TWM628049U - Structure of extendable bulk material transferring machine - Google Patents

Abstract

An extendable bulk material transfer machine structure, which comprises a machine base, a multi-section feeding cantilever group, a hoisting group and an extended discharging group, the machine base is pivoted by a bracket with a multi-section feeding cantilever group, hoisting A first hoist is arranged at the top of the machine base, and a first cable is arranged to connect the first cantilever, and the hoisting group is further provided with a second hoist on the first cantilever, and a second cable is arranged to connect the second cantilever, and The extension and discharge group is arranged on the other side of the machine base different from the multi-section feeding cantilever group. It has a movable cantilever with an extended conveyor belt inside, and one end of the corresponding machine base has a material receiving part that communicates with the extended conveyor belt. The feeding part is located between the first discharging part of the first cantilever and the feeding part of a material storage bucket, so that the movable cantilever drives the feeding part to move between a feeding position and a feeding position.

Description

Extendable bulk material transfer machine structure

This creation relates to the technical field of bulk cargo transportation, especially to an extendable bulk cargo transfer machine structure.

According to the press, bulk bulk materials such as soybeans, corn, soybean meal and other grains are mainly transported by large bulk ships. When they arrive at the port, they need to be unloaded by bulk cargo transfer machines. Traditional bulk cargo transfer machines are carried out through A cantilever suspends a reclaiming hopper composed of two half-bucket bodies by means of cables. When taking out the material, the reclaiming hopper is suspended into the cabin. When the reclaiming hopper is full of goods, the cable is controlled to hoist the reclaiming hopper to the top of the truck, and then the two half buckets of the reclaiming hopper are opened to make the goods material. Can be unloaded in a truck. When the traditional bulk cargo transfer machine unloads the cargo, there is a problem of time-consuming operation, which reduces the efficiency of the cargo transportation. In addition, the reclaiming hopper is made up of two half-bucket bodies, and there is often a problem of material leakage during the process of suspending and handling bulk materials, resulting in material waste and environmental pollution problems.

For this purpose, a "mobile bulk material transfer machine" patent case such as my country's new patent No. M455713 has been developed, which is provided with a cargo storage bucket on a machine base, and the machine base is also provided with a conveyor belt and each cantilever uses a winch to control its extension angle, and a hopper is provided at the free end of the most extreme cantilever. In this way, when the cargo ship arrives at the port and wants to unload the cargo, the winches can be used to control the multi-section cantilever so that the hopper can extend into the cabin, and the bulk cargo can be continuously carried to the machine base through the conveyor belt in the multi-section cantilever. In the cargo storage bucket, then make the truck carry the cargo from the bottom of the cargo storage bucket. However, when it needs to be transported to a distant warehouse, although the position can be fine-tuned by moving the machine base, this will cause the angle of the cantilever and hopper extending into the cabin to change, and the bulk carrier will be fully loaded. The different draught heights of the hopper and the empty cabin will make it difficult to adjust the hopper to the most appropriate reclaiming position inside the cabin; if you do not want to change the position of the cantilever and the hopper extending into the cabin, you can only use a truck for multiple transfers, so The need to increase the number of trucks, carry time and reduce the efficiency of transshipment, resulting in a significant increase in the cost of carrying bulk cargo.

In other words, there is a problem of inconvenience in the transshipment of existing bulk cargoes, which cannot effectively improve transshipment efficiency and reduce transshipment costs. How to solve the aforementioned problems is what the industry and users are eager to discuss, and this is also what this creation intends to explore. problem to be solved.

The reason is that the creator has in-depth discussions on the problems faced by existing users when using it, and with the creator's years of experience in related product development, actively seeking solutions, through continuous research and development, finally succeeded. An extendable bulk material transfer machine structure is created, so as to overcome the existing troubles and inconveniences caused by the difficulty of extending and transferring.

Therefore, the main purpose of this creation is to provide an extendable bulk material transfer machine structure, so as to selectively perform extended transfer without moving the position of the machine base, so as to save the transfer time and greatly improve its practicability.

