CN103953200B - Wallboard mounting machine - Google Patents

Abstract

The invention discloses a kind of wallboard mounting machine, it comprises a support body, junction plate is installed with in the left upper part of support body, there is the first hydraulic jack the bottom of junction plate by the first stud connection, in the middle and upper part of junction plate by one end of the second stud connection extending arm, the other end of extending arm is inverted V-shaped, the lower end of the expansion link on the first hydraulic jack and extending arm inverted V-shaped is by the first pinned connection, the upper end of extending arm inverted V-shaped is connected with the lower end of a connecting seat by the 3rd hinge, on the right side of the middle part of Connection Block, rotating disk is installed, the centre position, right side of rotating disk connects the framework of a bottom belt prong, the upper end symmetry of framework connecting bushing is installed, each connecting bushing is provided with clamping bent plate, the left end of each clamping bent plate is connected with the expansion link on two second hydraulic jacks being arranged on framework left end respectively by the 3rd bearing pin, the right-hand member of each clamping bent plate is separately installed with grip block, adopt said structure, achieve structure simple, easy to operate.

Description

Wallboard mounting machine

Technical field

The present invention relates to a kind of wallboard mounting machine.

Background technology

At present, install in equipment process at wallboard, mostly required wallboard is sling then to be placed near predeterminated position and is installed by employing crane, use crane will have certain operating space, but also need at least two people auxiliary installation wallboard, so not only waste time and energy, and efficiency is low.

Summary of the invention

The object of this invention is to provide a kind of structure simple, easy to operate, efficiency is high, safe and time saving and energy saving wallboard mounting machine.

Technical scheme of the present invention is a kind of wallboard mounting machine, it comprises an arc support body 1, it is characterized in that: the rotating shaft two ends arranged bottom described support body 1 right-hand member are provided with road wheel 2, bottom the left end of described support body 1, universal wheel 3 is installed, a pair junction plate 4 is installed with in the left upper part of described support body 1, the bottom of described junction plate 4 is connected with the first hydraulic jack 6 by the first hinge 5, one end of extending arm 8 is connected by the second hinge 7 in the middle and upper part of described junction plate 4, the other end of described extending arm 8 is inverted V-shaped, expansion link on described first hydraulic jack 6 is connected by the first bearing pin 10 with the lower end of described extending arm 8 inverted V-shaped, the upper end of described extending arm 8 inverted V-shaped is connected with the lower end of a connecting seat 11 by the 3rd hinge 9, connecting rod 12 is connected with by the second bearing pin 13 between the upper end and the upper end of described Connection Block 11 of described junction plate 4, on the right side of the middle part of described Connection Block 11, rotating disk 14 is installed, the centre position, right side of described rotating disk 14 connects the framework 15 of a bottom belt prong, the upper end symmetry of described framework 15 connecting bushing is installed, each described connecting bushing is provided with clamping bent plate 17, the left end of each described clamping bent plate 17 is connected with the expansion link on two second hydraulic jacks 16 being arranged on described framework 15 left end respectively by the 3rd bearing pin 18, the right-hand member of each described clamping bent plate 17 is separately installed with grip block 19, described first hydraulic jack 6 and described second hydraulic jack 16 are controlled by the hydraulic control lever 21 being separately positioned on described junction plate 4 both sides.

Technical scheme of the present invention can also be also be provided with balancing weight 20 in the left side of described support body 1.

The invention has the beneficial effects as follows that the rotating shaft two ends arranged bottom described support body 1 right-hand member are provided with road wheel 2, bottom the left end of described support body 1, universal wheel 3 is installed, a pair junction plate 4 is installed with in the left upper part of described support body 1, the bottom of described junction plate 4 is connected with the first hydraulic jack 6 by the first hinge 5, one end of extending arm 8 is connected by the second hinge 7 in the middle and upper part of described junction plate 4, the other end of described extending arm 8 is inverted V-shaped, expansion link on described first hydraulic jack 6 is connected by the first bearing pin 10 with the lower end of described extending arm 8 inverted V-shaped, the upper end of described extending arm 8 inverted V-shaped is connected with the lower end of a connecting seat 11 by the 3rd hinge 9, connecting rod 12 is connected with by the second bearing pin 13 between the upper end and the upper end of described Connection Block 11 of described junction plate 4, on the right side of the middle part of described Connection Block 11, rotating disk 14 is installed, the centre position, right side of described rotating disk 14 connects the framework 15 of a bottom belt prong, the upper end symmetry of described framework 15 connecting bushing is installed, each described connecting bushing is provided with clamping bent plate 17, the left end of each described clamping bent plate 17 is connected with the expansion link on two second hydraulic jacks 16 being arranged on described framework 15 left end respectively by the 3rd bearing pin 18, the right-hand member of each described clamping bent plate 17 is separately installed with grip block 19, described first hydraulic jack 6 and described second hydraulic jack 16 are controlled by the hydraulic control lever 21 being separately positioned on described junction plate 4 both sides, during use, first control the second hydraulic jack 16 by hydraulic control lever 21 and wallboard clip be held between the prong of framework 15 and the grip block 19 of clamping bent plate 17, then control the first hydraulic jack 6 by opposite side hydraulic control lever 21 and by extending arm 8, Connection Block 11 together lifted certain altitude together with the wallboard on framework 15, can around the angle of Connection Block 11 rotating 360 degrees by the framework 15 after lifting, then the predeterminated position that is placed on that the wallboard on framework 15 is selected is installed, achieve structure simple, easy to operate, efficiency is high, safe and time saving and energy saving effect.

