JP2015101463A - Container inverting machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a container inverting machine that is able to easily and securely hold a small container, enables the container to easily be detached and exchanged, also securely holds the container without gripping the upper edge of the container, and is able to invert and install the container safely.SOLUTION: A container is placed on a container placement table 20 suspended from a first shaft 18 of a container body 10. While the upper edge part of the container is pressed with the upper part of an operation handle 30 rotatable around a second shaft 28 formed on the rear of the container placement table, the container is inverted around the first shaft 18 together with the container placement table 20, thereby causing the contents of the container to flow. The operation handle 30 is composed of a container-upper-edger-part-holding frame 31 and an operation arm part 32. The operation handle 30 is rotated around the second shaft 28 so that a connection member 34 moves toward the upper edge part of the container. The container is held on a container placement plate 23 by being pressed by the container-upper-edge-part-holding frame 31. The operation handle 30 is operated so as to rotate a container holding base 20 around the first shaft 18. Thus, the container is inverted.

Description

  In the present invention, a drum can, an 18-liter can, and other containers containing contents are easily installed at a position where the contents are taken out, and the container is inverted at that position to safely take out a desired amount of contents. It is related with the container inversion machine which can be replaced | exchanged easily.

  When taking out the contents from a container containing a semi-liquid material such as petroleum, paint, solvent, edible oil, soy sauce or boiled water, the container is a small can of 18 liters to 20 liters In this case, an operator grabs the handle at the upper part of the can and lifts it, and tilts the container to discharge the contents. On the other hand, the body of a small can is fastened to the support frame with a belt, the can is suspended from the floor, and the can is pivoted together with the belt, and the contents are taken out by reversing. It has been broken. However, the can cannot be replaced unless the bolts securing the belt are removed and the tightening is loosened, and it takes time to replace the can.

  In the case of painting work that mixes paints of paint cans of different colors and mixes the colors, it is necessary to proceed while replacing the container, and if the worker frequently lifts the can, On the other hand, when the paint can is fixed to the belt or the like and suspended in the air, there is a problem that it takes time to replace the paint can. In the case where the object is a small container, there has been a demand for the development of a container reversing machine that can be easily and reliably held and reversed and can be easily removed and replaced.

  On the other hand, in the case of a drum container of a large container, it becomes difficult for an operator to lift and tilt the container manually, and the container is tilted after the container is lifted by using a lifting machine etc. It has been washed away. Conventionally, the support frame is provided with a lifting frame that moves up and down in the vertical direction, and the lifting frame is provided with a gripping frame that grips the upper edge of the drum can. The contents were swept out by turning. At that time, the lower part of the drum can is engaged with the holding means for holding the lower part of the drum can integrally with the gripping frame for gripping the upper edge of the drum can to prevent the drum can from falling. However, according to such outflow work, even if the upper edge of the drum can is gripped, if the drum can is inverted without causing the lower holding means to function normally, the drum can falls off the gripping frame and falls to the floor surface. There was a problem that the contents leaked or dissipated.

  Therefore, Japanese Patent Laid-Open No. 6-166436 (Patent Document 1) relates to a drum can overturning machine that raises a drum can to a predetermined height and causes the drum to fall at that position to allow the contents to flow out to another container or the like. A technique for solving the problem of reliably preventing the drum from dropping sometimes has been disclosed. According to this technique, the support frame is provided with a lifting frame that moves up and down in the vertical direction, and a gripping frame having gripping means on the upper edge of the drum can and holding means on the lower side is attached to the lifting frame, and this gripping frame is used as the lifting frame. In a drum can overturning machine provided with a rotating device that rotates relative to the drum can, the lower holding frame is extended to the left and right sides of the drum can, and a pair of left and right holding arms having a curved portion at the tip is used as the pair of holding arms. The lower part of the drum can is held when the lifting frame is raised, and is released when it is lowered.

