CN207791899U - A kind of automatic material transport system - Google Patents

Abstract

A kind of automatic material transport system, including：Guide rail, the guide rail straight horizontal are installed on ground；Material hybrid vehicle, the material hybrid vehicle have the action moved on the guide rail；Material dosing conveyer, multigroup material dosing conveyer linear interval are installed on the top of the material hybrid vehicle motion track.Material stock pond, the material stock pond are opened in lower section among two tracks of the guide rail, and be placed with woven bag in the material stock pond facilitates packing and transporting for receiving material.The material hybrid vehicle includes carrying platform, and idler wheel is equipped with below the carrying platform, and the idler wheel is installed on the guide rail, and material mixing bunker and switch board are provided with above the carrying platform.The automatic material transport system of the utility model is used cooperatively using material dosing conveyer with material hybrid vehicle, while using control system automatic blending and conveying, and material transfer efficiency is improved while improving material mixed proportion accuracy.

Description

An automatic material conveying system

technical field

The utility model relates to the field of powder material conveying, in particular to an automatic material conveying system.

Background technique

Extrusion molding is widely used in the processing of automobile clutch face sheets and other products. It can be used for batching, granulation, rubber material filtration, etc. It can be produced continuously and has high production efficiency. Extruded products need to be mixed and extruded with different powder and granular materials according to different proportions. At present, the material transportation and mixing process is mostly done manually, and there are many problems: powder and granular materials are easy to scatter or float during transportation, which not only wastes materials, and have a great impact on the environment, and even cause dust explosions in severe cases; manual weighing is easy to scatter materials during the transportation process after weighing, resulting in inaccurate mixing of materials and affecting product quality; long-term transportation of dust by workers is very dangerous. It is inevitable to inhale the respiratory tract and affect human health; the efficiency of manual transportation and weighing is still very low, which affects the production progress of products. Therefore, it is urgent to design an automatic material conveying system.

Utility model content

Aiming at the deficiencies of the prior art, the utility model provides an automatic material conveying system. The automatic material conveying system of the utility model adopts a material quantitative conveyor and a material mixing vehicle to cooperate with it, and at the same time adopts a control system for automatic batching and conveying to improve material The accuracy of the mixing ratio is improved while improving the efficiency of material conveying.

The specific technical scheme of the utility model is as follows: an automatic material conveying system, comprising

a guide rail, the guide rail is installed on the ground in a straight line and horizontally;

A material mixing vehicle, the material mixing vehicle has the action of moving on the guide rail;

Material quantitative conveyor, multiple sets of material quantitative conveyors are installed above the moving track of the material mixing vehicle at linear intervals, the quantity of the material quantitative conveyor installed or used can be increased or decreased, depending on the type of material to be mixed Quantity decision.

The material storage pool is set up under the middle of the two rails of the guide rails, and a woven bag is placed in the material storage pool for receiving materials to facilitate packaging and transportation.

The material quantitative conveyor is used for conveying and weighing the same material, and the material mixing vehicle is used to collect different materials with a certain quality after weighing by the material quantitative conveyor for mixing. After all materials are collected, The material mixing vehicle travels above the material storage tank, and lowers the materials into the material storage tank for subsequent processing.

As a preference of the present utility model, the material mixing vehicle includes a bearing platform, rollers are installed under the bearing platform, and the rollers are clamped on the guide rails, and a material mixing bin and a control cabinet are arranged above the bearing platform.

As a preference of the present utility model, the material quantitative conveyor includes a storage tank, a transmission mechanism, a temporary storage room, and a weighing storage bin, and the transmission mechanism is located under the storage tank and is sealed and connected with the storage tank. The temporary storage room is connected to the discharge port of the transmission mechanism, and the weighing storage bin is connected under the temporary storage room.

As a preference of the present utility model, a weighing device is installed inside the weighing storage bin, and the weighing device includes a weighing pan and a rotating mechanism, and the weighing pan has the action of rotating under the action of the rotating mechanism .

As a preference of the present utility model, a first switch baffle is provided at the outlet at the bottom of the storage tank, and the first switch baffle is connected by an adjustment device to control the opening and closing of the outlet;

A second switch baffle is provided between the temporary storage room and the weighing storage bin, and the second switch baffle is connected by a telescopic device and controlled to open and close.

As a preference of the present utility model, the adjusting device is an air cylinder, an oil cylinder or a screw mechanism, and the telescoping device is an air cylinder.

