechanism.
In figure：1, conveying mechanism；2, guide rail；3, inverting slideway；31, sliding slot；311, side plate；312, slide plate；313, grab；
32, bend is overturn；321, inside arc panel；322, outer arcuate plate；323, lateral bending plate；4, pack assembly is connect；41, packet frame is connect；
42, roller station；43, conveyer belt；44, commutate bend；441, straight panel；442, bent plate；443, outer bent plate；45, briquetting structure；46、
Along wrapper sheet；5, give out a contract for a project component；6, three-dimensional moving mechanism；61, transverse shifting component；611, lateral vehicle frame；612, laterally driven knot
Structure；62, component is vertically moved；621, longitudinal slide rail；622, longitudinal vehicle frame；623, zigzag tread patterns structure；63, lifting assembly；
631, fixed plate；632, driving structure is lifted；633, halyard；64, component is lifted by crane；641, hoisting board；642, crossbeam；643, it indulges
To holder；65, slide assemblies；651, slider bracket；652, sliding block；653, line slide rail；7, posture switching mechanism；71, it is oriented to
Component；711, support plate；712, guide plate；713, connecting rod；72, drive component；73, indexable component；731, holder；732, roller；
733, limiting plate.
Specific implementation mode
In the description of the present invention, unless otherwise indicated, the instructions such as term "upper" "lower" " left side " " right side " " preceding " " rear "
Orientation or positional relationship merely to description the utility model and simplify describe, do not indicate or imply the indicated device or
Structure must have a particular orientation, therefore should not be understood as limiting the present invention.In addition, term " first " " second "
Etc. being used for description purposes only, it is not understood to indicate or imply relative importance.
The preferred embodiment of the utility model is described in further detail below in conjunction with the accompanying drawings, following preferred embodiment is used for
Illustrate the use of the new type, is not intended to limit the scope of the present invention.
As depicted in figs. 1 and 2, foldable conveying apparatus described in the utility model, include mounted on workshop two upstairs
For transmitting the conveying mechanism 1 of material, conveying mechanism can be driven to be slided on guide rail on guide rail on guide rail 2, guide rail
The multistage folding conveyer structure being connect with three-dimensional moving mechanism in conveying mechanism tail end and setting is arranged in three-dimensional moving mechanism 6
Posture switching mechanism 7 on multistage folding conveyer structure.The conveying mechanism is using conveyer belt structure and passes through conveyer belt knot
The pulley connected under structure realizes movement；The multistage folding conveyer structure include be inclined at conveying mechanism tail end and with three-dimensional
The inverting slideway 3 of mobile mechanism's connection is arranged below inverting slideway and tilts to be connected on three-dimensional moving mechanism and connects package
Part 4 and component 5 of giving out a contract for a project connecing below pack assembly and with connecing pack assembly and being flexibly connected is set, the component other end work of giving out a contract for a project
Dynamic to be connected on three-dimensional moving mechanism, the posture switching mechanism, which is connected to, gives out a contract for a project on component；The three-dimensional moving mechanism includes
It is arranged on guide rail and the transverse shifting component 61 being connect with conveying mechanism, the longitudinal movement component for being connected to transverse shifting component
62, the lifting assembly 63 vertically moved on component, the lifting component 64 being connect with lifting assembly are fixed on and is arranged in longitudinal direction
There is the slide assemblies shaken 65, the inverting slideway when lifting component being avoided to move up and down between moving assembly and lifting component
It is fixedly connected on the longitudinal movement component, the lower section for connecing pack assembly and being movably connected in longitudinal moving mechanism, the hair
Pack assembly is movably connected on lifting component.