  However, according to this technique, there is a problem that the drum can fall down along the lifting frame when the upper edge of the drum can is not securely gripped by the gripping means. Therefore, a technique has been developed that can reverse the drum can without gripping the upper edge of the drum can. For example, in Japanese Patent Laid-Open No. 2002-220120 (Patent Document 2), in the work of lifting and overturning a drum can and discharging the contents, the work load is reduced by reducing the work time, ensuring safety, and saving labor. A technique intended to be achieved is disclosed.

  In Patent Document 2, a pair of parallel first arm members that hold the bottom and side surfaces of the drum can, and a pair of parallel second arm members that hold the top and side surfaces of the drum can at the time of falling, from the direction of the rotation fulcrum. The drum can holding means is formed so as to be substantially V-shaped when viewed, and the drum can holding means rotates about the rotation fulcrum by lifting the drum can bottom support member upward, and is placed obliquely on the drum can holding means. The technology of a drum can overturning machine characterized in that the drum can overturns is disclosed.

  In the case of this Patent Document 2, the drum can is supported by the bottom support member at the bottom and side surfaces of the drum can until the drum can be raised to the horizontal position from the start of lifting of the first arm member, As the tilt angle increases, the drum moves along the tilt angle, moves away from the bottom support member, and is supported by the top support member that holds the top and sides. And the fluid which is the contents is poured out by the inclination angle increasing. Further, there is a possibility that a spark may occur due to a collision between the top support member and the drum can caused by the movement when the drum can falls, and it is preferable that at least a part of the top support member is covered with rubber to prevent ignition. Has been.

  Thus, in the case of the drum can overturning machine of Patent Document 2, even if the working time can be shortened, a new problem of the possibility of ignition has occurred due to the spark caused by the collision of the metal part due to the movement of the drum can. . Further, since the drum can holding means is formed in a substantially V shape so that the bottom surface and the side surface of the drum can be held in contact with the bottom support member, when the drum can is placed at a predetermined position, the drum can There is also a problem that it takes time and labor to move to a predetermined position and then incline, and there is a possibility of ignition due to a spark caused by a metal collision at that time.

JP-A-6-166436 JP 2002-220120 A

  Therefore, the present invention can easily and reliably hold a small container, and can easily remove and replace the container, and can securely hold the container without grasping the upper edge thereof. It is an object of the present invention to provide a safe container reversing machine that does not generate a spark due to a metal collision when it is reversed or installed.

  1st invention of this invention is a container inversion machine which reverses and flows out the fluid in a container, Comprising: A main body frame, the container holding stand suspended so that the said main body frame was axially movable, and the said container An operation handle for inverting the holding table, and the main body frame is provided with a first bearing portion comprising a pair of shaft support portions facing each other, and the container holding table is supported by the first bearing portion. A projecting side of the container mounting plate, comprising: a shaft body; a container side surface holder suspended from the horizontal shaft body; and a container mounting plate protruding laterally below the container side surface holding body. Includes a second bearing portion for pivotally supporting the operation handle, the operation handle including a container upper edge holding frame and an operation arm, and the container upper edge holding frame is substantially U-shaped. A pair of flange members and a connecting member so that the protruding end portions of the pair of flange members are the second The second bearing is pivotally supported by the receiving portion, the operating arm portion extends outward from the end of the flange member across the second bearing portion, and the connecting member faces the upper edge of the container. The operation handle is rotated around the portion so that the container placed on the container mounting plate is held by being pressed by the connecting member, and then the container holding base is rotated with respect to the first bearing portion. The container is turned upside down by operating the operation handle.

  According to the first invention, the operation handle is rotated around the second bearing portion, and the container is held between the container placement plate and the connecting member. Further, the operation handle is rotated around the first bearing portion in the same direction as the direction in which the container is held, so that the container holding table is reversed. The operation of holding the container and reversing the container holding table can be performed by a series of operations of rotating one operation handle in the same direction. Thereby, while being able to hold a container easily and reliably, it is possible to invert a container safely. In addition, since the container is merely placed on the container holding stand, it is easy to remove the container, and it is easy to replace the container.