As a preference of the present utility model, a sealing sleeve is connected above the material mixing bin, and the sealing sleeve includes a sealing ring, and a rubber sleeve is connected between the sealing ring and the upper edge of the mixing bin, and the sealing ring is connected to the upper edge of the mixing bin. The surroundings of the mixing chambers are sealed by the rubber sleeves.

As a preference of the present utility model, the sealing ring is connected to the outside of the material mixing bin through a vertically arranged cylinder, the rubber sleeve has elongated or compressed folds and elasticity, and the sealing ring is stretched when the cylinder expands. Under the action, it has the action of driving the rubber sleeve to rise or fall.

When the material mixing vehicle moves to directly below the material quantitative conveyor, the cylinder stretches out to connect the sealing sleeve with the lower opening of the weighing storage bin.

As a preference of the present utility model, when the material mixing vehicle moves to the point where the material mixing bin is located directly below the weighing storage bin, the cylinder stretches out to connect the sealing ring with the lower opening of the weighing storage bin. Close and seal.

When the material enters the material mixing bin from the weighing storage bin, it is sealed by the sealing ring, so as not to scatter out and cause material waste and pollution.

As a preference of the present utility model, the material mixing vehicle moves to the bottom of the required material quantitative conveyor and the weight of the material transported by the material quantitative conveyor is controlled by the control system after the material information is entered by the enterprise resource planning system, Or the control cabinet is controlled by manually inputting material information.

The enterprise resource planning system is the ERP system. The conventional production plan is formulated in the ERP system. After the production plan is formulated, the required materials and the weight of the required materials are determined, and the material information is sent to the control system to control the material mixing vehicle and The material quantitative conveyor works together; the temporary production plan can be directly controlled by inputting material information through the control cabinet without ERP, making the production more flexible.

In summary, the utility model has the following beneficial effects:

The automatic material conveying system of the utility model adopts the material quantitative conveyer and the material mixing vehicle to cooperate with each other, and at the same time, adopts the control system for automatic batching and conveying, so as to improve the accuracy of the material mixing ratio and improve the material conveying efficiency at the same time.

Description of drawings

Fig. 1 is the front view of the material mixing vehicle of the present invention when it is running directly below the material quantitative conveyor;

Fig. 2 is the front view of the material mixing vehicle of the present invention when it is running to the top of the storage pool for unloading;

Fig. 3 is the front view of the utility model material quantitative conveyor;

In the figure, 1-guide rail, 2-material mixing vehicle, 21-carrying platform, 22-roller, 23-material mixing bin, 231-sealing sleeve, 2311-sealing ring, 2312-rubber sleeve, 2313-cylinder, 24-control Cabinet, 3-material quantitative conveyor, 31-storage pool, 311-first switch baffle, 312-adjustment device, 32-transmission mechanism, 33-temporary storage room, 331-second switch baffle, 332-telescopic Device, 34-weighing storage bin, 341-weighing device, 3411-weighing pan, 3412-rotary mechanism, 4-storage pool.

Detailed ways

The utility model will be further described through specific embodiments below in conjunction with the accompanying drawings.

As shown in the figure, an automatic material conveying system includes:

Guide rail 1, guide rail 1 is installed on the ground in a straight line and horizontally;

The material mixing vehicle 2, the material mixing vehicle 2 has the action of moving on the guide rail 1;

Material quantitative conveyor 3, multiple sets of material quantitative conveyor 3 are installed at linear intervals above the moving track of material mixing vehicle 2, the number of material quantitative conveyor 3 installed or used can be increased or decreased, depending on the number of materials that need to be mixed .

Storage tank 4, storage tank 4 is offered at guide rail 1 below the middle of two tracks, and woven bag is placed in the storage tank 4 and is used for receiving material and packs and transports conveniently.

The material quantitative conveyor 3 is used for conveying and weighing the same material, and the material mixing vehicle 2 is used to collect different materials. The quantitative conveyor 3 weighs and mixes materials with a certain quality. After all materials are collected, the material mixing vehicle 2. Advance to the top of the storage tank 4, and lower the materials into the storage tank 4 for subsequent processing.

As shown in the figure, the material mixing vehicle 2 includes a carrying platform 21, and a roller 22 is installed under the carrying platform 21, and the roller 22 is clamped on the guide rail 1, and a material mixing bin 23 and a control cabinet 24 are arranged above the carrying platform 21.

The movement of the material mixing vehicle 2 is realized by controlling the rollers 22 to roll on the guide rail 1 through the control cabinet 24 .

As shown in the figure, the material quantitative conveyor 3 includes a storage tank 31, a transmission mechanism 32, a temporary storage room 33, and a weighing storage bin 34. Connected to the discharge port of the conveying mechanism 32 , the weighing storage bin 34 is connected below the temporary storage chamber 33 .

