JPH09290997A - Lifting and moving device for carried object - Google Patents

Abstract

PROBLEM TO BE SOLVED: To lift, move and carry various kinds of carried objects with simple operation, and to easily handle the objects by manual operation without requiring a special power source. SOLUTION: A lifting mechanism 10 in which an approximately L-shaped lifter to be inserted in a bottom surface of a carried object W located before a moving block 1 is elevated/lowered by the lever action due to the oscillation of a lifting handle 14 is arranged on a movable block 1 of approximately L- shaped right and left side surfaces arranged in the moving and traveling direction. A traveling stabilization mechanism 20 in which a retracting/advancing block 21 capable of traveling which are arranged between the right and left movable blocks 1 is advanced below the litter 15 lifted to the upper position or retracted backward of the movable block 1 by an advancing/retracting operation handle 24 attached to the lifting handle 14 in an oscillating manner is provided. The right and left movable blocks are integrated with each other to connect a connection bar 5 between the movable blocks 1, and a guide means 35 to pierce the connection bar 5 is formed on an advancing/retracting block 21.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a transporting apparatus capable of moving and transporting, for example, computer-related equipment and other various objects to be transported and transported to a required place such as an installation place by moving them up by a simple operation. The present invention relates to a device for lifting and moving objects and the like.

[0002]

2. Description of the Related Art Conventionally, various bulky equipment installed and installed at a predetermined location related to a computer is lifted up and placed on, for example, a trolley when moving or transporting the equipment, and is moved to a predetermined location by a trolley. After that, it is lowered and fixedly installed while making fine adjustments to the installation position. At this time, these conveyed objects are often once placed on the ground, the floor surface, or the like. To place them on a trolley, they are lifted off the floor surface, etc. If a handle is formed on the transported item itself, it is used.

If the transported object itself has no handle or the like and is bulky in weight, it should be lifted by a jack or other lifting device, and a jack fork is forcibly inserted between the floor or the like and the transported object. Thus, the transported object is placed on the fork. Further, between the pair of upper and lower beak-shaped insertion pieces, each of which has a substantially sharp tip, so as to form a gap into which a fork is inserted between the floor surface and the conveyed object. It is made by inserting the expanding operation piece that moves forward and backward by hydraulic drive etc., and after inserting the tip of the insertion piece etc. between the floor surface etc. and the load, the expanding operation piece is forcibly moved to the tip side. There is also provided an insertion gap forming device in which a gap is formed by the insertion pieces that expand by being advanced.

[0004]

However, when the transported object is lifted from the floor or the like and placed on a cart or the like, if the transported object has no handle or the like, the transported object is inclined even slightly to form a gap. In addition, the manual operation of inserting and lifting a finger or the like is not only dangerous but also causes a heavy physical burden and causes backache and the like. In any case, it is troublesome because it must be mounted on a trolley, moved and transported, and must be dropped from the trolley at the installation location at the destination. In addition, when the work place is small, it is difficult to use various types of cargo handling equipment such as a lifting device, and it is necessary to route the power cords for driving the power source, so that handling is troublesome.

Further, a gap is formed between the floor surface or the like and the article to be conveyed by using the above-mentioned insertion gap forming tool, and a jack fork or the like for lifting the article to be conveyed is inserted into the gap and placed on the jack fork. Even if it is transported by carrying, the jack fork itself is formed to protrude forward of the slide part that slides up and down, so it must have robustness that can withstand the weight of the transported object itself. It had to be bulky in weight.

Accordingly, the present invention has been made in view of the above-described various existing situations. For example, when transferring and transporting computer-related equipment and various other objects to be transported, the present invention provides a simple operation thereof. An object of the present invention is to provide a lifting and moving device for a carried object or the like that can be lifted to move and transport to a required place such as an installation place, and can be easily handled by a manual operation without requiring a special power source.

