WO2008083611A1

WO2008083611A1 - Traveling particle bulk material loading machine for container

Info

Publication number: WO2008083611A1
Application number: PCT/CN2008/000015
Authority: WO
Inventors: Jun Sheng; Shaoyun Jiang; Jian Zhang; Liying Qian; Xiaoyan Mo
Original assignee: Shanghai Invent Logistic & Technology Co., Ltd; Wujiang Shengtian Packing & Transport Co., Ltd
Priority date: 2007-01-05
Filing date: 2008-01-03
Publication date: 2008-07-17
Also published as: CN2931411Y

Abstract

A traveling particle bulk material loading machine for a container typically includes a material receiving machine, a main frame (1), a hydraulic lifting machine (4,5) for the main frame, front and back conveying telescopic frames (8,9) and the telescopic mechanism, sensing and detecting mechanism on the front conveying telescopic frame, an electrical belt scale (14), a roller shifting mechanism and a control system. Said front and back conveying telescopic frames are telescopically mounted in the main frame (1), extended and retracted by the telescopic mechanism. The main frame (1) is raised and lowered through hydraulic pressure. A sensor (21) is provided at the front end of the front telescopic frame (8), and the electrical belt scale (14) is mounted on the main frame (1). A filtering mechanism (15) is provided at the back end of the back conveying telescopic frame (9), and a material receiving hopper (23) is mounted on the frame of the material receiving machine.

Description

Mobile container granule bulk cargo loader

Technical field

The utility model relates to a loading machine, in particular to a mobile container particle bulk cargo loader.

technical background

For a long time, food has been basically transported in bags during transportation. After transporting to the port, unpack the food into a port silo (warehouse) or unpack it into a bulk ship. In this traditional mode of transportation, due to the large number of transportation loading and unloading links, a large amount of grain loss is caused, and a large amount of packaging, manpower, and time are wasted, and since the special wagon of the railway grain in China is currently used, the unloading port is in the abdomen of the railway wagon. Under the railway track of the unloading railway station and the grain warehouse special line and the grain special terminal, the floor drain type grain conveying equipment must be installed, the equipment investment is large, and the loading and unloading transportation is inconvenient. Especially with the continuous development of container transportation and railway bulk grain transportation, container resources are being rationally allocated and utilized on a global scale. Domestic and foreign countries have begun to pay attention to the use of new modes of transport of bulk food and pellets in containers, so that grain is in circulation. It is truly a new type of door-to-door transportation method for bulk, unloading, bulk transportation, bulk storage, and four-distribution logistics to reduce transportation links, save packaging costs, avoid waste of food during transportation, and save human resources. Reduce transportation time and reduce logistics costs.

Summary of the invention

SUMMARY OF THE INVENTION The object of the present invention is to provide a mobile container particle bulk cargo loader that addresses the deficiencies of the prior art. As a matching box device for the container grain four-distribution logistics, the utility model solves the whole process of receiving, conveying, measuring, screening and packing of the bulk food of the container in the packaging process. The utility model mainly comprises: a receiving machine, a main frame and a main frame

Confirmation Hydraulic lifting device, front and rear conveying telescopic frame and telescopic device, front conveying telescopic sensing device, electronic belt scale, roulette moving device and control system, characterized in that the main frame is mounted on a conveyor bracket, the conveyor The bracket is mounted on the conveyor base via the main frame lifting hydraulic device, and the control box of the control system is mounted on the conveyor base. The wheel moving device is driven by the moving tire of the main frame and the moving leg of the stable leg and the receiving machine. The receiving machine is composed of stable legs. The conveyor base is provided with moving tires and stable legs. The front and rear conveying telescopic frames are set in the main frame and are respectively connected with two telescopic devices. The telescopic device drives the front and rear conveying telescopic machines. The telescopic movement of the frame, the main frame hydraulic lifting device is connected by the conveyor bracket to the conveyor base via the lifting bracket, the hydraulic cylinder is mounted on the lifting bracket, and the front conveying telescopic rack sensing detecting device is installed by the sensor before the telescopic transmission The front end of the rack, the sensor is connected to the control system via the circuit, the electronic belt scale is mounted on the main frame, and the pick-up machine is connected The hopper is installed on the rack of the feeder, and the moving legs of the feeder and the stable legs of the feeder are installed at the front and rear ends of the feeder. The feeder can be directly inserted into the abdomen of the special grain wagon for railway grain bulk, and the abdomen, rear end and side of the grain bulk truck and bulk pellet truck. The control system installed in the control box passes through the circuit and the main frame hydraulic lifting device, the front and rear telescopic device, the front conveying telescopic sensing device, and the electronic belt scale. The control system controls the main frame hydraulic lifting device and the front and rear telescopic devices according to manual instructions. After the device is operated, data is continuously collected from the electronic belt scale and the front and rear telescopic devices. After the loading is completed, the control system controls the front and rear telescopic devices and the main frame hydraulic lifting device according to the instructions.