As shown in figure 9, the transverse shifting component 61 includes the lateral vehicle frame 611 being arranged on guide rail and can make transverse direction
The laterally driven structure 612 that vehicle frame slides on guide rail can pass through transverse direction wherein the transverse direction vehicle frame is connect with conveying mechanism
The mobile drive conveying mechanism of vehicle frame moves on guide rail, and the laterally driven structure uses servo motor；The longitudinal movement
Component 62 is fixed on lateral vehicle frame, including is fixed on two longitudinal slide rails 621 at lateral vehicle frame both ends, vertical in longitudinal slide rail
To vehicle frame 622, the zigzag tread patterns structure 623 for driving longitudinal vehicle frame to be slided in longitudinal slide rail, the two of the sliding rail longitudinally in each
End, which is equipped with, makes longitudinal vehicle frame in the block only moved in a certain range, and the zigzag tread patterns structure is mounted on the bottom of longitudinal vehicle frame
Portion, including the driving motor and bearing block that are fixed on lateral vehicle frame, the screw rod that connects on bearing block and it is connected to screw rod
On nut seat, the upper end of the nut seat is connected to the bottom of longitudinal vehicle frame, and the driving motor makes screw rod by bearing block
It rotates and the longitudinal vehicle frame connected on nut seat is driven to be slided in longitudinal slide rail；The lifting assembly 63 includes being fixed on longitudinal direction
The lifting driving structure 632 connected in fixed plate 631, fixed plate above vehicle frame and the liter being connect with lifting driving structure
Rope 633 drops, and the lifting driving structure includes the motor being sequentially connected in fixed plate, report lock device, speed reducer and roller, institute
It states roller to connect with lifting component 64 by halyard 633, and lifting component can be driven to move up and down by halyard；The cunning
Dynamic component 65 is included in the slider bracket 651 that longitudinal vehicle frame quadrangle connects straight down, is fixedly connected on each slider bracket
Sliding block 652, the quadrangle end of the lifting component is connected with the line slide rail 653 of corresponding sliding block vertically, above and below lifting component
When mobile, the line slide rail on lifting component is slided up and down along sliding block on slider bracket, and then increases lifting group
Stability when part slides up and down, the shaking that reduction occurs when sliding up and down；The lifting component 64 includes being connect with halyard
Crossbeam 642, the hoisting board 641 and the connection of hoisting board one end that are fixedly connected under crossbeam longitudinal carrier 643, wherein described
The code bag apparatus moved up and down, the longitudinal carrier is needed to be connect with component of giving out a contract for a project on hoisting board connection carloader.
As shown in Figure 2, Figure 3 and Figure 4, the inverting slideway 3 include tilt be connected to the sliding slot 31 of longitudinal vehicle frame one end with
And the overturning bend 32 for making material progress first time commutation of sliding slot connection, wherein inclined angle is 15 ° ~ 30 °；The sliding slot
31 include the slide plate 312 being connected on longitudinal vehicle frame and the side plate 311 for being connected to slide plate both sides, wherein the import of the slide plate
It is designed to bead structure 313 at end, prevents material from being scratched when entering inverting slideway；The overturning bend includes and the side
It the symmetrical lateral bending plate 323 of plate connection, the outer arcuate plate 322 that is connected between lateral bending plate upper end and is connect with the slide plate
Inside arc panel 321, the inside arc panel connect with the lower end of lateral bending plate；The wherein described outer arcuate plate include radius not
The first same segmental arc and second segmental arc tangent with the first segmental arc, setting angle [alpha] and the second segmental arc of first segmental arc
Angle beta is arranged, and there is the relationship of 90 °≤alpha+beta≤150 °, preferably alpha+beta to be equal to 120 °, and the design angle of the inside arc panel is
90 °≤γ≤150 °, when γ and alpha+beta value range are within the scope of 90 °≤γ≤150 °, 90 °≤alpha+beta≤150 °, overturning is curved
The curved arc shape that road is formed can realize the steering of material and be skidded off from outlet end, wherein preferably, when γ takes 120 °, alpha+beta takes 120 °
When, the making for overturning bend is more simple, and it is more preferable to achieve the effect that material turns to, and material is from the arrival end of overturning bend to outlet
End the spent time is shorter.