[0007]

According to the present invention, there is provided a movable traveling block 1 which is arranged in a pair on the left and right along the traveling direction, and includes a movable traveling block. (1) A lifting mechanism (10) disposed on the movable traveling block (1) to lift and lower a lifter (15) to be inserted into the bottom surface of the transported object (W) positioned in front by swinging of the operation handle (14);
A traveling stabilizing mechanism 20 that allows an advancing / retreating traveling block 21 that can travel by an advancing / retreating operation handle 24 slidably attached to 4 to advance below the lifted lifter 15 and retreat to the rear of the traveling traveling block 1. It comprises. The movable traveling block 1 has left and right roller frames 2 each having a substantially L-shape when viewed from the side arranged at a predetermined interval relative to each other, and lower and horizontal portions of each of the left and right roller frames 2 before and after being supported between front and rear portions. The lifting mechanism 10 can be constituted by the roller frame 2 in the movable traveling block 1.
A pair of left and right lifter blocks 11 swingably supported on an upright portion of the lifter block 11, a lifting operation handle 14 fixed to the upright portion at the rear of the lifter block 11,
A lifter 15 on which a load W is placed is substantially L-shaped as viewed from a side surface swingably connected to the front end of a lower horizontal portion of the lifter block 11, and the lifter 15 and the roller frame 2 in the movable traveling block 1. And a lifting link 17 which is swingably connected between the upright portions of the lifter block 11 and forms a parallel link together with the horizontal portion of the lifter block 11. The traveling stabilizing mechanism 20 includes a traveling traveling block 21 that can travel forward and backward along the traveling traveling direction, an traveling operation handle 24 that is swingably attached to the lifting operation handle 14, and traveling traveling back and forth on the traveling operation handle 24. A connecting rod 29 connecting the blocks 21 can be formed, and the forward / backward traveling block 21 is formed by integrally combining the traveling traveling blocks 1 arranged on the left and right, and the connecting bar 5 connected between the traveling traveling blocks 1 is inserted therethrough. It can be configured to include a guide means 35 with a long slide hole in front and back.

[0008] In the lifting and moving apparatus of the present invention configured as described above, the lifting mechanism 10
The lifting operation handle 14 moves and moves the movable traveling block 1, the advance / retreat traveling block 21 of the traveling stabilizing mechanism 20, and the like together, and the lifter 15 is raised and lowered by the swing of the lifting operation handle 14 itself. The forward / backward traveling block 21 is moved forward / backward by swinging the attached forward / backward operation handle 24. The lifting operation handle 14 that is swingably operated includes a lifter block 11 and a lifting link 17 that use the upright portion of the roller frame 2 in the moving traveling block 1 as a swing fulcrum, and the upright portion of the roller frame 2 and the back of the lifter 15. Since the certain upright portions are parallel to each other, the lifter 15 is raised and lowered in the vertical direction, and is inserted into the bottom surface of the transported object W so that the transported object W is placed, lifted, and lowered. Similarly, the forward / backward operation handle 24 of the traveling stabilization mechanism 20 that is swingably operated causes the forward / backward traveling block 21 to advance / retreat with respect to the traveling traveling block 1 via the connecting rod 29,
At the time of retreat, the lifter 15 in front of the traveling block 1
Evacuation to allow the ascent / descent of the vehicle. In addition, when moving forward, the load of the transported object W is directly supported below the lifter 15 so as to be lifted by the operation of the lifting operation handle 14 and positioned below the lifter 15 at the upper position. To stabilize the moving object W. The forward / backward traveling block 21 of the traveling stabilization mechanism 20 includes:
The guide means 35 having a long slide hole before and after the connecting bar 5 that integrally combines the left and right moving traveling blocks 1 is inserted through the connecting bar 5 smoothly back and forth in the gap between the left and right moving traveling blocks 1 without rattling. Will be retired.

[0009]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the drawings, reference numeral 1 indicates a pair of left and right sides along a traveling direction. This is a movable traveling block that is substantially L-shaped and can travel. The left and right moving traveling blocks 1 themselves each have a substantially L-shaped roller frame 2 when viewed from the side arranged at a predetermined interval relative to each other, and a lower horizontal front and rear portion of each of the left and right roller frames 2. The front and rear traveling rollers 3 are supported between the left and right sides, and the left and right traveling traveling blocks 1 are integrated by a connecting bar 5 connected by screwing or the like between horizontal portions of the roller frame 2 located inside and outside. It is combined in the shape.

In the figure, the traveling rollers 3 of the roller frame 2 in each of the left and right moving traveling blocks 1 have a single-row structure along the moving traveling direction, and a traveling stability described later between the left and right traveling traveling blocks 1 is provided. An interval sufficient to dispose the advancing / retreating traveling block 21 in the mechanism 20 is set. Naturally, the traveling rollers 3 may have a double-row structure, or the traveling blocks 21 may be arranged in a plurality of rows.