  Since the container is sandwiched by the connecting member forming the container upper edge holding frame and the container mounting plate so as not to move, no spark is generated due to the collision of the metal body, and there is no possibility of fire. Moreover, it is only necessary to place the container upright on the container placement plate, and even if the container is large, it is possible to place the container on the container placement plate in an upright state using a forklift or the like. . In addition, since the container upper edge holding frame and the operation arm are formed with the second bearing portion in between, if the operation arm is lifted from above with a hoist or the like, the container upper arm holding frame may be loosened. The container can be securely held and can be reversed safely and easily.

  According to a second aspect of the present invention, in the container reversing machine according to the first aspect, a second operating arm is formed between the end of the flange member and the connecting member. According to the second invention, since the two operation arm portions are provided, even if the operator himself / herself inverts the container, each of the operation arm portions is operated with the left and right hands, It is possible to easily adjust the inversion angle. As a result, the reversal angle of the container can be adjusted more easily, and the outflow amount of the contents can be finely adjusted.

  According to a third aspect of the present invention, in the first or second container reversing machine, the horizontal shaft body is formed with a bent portion that matches a side surface shape of the container, and the first bearing of the container mounting plate It is characterized in that an upright piece that is in contact with the lower part of the side surface of the container is formed on the part side. According to the third invention, since the upper part of the container is supported by the bent part of the horizontal shaft body and the lower part is supported by the standing piece, the container slips and falls even when the container is inverted. There is no safety.

  According to a fourth aspect of the present invention, in the first to third container reversing machines, a distance from the horizontal shaft body to the container mounting plate is smaller than a height of the container to be mounted. According to the fourth invention, since the upper surface on which the outlet of the container is formed is located above the horizontal axis body, the contents are seen from above the horizontal axis body even when the container is inverted. The discharged state is easy to visually recognize the outflow state, and it becomes easy to finely adjust the outflow amount.

  According to a fifth aspect of the present invention, in the first to fourth container reversing machines, the distance from the horizontal shaft body to the container mounting plate is higher than half the height of the container to be mounted. It is characterized by being large. According to the fifth invention, even if the container is inverted to the horizontal state, the center of gravity of the container is in a position that does not exceed the horizontal axis body. It returns to the state before the container is inverted. Further, the container is not accidentally rotated vigorously, and a large amount of outflow exceeding a desired amount is not caused from the outflow port.

  According to a sixth aspect of the present invention, in the first to fifth container reversing machines, a stopper for restricting the reversal of the container holding table is formed on at least one of the horizontal shaft body and the main body frame. It is characterized by. According to the sixth invention, the reversal of the container holding table with respect to the main body frame is restricted, and even if the container reversing machine is self-supporting, the container reversing machine itself is prevented from falling.

According to the first aspect of the present invention, the container can be easily and reliably held, and the container can be safely inverted. In addition, since the container is merely placed on the container holding stand, it is easy to remove the container, and it is easy to replace the container. Since the container is sandwiched between the connecting member and the container mounting plate so as not to move, no spark is generated due to the collision of the metal body, and there is no possibility of fire. Even if the container is large, it can be placed on the container mounting plate in an upright state using a forklift or the like, and the container can be securely held and can be reversed safely and easily. Is possible.
According to the second aspect of the present invention, the reversal angle of the container can be adjusted more easily, and the outflow amount of the contents can be finely adjusted.

According to the third aspect of the present invention, since the upper part of the container is supported by the bent part of the horizontal shaft body and the lower part is supported by the standing piece, the container slips even when the container is inverted. Safe, without falling.
According to the fourth aspect of the present invention, since the upper surface on which the outlet of the container is formed is located above the horizontal axis body, the contents are more than the horizontal axis body even when the container is inverted. Is also discharged from above, and it is easy to visually recognize the outflow state, and it is easy to finely adjust the outflow amount.

According to the fifth aspect of the present invention, even if the container is inverted to the horizontal state, the center of gravity of the container is in a close position that does not exceed the horizontal shaft body. It returns to the state before the container is reversed by its own weight. Further, the container is not accidentally rotated vigorously, and a large amount of outflow exceeding a desired amount is not caused from the outflow port.
According to the sixth aspect of the present invention, the reversal of the container holding table with respect to the main body frame is restricted, and even if the container reversing machine is self-supporting, the container reversing machine itself is prevented from falling.

