JPH10218587A - High lift work wagon with panel member storage part - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a high life work wagon for easily fixing panel members to the ceiling or the upper portions of walls. SOLUTION: A high lift work wagon comprises a carriage 1 provided with a panel member receptacle 41, and a working floor 3 provided with a panel member support member 50 at its handrail 15 and with a manipulator 4. The wagon stores therein panel members in vertical posture against their fall with their undersides on the receptacle 41 and their topsides on the panel member topside support part of the support member 50. The wagon moves a panel member support part 29 in the manipulator 4 to fix panel members to the ceiling or the upper portions of walls.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an aerial work vehicle with a panel material storage portion used for mounting a panel material such as a gypsum board on a ceiling or above a wall at a building construction site.

[0002]

2. Description of the Related Art As an interior finishing work which is one of building construction work, there is a work of attaching a panel material such as a gypsum board material which is a fireproof covering material. The gypsum board material is generally a lightweight so-called 3 × 6 × t9 size (910 mm × 1820 mm thickness 9 mm), and the interior finishing worker usually installs the floor or wall below manually without using an auxiliary machine. Met. Above walls and ceilings that are out of reach, they are mounted on stepladders, assembled with scaffolds, used simple moving scaffolds, or mounted on aerial vehicles.

[0003] As described above, a stepladder, a scaffold, and a moving scaffold are indispensable for the work of attaching a gypsum board material (fireproof covering material) above a ceiling or a wall. Each time one is installed or one is attached, it takes time to move the scaffold. In the case of assembling a full-scale scaffold, a large number of people are required to assemble, disassemble, and relocate.

[0004] In the case of mounting work using a stepladder,
Moving is easy, but it is dangerous because it may fall.

[0005] In addition, when mounting by a work platform, a gypsum board material is temporarily placed on the end of the work floor outside the handrail and lifted to a predetermined position while being supported by hand. Place it on the lower gypsum board material that has been installed. In the case of a ceiling, place the board on your head and position it on the ceiling while holding the board with one hand. Thus, although it was a lightweight gypsum board material, it was a difficult work.

On the other hand, as gypsum board material, t15 is used for the purpose of reviewing fire resistance standards and reducing joints after installation.
(Thickness: 15 mm) to thick plates such as t25 (thickness: 25 mm) and 4 × 8 × t15 size (1210 mm × 2
(420 mm). However, as the weight and size of the gypsum board material are increased, it is difficult to manage the gypsum board material, which is a factor that hinders the spread of the new gypsum board material.

As described above, as an auxiliary machine which can be used at the time of attaching the gypsum board material, Japanese Utility Model Laid-Open No. 4-1273 is disclosed.
No. 51, an aerial work vehicle equipped with a cargo handling mechanism and a luggage support on a work floor, a work machine for towing a board handling machine and a board transporter disclosed in Japanese Utility Model Laid-Open No. 5-19448, There are known ones that use a mobile manipulator and a mobile scaffold together.

[0008]

The gypsum board material is attached by using the auxiliary machine described above,
Although the fatigue of the worker can be slightly reduced and the working efficiency can be improved to some extent, each auxiliary machine has the following problems.

Since the luggage support of the aerial work vehicle described above is box-shaped, if a long panel material such as a gypsum board material is placed, it will fall down. In addition, since the luggage support is far from the work floor, it is troublesome for an operator on the work floor to grip a member placed on the luggage support with a cargo handling mechanism.

[0010] The work machine towing the board handling material and the board carrier is not suitable for the work of attaching the panel material at a narrow building construction site as a whole.

A combination of a mobile manipulator and a mobile scaffold cannot be used unless the floor area is large.

Accordingly, an object of the present invention is to provide an aerial work vehicle with a panel material storage section which can solve the above-mentioned problems.

[0013]

Means for Solving the Problems and Functions / Effects The first invention is that a handrail 15 and a manipulator device 4
In a high place work vehicle in which the work floor 3 provided with a vertical movement mechanism 2 is mounted to be able to move up and down, a panel material receiving table 41 on which the lower surface of the panel material A is placed is attached to one of the left and right sides of the traveling vehicle 1. A panel material support member 50 having a substantially U-shaped flat shape is attached to one side of the handrail 15 at one of the left and right sides, at a portion where the surface of the panel material A is supported, and at a portion where the vertical surface of the panel material A is in contact. A high-altitude working vehicle with a panel material storage section, wherein the manipulator device 4 is configured so that the panel material support portion 29 moves up and down, rotates left and right, expands and contracts, and moves up and down with respect to the work floor 3. .

