阅读说明：本技术 装柜机 (Cabinet-loading machine ) 是由 闫志伟 于 2020-06-10 设计创作，主要内容包括：装柜机,包括手推式移动底盘(1),其特征在于,在手推式移动底盘(1)上设置有液压伸缩推送装置。与现有技术相比,本发明能够将整摞的货品箱推到集装箱内部,省工省力,工作效率高。(The cabinet loader comprises a hand-push type movable chassis (1) and is characterized in that a hydraulic telescopic pushing device is arranged on the hand-push type movable chassis (1). Compared with the prior art, the goods box pushing device can push the whole pile of goods boxes into the container, and is labor-saving and high in working efficiency.)

1. The cabinet loader comprises a hand-push type movable chassis (1) and is characterized in that a hydraulic telescopic pushing device is arranged on the hand-push type movable chassis (1).

2. The cabinet-loading machine according to claim 1, characterized in that the hydraulic telescopic pushing device is composed of a movable push plate (2), a rod I (3), a rod II (4), a rod III (5), a rod IV (6), a tail hinged hydraulic cylinder (10) and a bearing vertical plate (9), the bearing vertical plate (9) is fixed at the rear end part of the hand-push type movable chassis (1), the front end parts of the rod I (3) and the rod II (4) are hinged on the rear plate surface of the movable push plate (2) through hinged supports, the hinged joint of the rod I (3) is on the upper part, the hinged joint of the rod II (4) is on the lower part, the middle parts of the rod I (3) and the rod II (4) are hinged, the rear ends of the rod III (5) and the rod IV (6) are hinged on the front plate surface of the bearing vertical plate (9) through hinged supports, the hinged joint of the rod III (5) is on the lower part, the hinged joint of the rod IV (6) is on the upper part, the middle parts of the rod (5, the rear end of pole I (3) is articulated with the front end of pole IV (6), the rear end of pole II (4) is articulated with the front end of pole III (5), the tail end of the articulated formula pneumatic cylinder of afterbody (10) articulates on bearing the preceding face of riser (9), the pin joint of the articulated formula pneumatic cylinder of afterbody (10) just is close to the pin joint of pole III (5) between the pin joint of pole III (5) and pole IV (6), the tip of the piston rod of the articulated formula pneumatic cylinder of afterbody (10) articulates on pole II (4), and the pin joint is close to the rear end of pole II (4).

3. The cabinet-loading machine according to claim 1, characterized in that the hydraulic telescopic pushing device is composed of a movable push plate (2), a rod I (3), a rod II (4), a rod III (5), a rod IV (6), a tail hinged hydraulic cylinder (10) and a bearing vertical plate (9), the bearing vertical plate (9) is fixed at the rear end part of the hand-push type movable chassis (1), the front end parts of the rod I (3) and the rod II (4) are hinged on the rear plate surface of the movable push plate (2) through hinged supports, the hinged joint of the rod I (3) is on the upper part, the hinged joint of the rod II (4) is on the lower part, the middle parts of the rod I (3) and the rod II (4) are hinged, the rear ends of the rod III (5) and the rod IV (6) are hinged on the front plate surface of the bearing vertical plate (9) through hinged supports, the hinged joint of the rod III (5) is on the lower part, the hinged joint of the rod IV (6) is on the upper part, the middle parts of the rod (5, the rear end of pole I (3) is articulated with the front end of pole IV (6), the rear end of pole II (4) is articulated with the front end of pole III (5), the tail end of the articulated formula pneumatic cylinder of afterbody (10) articulates on bearing the preceding face of riser (9), the pin joint of the articulated formula pneumatic cylinder of afterbody (10) just is close to the pin joint of pole IV (6) between the pin joint of pole III (5) and pole IV (6), the tip of the piston rod of the articulated formula pneumatic cylinder of afterbody (10) articulates on pole I (3), and the pin joint is close to the rear end of pole I (3).

4. Cabinet-filling machine according to claim 2 or 3, characterized in that an upper reinforcement (7) and a lower reinforcement (8) are provided between the front plate surface of the bearing vertical plate (9) and the hand-push type moving chassis (1).

