JPH09207915A - Liquid container and supporting utensil of filling nozzle - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate the filling work of a liquid into a liquid container, and facilitate the work to place the liquid container in a bag. SOLUTION: A kerosene container 50 is hung from a container supporting member 10 which is provided on the side surface of an upper part of a main column 4. A movable table 31 slides on rails 29, 30 being bridged on subsidiary columns 27, 28. On the movable table 31, a holder supporting part 36 to support a nozzle holder 40 which detachably holds a refueling nozzle 50 of kerosene, in such a manner that the nozzle holder 40 can be rotated in the longitudinal direction, and can advance/retract in the longitudinal direction, is provided. A nozzle position adjusting part is provided on the holder support part 36, and the position of the refueling nozzle 50 can be adjusted by the nozzle position adjusting part. A refueling is performed by inserting a nozzle 51 of the refueling nozzle 50 into the kerosene container 60 being hung from the container supporting member 10. During the refueling, a worker can perform some other work. Also, a bag 90 can be placed from the bottom side of the kerosene container 60 being hung from the container supporting member 10 after the completion of the refueling, and a work to place the kerosene container 60 in the bag 90 becomes easier.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a liquid container and a support for the supply nozzle, which support the liquid container and the supply nozzle when the liquid is supplied to the liquid container from the supply nozzle.

[0002]

2. Description of the Related Art Conventionally, a petrol station is equipped with a fueling device dedicated to kerosene, and kerosene is supplied from a fueling device to a kerosene container made of polyethylene for sale. When refueling kerosene, an operator first places an empty kerosene container in front of the refueling device, opens the lid of the refueling port of the kerosene container, and extends the refueling hose provided on the refueling device to extend the tip of the refueling hose. Insert the refueling nozzle in to the refueling port to refuel. Since the oil supply nozzle is provided with an automatic stop device, the oil supply is automatically stopped when a predetermined amount of oil is supplied. The worker pulls the refueling nozzle out of the refueling port, closes the lid, and carries the kerosene container to the place where the customer is waiting. At this time, since many customers return kerosene containers to their own cars, one of the services is to hand kerosene containers in a polyethylene bag. This is to prevent kerosene and dirt attached to the kerosene container from adhering to the inside of the vehicle and contaminating the inside of the vehicle.

[0003]

However, when refueling a vehicle with gasoline, it is possible for a worker to perform other work while the refueling nozzle is inserted into the refueling port. When refueling, if the worker releases the hand while the refueling nozzle is inserted in the refueling port of the kerosene container, the kerosene container will be light and will easily fall. Therefore, while the kerosene is being supplied to the kerosene container, the worker must keep the refueling hose in his hand. For this reason, the number of workers performing gasoline refueling work decreases during kerosene refueling work, and the work efficiency decreases. Further, as described above, the work of putting the kerosene container into the polyethylene bag is a heavy work because the kerosene container containing 18 to 20 liters of kerosene is once lifted and put into the polyethylene bag. It is hard labor. Especially in winter in cold regions, many customers bring many kerosene containers at one time, so the work of putting each kerosene container into a polyethylene bag is a difficult task. In addition, the same work is required when putting gasoline in a polyethylene container, and when other liquids such as hot springs and drinking water are available from the pump device into the polyethylene container through the supply nozzle. Requires similar work.

[0004]

SUMMARY OF THE INVENTION In order to solve the above problems, the present invention allows a liquid container to be hung from a container support member provided on the upper side surface of a main column, and a liquid supply nozzle can be attached and detached. A nozzle holder that freely holds is provided with a holder support portion that rotatably supports the nozzle holder at least in the front-rear direction. The holder support part is provided on the auxiliary column, and the position of the supply nozzle can be adjusted by the nozzle position adjustment part.

[0005]

If the liquid container is hung on the container support member, the liquid refueling nozzle is inserted into the liquid container inlet port, and the supply nozzle is fixed to the nozzle holder, the worker can move the hand from the supply nozzle. The liquid can be continuously supplied even when separated. In addition, since the liquid container is hung on the container support member, it is possible to put a polyethylene bag on the liquid container from below the liquid container, so it is possible to lift a heavy liquid container and put it in the polyethylene bag. It becomes unnecessary.