The moving traveling block 1 is provided with a lifting mechanism 10 which is inserted into the bottom surface of a load W such as a computer-related device and is operated by a lever action. The lifting mechanism 10 is substantially L-shaped as viewed from the side so as to protrude forward, and is a pair of opposed left and right lifter blocks 1 swingably supported on an upright portion of the roller frame 2 of the movable traveling block 1.
1, the lifting operation handle 14 fixed to the upright portion of the rear portion of the lifter block 11, and the lifter block 11
Lifter 15 on which a load W is placed, which is substantially L-shaped when viewed from a side surface swingably connected to the front end of the lower horizontal portion of
And a lift link 17 which is swingably connected between the upright portions of the roller frame 2 in the movable traveling block 1 and forms a parallel link together with the horizontal portion of the lifter block 11.

The lifter block 11 is formed by opposing substantially L-shaped side plates of appropriate thickness so as to form a pair on the right and left sides. It is swingably connected to the movable travel block 1 so as to swing up and down with respect to the movable travel surface by a swing shaft pin 12 inserted substantially at the center of the portion. The left and right lifter blocks 11 are secured by fitting a long pipe-shaped lifting operation handle 14 to the upper shaft portion of the connecting column 13 fixed by tilting slightly backward between the rear upright portions. A through-hole for penetrating the swing shaft pin 12 is formed in a lower portion of the connecting support body 13, and the operating handle 1 is lifted with respect to the movable traveling block 1 by the swing shaft pin 12.
4. The lifter block 11 and the like are integrated.

The lifting operation handle 14 is formed by connecting a plurality of handles as shown in the drawing or in the form of a single long pipe, and the upper grip portion is slightly inclined and bent rearward. When the lifter 15 is moved up and down by the swing operation of the lifting operation handle 14, the lifter 15
Before lifting, the grip portion is positioned near the waist of the operator. The upper end of the lifting operation handle 14 is covered with a synthetic resin cap or the like.

The lifter 15 is formed in a substantially L-shape as viewed from the side by a suitably thick and wide plate material so that the lifted object W is lifted by abutting on a corner at the bottom of the transferred object W. The leading edge of the horizontal portion is formed to have a slightly acute angle in cross section so as to be forcibly inserted between the contact surfaces between the floor surface or the like and the load W.

The connection between the lifter 15 and the front end of the horizontal portion of the lifter block 11 is, as shown in FIGS. 2 and 3, respectively, left and right connecting pieces 16 formed integrally and protruding from the rear surface of the lifter 15 so as to face each other. The inner surfaces of the left and right lifter blocks 11 are brought into contact with the outer surfaces of the left and right shafts, and the shaft pins are inserted through the contact portions. On the other hand, the connection between the lifter 15 and the lifting link 17 is similarly made by bringing the inner surfaces of the lifting links 17 arranged on the left and right into contact with the outer surfaces of the left and right connecting pieces 16, respectively, and penetrating the shaft pin through the contact portions. The connection between the lifting link 17 and the upper part of the upright portion of the moving travel block 1 is such that a shaft pin is inserted into the contact portion between the lifting link 17 and the movable travel block 1. In this way, the horizontal portion of the lifter block 11 and the lifting link 17 are connected between the upper and lower portions of the upright portion of the moving traveling block 1 and the connecting pieces 16 of the lifter 15 arranged upright at the front and back. A parallel link is formed, and the lifter 15 itself is guided up and down along the up-and-down direction by the up-and-down swing of the lifter block 11 by the swing operation of the lifting operation handle 14 (see FIGS. 1 and 2).

The lifting and lowering of the lifter 15 is performed by a parallel link structure which is operated by the swing operation of a lifting operation handle 14 as shown in the illustrated example. In this parallel link structure, the lifter block 11 and the lifting link 1 are used.
The lifter 15 may be guided up and down by a pinion or a rack by operating a rotation handle, although not shown, as long as the lifter 7 is arranged upside down.

The traveling stabilizing mechanism 20, which is arranged forwardly below the lifter 15 to assure stability during traveling with the load W placed thereon, is provided with guide means along the moving traveling direction. An advance / retreat traveling block 21 capable of traveling forward / backward via a front / rear 35, and an advance / retreat operation handle 24 swingably attached to the lifting operation handle 14
And the forward / backward traveling block 21
And a connecting rod 29 that connects the two.