Explanatory drawing by the perspective view of an 18 liter can reversing machine (Example 1). Operation explanatory drawing of an 18 liter can reversing machine (Example 1). Operation explanatory drawing of an 18 liter can reversing machine (Example 1). Explanatory drawing by the side view of a drum can reversing machine (Example 2). The inversion state explanatory drawing of a drum can reversing machine (Example 2).

  The upper edge of the container is placed on the container mounting table suspended from the first axis of the main body frame, and the container upper edge holding frame is rotatable around the second axis formed at the rear of the container mounting table. As a state where the container is pressed, the contents in the container are allowed to flow out by inverting the container around the first axis together with the container mounting table.

  The container reversing machine according to the first embodiment is an embodiment of the funnel can reversing machine 1 in which the fluid of the contents of a square can with a capacity of 18 liters, i.e., the so-called one funnel can, is reversed so as to tilt the funnel can. It is. The funnel can reversing machine 1 includes a main body frame 10, a container holding base 20, and an operation handle 30. FIG. 1 is an explanatory diagram for explaining the funnel reversing machine 1 according to the first embodiment with a perspective view. In FIG. 1, AA indicated by a one-dot chain line indicates a first axis, and BB indicates a second axis.

  The main body frame 10 includes a pair of support pillars 11, a floor frame 12 extending along the floor from the support so as to support the support 11 on the floor, and the support 11 from the support 11 so as to stop the container holding base from swinging forward from the support. It consists of a container holding stand support frame 13 protruding sideways. A shaft support hole is provided at an upper position of the pair of support columns 11 to form a first bearing portion 14. Further, the floor frame 12 is provided with an installation adjusting portion 15 having a screw shaft body for installing the one-to-one reversing machine 1 so as not to wobble on the floor at the corner of the floor frame. Further, a slipping prevention step 16 for the reversing machine main body is provided at the rear end of the floor frame 12. Further, the support 11 is formed with a stopper receiver 17 protruding from the support so as to regulate the reversal angle of the container holding base 20.

  The container holding stand 20 includes a horizontal shaft body 21, a container side surface holding body 22, and a container mounting plate 23. Both end portions of the horizontal shaft body 21 are rotatably supported by the first bearing portion 14. The horizontal shaft body 21 is bent forward in a “<” shape in the vicinity of the center so as to match the shape of the corner of the Ito can. In addition, a pair of housings are welded so as to hang down from both sides of the bent portion of the horizontal shaft body 21 as the container side surface portion holding body 22. Instead of the pair of housings, the plate body may be bent and suspended. The horizontal shaft body 21 is provided with a stopper bar 27 that abuts against the stopper receiver 17 and regulates the reverse angle so that the container holding base 20 does not tilt too much.

  A container placement plate 23 on which a square can is placed is welded to the lower part of the container side surface holder 22. The front of the container mounting plate 23 is folded up along the corner of the rectangular can to form a standing piece 24 that prevents the square can from shifting forward, and the container mounting plate is deformed. Rigidity is improved so that it is difficult to do. The rear of the container mounting plate 23 is formed to extend rearward longer than the bottom surface of the square can so that it becomes easy to place the square can. Below the side edges on both sides of the container mounting plate 23, an L-shaped steel 25 is welded and extends rearward. The lower side of the L-shaped steel 25 is placed on the container holding base support frame 13 so that the container mounting plate 23 is horizontal. A second bearing portion 26 is provided at a position where the rear portions of the L-shaped steels 25 on both sides face each other.

  The operation handle 30 includes a container upper edge portion holding frame 31 and an operation arm portion 32. The container upper edge portion holding frame 31 includes a pair of flange members 33 and a connecting member 34 so that the upper portion has a substantially U-shape. In the first embodiment, the round steel pipe is bent into a substantially U shape, but the upper portion has a substantially U shape so that the connecting member 34 can press the rear end edge of the Ito can from above. The shape and the constituent material are not limited.