According to the first aspect of the present invention, the lower surface of the panel material A is placed on the panel material receiving base 41, and the surface of the panel material A is brought into contact with the panel material supporting member 50, so that the panel material A is vertically oriented. As a storage. In this state, the vehicle travels to the vicinity of the mounting place and stops, and the worker on the work floor 3 raises the work floor 3 by supporting the panel material A with the panel material support portion 29 of the manipulator device 4 and moves the panel material support portion. The panel material A supported by moving the panel 29 is moved vertically and horizontally to a position above the wall and to a ceiling mounting position.

[0015] Because of this, the panel material A is
Can be easily mounted above the wall.

Further, the traveling cart 1 of the aerial work vehicle, the handrail 15
Since the panel material receiving base 41 and the panel material support member 50 are attached to the structure, the whole is compact, and the panel material can be attached at a narrow work site.

Further, since the panel material A is stored in the vertical position by the panel material receiving base 41 and the panel material support member 50, the long panel material A can be stored without falling down.

When the work floor 3 is raised with the panel material A stored therein, the panel material A does not move upward, but the panel material support member 50 moves upward along with the handrail 15 along the panel material A. The panel material A does not interfere with the ceiling.

The second invention is an aerial work vehicle with a panel material storage in which the panel material receiving base 41 according to the first invention is mounted on one of the left and right sides of the work floor 3.

A third aspect of the present invention is the aerial work vehicle with a panel material storage portion in which the receiving recess 46 having an open front is formed on the upper surface of the panel material receiving base 41 in the first or second invention.

According to the third aspect, the panel material receiving base 41
By placing the lower surface of the panel material A in the receiving concave portion 46, the mounted panel material A does not fall off due to vibration during traveling.

According to a fourth aspect of the present invention, there is provided an aerial work vehicle having a panel material storage section in which the panel material support member 50 according to the first invention is mounted on one of the left and right sides of the traveling vehicle 1 at a position above the panel material receiving base 41. It is.

According to a fifth aspect of the present invention, the panel material receiving base 41 of the first, second, third, or fourth aspect of the present invention is vertically swingable in a horizontal state and a vertical state. An aerial work vehicle with removable panel material storage.

According to the fifth aspect, the panel material receiving base 41
Is set in the vertical posture, and the lateral width of the traveling carriage 1, the handrail 15, and the work floor 3 is reduced by removing the panel support member 50.

This facilitates movement between rooms and mounting on an elevator.

According to a sixth aspect of the present invention, a sliding member 47 is provided on an upper surface of the panel material receiving base 41 in the first, second, third, fourth, or fifth aspect, and This is an aerial work vehicle with a panel material storage portion provided with a sliding material 61 at a portion where the material surface abuts.

According to the sixth invention, the panel material receiving base 41
The panel material A moves smoothly along the upper surface of the panel member and the panel material supporting member 50.

Thus, the lower surface of the panel material A is not damaged when the panel material A is moved and placed along the panel material receiving table 41, and the panel material A and the panel material supporting member 50 are relatively positioned. The surface of the panel material A is not damaged when moving.

According to a seventh aspect of the present invention, in any one of the above-mentioned inventions, a cushioning material 48 is provided at a portion where the panel material vertical surface of the panel material receiving base 41 abuts, and the panel material vertical surface of the panel material support member 50 is abutted. This is an aerial work vehicle with a panel material storage portion provided with a cushioning material 62 at a contacting portion.

According to the seventh aspect, the panel material receiving member 41 is provided.
When the panel material is moved and stored along the panel material supporting member 50, the vertical surface of the panel material A hits the cushioning members 48 and 62, so that the vertical surface of the panel material is not damaged.

An eighth aspect of the present invention is the aerial vehicle with a panel material storage section in which the cable reel 71 is swingably mounted on the handrail 15 according to any one of the above-mentioned aspects.

According to the eighth aspect of the present invention, the traveling vehicle 1 is
The cable reel 71 swings right and left following the left and right steering, and no excessive force acts on the power gail wound on the cable reel 71. When no work is performed, the cable reel 71 is stored in the handrail 15. And compact.

[0033]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS As shown in FIGS. 1, 2, 3, and 4, a self-propelled traveling vehicle 1, an elevating mechanism 2, a work floor 3, and a manipulator device 4 constitute an aerial work vehicle.

The traveling vehicle 1 has a pair of steering wheels 11 mounted on the front left and right sides of a bogie main body 10 and a steering and driving wheel 12 mounted on the rear left and right central portions. The elevating mechanism 2 includes an X-shaped scissor link 13 and a cylinder 14. The scissors link 13 is attached to the bogie main body 10 and the work floor 3, and the work floor 3 is moved up and down by extending and contracting the cylinder 14.