[0006]

BEST MODE FOR CARRYING OUT THE INVENTION As shown in FIG. 1, a support 1 includes a base 2 installed horizontally. The base 2 is made of metal,
It is formed using wood, synthetic resin, or the like, and is formed in a frame shape or a flat plate shape in which thin rod-shaped materials are combined. The outer peripheral shape of the base 2 is substantially square. In addition to the square shape, the outer shape of the base 2 may be a circle, an ellipse, a polygon such as a rectangle, or the like as long as it can be stably installed.
Any shape is acceptable. Further, tongues 2a, 2a, ... Are provided at four corners of the outer periphery of the base 2, and anchor bolts (not shown) are inserted through the tongues 2a to fix the base 2 to the installation surface. be able to.

At the center of the base 2, two main columns 3 and 4 are erected vertically. The upper parts of the main columns 3 and 4 are arranged in parallel so as to be line objects with the perpendicular line from the center of the base 2 being sandwiched therebetween. A reinforcing plate 11 is joined to the upper end rear surface of the main columns 3 and 4, and the space between the main columns 3 and 4 is reinforced by the reinforcing plate 11. Also, the main columns 3, 4
One container support arm 9 and one container support arm are provided on the upper side surface of the container.
0 extends so as to project vertically in the lateral direction. These container support arms 9 and 10 project in directions opposite to each other. A handle of a kerosene container (not shown) is hooked on the container support arms 9 and 10, so that the kerosene container is hung on the container support arms 9 and 10. A ridge 9 for preventing the handle of a kerosene container (not shown) from slipping down is provided on the upper end surfaces of the container support arms 9 and 10.
a and 10a are projected. The main columns 3 and 4 are the lower part 3
a, 4a and upper parts 3b, 4b. Lower part 3a,
4a is curved or recessed in a direction opposite to the side surface of the main support columns 3 and 4 on which the container support arms 9 and 10 are provided.
That is, the lower portions 3 a, 4 a of the main columns 3, 4 are bent so as to be inclined toward the center of the base 2. The lower ends 3a, 4a of the main columns 3, 4 are joined to the center of the base 2. Also, the lower portions 3a of the main columns 3 and 4,
A reinforcing plate 12 is joined to the rear surface of 4a, and the reinforcing plate 12 reinforces between the lower portions 3a and 4a of the main columns 3 and 4.

Two reinforcing arms 5 and 8 (shown in FIG. 3) are connected between the lower portion 3a of the main column 3 and the corners of the base 2, and the reinforcing arms 5 and 8 are The main pillar 3 is reinforced. Similarly, two reinforcing arms 6 and 7 (shown in FIG. 3) are connected between the lower portion 4a of the main support column 4 and the corners of the base 2, and the reinforcing arms 6 and 7 are The main support column 4 is reinforced. Bottomed holders 16 and 17 are provided on the inner surfaces of the upper portions of the main columns 3 and 4, and holders 18 and 19 penetrating in the vertical direction are provided slightly above the bottomed holders 16 and 17. It is projected. And the bottomed holder 1
6 and the penetrating holder 18 have the lower ends of the columns 21 inserted therein, and the bottomed holder 17 and the penetrating holder 19 have the lower ends of the columns 22 inserted therein. A single panel 20 is attached to the upper ends of the columns 21 and 22.

As shown in FIGS. 2 and 3, the main columns 3, 4 are
Arms 23 (shown in FIG. 3) and 24 extending obliquely rearward and upward are extended from the rear surfaces (sides) of the lower ends of the upper portions 3b and 4b. On the upper surface of the tip of the arm 23, the auxiliary columns 25, 2
6 (not shown in the figure) are erected so as to be parallel to each other with a space in front and back. Similarly, sub-struts 27 and 28 are erected on the upper surface of the tip of the arm 24 so as to be parallel to each other with a front-rear interval. These sub-struts 25,
The upper ends of 26, 27 and 28 are located behind the upper ends of the main columns 3 and 4. A round bar-shaped rail 29 is installed in parallel with the container support arms 9 and 10 at the upper ends of the rear sub-columns 25 and 27. Similarly, a round bar-shaped rail 30 is installed on the upper ends of the front auxiliary columns 26 and 28 so as to be parallel to the rail 29.