The transmission mechanism 32 is an auger, the power input end of the auger is connected to the motor, and the discharge end is connected to the temporary storage room 33; the auger is provided with a receiving funnel near the motor at the power input end, and the receiving funnel is discharged from the bottom of the storage tank 31 Sealed connections between ports.

As shown in the figure, a weighing device 341 is installed inside the weighing storage bin 34 . The weighing device 341 includes a weighing pan 3411 and a rotating mechanism 3412 . The weighing pan 3411 can rotate under the action of the rotating mechanism 3412 .

The initial state of the weighing device 341 is that the load-bearing surface of the weighing pan 3411 is placed horizontally upwards, and the rotating mechanism 3412 rotates 360° to dump all the materials and then reset after the weighing is completed.

As shown in the figure, there is a first switch baffle 311 at the outlet at the bottom of the material storage tank 31, and the first switch baffle 311 is connected by an adjustment device 312 to control the opening and closing of the outlet;

A second switch baffle 331 is provided between the temporary storage chamber 33 and the weighing storage bin 34 , and the second switch baffle 331 is connected by a telescopic device 332 and controlled to open and close.

The size of the outlet opening at the bottom of the storage tank 31 determines the speed of conveying materials, and the optimal conveying speed of different materials depends on the size of the opening required for different particle sizes. The adjustment device 312 can be adjusted according to the corresponding material type to control the output. The size of the opening of the material port; when the material quantitative conveying device stops working, the material outlet is completely closed, preventing the material in the storage tank 31 from entering the transmission mechanism 32, and preventing the residual material in the transmission mechanism 32 from staying for a long time and hardening the transmission mechanism. 32 stuck.

The opening between the temporary storage chamber 33 and the weighing storage bin 34 is only opened or closed for use, so the telescopic device 332 only controls the second switch baffle plate 331 to fully open and fully close; 33. If the material entering the weighing storage bin 34 exceeds the maximum load, it needs to be weighed in batches. The weighing device 341 senses that the material has reached the maximum load, and then controls the expansion device 332 to close the second switch baffle 331, and waits for the weighing device to 341 rotates and dumps the material and resets and then controls the telescopic device 332 to open the second switch baffle 331. During this period, the capacity of the temporary storage room 33 is sufficient to receive and accommodate the materials transported by the transmission mechanism 32, without stopping the work of the transmission mechanism 32. Temporary storage Chamber 33 acts as a transition.

As shown in the figure, the adjusting device 312 is an air cylinder, an oil cylinder or a screw mechanism, and the telescoping device 332 is an air cylinder.

The adjustment device 312 needs to control the opening size of the discharge port at the bottom of the material storage tank 31. The automatic control of the cylinder or oil cylinder needs to be used in conjunction with the displacement sensor, which is more convenient but the cost is high. The cost of manual control using the screw mechanism is low; the expansion device 332 only needs to control The second switch baffle 331 is fully opened and fully closed, which can be realized only by using an air cylinder.

As shown in the figure, a sealing sleeve 231 is connected above the material mixing chamber 23, and the sealing sleeve 231 includes a sealing ring 2311. A rubber sleeve 2312 is connected between the sealing ring 2311 and the upper edge of the mixing chamber 23, and a rubber sleeve 2312 is connected between the sealing ring 2311 and the mixing chamber 23. A sleeve 2312 closes it all around.

As shown in the figure, the sealing ring 2311 is connected to the outside of the material mixing chamber 23 through a vertical cylinder 2313. The rubber sleeve 2312 has elongated or compressed folds and elasticity. or descending action.

When the material mixing vehicle 2 moves to directly below the material quantitative conveyor 3, the cylinder 2313 stretches out to connect the sealing sleeve 231 with the lower opening of the weighing storage bin 34.

As shown in the figure, when the material mixing vehicle 2 moves to the material mixing bin 23 and is located directly below the weighing storage bin 34, the cylinder 2313 stretches out to close and seal the sealing ring 2311 and the lower opening of the weighing storage bin 34.

When the material enters the material mixing bin 23 from the weighing storage bin 34, it is sealed by the sealing ring 2311, so as not to scatter out and cause material waste and pollution.

As shown in the figure, the material mixing vehicle 2 moves to the bottom of the required material quantitative conveyor 3 and the weight of the material conveyed by the material quantitative conveyor 3 is controlled by the control system after the material information is entered by the enterprise resource planning system, or manually input by the control cabinet 24 Material information is controlled.