Accompanying drawing explanation

Fig. 1 is structural representation of the present invention

In Fig. 11, support body, 2, road wheel, 3, universal wheel, 4, junction plate, 5, the first hinge, the 6, first hydraulic jack, the 7, second hinge, 8, extending arm, 9, the 3rd hinge, the 10, first bearing pin, 11, Connection Block, 12, connecting rod, 13, the second bearing pin, 14, rotating disk, 15, framework, 16, the second hydraulic jack, 17, clamping bent plate, the 18, the 3rd bearing pin, 19, grip block, 20, balancing weight, 21, hydraulic control lever.

Detailed description of the invention

According to Fig. 1, the present invention relates to a kind of wallboard mounting machine, it comprises an arc support body 1, the rotating shaft two ends arranged bottom described support body 1 right-hand member are provided with road wheel 2, bottom the left end of described support body 1, universal wheel 3 is installed, in the left side of described support body 1, balancing weight 20 is also installed, a pair junction plate 4 is installed with in the left upper part of described support body 1, the bottom of described junction plate 4 is connected with the first hydraulic jack 6 by the first hinge 5, one end of extending arm 8 is connected by the second hinge 7 in the middle and upper part of described junction plate 4, the other end of described extending arm 8 is inverted V-shaped, expansion link on described first hydraulic jack 6 is connected by the first bearing pin 10 with the lower end of described extending arm 8 inverted V-shaped, the upper end of described extending arm 8 inverted V-shaped is connected with the lower end of a connecting seat 11 by the 3rd hinge 9, connecting rod 12 is connected with by the second bearing pin 13 between the upper end and the upper end of described Connection Block 11 of described junction plate 4, on the right side of the middle part of described Connection Block 11, rotating disk 14 is installed, the centre position, right side of described rotating disk 14 connects the framework 15 of a bottom belt prong, the upper end symmetry of described framework 15 connecting bushing is installed, each described connecting bushing is provided with clamping bent plate 17, the left end of each described clamping bent plate 17 is connected with the expansion link on two second hydraulic jacks 16 being arranged on described framework 15 left end respectively by the 3rd bearing pin 18, the right-hand member of each described clamping bent plate 17 is separately installed with grip block 19, described first hydraulic jack 6 and described second hydraulic jack 16 are controlled by the hydraulic control lever 21 being separately positioned on described junction plate 4 both sides, during use, first control the second hydraulic jack 16 by hydraulic control lever 21 and wallboard clip be held between the prong of framework 15 and the grip block 19 of clamping bent plate 17, then control the first hydraulic jack 6 by opposite side hydraulic control lever 21 and by extending arm 8, Connection Block 11 together lifted certain altitude together with the wallboard on framework 15, can around the angle of Connection Block 11 rotating 360 degrees by the framework 15 after lifting, then the predeterminated position that is placed on that the wallboard on framework 15 is selected is installed, achieve structure simple, easy to operate, efficiency is high, safe and time saving and energy saving effect.

Claims (2)

1. a wallboard mounting machine, it comprises an arc support body (1), it is characterized in that: the rotating shaft two ends arranged bottom described support body (1) right-hand member are provided with road wheel (2), universal wheel (3) is installed bottom the left end of described support body (1), a pair junction plate (4) is installed with in the left upper part of described support body (1), the bottom of described junction plate (4) is connected with the first hydraulic jack (6) by the first hinge (5), connected one end of extending arm (8) by the second hinge (7) in the middle and upper part of described junction plate (4), the other end of described extending arm (8) is inverted V-shaped, expansion link on described first hydraulic jack (6) is connected by the first bearing pin (10) with the lower end of described extending arm (8) inverted V-shaped, the upper end of described extending arm (8) inverted V-shaped is connected with the lower end of a connecting seat (11) by the 3rd hinge (9), connecting rod (12) is connected with by the second bearing pin (13) between the upper end of described junction plate (4) and the upper end of described Connection Block (11), rotating disk (14) is installed on the right side of the middle part of described Connection Block (11), the centre position, right side of described rotating disk (14) connects the framework (15) of a bottom belt prong, the upper end symmetry of described framework (15) connecting bushing is installed, each described connecting bushing is provided with clamping bent plate (17), the left end of each described clamping bent plate (17) is connected with the expansion link on two second hydraulic jacks (16) being arranged on described framework (15) left end respectively by the 3rd bearing pin (18), the right-hand member of each described clamping bent plate (17) is separately installed with grip block (19), described first hydraulic jack (6) and described second hydraulic jack (16) are controlled by the hydraulic control lever (21) being separately positioned on described junction plate (4) both sides.

2. wallboard mounting machine according to claim 1, is characterized in that: be also provided with balancing weight (20) in the left side of described support body (1).