  The protruding end portions 35 of the pair of flange members are pivotally supported by the second bearing portion 26. An operation arm portion 32 extends from the protruding end portion 35 with the second bearing portion 26 interposed therebetween. More specifically, the operation handle 30 of the first embodiment is bent in an annular shape so that the round steel pipe forms a square shape and bent at an intermediate portion, and the intermediate portion is pivotally supported by the second bearing portion 26. ing. Further, the operation handle 30 is formed so that the second operation arm portion 36 has a substantially U-shape so as to connect the pair of flange members 33 at an intermediate position between the position of the second bearing portion and the connection member. Has been.

  Here, with reference to FIG.2 and FIG.3, the effect | action which inverts the funnel can 101 and flows out a fluid from a funnel can is demonstrated. FIG. 2A is an explanatory view of a state in which the Ito can 101 is to be placed on the Ito can reversing machine 1, and FIG. FIG. 2C is an explanatory diagram of a state where the container upper edge holding frame 31 of the operation handle is hooked on the upper edge of the Ito can. . FIG. 3A is an explanatory view showing a state where the funnel can 101 is inverted together with the container holding base 20, and FIG. 3B is a diagram showing that the funnel can 101 is inverted by 90 degrees or more. It is explanatory drawing of the state which has taken out the internal fluid.

  First, in order to place the funnel can 101 on the funnel can reversing machine 1, the operation handle 30 is tilted backward so as to be in a horizontal state, and from above the container placing plate 23 (FIG. 2A). ) Refer to the figure), and the canister 101 is in contact with at least one of the standing piece 24 in front of the container mounting plate, the container side surface holder 22 and the bent portion of the horizontal shaft body 21. Is placed in front of the container placement plate 23 (see FIG. 2B). Next, the operation handle 30 is lifted so as to rotate around the second shaft 28 (see the arrow in FIG. 2B). Then, the operating arm portion 32 and the second operating arm portion 36 are grasped with both hands, and are rotated around the first shaft 18 so as to invert the funnel 101 together with the container holding base 20 (FIG. 2 ( C) See arrows in FIG. 2, see FIG. 2 (C) to FIG. 3 (A)).

  At this time, the first operating arm portion moves outside the circular arc (broken line in FIG. 2C) in which the second shaft 28 passes around the first shaft 18. The connecting member 34 of the operation handle 30 holding the upper edge of the container is kept in contact with the upper edge of the Ito can, and the container upper edge holding frame 31 is removed from the upper edge of the Ito can. Instead, the funnel can 101 and the container holding base 20 are rotated together (see FIGS. 2C to 3A).

  Then, the operator steps on the slip prevention step 16 of the funnel can reversing machine 1, the operating arm portion 32 and the second operating arm portion 36 are gripped by both hands of the operator, and the funnel is integrated with the container holding base 20. The can 101 is rotated, and the fluid in the Ito can is discharged (see FIG. 3A). Further, the container holding table 20 is inverted, the funnel 101 is tilted by 90 degrees or more, the stopper rod 27 is in contact with the stopper receiver 17 (see FIG. 1), the reversal of the container holding table 20 is restricted, and the reversing action is stopped. , All of the fluid in the Ito can 101 flows out (see FIG. 3B). Then, with the container upper holding frame 31 in contact with the upper edge of the Ito can, the container holding table 20 is moved to a position before being rotated by the own weight of the Ito can 101, the container holding table 20, and the operation handle 30. The operation handle 30 is supported by both hands of the operator and returns.

  When a small amount of contents are allowed to flow out of the funnel can 101, the container holding base 20 is inverted to a desired position between the FIG. 2 (C) and FIG. The operator holds the operation handle 30 with both hands and returns to the position before the rotation. Since the container holding base 20 is inverted by being supported by the two operating arm bodies 32 and 36, it is easy to invert it to a delicate inclination angle.