A holder support portion 36 is slidably mounted on the rails 29 and 30. The holder support portion 36 includes a moving base 31 that slides on the rails 29 and 30, and support frames 37 and 38 that support the nozzle holder 40. The front and rear sides of the moving table 31 are curved in an arc shape following the outer peripheries of the rails 29, 30 and grip the rails 29, 30 to move the moving table 3
1 is mounted so as not to fall off the rails 19 and 30. Stoppers 32, 33 (not shown in the figure), 34, 35 for preventing the slide of the movable table 31 and determining the stop position of the movable table 31 are provided at positions slightly closer to the center from both ends of the rails 29, 30. It is projected.

The support frames 37 and 38 are erected on the upper surface of the moving table 31 so as to be parallel to each other with a space therebetween. A nozzle holder 40 is supported by these support frames 37, 38. The nozzle holder 40 detachably holds the kerosene refueling nozzle 50, and the supporting frame 37, 3
8 supports the nozzle holder 37 so that it can rotate in the front-rear direction and can move back and forth in the front-rear direction. The nozzle holder 40 includes a frame 41 supported by the nozzle holder 37, a first holding portion 42 provided at the front end of the frame 41, and a second holding portion 43 provided at the rear end of the frame 41. There is. The first holding portion 42 holds the base portion of the nozzle 51 of the fueling nozzle 50, and the second holding portion 43 holds the hose 52 of the fueling nozzle 50.

The front and rear ends of the frame 41 are bent upward to provide a first holding portion 42 and a second holding portion 43. In addition, the first holding portion 42 is formed in an annular shape having a diameter larger than the diameter of the nozzle 51 and smaller than the diameter of the root portion of the nozzle 51 in the portion of the frame 41 mounted to the support frames 37 and 38. Has been done. The second holding portion 43
It has a hose receiving portion 43a and a belt 43b having one end fixed to one side of the hose receiving portion 43a. The hose receiving portion 43a is formed in a semi-circular shape having a radius larger than the radius of the hose 52, and is curved so as to be recessed downward. A male surface 43c of a planar locking member is fixed to the lower surface of the side of the hose receiving portion 43a opposite to the side to which the belt 43b is fixed. The belt 43b is entirely a female surface of a planar locking member, and the male surface 43c is made of a cloth that can be locked.

Here, the planar locking member is a pair of a male surface on which innumerable minute locking projections are erected and a female surface on which innumerable minute locked projections are erected. It is a locking member that is used and is often made of cloth. Further, there are various shapes of the locking projections on the male surface and the shapes of the locked projections on the female surface, and there are also surface-shaped locking members that do not distinguish between the male surface and the female surface. There are hook-shaped, mushroom-shaped, and "T" -shaped locking protrusions.
Many of the shapes of the locked projections are loop-shaped, and there are hook-shaped, mushroom-shaped, “T” -shaped, etc., which are the same as the male surface.

When fixing the oil supply nozzle 50 to the nozzle holder 40, first, the nozzle 51 is inserted into the first holding portion 42 so that the base of the nozzle 51 is held by the first holding portion 42. Next, the hose 52 is connected to the hose receiving portion 43a.
Then, the belt 43b is wound around the hose 52, and the hose 52 is fastened with the belt 43b. Then, the front end of the belt 43b is brought into pressure contact with the male surface 43c, so that the front end of the belt 43b is locked to the male surface 43c. As a result, the hose 52 is fixed to the second holding portion 43. When removing the fueling nozzle 50 from the nozzle holder 40, the belt 43 is peeled off from the male surface 43c, the hose 52 is detached from the second holding portion 43, and the nozzle 51 is pulled out from the first holding portion 42.

The panel 20 is inclined so that its rear portion is higher so that the fueling nozzle 50 can rotate in the front-rear direction. The size of the panel 20 is such that the kerosene container 60 shown by an imaginary line in FIG. 2 covers the upper part of the fuel filler port 61 when the kerosene container 60 is suspended by the container support arms 9 and 10. Thereby, even if it is raining or snowing, it is possible to prevent rain or snow from falling onto the fuel filler 61 by the panel 20. Further, the lid 62 of the kerosene container 60 can be placed on the panel 20.
To prevent the lid 62 from sliding down on the front side of the panel 20,
The ridge 20a is projected. It should be noted that a conversion table may be attached or printed on the upper surface of the panel 20 in which the amount of kerosene supplied and the charge are associated with each other. In this case, the panel 20 may be made of an iron plate, and a conversion table or receipt may be attached to the panel 20 with a magnet.