The work floor 3 has a rectangular planar shape, and a handrail 15 is attached to a peripheral portion thereof. The handrail 15 has an upper cross member 17 and an intermediate cross member 18 attached to a plurality of columns 16. The upper cross member 17 on one side of the left and right is composed of a front cross member 17a, a front and rear middle cross member 17b and a rear cross member 17c, and the front and rear middle cross member 17b is detachable, and the front and rear middle cross member is provided. Opening 19 opened upward by removing 17b
To form

More specifically, a pair of columns 1
A cylindrical receiving member 20 is mounted on the upper part of the receiving member 6, and a pin 21 provided on the front and rear intermediate horizontal member 17b is adapted to be fitted into and removed from the receiving member 20. An opening 19 is formed by the pair of columns 16 and the intermediate cross member 18 by removing the front and rear intermediate cross members 17b.

The manipulator device 4 is a multi-stage cylinder 22 mounted upward at substantially the center of the work floor 3 in the plane.
A first arm 23 attached to the most distal end of the cylinder 22 so as to be rotatable left and right along a horizontal plane, and a first vertical axis 24 attached to the first arm 23 so as to be rotatable left and right along a horizontal plane. The second arm 25 and the second arm 25
A third arm 27 attached to the second arm 26 so as to be rotatable left and right along a horizontal plane on a second vertical axis 26;
8, a panel material supporting portion 29 is provided so as to be vertically swingable.

The panel material supporting portion 29 has a rod 31 attached to the base 30 in an X-shape, and a panel material receiving member 32 is attached to a tip portion of each of the rods 31.
For example, a vacuum pad 33 is attached, and four handles 34 are attached between the adjacent rods 31 so as to form a rectangular frame as shown in FIG. The base 30 is the third
The arm 27 is mounted on a horizontal shaft 28 so as to be swingable up and down.

As described above, the panel material supporting portion 29 of the manipulator device 4 moves up and down with respect to the work floor 3, rotates in the horizontal plane, moves in the horizontal plane, and swings up and down.
Although the arm of the manipulator device 4 is shown in FIG. 1 as interfering with the handrail 15, this indicates the lowermost position of the manipulator device 4, and when the manipulator device 4 moves forward, it actually moves upward to move the arm and handrail. 15 do not interfere.

A storage recess 40 is formed in the front and rear middle of one of the left and right sides of the bogie main body 10.
A battery or the like is housed in the housing. Along the upper edge of the storage recess 40, the panel material receiving base 41 is hinged.
It is mounted so that it can swing up and down. As shown in FIG. 6, by connecting a stopper link 43 attached to the panel material receiving base 41 to be able to swing up and down to the bogie main body 10, the panel material receiving base 41 is laterally moved from one of the left and right sides of the bogie main body 10. Hold in a protruding horizontal state. By removing the stopper link 42 from the bogie main body 10, the panel material receiving base 41 is in a vertical state.

The panel material (gypsum board material) A can be placed vertically as shown in FIG. 2 by setting the panel material receiving base 41 in a horizontal state. When the panel material receiving base 41 is in the vertical state, the storage recess 40 is closed, so that the panel material receiving base 41 is closed.
Also serves as a side cover of the carriage body 10.

As described above, the vehicle width of the traveling vehicle 1 is reduced by setting the panel material receiving table 41 in the vertical state, so that it is possible to move between rooms at the work site or to change the elevator to the upper and lower floors. Mounting becomes easy.

As shown in FIG. 7, right and left rising pieces 44 and rear rising pieces 4 are provided on three sides around the upper surface of the panel material receiving base 41.
5, a front U-shaped panel material having a U-shape for preventing slipping of a panel material is attached to form a receiving concave portion 46 having an open front. In this way, the mounted panel material A is prevented from slipping off due to vibration during traveling. Further, since the front is open, the panel material A can be slid and placed from the opened front, and the lower surface of the panel material A may be damaged by interfering with the left and right rising pieces 44 and the rear rising pieces 45. Absent.

A sliding member 47 having low hardness and low sliding resistance is mounted on the upper surface of the panel material receiving base 41 (the bottom surface of the receiving concave portion 46). Thus, when the panel material A is slid and mounted from the opened front, the panel material A can be slid smoothly, the work is easy, and the lower surface of the panel material A is not damaged.