In addition, the second main purpose of this creation is to provide an extendable bulk cargo transfer machine structure, which can quickly switch between shipment and extended transfer, and can quickly extend and transfer to another outlet without increasing the number of trucks. It can greatly improve the efficiency of transshipment and reduce the transshipment cost of bulk cargo.

For this reason, this creation mainly realizes the above-mentioned purpose and efficiency through the following technical means, including:

A machine base has a vertical column at both ends of the lower section, so that the machine base has a cargo unloading tunnel, and the upper section of the machine base is fixed with a cargo storage bucket for pre-storing goods. The top of the cargo storage bucket is fixed It has an open feeding part, and the bottom end of the cargo storage barrel has a pair of unloading gates which can be selectively opened and closed for the unloading tunnel;

A multi-segment feeding cantilever set, which at least has a first cantilever and a second cantilever, wherein one end of the first cantilever is pivoted above the cargo storage tank of the machine base, and a first cantilever is arranged in the first cantilever A conveyor belt, and one end of the first cantilever away from the machine base has a feeding part connected to the first conveyor belt, and one end of the first cantilever corresponding to the machine base has a first outlet connected to the first conveyor belt part, the first discharging part can correspond to the feeding part of the cargo storage barrel, and the second cantilever is pivoted at the end of the first cantilever away from the machine base, and a second cantilever is arranged in the second cantilever conveyor belt, and the second cantilever is provided with a hopper connected to the second conveyor belt at one end away from the first cantilever, and the end of the second cantilever corresponding to the first cantilever is provided with a first cantilever that communicates with the second conveyor belt Two discharging parts, the second discharging part can correspond to the feeding part of the first cantilever;

A hoisting group, which is connected to the top of the machine base with a first hoisting machine. The first hoisting machine can be connected to one end of the first cantilever away from the machine base by setting a first cable through a plurality of pulleys, and the hoisting group is located at the other end of the machine base. The first cantilever is provided with a second hoist, and the second hoist can connect the end of the second cantilever away from the first cantilever through a plurality of pulleys with a second cable;

an extended discharge group, which is arranged on the other side of the machine base that is different from the multi-stage feeding cantilever group, the extended discharge group has a movable cantilever, and an extended conveyor belt is arranged in the movable cantilever, Furthermore, one end of the movable cantilever corresponding to the machine base has a material receiving part connected to the extended conveyor belt, and one end of the movable cantilever away from the machine base has a discharge part connected to the extended conveyor belt, and the connecting part is connected to the extended conveyor belt. The feeding part is located between the first discharging part of the first cantilever and the feeding part of the cargo storage bucket, and the movable cantilever can drive the receiving part to move between a feeding position and a feeding position.

Through the specific realization of the aforementioned technical means, its practicability can be enhanced, and its added value and economic benefits can be further enhanced.

And this creation and use of the following technical means to further achieve the aforementioned purposes and effects; such as:

A movable carrier is respectively provided at the bottom of the upright column of the machine base, so that the machine base can be fixedly positioned or displaced.

The top of the machine base is further provided with a bracket, and the bracket is pivotally provided with a telescopic support rod connecting the aforementioned multi-segment feeding cantilever group. Support the multi-section feeding cantilever group.

The movable cantilever is arranged on a bearing platform fixed on the machine base, and a roller that can roll on the surface of the bearing platform is respectively provided on the bottom edges of both sides, and each of the rollers is driven by a motor group. To actuate the material receiving part of the movable cantilever to move between the feeding position and the material breaking position.

The surface of the carrying platform has guide rails corresponding to the rollers at the bottom of the movable cantilever.

In order to enable your reviewers to further understand the composition, characteristics and other purposes of this creation, the following are some preferred embodiments, which are described in detail with the drawings as follows, and at the same time, those who are familiar with the technical field can implement it.

This creation is an extendable bulk material transfer machine structure, and the accompanying drawings illustrate the specific embodiment of this creation and its components, all about front and rear, left and right, top and bottom, upper and lower, and horizontal and vertical The reference is only for the convenience of description, and does not limit the creation, nor does it limit its components to any position or spatial orientation. The dimensions specified in the drawings and the description can be changed according to the design and requirements of the specific embodiments of the present invention without departing from the scope of the patent application of the present invention.