As shown in figure 5, the described pack assembly 4 that connects includes tilting to be connected to below longitudinal vehicle frame to connect packet frame 41, it is described
It connects packet frame and longitudinal frame brackets is hinged, it is described to connect the carrying roller for being disposed on packet frame and receiving inverting slideway transmission material
Group 42, the material passed over for conveying carrier roller group conveyer belt 43 and commutated for the second time to material and be delivered to hair
The commutation bend 44 of pack assembly, the roller station is closed using unpowered roller, because being inclined on longitudinal vehicle frame, thus
It can directly slide on conveyer belt, conveyer belt uses dynamic conveyer belt structure, and commutation bend is delivered to by conveyer belt
On commutate；As shown in fig. 6, the commutation bend uses structure identical with overturning bend so that the speed to commutate twice
It is identical with efficiency, improve transhipment with commutation efficiency, the commutation bend include be connected to the interior bent plate 441 connect on packet frame,
The outer bent plate 443 connected between the bent plate 442 and bent plate upper end of interior bent plate both sides connection；The two of the roller station and conveyer belt
Side is equipped with to be connected to connect and is used to transmit the suitable wrapper sheet 46 that material is oriented to material direction on packet frame, in the tail of conveyer belt
It is additionally provided with to be connected on end and connects the briquetting structure 45 that the material on packet frame to transmission is finely adjusted, the briquetting structure includes living
It is rotated along bearing direction on the dynamic straight-bar for being connected to conveyer belt both sides, the bearing rod and bearing rod being connected between straight-bar
Cylinder, the plane of the material on conveyer belt is pressed by the cylinder of rotation；The component of giving out a contract for a project is driven using motor
Conveyer belt structure, one end is hinged on the underface for connecing packet frame, and the other end is hinged on the longitudinal carrier of lifting component, institute
Material of the component reception through the bend commutation that commutates of giving out a contract for a project is stated, and is delivered in the code bag apparatus being connect with lifting component or direct
It is delivered in the compartment of transport vehicle, the tie point of give out a contract for a project component and longitudinal vehicle frame, giving out a contract for a project component and connects the connection of pack assembly
Point and the tie point setting triangular in shape for connecing pack assembly and longitudinal carrier, preferably isosceles triangle, while connecing pack assembly and hair
For pack assembly because being respectively hinged on longitudinal vehicle frame and longitudinal carrier, the folding angles formed can moving up and down with lifting component
Corresponding angle change is carried out, the collapsible of material can be realized in the different height of transport vehicle carriage by being allowed to yard bag apparatus
Conveying.
As shown in Figure 7 and Figure 8, giving out a contract for a project on component equipped with lateral orientation when being conveyed to material or longitudinal orientation conveying progress
The posture switching mechanism 7 of switching, the posture switching mechanism include being mounted on the guidance set 71 given out a contract for a project on component and guiding group
Part connects and so that guidance set is moved to the drive component 72 of posture guiding state from initial guiding state and material is made to turn to
Indexable component 73, the guidance set include the support plate 713 for being connected to component both sides of giving out a contract for a project, respectively with support plate activity connect
The connecting rod 713 being flexibly connected between the guide plate 712 and guide plate that connect, it is described when guidance set is initial guiding state
Guide plate is arranged by axial symmetry of the center line for component of giving out a contract for a project, and so that material is carried out longitudinally defeated along the centre for component of giving out a contract for a project
It send, is oriented to state when guidance set is moved to posture by drive component, guidance set makes material be moved along component side of giving out a contract for a project
And indexable component can be hit, the indexing component includes the holder 731 for installing component side of giving out a contract for a project, is vertically installed at holder front end
Make the roller 732 and be fixed on roller rear into the limiting plate 733 being laterally arranged, the limiting plate and the branch that material turns to
Frame connects, and the material to be come by guidance set conveying hits the roller that can be rotated and rotates, the material of rotation first
Limiting plate is contacted, the limiting plate being laterally arranged makes material rotation angle be 90 °, material is made to be become by longitudinally fed along direction of advance
Lateral transfer, you can the switching of the longitudinally fed and lateral transfer of material is realized by posture switching mechanism.