The enterprise resource planning system is the ERP system. The routine production plan is formulated in the ERP system. After the production plan is formulated, the required materials and the weight of the required materials are determined, and the material information is sent to the control system to control the material mixing vehicle 2 and the quantitative delivery of materials. Machine 3 works together; the temporary production plan can be directly controlled by inputting material information through the control cabinet 24 without going through the ERP, making the production more flexible.

The above-mentioned embodiments are only descriptions of preferred implementations of the present utility model, and are not intended to limit the concept and scope of the present utility model. Under the premise of not departing from the design concept of the present utility model, various modifications and improvements made by ordinary persons in the art to the technical solution of the present utility model should fall into the protection scope of the present utility model, and the technology claimed by the utility model The contents are all described in the claims.

Claims (10)

1. a kind of automatic material transport system, which is characterized in that including：

Guide rail（1）, the guide rail（1）Straight horizontal is installed on ground；

Material hybrid vehicle（2）, the material hybrid vehicle（2）Have in the guide rail（1）The action of upper movement；

Material dosing conveyer（3）, multigroup material dosing conveyer（3）Linear interval is installed on the material hybrid vehicle （2）The top of motion track；

Material stock pond（4）, the material stock pond（4）It is opened in the guide rail（1）Lower section among two tracks.

2. a kind of automatic material transport system according to claim 1, it is characterised in that：The material hybrid vehicle（2）Packet Include carrying platform（21）, the carrying platform（21）Lower section is equipped with idler wheel（22）, the idler wheel（22）It is installed in the guide rail （1）On, the carrying platform（21）Top is provided with material mixing bunker（23）And switch board（24）.

3. a kind of automatic material transport system according to claim 2, it is characterised in that：The material dosing conveyer （3）Including material storage container（31）, transport mechanism（32）, temporary room（33）, storage warehouse of weighing（34）, the transport mechanism（32）It is located at The material storage container（31）Lower section and the material storage container（31）It is tightly connected, the temporary room（33）It is connected to the transport mechanism （32）Discharge port end, the storage warehouse of weighing（34）It is connected to the temporary room（33）Lower section.

4. a kind of automatic material transport system according to claim 3, it is characterised in that：The storage warehouse of weighing（34）It is interior Portion is equipped with weighing device（341）, the weighing device（341）Including weighing pan（3411）And rotating mechanism（3412）, described Weighing pan（3411）In the rotating mechanism（3412）Under the action of have the action of rotation.

5. a kind of automatic material transport system according to claim 3, it is characterised in that：The material storage container（31）Bottom goes out First switch baffle is equipped at material mouth（311）, the first switch baffle（311）By regulating device（312）It connects and controls out Material mouth opens and closes size；

The temporary room（33）With the storage warehouse of weighing（34）Between be equipped with second switch baffle（331）, the second switch Baffle（331）By telescopic device（332）It connects and controls folding.

6. a kind of automatic material transport system according to claim 5, it is characterised in that：The regulating device（312）For Cylinder, oil cylinder or screw body, the telescopic device（332）For cylinder.

7. a kind of automatic material transport system according to claim 6, it is characterised in that：The material mixing bunker（23）On Side is connected with sealing shroud（231）, the sealing shroud（231）Including sealing ring（2311）, the sealing ring（2311）It is mixed with described Close storehouse（23）Rubber sleeve is connected between upper edge（2312）, the sealing ring（2311）With the mixing bunker（23）Between pass through institute State rubber sleeve（2312）By periphery seal.

8. a kind of automatic material transport system according to claim 7, it is characterised in that：The sealing ring（2311）With institute State material mixing bunker（23）Outside passes through the cylinder that is vertically arranged（2313）Connection, the rubber sleeve（2312）Have elongation or pressure The fold and elasticity of contracting, the sealing ring（2311）In the cylinder（2313）Expanding-contracting action under have and drive the rubber sleeve （2312）The action risen or fallen.

9. a kind of automatic material transport system according to claim 8, it is characterised in that：The material hybrid vehicle（2）It moves Move the material mixing bunker（23）Positioned at the storage warehouse of weighing（34）When underface, the cylinder（2313）Stretching out will be described Sealing ring（2311）With the storage warehouse of weighing（34）Closing seam around under shed.

10. a kind of automatic material transport system according to claim 2 ~ 9 any bar, it is characterised in that：The material is mixed Close vehicle（2）It is moved to the material dosing conveyer of needs（3）Lower section and the material dosing conveyer（3）Convey material Weight will be controlled by control system after material information typing by enterprise resource planning, or by the switch board（24） Material information is manually entered to be controlled.