The detailed structure of the structure of the extendable bulk material transfer machine of this invention is shown in Figures 1 and 2, which includes a machine base (10), a multi-stage feeding cantilever group (20), a hoisting group ( 40) and an extended discharge group (60) to facilitate the operator to carry out bulk export transshipment of bulk materials;

Wherein, the two ends of the lower section of the machine base (10) are respectively provided with a column (11), so that the machine base (10) has an unloading tunnel (13) for the supply vehicle to enter and leave the cargo, and the column of the machine base (10) (11) A mobile carrier (12) is respectively provided at the bottom, and the mobile carrier (12) can be positioned or selectively driven, so that the machine base (10) can be fixedly positioned or displaced, and the machine base (10) ) above the unloading tunnel (13) is fixed with a cargo storage bucket (15) for pre-storage materials, and the top of the cargo storage bucket (15) has an open feeding part (16), so as to For filling the cargo storage bucket (15), and the cargo storage bucket (15) has a discharge gate (17) at the bottom that can be selectively opened and closed for when the truck enters the machine base ( 10) When the unloading tunnel (13) is located, the unloading gate (17) of the cargo storage bucket (15) can be selectively opened to carry out the cargo transportation of the truck. Furthermore, in this embodiment, a bracket (18) is further provided at the top of the machine base (10), and a telescopic support rod ( 19), for supporting the multi-section feeding cantilever group (20), and further for setting up the aforementioned hoisting group (40) to control the extension angle and position of the multi-section feeding cantilever group (20);

The multi-section feeding cantilever set (20) has at least a first cantilever (21) and a second cantilever (25), wherein one end of the first cantilever (21) is pivotally connected to the cargo storage of the machine base (10). Above the barrel (15), one end of the telescopic strut (19) of the aforementioned bracket (18) is pivoted on the other end of the first cantilever (21) away from the machine base (10), and inside the first cantilever (21) A first conveyor belt (22) is provided, and one end of the first cantilever (21) away from the machine base (10) has a feeding portion (23) connected to the first conveyor belt (22), and the first cantilever (21) One end corresponding to the machine base (10) is provided with a first discharge portion (24) connected to the first conveyor belt (22), and the first discharge portion (24) can correspond to the cargo storage bucket (15). ) of the feeding part (16); in addition, the second cantilever (25) is pivoted at the end of the first cantilever (21) away from the machine base (10), and the second cantilever (25) is provided with a A second conveyor belt (26), and the second cantilever (25) is provided with a hopper (27) connected to the second conveyor belt (26) at one end away from the first cantilever (21), and the second One end of the cantilever (25) corresponding to the first cantilever (21) is provided with a second discharge part (28) connected to the second conveyor belt (26), and the second discharge part (28) can correspond to the first cantilever (21) the feeding part (23);

Furthermore, the aforementioned hoisting group (40) is provided with a first hoisting machine (41) at the top of the machine base (10). One end of the cantilever (21) away from the machine base (10), and the hoisting group (40) is further provided with a second hoist (45) on the first cantilever (21), the second hoist (45) can pass through the plurality of The pulley is provided with a second cable (46) to connect the end of the second cantilever (25) away from the first cantilever (21), so that the first and second hoists (41, 45) of the hoisting group (40) can be controlled by The first and second cables (42, 46) are used to pull the opposite first cantilever (21) and second cantilever (25), so as to control the extension angle of the first cantilever (21) and the second cantilever (25) and The purpose of the position is so that the hopper (27) of the second cantilever (25) can be located in a proper position in the cabin, so that the goods are gradually transferred by the second conveyor belt (26) and the first conveyor belt (22). The cargo storage bucket (15) filled on the machine base (10) is pre-stored;

Furthermore, the aforementioned extending and discharging group (60) is arranged on the other side of the machine base (10) that is different from the multi-stage feeding cantilever group (20), and the extending and discharging group (60) has a movable type. Cantilever (61), the movable cantilever (61) has an extension conveyor belt (62) inside, and further, the movable cantilever (61) corresponding to one end of the machine base (10) has an extension conveyor belt ( 62) of the material receiving part (63), and the end of the movable cantilever (61) away from the machine base (10) has a discharge part (64) communicating with the extended conveyor belt (62), and the extended conveyor belt The receiving part (63) of (62) is located between the first discharging part (24) of the first cantilever (21) and the feeding part (16) of the cargo storage bucket (15), and the movable The cantilever (61) can drive the feeding part (63) of the extending conveyor belt (62) to move between a feeding position (A) and a feeding position (B), so as to selectively accept the multi-section feeding cantilever The goods conveyed by the first discharge part (24) of the first cantilever (21) of the group (20) can be transported to the extended conveyor belt (62) of the movable cantilever (61).