5. Cabinet-filling machine according to claim 2 or 3, characterized in that a hydraulic station (11) is provided on the hand-propelled mobile chassis (1), the hydraulic station (11) being connected to the rear articulated hydraulic cylinder (10) by means of a control valve group.

Technical Field

The invention relates to a loader, in particular to a container loader for pushing a container to move.

Background

It is well known that the loading of containers by forklift trucks in stacks is common to increase the speed of loading. However, the existing fork truck for piled goods boxes can only be placed at the box opening (door) of the container, and manual operation of moving and stacking one box in one box towards the inside of the container is needed, so that time and labor are wasted, and the working efficiency is low. Therefore, it is a technical problem to be solved at present to design a container loader capable of pushing a whole pile of goods boxes to the inside of a container.

Disclosure of Invention

The invention aims to provide a container loader which can push a whole pile of goods boxes into a container.

The technical scheme for solving the technical problem is as follows:

the cabinet installing machine comprises a hand-push type movable chassis, and a hydraulic telescopic pushing device is arranged on the hand-push type movable chassis.

The first preferred scheme is as follows: the hydraulic telescopic pushing device comprises a movable push plate, a rod I, a rod II, a rod III, a rod IV, a tail part hinged hydraulic cylinder and a bearing vertical plate, wherein the bearing vertical plate is fixed at the rear end part of a hand-push type moving chassis, the front end parts of the rod I and the rod II are hinged on the rear plate surface of the movable push plate through hinged supports, the hinged point of the rod I is arranged at the upper part, the hinged point of the rod II is arranged at the lower part, the middle parts of the rod I and the rod II are hinged, the rear ends of the rod III and the rod IV are hinged on the front plate surface of the bearing vertical plate through hinged supports, the hinged point of the rod III is arranged at the lower part, the hinged point of the rod IV is hinged at the upper part, the middle parts of the rod III and the rod IV are hinged, the rear end of the rod I is hinged with the front end of the rod IV, the rear end of the rod II is hinged with the front end of the rod III, the tail end of the hinged hydraulic, the end part of a piston rod of the tail hinged hydraulic cylinder is hinged to the rod II, and the hinged point is close to the rear end of the rod II. An upper reinforcing rib and a lower reinforcing rib are arranged between the front plate surface of the bearing vertical plate and the hand-push type movable chassis. A hydraulic station is arranged on the hand-push type movable chassis and is connected with a tail hinged hydraulic cylinder through a control valve group.

The second preferred scheme is as follows: the hydraulic telescopic pushing device comprises a movable push plate, a rod I, a rod II, a rod III, a rod IV, a tail part hinged hydraulic cylinder and a bearing vertical plate, wherein the bearing vertical plate is fixed at the rear end part of a hand-push type moving chassis, the front end parts of the rod I and the rod II are hinged on the rear plate surface of the movable push plate through hinged supports, the hinged point of the rod I is arranged at the upper part, the hinged point of the rod II is arranged at the lower part, the middle parts of the rod I and the rod II are hinged, the rear ends of the rod III and the rod IV are hinged on the front plate surface of the bearing vertical plate through hinged supports, the hinged point of the rod III is arranged at the lower part, the hinged point of the rod IV is arranged at the upper part, the middle parts of the rod III and the rod IV are hinged, the rear end of the rod I is hinged with the front end of the rod IV, the rear end of the rod II is hinged with the front end of the rod III, the tail end of the hinged hydraulic, the tip of the piston rod of afterbody articulated formula pneumatic cylinder articulates on pole I, and the pin joint is close to the rear end of pole I. An upper reinforcing rib and a lower reinforcing rib are arranged between the front plate surface of the bearing vertical plate and the hand-push type movable chassis. A hydraulic station is arranged on the hand-push type movable chassis and is connected with a tail hinged hydraulic cylinder through a control valve group.