The utility model has the advantages that the lifting, the telescopic adjustment, the impurity cleaning and the weighing measurement can be carried out according to different heights of the container truck and the container train, and the container packing requirement of the bulk food and the granular cargo is greatly facilitated. The invention solves the process of receiving, conveying, measuring and packing the bulk bulk goods in the container packing process. The device is simple in operation, high in automation, fast in packing speed, low in noise, low in energy consumption, convenient in maintenance and low in cost. . DRAWINGS

Figure 1 is a schematic view of the structure of the utility model;

Figure 2 is a schematic view showing the structure of the receiving machine of the utility model;

Figure 3 is a schematic view showing the reset structure of the main frame of the utility model;

Figure 4 is a structural schematic view showing the extended state of the hydraulic expansion structure;

Figure 5 is a schematic view showing a structure of a contraction state of a hydraulically-expanded structure;

Figure 6 is a schematic view showing the telescopic structure of the motor traction wire rope;

Figure 7 is a schematic view showing the structure of unloading goods from the special wagon of bulk food for railways;

Figure 8 is a schematic view showing the structure of unloading goods from a bulk grain truck.

In the figure, 1 main frame, 2 conveyor base, 3 conveyor bracket, 4 lifting bracket, 5 lifting bracket, 6 stable feet, 7 moving tires, 8 front conveying telescopic frame, 9 rear conveying telescopic frame, 10 front telescopic frame Rod, 11 rear telescopic rail rod, 12 control box, 13 belt conveyor motor, 14 electronic belt scale, 15 screening hopper, 16 front telescopic motor, 17 rear telescopic motor, 18 conveyor belt, 19 front conveyor belt roller, 20 rear conveyor With roller, 21 sensor, 22 rear transfer telescopic support caster, 23 hopper, 24 feeder conveyor motor, 25 feeder front conveyor pulley, 26 feeder conveyor belt rear roller, 27 feeder stability foot, 28 feeder moving wheel, 29 feeder moving wheel, 30 conveyor belt, 31 feeder frame, 32 conveyor belt indexing wheel, 33 front conveyor belt runner, 34 rear conveyor belt runner, 35 hydraulic telescopic cylinder , 36 cylinder telescopic rods, 37 telescopic motor runners, 38 conveyor telescopic rack front end, 39 transport telescopic rack rear end

detailed description

Example 1

The embodiments of the present invention are further described below with reference to the accompanying drawings:

Referring to Figure 1, the main unit 1 is mounted on the conveyor bracket 3, and the conveyor bracket 3 is mounted on the main frame. The lifting hydraulic device is mounted on the conveyor base 2, and the control box 12 of the control system is mounted on the conveyor base 2, and the wheel moving device is composed of the moving tire 7 of the main frame and the stabilizing legs 6 and the moving wheels 28, 29 of the receiving machine. And the feeder stable foot 27 is composed, and the mobile tire 7 and the stable leg 6 are mounted on the transport base 2 . The main frame hydraulic lifting device is connected by the conveyor bracket 3 to the conveyor base 2 via the lifting brackets 4, 5, and the lifting hydraulic cylinder is mounted on the lifting bracket 4, and the control box 12 is operated when the device loads the grain or granular goods. Pressing the lifting control button, the lifting hydraulic cylinder lifts the lifting brackets 4, 5 to adjust the height of the main frame 1 to the container loading cargo.