The forward / backward traveling block 21 is disposed between the left and right traveling traveling blocks 1, and is provided between the left and right sides of the front and rear portions of the roller frame 22 which is long along the front and rear of a substantially groove-shaped cross section with a lower opening. Running roller 23
It consists of supporting. In the drawing, the front running roller 23
Has a single-row structure, and the rear running roller 23 is connected with the connecting rod 29 as described later.
Although it has a double-row structure separated into right and left, if necessary, the front part may have a double-row structure, and the rear part may have a single-row structure due to a change in the connecting structure with the connecting rod 29. It is possible.

The advancing / retreating operation handle 24 is provided so as to be swingable at a position substantially halfway in the height direction of the lifting operation handle 14, and sandwiches the lifting operation handle 14 as shown in FIGS. The handle shaft pin 2 lifts between the handle frames 25 disposed so as to face each other to the left and right so that the operation handle 14 is also inserted therethrough.
6, the handle frame 15 itself can be swung in the direction along the operation handle 14 and, for example, a spherical knob 27 is connected to the upper end located above the operation handle 14 so as to be positioned below the operation handle 14. The connecting pin 28 is laid horizontally between the lower ends.

As shown, the connecting rod 29 is connected between a connecting pin 28 at the lower end of the advancing / retracting operation handle 24 and a roller shaft of the traveling roller 23 at the rear of the advancing / retreating traveling block 21, and swings on the connecting pin 28 and the roller shaft, respectively. It is formed of a pipe or a rod having at both ends a substantially U-shaped engaging end 31 which is movably engaged from above in a cross section. The connecting rod 29 itself is arranged below the lifting operation handle 14, and when the upper end of the advance / retreat operating handle 24 is located at the lower end side of the lifting operation handle 14, the advance / retreat traveling block 21 moves and travels. When the upper end of the forward / backward operating handle 24 is in the lying state at the upper end side of the lifting operating handle 14 due to the swing of the forward / backward operating handle 24, the forward / backward traveling block 21 is moved backward and outward. It protrudes forward.

When the advancing / retreating travel block 21 is moved forward and backward by swinging the advancing / retreating operation handle 24, the advancing / retreating operation handle 24 itself is not structured to sandwich the lifting operation handle 14 but to the side of the lifting operation handle 14 Arranged and formed, advance / retreat traveling block 2
Single and double of the advance / retreat operation handle 24 when 1 is arranged in multiple rows,
It is also possible to arrange each side of the lifting operation handle 14 individually.

Further, the guide means 35 for guiding the advance / retreat of the advance / retreat traveling block 21 along the traveling direction with respect to the traveling traveling block 1 is provided between the traveling traveling blocks 1 so as to integrate the left and right traveling traveling blocks 1 with each other. The connecting bar 5 penetratingly arranged between the roller frames 2
The slide bar is formed in the side of the roller frame 22 of the advancing / retreating travel block 21 so as to penetrate the slide slot. The slide bar 5 is connected to the front and rear edges of the slide slot. By contacting, the forward / backward travel range of the forward / backward travel block 21 itself is regulated.

An example of the use of the lifting and moving apparatus according to the present invention constructed as described above will be described. As shown in FIG. 2, the advance / retreat traveling block 21 is retracted backward and the lifter 15 is positioned downward. For example, when the transported object W to be moved and transported is forcibly inserted into a gap between the transported object W and a floor surface obtained by tilting the transported object W on the bottom surface of the transported object W to be moved and transported. . After insertion, the lifter 15 is raised by swinging the lifting operation handle 14 up and down to lift the transported object W, and the transported object W is placed on the lifter 15, and then the lifting and lowering operation handle 24 is lifted. The forward / backward traveling block 21 is forwardly protruded forward of the traveling traveling block 1 by being oscillated with respect to the handle 14 and arranged below the lifter 15 (see FIG. 1). In some cases, the lifter 15 is lowered onto the forward / backward traveling block 21 to move to the predetermined position by the lifting operation handle 14 with the load of the transported object W supported by the forward / backward traveling block 21 (see FIG. 6). After the movement, the advance / retreat operation handle 24 is operated to retreat the advance / retreat traveling block 21, while the lift operation handle 14 is operated to lower the lifter 15 to lower the transported object W, and to extract the lifter 15 from the bottom surface of the transported object W. It is.