Compared with the prior art, the goods box pushing device can push the whole pile of goods boxes into the container, and is labor-saving and high in working efficiency.

Drawings

FIG. 1 is a schematic structural view of the present invention (first embodiment);

FIG. 2 is a schematic structural view of the present invention (second embodiment);

fig. 3 is a hydraulic schematic of the present invention.

Detailed Description

As shown in the figure, the cabinet installing machine comprises a hand-push type movable chassis 1 and is characterized in that a hydraulic telescopic pushing device is arranged on the hand-push type movable chassis 1. The hydraulic telescopic pushing device comprises a movable push plate 2, a rod I3, a rod II 4, a rod III 5, a rod IV 6, a tail part hinged hydraulic cylinder 10 and a bearing vertical plate 9, wherein the bearing vertical plate 9 is fixed at the rear end part of a hand-push type moving chassis 1, the front end parts of the rod I3 and the rod II 4 are hinged on the rear plate surface of the movable push plate 2 through hinged supports, the hinged point of the rod I3 is arranged at the upper part, the hinged point of the rod II 4 is arranged at the lower part, the middle parts of the rod I3 and the rod II 4 are hinged, the rear ends of the rod III 5 and the rod IV 6 are hinged on the front plate surface of the bearing vertical plate 9 through hinged supports, the hinged point of the rod III 5 is arranged at the lower part, the hinged point of the rod IV 6 is arranged at the upper part, the middle parts of the rod III 5 and the rod IV 6 are hinged, the rear end of the rod I3 is hinged with the front end of the rod IV 6, the rear end of the rod, the pin joint of afterbody articulated pneumatic cylinder 10 just is close to the pin joint of pole III 5 between the pin joint of pole III 5 and pole IV 6, and the tip of the piston rod of afterbody articulated pneumatic cylinder 10 articulates on pole II 4, and the pin joint is close to the rear end of pole II 4. An upper reinforcing rib 7 and a lower reinforcing rib 8 are arranged between the front plate surface of the bearing vertical plate 9 and the hand-push type movable chassis 1. A hydraulic station 11 is arranged on the hand-push type movable chassis 1, and the hydraulic station 11 is connected with a tail hinged type hydraulic cylinder 10 through a control valve group.

The cabinet loader comprises a hand-push type movable chassis 1 and is characterized in that a hydraulic telescopic pushing device is arranged on the hand-push type movable chassis 1. The hydraulic telescopic pushing device comprises a movable push plate 2, a rod I3, a rod II 4, a rod III 5, a rod IV 6, a tail part hinged hydraulic cylinder 10 and a bearing vertical plate 9, wherein the bearing vertical plate 9 is fixed at the rear end part of a hand-push type moving chassis 1, the front end parts of the rod I3 and the rod II 4 are hinged on the rear plate surface of the movable push plate 2 through hinged supports, the hinged point of the rod I3 is arranged at the upper part, the hinged point of the rod II 4 is arranged at the lower part, the middle parts of the rod I3 and the rod II 4 are hinged, the rear ends of the rod III 5 and the rod IV 6 are hinged on the front plate surface of the bearing vertical plate 9 through hinged supports, the hinged point of the rod III 5 is arranged at the lower part, the hinged point of the rod IV 6 is arranged at the upper part, the middle parts of the rod III 5 and the rod IV 6 are hinged, the rear end of the rod I3 is hinged with the front end of the rod IV 6, the rear end of the rod, the pin joint of afterbody articulated pneumatic cylinder 10 just is close to the pin joint of pole IV 6 between the pin joint of pole III 5 and pole IV 6, and the tip of the piston rod of afterbody articulated pneumatic cylinder 10 articulates on pole I3, and the pin joint is close to the rear end of pole I3. An upper reinforcing rib 7 and a lower reinforcing rib 8 are arranged between the front plate surface of the bearing vertical plate 9 and the hand-push type movable chassis 1. A hydraulic station 11 is arranged on the hand-push type movable chassis 1, and the hydraulic station 11 is connected with a tail hinged type hydraulic cylinder 10 through a control valve group.