  When replacing the funnel can 101, the operation handle 30 is tilted backward so as to be in a horizontal state (see FIG. 2A), and after removing the funnel can 101, another funnel can To be replaced. As a result, even when paints of different colors contained in another funnel can are mixed, a subtle amount of the contents can flow out depending on the color to be blended, and another funnel can It becomes easy to exchange.

  The second embodiment is a second embodiment of the drum can reversing machine 2 in which a large drum can 102 having a storage capacity of 200 liters is inverted so as to be inclined by using a hoist crane 110 provided on the ceiling of the working chamber, and the contents are discharged. is there. Similar to the funnel reversing machine 1 of the first embodiment, the drum can reversing machine 2 of the second embodiment also includes a main body frame 10, a container holding base 20, and an operation handle 30. A drum can reversing machine 2 according to the second embodiment will be described with reference to FIGS. 4 and 5. FIG. 4 is a side view of the drum can reversing machine 2, and FIG.

  In the drum can reversing machine 2 according to the second embodiment, the container mounting plate 23 is set at a low position so that the large drum 102 is mounted, and the container mounting table receiving unit 103 rising from the floor holds the container mounting table 20. Thus, the forward movement of the container mounting table 20 is stopped. Further, instead of the second operation arm body 36 of the first embodiment, an operation handle support portion 29 is formed so that the operation handle does not contact the floor. The horizontal shaft body 21 is curved near the center so as to match the shape of the side surface of the drum. Further, the height from the container mounting plate to the first shaft is 3/4 of the height of the drum can. About the structure similar to Example 1, the same code | symbol is attached | subjected to drawing and description is abbreviate | omitted.

  The drum can reversing machine 2 according to the second embodiment is reversed by hooking the hook 111 hanging from the hoist crane 110 provided on the ceiling onto the operation arm portion 32 and raising the hook 111. A reverse state of the drum can reversing machine 2 of the second embodiment will be described with reference to FIG. In FIG. 5A, the drum can 102 is placed on the container holding base 20 so that the container upper edge holding frame 31 is in contact with the upper edge of the drum can 102, and the hoist crane hook 111 is hooked on the operating arm body 32. Indicates the state. FIG. 5B shows a state where the hook 111 is raised and the drum can 102 is inverted together with the container holding base 20. In FIG. 5C, the hook 111 is further raised, the drum can 102 is inverted by 90 degrees or more, and the container holding base 20 is inverted to a position where it is regulated by a stopper (not shown, see FIG. 1). FIG.

  5A to 5C, the hoist crane hook 111 lifts the operating arm 32 (see the broken line in FIG. 5), so that the container is centered on the second shaft 28. The upper edge holding frame 31 acts so as to press the upper edge of the drum can 102 (see FIGS. 5A to 5C), and the drum can 102 is held in an integrated state with the container holding base 20. Thus, the drum 102 is prevented from sliding down. In the reversal process from FIG. 5A to FIG. 5C, the contents flow out from the outlet of the drum can 102, and a desired amount of content flows out according to the reversal angle and the reversal time.

  Since the center of gravity of the drum can 102, the container holding base 20 and the operation handle 30 is located closer to the operation handle than the first shaft 18, the state where the container upper edge holding frame 31 presses the upper edge of the drum can 102 is maintained. By lifting the hoist crane tension and lowering the hook 111, the drum can 102 is returned to the state before being lifted while being held integrally with the container holding base 20. In order to replace the drum can 102, the hoist crane hook 111 is removed from the operation arm portion 32, the operation handle 30 is tilted until it becomes horizontal (see FIG. 4), and the drum can 102 is removed with a forklift or the like. A new drum can is placed (see arrow in FIG. 3).

  In addition to being able to easily place the drum can 102 horizontally on the container holder 20 by a forklift or the like, there is no generation of sparks due to contact of metal parts during the reversal process of the drum can 102, so the contents are combustible. Even so, it is possible to safely drain the contents.