The course of work of the utility model：When conveying material, material is entered in inverting slideway simultaneously by the tail end of conveying mechanism
Enter from inverting slideway and connect the conveying that commutates in pack assembly, through connecing the roller station of pack assembly, conveyer belt is sent to commutation bend, warp
Commutate after the commutation of bend, into component of giving out a contract for a project on convey, material of the component of giving out a contract for a project by second commutation is delivered to transport vehicle
Compartment in or in the code bag apparatus that connect of lifting component, complete the material transportation process on entire carloader；When need by
When material is delivered to different location in transport vehicle carriage, conveying mechanism is set to slide and promote on guide rail by three-dimensional moving mechanism
The inverting slideway that is connect with three-dimensional moving mechanism connects pack assembly and component synchronization of giving out a contract for a project moves at the position for needing to convey,
Cause connects pack assembly and component of giving out a contract for a project is used with three-dimensional moving mechanism and is hinged, and connecing pack assembly can be with lifting component upper with component of giving out a contract for a project
It is moved in lower orientation, you can realize to being conveyed in lateral, longitudinal and orientation up and down material in compartment；When lifting by crane under component
Code bag apparatus is connected, code bag apparatus can be with lifting component in lateral, longitudinal and orientation up and down movement, and code bag apparatus is moved to
Corresponding position, the material in code bag apparatus can enter in compartment, can equally realize material in compartment laterally, it is longitudinal
And the conveying in orientation up and down；When material enters in transport vehicle carriage or code bag apparatus need to according to laterally or longitudinally when, can lead to
Crossing the posture switching mechanism being arranged on component of giving out a contract for a project makes material conveying direction be switched between lateral transfer longitudinally fed.
Embodiment described above is only that preferred embodiments of the present invention are described, not to this practicality
Novel range is defined, and under the premise of not departing from the spirit of the design of the utility model, those of ordinary skill in the art are to this
The various modifications and improvement that the technical solution of utility model is made should all fall into the guarantor that claims of the utility model determine
It protects in range.
Claims (9)
1. the foldable conveying apparatus in a kind of workshop on bagged material car loader includes the guide rail on workshop（2）, lead
Conveying mechanism on rail for transmitting material（1）, which is characterized in that it is connected on the guide rail and drives conveying mechanism on guide rail
The three-dimensional moving mechanism of sliding（6）, the tail end of the conveying mechanism, which is equipped with, makes the multistage folding conveyer structure that material transmits downwards,
The multistage folding conveyer structure includes the inverting slideway for being inclined at conveying mechanism tail end and being connect with three-dimensional moving mechanism
（3）, be arranged below inverting slideway and tilt to be connected on three-dimensional moving mechanism and connect pack assembly（4）And setting is connecing package
Below part and with the component of giving out a contract for a project that connects pack assembly and be flexibly connected（5）, the component other end of giving out a contract for a project is movably connected in three-dimensional movement
The lower end of mechanism.
2. the foldable conveying apparatus in workshop according to claim 1 on bagged material car loader, which is characterized in that institute
It includes the sliding slot being connected on three-dimensional moving mechanism to state inverting slideway（31）And the overturning for making material commutate of sliding slot connection is curved
Road（32）, the sliding slot includes the slide plate being connected on three-dimensional moving mechanism（312）And it is connected to the side plate of slide plate both sides
（311）, the overturning bend includes the lateral bending plate being connect with the side plate（323）, lateral bending plate upper end connection outer arcuate plate
（322）And the inside arc panel being connect with the slide plate（321）, the inside arc panel connect with the lower end of lateral bending plate.
3. the foldable conveying apparatus in workshop according to claim 2 on bagged material car loader, which is characterized in that institute
State outer arcuate plate（322）Including the first different segmental arc of radius and second segmental arc tangent with the first segmental arc, first arc
The setting angle [alpha] of section has the relationship of 90 °≤alpha+beta≤150 ° with the setting angle beta of the second segmental arc.
4. the foldable conveying apparatus in workshop according to claim 1 or 2 on bagged material car loader, feature exist
In the angle that the inverting slideway is obliquely installed is 15 ° ~ 30 °.
5. the foldable conveying apparatus in workshop according to claim 1 on bagged material car loader, which is characterized in that institute
It states and connects pack assembly（4）Packet frame is connect including tilting to be connected on three-dimensional moving mechanism（41）, described connect set successively on packet frame
It is equipped with the roller station for the material for receiving inverting slideway transmission（42）, conveyer belt for conveying material（43）And it commutates to material
And it is delivered to the commutation bend for component of giving out a contract for a project（44）.
6. the foldable conveying apparatus in workshop according to claim 5 on bagged material car loader, which is characterized in that institute
It includes being connected to the interior bent plate connect on packet frame to state commutation bend（431）, the connection of interior bent plate both sides bent plate（432）And bent plate
The outer bent plate connected between upper end（433）.