The front transport telescopic frame 8 and the rear transport telescopic frame 9 are set in the main frame 1 and are respectively connected with two telescopic devices. The telescopic device adopts a telescopic structure with gears and racks, and the front telescopic motor 16 is mounted on the main frame 1. The front and rear telescopic motors 17 are mounted on the rear of the main frame 1, and the front and rear telescopic motors 16 and 17 are respectively equipped with gears, and the gears are respectively coupled with the telescopic rails of the front telescopic frame 8 and the rear telescopic frame 9 The upper racks are meshed, and the front and rear telescopic motors 16 and 17 respectively drive the front transport telescopic frame 8 and the rear transport telescopic frame 9 to telescopically move. The front telescopic rack rails 10 are installed at the lower part of the front transport telescopic frame 8, and the rear telescopic racks are installed. The rod 11 is installed at the lower part of the rear conveying telescopic frame 9. When the equipment is loaded with grain or granular goods, after the height of the main frame 1 is adjusted, the front telescopic motor 16 is operated by the control key of the control box 12, and the gear of the front telescopic motor 16 is passed. Engaged with the rack on the front telescopic rail 10 to drive the telescopic rack 8 forward, and advance the front transport telescopic rack 8 into the appropriate cargo transport and packing position in the container, see Figure 7, and then control The control button of 12 controls the telescopic motor 17 . Similarly, the gear of the rear telescopic motor 17 is meshed with the rack on the rear telescopic rod 11 to drive the telescopic frame 9 to extend, and the rear telescopic frame 9 is extended until the rear conveyance. The telescopic support casters 22 are in contact with the ground, and then the screening hopper 15 is mounted on the rear transport telescopic frame 9 and bolted, and then the stable legs 6 fixed on the conveyor base 2 are rotated to lift the conveyor base 2 and The ground is fixed. After completing the above preparation work, the hopper 23 is mounted on the feeder and bolted to the feeder frame, as shown in Fig. 2, and then the feeder is pushed into the bottom of the railway bulk food special wagon, see Fig. 7, or Under the abdomen discharge port of the special bulk truck for bulk grain, as shown in Fig. 8, the other end of the pick-up of the pick-up machine is in a state of being butted up and down with the screening hopper 15 of the rear transporting telescopic frame 9, and then fixed on the rack of the pick-up machine 31. The feeder stabilizer foot 27 is extended to the ground, the feeder moving wheels 28, 29 are installed at the front and rear ends of the feeder, and the feeder control box is installed on the receiver frame 31, when unloading and loading Pressing the conveying control button in the control box, the conveyor motor 24 drives the conveyor belt pulley 25 to rotate, drives the conveyor belt 30, and the conveyor belt rotates through the conveyor belt rear roller 26, because The feeder adopts a flat belt conveying mode, so the conveyor belt indexing wheel 32 is installed in the middle of the feeder, see Fig. 2. At the same time, the main conveyor control box 12 is pressed to deliver the start button, and the belt conveyor motor 13 drives the front belt pulley 33 and the rear belt pulley 34 to circulate the conveyor belt 18 through the front belt roller 19 and the rear belt roller 20. Operation, the bulk grain or pellet cargo is continuously transported into the container, see Figure 1.

The electronic belt scale 14 is mounted on the main frame 1, and the weight of the packaged goods is preset in the weight controller of the control box 12 during the process of transporting the bulk grain or the granular goods, once the weight of the container is reached. The weight control requires the controller to automatically control the shutdown, see Figure 1.

The front end side of the front conveying telescopic frame 8 is provided with a sensor 21, and the weight-converted cubic height to be loaded by the container is pre-set in the sensing controller of the control box 12 before loading, when the cargo in the container is pre-set At the height, the control system receives the signal from the sensor 21, transports the telescopic motor 16 before starting, and automatically transports the telescopic frame 8 to the appropriate cargo packing position.