A cushioning member 48 is attached to the rear rising piece 45 (the rear surface of the receiving recess 46). As a result, when the panel material is slid from the opened front and placed, the vertical surface of the panel material A is positioned by hitting the buffer material 48, and the vertical surface of the panel material A is not damaged.

The panel member supporting member 5 is located near the upper side of one of the left and right sides of the handrail 15 (the same side as the panel member receiving table 41).
0 is detachably attached to the panel material supporting member 5.
0 and the panel material receiving base 41 constitute a panel material storage unit. The panel support member 50 is formed of an upper cross member 51, a lower cross member 52, a front vertical member 53, a rear vertical member 54, and a mounting upper horizontal member 55 in a substantially U-shaped planar shape. A first pin 56 is provided at an end of the upper cross member 51, and a second pin 56 is provided at an end of the lower cross member 52.
A third pin 58 is attached to an end of the pin 57 and the upper mounting member 55 in a downward direction.

The fixture 20 in which the first pin 56 is attached to the upper part of the column 16 forming the opening 19, and the second pin 5
7 is a cylindrical attachment 5 attached to the upper and lower intermediate portions of the support 16
9. The third pin 58 can be freely fitted and pulled out of the cylindrical mounting member 60 mounted on the upper part of the corner post 16 respectively. As a result, the panel material supporting member 50 is
Removably attached to In other words, the panel support member 50 is mounted by removing the front and rear intermediate horizontal members 17b.

As described above, since the width of the handrail 15 is reduced by removing the panel member supporting member 50 from the handrail 15, movement between rooms and mounting of the elevator are facilitated.

Also, since one of the panel member supporting member 50 and the front and rear intermediate portion horizontal member 17b is attached to the handrail 15, when the panel member supporting member 50 is attached, the opening 19 is formed on one of the left and right sides of the handrail 15, The opening 19 is not formed when the front / rear middle cross member 17b is attached, and the panel member supporting member 50 cannot be attached.

By attaching the panel member supporting member 50 to the handrail 15, the front cross-section of the upper cross member 51 and the lower cross member 52 is parallel to the handrail 15 and faces the opening 19 to face the panel member surface supporting portion 50a. The rear portion of the upper cross member 51 and the lower cross member 52 becomes a panel material vertical surface support portion 50b.

The panel material surface supporting portion 50a is provided with a sliding material 61 having a low hardness and a small sliding resistance. The surface material of the panel material A when the work floor 3 is moved up and down while supporting the panel material A is supported. Not to be damaged.

The panel material vertical surface support portion 50b is provided with a cushioning material 62 so that the vertical surface of the panel material A is not damaged even if the vertical surface collides when the panel material A is slid. is there.

As shown in FIG. 2, a bracket 70 is attached to the rear column 16 so as to swing freely, and a cable reel 71 is attached to the bracket 70. A power cable is wound around the cable reel 71, and power is supplied by plugging into a commercial power outlet provided on a ceiling or the like at the time of work.

As described above, the traveling vehicle 1 during the operation is
The cable reel 71 swings right and left following the left and right steering, and the cable reel 71 can be stored in the handrail 15 when no work is performed, thereby making it compact.

Next, an example of the work of attaching the panel material will be described. The work floor 3 is lowered by the lifting mechanism 2. The panel material receiving base 41 is set in a horizontal state. The front and rear intermediate members 17b are removed, and the panel member supporting member 50 is attached. The panel material support portion 29 of the manipulator device 4 is directed forward of the handrail 15.

In the above-described state, the lower surface of the panel material A is placed on the upper surface of the panel material receiving base 41, and the surface of the panel material A is brought into contact with the panel material surface supporting portion 50a of the panel material supporting member 50 to thereby hold the panel material A. Temporarily store as vertical orientation. Thereafter, the panel material A is slid rearward along the upper surface of the panel material receiving base 41 and the panel material surface supporting portion 50a so that the panel material A is in a vertical orientation over the panel material receiving base 41 and the panel material supporting member 50. To store.

An operator on the work floor 3 slightly extends the cylinder 22, and holds the
The second and third arms 23, 25, and 27 are rotated left and right to move to one side of the handrail 15, the cylinder 22 is reduced and moved into the opening 19, and the panel material support 29 is moved to the panel. It is located between the material A and the handrail 15.

The panel material supporting portion 29 is moved to suck and support the panel material A by the vacuum pad 33. Conversely, the panel material supporting portion 29 is moved to move the panel material A to the front of the handrail 15 in the vertical position. Moving.

When the panel member A is to be mounted above the wall, the work floor 3 is raised by the elevating mechanism 2, and the panel member A is moved to a predetermined mounting position by rotating the panel member supporting portion 29 right and left and moving back and forth.