In addition to the case where the transported object W is used alone for lifting and moving,
May be appropriately combined so as to be placed and moved from each direction.

Although not shown in the drawings, the traveling roller 3 in the traveling traveling block 1 and the traveling roller 23 in the forward / backward traveling block 21 each have a universal caster structure in which all or a part of the traveling direction can be freely changed. It is possible to easily change the moving direction during traveling transportation. The traveling block 21 which advances and retreats with respect to the traveling traveling block 1 is provided with a suitable guide means formed and arranged between the left and right traveling blocks 1, for example, a projection projecting from one of the roller frames 2 and 22. By forming and disposing the guide means slidably fitted to the other of the roller frames 22 and 2, smoothness at the time of the reciprocating operation can be achieved. Furthermore, connecting rod 2
The engagement ends 31 at the nine ends can be made of a wide U-shaped member without using the number wire. That is, changes, additions, and the like in the structure and shape of each component can be arbitrarily made by those skilled in the art without departing from the gist of the present invention, and these are naturally included in the present invention.

[0026]

Since the present invention is configured as described above, when transferring and transporting various objects W to be transported, the lifter 15 is inserted into the bottom surface of the object W to be transported, and the lifting handle 14 itself is lifted. Lifting is performed by a simple swing operation, and lifter 15 is operated by a swing operation of the advance / retreat operation handle 24.
The transported object W can be moved and transported in a stable state by the forward / backward traveling block 21 positioned below, and can be easily handled by a manual operation without requiring a special power source.

That is, in the present invention, the left and right movable traveling blocks 1 arranged along the traveling direction and the lifter 15 inserted into the bottom surface of the transported object W located in front of the movable traveling block 1 are provided. A lifting mechanism 10 mounted on the movable traveling block 1 so as to be moved up and down by swinging the lifting operation handle 14;
A traveling stabilizing mechanism 20 that allows an advancing / retreating traveling block 21 that can travel by an advancing / retreating operation handle 24 slidably attached to 4 to advance below the lifted lifter 15 and retreat to the rear of the traveling traveling block 1. The moving block 21 moves and lifts or lowers the transported object W by the lifting operation handle 14 and moves forward and backward.
Stability at the time of movement can be obtained.

The lifting mechanism 1 is mounted on the moving traveling block 1.
The lifting operation handle 14 is further provided with an advancing / retreating operation handle 24 of the travel stabilizing mechanism 20 so that the lifting operation handle 14 can swing freely, so that the lifting operation handle 14 is integrally formed as a whole. And
With the lifting operation handle 14, the movable traveling block 1, the forward / backward traveling block 21 of the traveling stabilizing mechanism 20, and the like can be collectively moved and traveling and can be handled. That is, the lifter handle 14 itself, which is swingably provided on the moving traveling block 1, swings by the lifter 15 itself.
Can be moved up and down, and the advancing / retreating traveling block 21 can be advanced / retracted by swinging of an advancing / retreating operation handle 24 attached to the lifting operation handle 14 in a swingable manner.

Lifter 15 inserted into the bottom of transported object W
A lifting operation handle 14 which is pivotally operated when lifting or lowering the roller is fixed to a lifter block 11 having an upright portion of the roller frame 2 in the movable traveling block 1 as a pivot, and furthermore, this lifter block. 11 and the lifting link 17, and the upright portion of the roller frame 2 and the upright portion which is the back of the lifter 15 are parallel to each other to form a parallel link. 15 can be raised and lowered in the vertical direction. When the transported object W is placed by the lifter 15 inserted into the bottom surface of the transported object W, the transported object W can be lifted and lowered easily and smoothly.

The traveling stabilizing mechanism 20 includes a traveling retreating block 21 which is capable of traveling back and forth along the traveling direction.
And the forward / backward operating handle 24 slidably attached to the lifting operating handle 14 are connected by a connecting rod 29, so that the forward / backward running block 21 moves forward and backward with respect to the movable running block 1 by swinging of the forward / backward operating handle 24. Can be done. When the traveling block 21 is in the retracted position, the traveling block 1
In this state, the lifter 15 is made to stand by for evacuation in a state where the lifter 15 can be raised and lowered in the front, and the tip of the lifter 15 at a lower position advanced with respect to the load W can be inserted into the bottom surface of the load W. Further, when the lifter is operated by the lifting operation handle 14 and is in the advanced position so as to be located below the lifter 15 located at the upper position, the load of the transported object W can be directly supported under the lifter 15, and in that state, When traveling, the moving traveling blocks 1 are arranged in a pair on the left and right, and the moving traveling blocks 1 are stable with each other. Even in this case, it is assumed that the transported object W is stabilized, and the transported object W is not dropped from the lifter 15 or dropped.