In addition, the movable cantilever (61) is arranged on a bearing platform (65) fixed on the machine base (10), as shown in Figure 2, wherein the movable cantilever (61) has two bottom edges on both sides A roller (611) that can roll on the surface of the bearing platform (65) is separately provided, and each roller (611) is driven by a motor group (612). The surface of the bearing platform (65) has a pair of movable The guide rails (651) of the rollers (611) at the bottom of the cantilever (61), so that the movable cantilever (61) can be displaced on the bearing platform (65) to actuate the connection of the movable cantilever (61). The feeding part (63) can move between the feeding position (A) and the feeding position (B);

Thereby, an extendable bulk material transfer machine structure which can increase the material discharge selectivity is formed.

However, when the actual transfer of goods is carried out in this work, as shown in Figure 3, under normal conditions, the machine base (10) is moved to the shore near the bulk carrier by the mobile vehicle (12), and the hoisting group is used to move the machine base (10). The first and second hoists (41, 45) of (40) control the angles and positions of the first cantilever (21) and the second cantilever (25) of the multi-stage feeding cantilever group (20), so that the second cantilever ( The hopper (27) of 25) can be extended into the cabin at a position suitable for unloading the goods, and at the same time the movable cantilever (61) is moved so that the feeding part (63) of the extending conveyor belt (62) moves to the position. The material breaking position (B), so that when starting to start unloading, the goods can be passed through the second conveyor belt (26) and the first conveyor belt (22) in sequence by the hopper (27), and the first conveyor belt (22). The first discharge part (24) of the conveyor belt (22) is filled in the feeding part (16) of the cargo storage bucket (15) of the machine base (10), and a truck is dispatched to the machine base (10). The unloading tunnel (13) is ready to hold the goods, and at this time, the goods can be loaded by the truck by controlling the opening and closing of the unloading gate (17) of the goods storage bucket (15), and then the goods are transported.

Furthermore, when it needs to be transported to another location (such as a distant warehouse), the movable cantilever (61) of the extended discharging group (60) can be actuated without moving the machine base (10). , so that the receiving part (63) of the inner extension conveyor belt (62) corresponds to the first discharging part (24) of the first cantilever (21) of the multi-section feeding cantilever group (20), so that the goods can be The material is transported to another material outlet by the extension conveyor belt (62) of the extension material discharge group (60), and can be changed by moving the position of the material receiving part (63) of the movable cantilever (61) at any time. In order to control and maintain the smooth loading of goods, improve the efficiency of goods transportation, and transfer goods without increasing the number of trucks, which can further shorten the time for transferring goods and reduce the amount of goods transferred. It can also reduce the leakage of materials, thereby reducing the waste of bulk materials, so as to reduce environmental pollution and subsequent cleaning problems, and greatly improve its practicability.

10: base

11: Column

12: Mobile Vehicles

13: Unloading tunnel

15: cargo storage bucket

16: Feeding Department

17: Discharge gate

18: Bracket

19: Telescopic strut

20: Multi-stage feeding cantilever group

21: The first cantilever

22: The first conveyor belt

23: Feeding Department

24: The first discharge department

25: Second Cantilever

26: Second conveyor belt

27: Hopper

28: The second discharge part

40: Winch group

41: The first winch

42: First cable

45: Second winch

46: Second cable

60:Extended discharge group

61: Movable Cantilever

611: Roller

612: Motor group

62:Extended conveyor belt

63: Receiving Department

64: Discharge Department

65: Bearing platform

651: Rails

A: Feeding position

B: cut-off position

Figure 1: Schematic diagram of the appearance structure of this creation. Figure 2: Schematic diagram of the end view of the extended discharge group of this creation. Figure 3: A schematic side view of the creation in action.