7. the foldable conveying apparatus in workshop according to claim 1 on bagged material car loader, which is characterized in that institute
It includes the transverse shifting component for being arranged on guide rail and being connect with conveying mechanism to state three-dimensional moving mechanism（61）, be connected to lateral shifting
The longitudinal movement component of dynamic component（62）, be fixed on longitudinal movement component on lifting assembly（63）, connect with lifting assembly
Lift by crane component（64）And setting is shaken when avoiding lifting component from moving up and down between vertically moving component and lifting by crane component
Dynamic slide assemblies（65）, the inverting slideway is fixedly connected on the longitudinal movement component, described to meet pack assembly activity company
It is connected on longitudinal movement component, the component of giving out a contract for a project is movably connected on lifting component.
8. the foldable conveying apparatus in workshop according to claim 7 on bagged material car loader, which is characterized in that institute
It includes the lateral vehicle frame for being arranged on guide rail and being connect with conveying mechanism to state transverse shifting component（611）, the lateral vehicle frame of driving simultaneously
The laterally driven structure for driving conveying mechanism to be slided on guide rail（612）, the longitudinal movement component includes being fixed on lateral vehicle
The longitudinal slide rail at frame both ends（621）, longitudinal vehicle frame for being slidably connected in longitudinal slide rail（622）, drive longitudinal vehicle frame in longitudinal cunning
The zigzag tread patterns structure slided on rail（623）, the lifting assembly includes the fixed plate being fixed on longitudinal vehicle frame（631）, set
It sets and passes through halyard in fixed plate（633）Make the lifting driving structure that lifting component moves up and down（632）, the slide assemblies
Slider bracket including being connected to longitudinal vehicle frame surrounding vertically（651）, the sliding block that is connected on slider bracket（652）, Yi Jilian
It is connected on lifting component quadrangle and the line slide rail that lifting component moves up and down is made by sliding block（653）, the lifting driving structure
Lifting component is set to be slided on slider bracket along line slide rail by halyard.
9. the foldable conveying apparatus in workshop according to claim 1 on bagged material car loader, which is characterized in that institute
It states component of giving out a contract for a project and is equipped with the posture switching mechanism converted to material conveying direction（7）, the posture switching mechanism includes installation
In the guidance set in mechanism of giving out a contract for a project（71）, connect with guiding mechanism and guidance set made to be moved to posture from initial guiding state
The drive component of guiding state（72）And the indexable component for making material turn to（73）, the guiding mechanism includes being connected to
The support plate of mechanism of giving out a contract for a project both sides（711）, the guide plate that is flexibly connected with support plate respectively（712）And it is flexibly connected between guide plate
Connecting rod（713）, the indexing component includes the holder for installing mechanism side of giving out a contract for a project（731）, be vertically installed at holder front end and make
The roller that material turns to（732）And roller rear is fixed on into the limiting plate being laterally arranged（733）, the limiting plate with it is described
Holder connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820160964.6U CN207943597U (en) | 2018-01-30 | 2018-01-30 | A kind of foldable conveying apparatus in workshop on bagged material car loader |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820160964.6U CN207943597U (en) | 2018-01-30 | 2018-01-30 | A kind of foldable conveying apparatus in workshop on bagged material car loader |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108163576A (en) * | 2018-01-30 | 2018-06-15 | 中建材（合肥）粉体科技装备有限公司 | A kind of foldable conveying apparatus in workshop on bagged material car loader |
| CN109775391A (en) * | 2019-02-18 | 2019-05-21 | 广州市意诺仕智能设备有限公司 | A kind of traversing suspension swing type loading apparatus material guide mechanism and application method |
-
2018
- 2018-01-30 CN CN201820160964.6U patent/CN207943597U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108163576A (en) * | 2018-01-30 | 2018-06-15 | 中建材（合肥）粉体科技装备有限公司 | A kind of foldable conveying apparatus in workshop on bagged material car loader |
| CN108163576B (en) * | 2018-01-30 | 2023-05-23 | 中建材（合肥）粉体科技装备有限公司 | Folding conveying device on bagged material loading machine in factory building |
| CN109775391A (en) * | 2019-02-18 | 2019-05-21 | 广州市意诺仕智能设备有限公司 | A kind of traversing suspension swing type loading apparatus material guide mechanism and application method |
| CN109775391B (en) * | 2019-02-18 | 2021-03-23 | 广州市意诺仕智能设备有限公司 | Guide mechanism for transverse moving suspension swing type loading device |
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