Further, the advancing / retreating traveling block 21 of the traveling stabilizing mechanism 20 is integrally combined with the traveling traveling blocks 1 arranged on the left and right, and the connecting bar 5 connected between the traveling traveling blocks 1 is slid long before and after being inserted. Since the guide means 35 by the long hole is provided, when the advancing / retreating traveling block 21 is advanced / retreated by operating the advancing / retreating operation handle 24, the advancing / retreating is smoothly performed back and forth without rattling in the gap between the left and right moving traveling blocks 1. Can be made.

As described above, according to the present invention, various objects to be transported can be lifted, moved and transported by a simple operation, and can be easily handled by a manual operation without a special power source. In addition, when it is not needed, it is in a compact state, so it does not get in the way and is extremely convenient.

[Brief description of drawings]

FIG. 1 is a partially cutaway side view of a lifting use state according to an embodiment of the present invention.

FIG. 2 is a side view of the same before lifting.

FIG. 3 is a plan view of the same main part.

FIG. 4 is a back cross-sectional view of the main part.

FIG. 5 is a sectional view of the advance / retreat operation handle.

FIG. 6 is a schematic perspective view of an example of a state of use similarly.

[Explanation of symbols]

W ... Object to be transported 1 ... Moving traveling block 2 ... Roller frame 3 ... Traveling roller 5 ... Linking bar 10 ... Lifting mechanism 11 ... Lifter block 12 ... Swing shaft pin 13 ... Linking support 14 ... Lifting handle 15 ... Lifter 16 ... connecting piece 17 ... lifting link 20 ... running stability mechanism 21 ... advancing / retreating traveling block 22 ... roller frame 23 ... traveling roller 24 ... advancing / retreating operation handle 25 ... handle frame 26 ... handle shaft pin 27 ... pick 28 ... connecting pin 29 ... connecting rod 31 ... Engaging end 35 ... Guide means

Claims (5)

[Claims] 1. A movable traveling block arranged in a pair in a right and left direction along a traveling direction, and a lifter inserted into a bottom surface of an object to be transported positioned in front of the traveling block is lifted to swing an operating handle. A lifting mechanism arranged on the moving traveling block so as to move up and down by leverage by movement,
A travel stabilizing mechanism is provided that allows the advance / retreat travel block that can travel by the advance / retreat operation handle slidably attached to the lift operation handle to advance below the lifted lifter and to retract backward behind the movable travel block. Lifting and moving apparatus for transported objects and the like. 2. The moving traveling block is supported between left and right roller frames each having a substantially L-shape when viewed from the side arranged at a predetermined interval relative to each other, and a lower horizontal portion of each of the left and right roller frames. The lifting and moving device for a conveyed object or the like according to claim 1, further comprising front and rear running rollers. 3. A lift mechanism comprising a pair of lifter blocks opposed to each other which are swingably supported on an upright portion of a roller frame of a movable traveling block, and a lifting operation handle fixed to the upright portion at the rear of the lifter block. A lifter on which a load is placed, which is substantially L-shaped when viewed from the side connected to the front end of the lower portion of the lifter block so as to swing freely, and the lifter and the upright portion of the roller frame in the movable travel block And a lifting link which is swingably connected between the lifter block and forms a parallel link with the horizontal portion of the lifter block.
A lifting and moving device for a transported object as described in the above. 4. A traveling stabilizing mechanism includes a traveling traveling block which is movable forward and backward along a traveling traveling direction, an advance / retreat operating handle swingably attached to a lifting operation handle, and an advance / retreat traveling on the advance / retreat operation handle. 4. A connecting rod for connecting blocks.
A device for lifting and moving an object to be transported according to any one of 1. 5. The forward / backward travel block is provided with a guide means formed by a long slide hole before and after the connecting bar connected between the movable travel blocks is integrally inserted by combining the left and right movable travel blocks integrally. The lifting and moving device for a conveyed object or the like according to claim 1.