10: base

11: Column

12: Mobile Vehicles

13: Unloading tunnel

15: cargo storage bucket

16: Feeding Department

17: Discharge gate

18: Bracket

19: Telescopic strut

20: Multi-stage feeding cantilever group

21: The first cantilever

22: The first conveyor belt

23: Feeding Department

24: The first discharge department

25: Second Cantilever

26: Second conveyor belt

27: Hopper

28: The second discharge part

40: Winch group

41: The first winch

42: First cable

45: Second winch

46: Second cable

60:Extended discharge group

61: Movable Cantilever

62:Extended conveyor belt

63: Receiving Department

64: Discharge Department

65: Bearing platform

A: Feeding position

Claims (5)

An extendable bulk material transfer machine structure comprising: A machine base has a vertical column at both ends of the lower section, so that the machine base forms a cargo unloading tunnel, and the upper section of the machine base is fixed with a cargo storage bucket for pre-storing goods. The cargo storage bucket The top end has an open feeding part, and the bottom end of the cargo storage barrel has a pair of discharge gates that should be opened and closed selectively for the discharge tunnel; A multi-segment feeding cantilever set, which at least has a first cantilever and a second cantilever, wherein one end of the first cantilever is pivoted above the cargo storage tank of the machine base, and a first cantilever is arranged in the first cantilever A conveyor belt, and one end of the first cantilever away from the machine base has a feeding part connected to the first conveyor belt, and one end of the first cantilever corresponding to the machine base has a first outlet connected to the first conveyor belt part, the first discharging part can correspond to the feeding part of the cargo storage barrel, and the second cantilever is pivoted at the end of the first cantilever away from the machine base, and a second cantilever is arranged in the second cantilever The second cantilever is provided with a hopper connected to the second conveyor belt at one end away from the first cantilever, and the end of the second cantilever corresponding to the first cantilever is provided with a hopper connected to the second conveyor belt. the second discharging part, the second discharging part can correspond to the feeding part of the first cantilever; A hoisting group, which is connected to the top of the machine base with a first hoisting machine. The first hoisting machine can be connected to one end of the first cantilever away from the machine base by setting a first cable through a plurality of pulleys, and the hoisting group is located at the other end of the machine base. A second hoist is arranged on the first cantilever, and the second hoist can connect the end of the second cantilever away from the first cantilever through a plurality of pulleys with a second cable; an extended discharge group, which is arranged on the other side of the machine base that is different from the multi-section feeding cantilever group, the extended discharge group has a movable cantilever, and an extended conveyor belt is arranged in the movable cantilever, Furthermore, one end of the movable cantilever corresponding to the machine base has a material receiving part connected to the extended conveyor belt, and one end of the movable cantilever away from the machine base has a discharge part connected to the extended conveyor belt, and the connecting part is connected to the extended conveyor belt. The feeding part is located between the first discharging part of the first cantilever and the feeding part of the cargo storage barrel, and the movable cantilever can drive the feeding part to move between a feeding position and a feeding position. The extendable bulk material transfer machine structure as claimed in claim 1, wherein a movable carrier is respectively provided at the bottom of the upright column of the machine base, so that the machine base can be fixedly positioned or displaced. The structure of an extendable bulk material transfer machine as claimed in claim 1, wherein a bracket is further provided at the top of the machine base, and a telescopic strut is pivoted on the bracket to connect the multi-section feeding cantilever group. One end of the rod is pivoted on the other end of the first cantilever away from the machine base, and is used for supporting the multi-section feeding cantilever group. The extendable bulk material transfer machine structure as claimed in claim 1, wherein the movable cantilever is arranged on a carrying platform fixed on the machine base, and two bottom edges are respectively provided with a cantilever that can be mounted on the machine base. There are rollers rolling on the surface of the bearing platform, and each of the rollers is driven by a motor group to move the material receiving part of the movable cantilever to move between the feeding position and the material breaking position. The extendable bulk material transfer machine structure as claimed in claim 4, wherein the surface of the carrying platform has a pair of guide rails corresponding to the rollers at the bottom of the movable cantilever.

Images