(Other)
-In Example 1, although the funnel can reversing machine 1 which inverts a square shaped canister was demonstrated, a capacity | capacitance is not limited and the shape of a container and the material of a container reversing machine are not limited.
In Example 2, the drum reversing machine 2 is installed on the floor, but it may be embedded under the floor so that the upper part of the container holding table 20 is at the same height as the floor. By doing so, movement of the drum can by a forklift becomes easier.
-In both the one-to-can reversing machine 1 of the first embodiment and the drum can reversing machine 2 of the second embodiment, the distance from the horizontal shaft body to the container placing plate is smaller than the height of the container to be placed. The outflow state of the contents from the outflow port provided in the upper part of the can can be easily recognized, and the adjustment of the outflow amount is easy.

-Although the container reversing machine described above has been described using a container that allows the fluid to flow out, it is a matter of course that the container may contain gravel, crushed stone, crushed waste, etc. .
The embodiment disclosed this time should be considered as illustrative in all points and not restrictive. The technical scope of the present invention is shown not by the above description but by the scope of the claims, and is intended to include all modifications within the meaning and scope equivalent to the scope of the claims.

1 ... Ito can reversing machine, 2 ... Drum can reversing machine,
10 ... Main body frame, 20 ... Container holder, 30 ... Operation handle,
DESCRIPTION OF SYMBOLS 11 ... Column, 12 ... Floor frame, 13 ... Container holding stand support frame, 14 ... 1st bearing part,
15 ... Installation adjustment part, 16 ... Shift prevention step, 17 ... Stopper receptacle, 18 ... First shaft,
21 ... Horizontal shaft body, 22 ... Container side surface holder, 23 ... Container placing plate, 24 ... Standing piece,
25 ... L-shaped steel, 26 ... second bearing portion, 27 ... stopper bar, 28 ... second shaft,
29 ... Operation handle support part,
31 ... Container upper edge holding frame, 32 ... Operation arm part, 33 ... Gutter member, 34 ... Connecting member,
35 ... projecting end, 36 ... second operating arm,
101 ... Ito can, 102 ... Drum can, 103 ... Container mounting table receiving part,
110 ... hoist crane, 111 ... hook

Claims (6)

A container reversing machine for reversing and flowing out the fluid in the container, including a main body frame, a container holding base suspended axially on the main body frame, and an operation handle for reversing the container holding base,
The main body frame includes a first bearing portion including a pair of shaft support portions facing each other. The container holding base includes a horizontal shaft body pivotally supported by the first bearing portion, and a container suspended from the horizontal shaft body. A second bearing for supporting the operation handle on the projecting side of the container mounting plate, comprising: a side surface holding body; and a container mounting plate protruding laterally below the container side surface holding body. Part is provided,
The operation handle includes a container upper edge holding frame and an operation arm, and the container upper edge holding frame includes a pair of hook members and a connecting member so as to form a substantially U-shape. The protruding end portion side of the member is pivotally supported by the second bearing portion, and the operation arm portion extends outward from the flange member end portion across the second bearing portion,
As the state where the operation handle is rotated around the second bearing portion so that the connecting member is directed to the upper edge of the container, the container placed on the container mounting plate is held by being pressed by the connecting member. From the above, the container is inverted by operating the operation handle so as to rotate the container holding table with respect to the first bearing portion.
A container reversing machine characterized by that. A second operating arm is formed between the end of the collar member and the connecting member,
The container reversing machine according to claim 1. A bent portion that matches the shape of the side surface of the container is formed on the horizontal shaft body, and a standing piece that is in contact with the lower side surface of the container is formed on the first bearing portion side of the container mounting plate.
The container reversing machine according to claim 1 or 2, characterized in that The distance from the horizontal shaft body to the container placement plate is smaller than the height of the container to be placed,
The container reversing machine according to any one of claims 1 to 3, wherein the container reversing machine is characterized. The distance from the horizontal shaft body to the container placement plate is greater than half the height of the container to be placed,
The container inversion machine according to any one of claims 1 to 4, wherein the container inversion machine is characterized. A stopper that restricts reversal of the container holding table is formed on at least one of the horizontal shaft body and the main body frame,
The container reversing machine according to any one of claims 1 to 5, wherein