When the containerized goods are all packed, the telescopic rack can be retracted before and after, and the main rack 1 can be lowered and reset. See Figure 3.

Example 2: Embodiment 2 is the same as Embodiment 1, except that the telescopic device uses a hydraulic telescopic structure, and two sets of hydraulic telescopic cylinders 35 in the main frame 1 are horizontally mounted on the main frame 1, and the two sets of cylinder telescopic rods 36 are respectively The front conveying telescopic frame 8 and the rear conveying telescopic frame 9 are connected and fixed, and the telescopic frame 8 is driven by the hydraulic cylinder telescopic rod 36, and the telescopic frame 9 is telescoped. Referring to Fig. 4, see Fig. 5. Example 3:

Embodiment 3 is the same as Embodiment 1, except that the telescopic device adopts a telescopic structure of a motor traction wire rope, and the telescopic motor runner 37 is mounted on the main frame 1, and the wire rope is wound on the retractable motor runner, and one end of the wire rope is fixed at The front end 38 of the telescopic frame is transported, and the other end is fixed to the rear section 39 of the telescopic frame. The front and rear telescopic frames 8 are driven by the forward and reverse rotation of the motor, and the telescopic frame 9 is telescoped. Referring to FIG.

Claims

Claim

1. A mobile container granule bulk cargo loader, which mainly comprises: a receiving machine, a main frame, a main frame hydraulic lifting device, a front and rear conveying telescopic frame and a telescopic device, a front conveying telescopic frame sensing detecting device, an electronic belt scale, A roulette moving device and a control system, characterized in that the main frame is mounted on a conveyor bracket, the conveyor bracket is mounted on the conveyor base via a main frame lifting hydraulic device, and the control system control box is mounted on the conveyor base The roulette moving device is composed of a moving tire and a stable leg of the main frame and a moving wheel of the receiving machine and a stable supporting leg of the receiving machine. The moving base is provided with a moving tire and a stable leg, and the front and rear conveying telescopic frame are provided. The utility model is arranged in the main frame and is respectively connected with two telescopic devices. The main frame hydraulic lifting device is connected by the conveyor bracket to the conveyor base via the lifting bracket, the hydraulic cylinder is mounted on the lifting bracket, and the front conveying telescopic frame is transmitted. The sensor of the sensing device is installed at the front end of the front telescopic frame, and the sensor is connected to the control system via the circuit, and the electronic The weigh belt mounted on the main frame, splice machine receiving hopper mounted on the machine frame splice, splice machine and then moving the feeder wheel stabilizing feet attached to both the front and rear splice machine.

2. The mobile container particle bulk cargo loader according to claim 1, wherein the telescopic device adopts a gear and a rack meshing telescopic structure, the telescopic motor is mounted on the main frame, and the telescopic motor is equipped with a gear. The gear meshes with a rack mounted on the telescopic rails of the front and rear transporting telescopic frames.

3. The mobile container particle bulk cargo loader according to claim 1, wherein the telescopic device adopts a hydraulic telescopic structure, and the hydraulic telescopic cylinder is horizontally mounted on the main frame, the oil cylinder telescopic rod and the front and rear. The telescopic rack is fixedly connected.

4. The mobile container particle bulk cargo loader according to claim 1, wherein the telescopic device adopts a telescopic structure of a motor traction wire rope, and the telescopic motor runner is installed. On the main frame, the wire rope is wound on the retractable motor runner, one end of the wire rope is fixed at the front end of the telescopic frame, and the other end is fixed at the rear part of the telescopic frame.

5. A slanted container particle bulk cargo loader according to claim 1 wherein a screening device is mounted at the rear end of said rear transport telescoping frame.

6. A mobile container particle bulk cargo loader according to claim 1, wherein said control system installed in said control box passes through circuit and lifting hydraulic device, front and rear telescopic telescopic device, electronic belt scale The front conveying telescopic frame sensing detecting device and the screening device are connected.