As described above, when ascending the work floor 3, the panel material supporting member 50 moves upward along the panel material A placed on the panel material receiving table 41, and the panel material A moves upward. It doesn't hit the ceiling because it doesn't move. That is, since the panel receiving base 41 is attached to the traveling trolley 1 and does not move upward when the work floor 3 is raised, when the long panel material A is stored, the panel material A hits the ceiling. There is no.

After the panel material A is attached, the work floor 3 is processed and the above-described operation is repeated.

When the panel material A is mounted on the ceiling, the panel material supporting portion 29 may be swung upward together with the above-described operation to bring the panel material A to a horizontal posture.

Next, another embodiment will be described. As shown in FIG.
Attach 1.

As shown in FIG. 9, a mounting member 72 is mounted upward on one of the left and right sides of the bogie main body 10, and the panel member supporting member 50 is mounted on the mounting member 72.

The panel material receiving table 41 and the panel material supporting member 50 may be mounted on the left and right sides of the traveling vehicle 1 and the work floor 3.

[Brief description of the drawings]

FIG. 1 is a front view of an aerial work vehicle showing a first embodiment of the present invention.

FIG. 2 is a right side view of FIG.

FIG. 3 is a plan view of FIG. 1;

FIG. 4 is a left side view of the traveling vehicle.

FIG. 5 is a left side view of the panel material supporting portion.

FIG. 6 is an explanatory diagram of a mounting portion of a panel material receiving base.

FIG. 7 is a perspective view of a panel material receiving base.

FIG. 8 is a front view of an aerial work vehicle showing a second embodiment of the present invention.

FIG. 9 is a right side view of an aerial work vehicle showing a third embodiment of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Traveling trolley 2 ... Elevating mechanism 3 ... Working floor 4 ... Manipulator device 10 ... Dolly main body 15 ... Handrail 19 ... Opening 29 ... Panel material support part 33 ... Vacuum pad 41 ... Panel material receiving base 46 ... Receiving recess 47 ... Slide Moving material 48 ... cushioning material 50 ... panel material supporting member 50a ... panel material surface supporting portion 50b ... panel material vertical surface supporting portion 61 ... sliding material 62 ... cushioning material 70 ... bracket 71 ... cable reel

Claims (8)

[Claims] 1. An aerial work vehicle in which a work floor 3 provided with a handrail 15 and a manipulator device 4 is mounted on a traveling carriage 1 so as to be able to move up and down by a lifting mechanism 2. Panels are provided on one of the left and right sides of the traveling carriage 1. A panel material receiving base 41 on which the lower surface of the material A is placed is mounted, and a portion supporting the surface of the panel material A and a portion where the vertical surface of the panel material A abuts on one of the left and right sides of the handrail 15 in a substantially U-shape. The panel material support member 50 is attached to form a panel material storage unit. The manipulator device 4 is configured such that the panel material support unit 29 moves up and down, rotates left and right, expands and contracts, and swings up and down with respect to the work floor 3. An aerial work vehicle with a panel material storage section, characterized in that: 2. An aerial work vehicle with a panel material storage section, wherein the panel material receiving base 41 according to claim 1 is attached to one of left and right sides of a work floor 3. 3. The aerial work vehicle with a panel material storage section according to claim 1, wherein a receiving recess 46 having a front opening is formed on an upper surface of the panel material receiving base 41. 4. The panel member supporting member 50 according to claim 1,
A high work vehicle with a panel material storage unit, which is mounted on one of the left and right sides of the traveling vehicle 1 at a position above the panel material receiving table 41. 5. The panel material supporting member 50, wherein the panel material receiving base 41 is vertically swingable in a horizontal state and a vertical state.
The aerial work vehicle with a panel material storage section according to claim 1, 2, 3, or 4, which is detachable. 6. A sliding member 47 is provided on the upper surface of the panel material receiving base 41, and a sliding material 61 is provided on a portion of the panel material receiving base 41 where the panel material surface contacts. Or an aerial work vehicle with a panel material storage section according to 4 or 5. 7. A cushioning material 48 is provided at a portion of the panel material receiving table 41 where the panel material vertical surface abuts, and a cushion material 62 is provided at a portion of the panel material support member 50 where the panel material vertical surface abuts. Item 7. An aerial work vehicle with a panel material storage section according to Item 1 or 2 or 3 or 4 or 5 or 6. 8. A handrail 15 to which a cable reel 71 is swingably mounted.
Or an aerial work vehicle with a panel material storage section according to 6 or 7.