The upper portions 3b, 4b of the main columns 3, 4 are hollow, and the lower ends are open. The upper ends of the lower parts 3a and 4a are inserted into the upper parts 3b and 4b of the main columns 3 and 4, respectively. A plurality of height adjusting screw holes 13, 13 ... Are provided at intervals in the vertical direction on the outer surfaces of the lower portions 3a, 4a of the main columns 3, 4. Upper parts 3b, 4b of main columns 3, 4
The height adjusting screws 14 and 15 that can be screwed into the screw holes 13 are inserted into the outer surface of the lower end of the. Therefore, from the screw holes 13, 13, ..., any one pair having the same height with respect to the main columns 3, 4 is selected, and the screws 14,
By screwing 15 into the selected screw holes 13 and 13, the height of the main columns 3 and 4 can be adjusted.

Further, a plate-shaped pillar 44 is provided upright at the center of the front side of the base 2. On the front surface of the upper end portion of the column 44, a bar-shaped arm 45 extending obliquely upward and forward is provided. A polyethylene carrying bag 90 for holding the kerosene container 60 is hung on the arm 45. Therefore, in consideration of the safety when the worker bends while trying to take the bag 90 hanging on the arm 45, the arm 4
The tip 46 of 5 is formed in a spherical shape. In addition, the pillar 44
A small fire extinguisher 47 is arranged on the rear surface. The fire extinguisher 47 is fixed to the pillar 44 by a fixing member (not shown) such as a hook, a belt or a chuck that can be easily removed so that it can be quickly used when a fire occurs.
Further, when the refueling nozzle 50 is attached to the holder support portion 36, the center of gravity of the entire supporter 1 moves rearward. However, since the fire extinguisher 47 is attached to the front part of the base 2, You can balance before and after 1.

As shown in FIG. 4, between the support frames 37 and 38 of the holder support portion 36, a nozzle position adjusting portion 70 for adjusting the rotation angle of the oil supply nozzle 50 in the front-rear direction and the amount of advance / retreat in the front-rear direction. Is provided. Support frame 3
A fixed disk 71 and a rotor 72 are arranged between the 7 and 38. Then, the thumbscrew 39 is inserted from the one support frame 38, and the washer 73, the support frame 38, the fixed disk 71, the rotor 72, and the support frame 37 are sequentially passed through the thumbscrew 39. A nut 74 is welded to the outer surface of the support frame 37, and the threaded portion of the thumbscrew 39 is screwed into the nut 74.

The fixed disk 71 is fixed to the inner surface of the support frame 38 by welding. A plurality of recesses 75 are formed on the surface of the fixed disk 71 facing the support frame 37. The recesses 75 are formed on a circle centered on the thumbscrew 39 at predetermined angles. The rotor 72 has a thumbscrew 3
It is rotatable about 9 as an axis, and a recess 76 is formed at one place on the surface facing the support frame 38. A pin 78 biased in the protruding direction by a coil spring 77 is housed in the recess 76. The tip of this pin 78 is round and can be fitted into the recess 75 of the fixed disk 71.

As shown in FIG. 5, the frame 41 of the nozzle holder 40 is provided with a rectangular frame-shaped slide portion 41a. A fixed disk 71 is provided in the slide portion 41a.
And the rotor 72 is loosely fitted. The rotor 72 has a square outer shape, which causes the rotor 72 to have a thumbscrew 39
When rotating about the axis, it rotates together with the frame 41. A slit 79 is formed in the longitudinal direction above the slide portion 41a of the frame 41. The screw portion 81 of the adjusting screw 80 is inserted into the slit 79. The tip of the screw portion 81 is screwed into a screw hole 82 (shown in FIG. 4) formed on the upper surface of the rotor 72.

Therefore, by loosening the thumbscrew 39,
Since the pressure contact state between the fixed disk 71 and the rotor 72 is released, when the nozzle holder 40 is rotated in the front-back direction about the thumb screw 39 as an axis, the nozzle holder 40 rotates together with the rotor 72. At this time, the rotor 72 rotates relative to the fixed disk 71 while the pin 78 appears and disappears in the recess 75. Then, the thumbscrew 39 is tightened when the pin 78 is fitted into the recess 75 at a desired angle. As a result, the fixed disk 71 and the rotor 7
Since the rotor 72 is pressed against each other and the rotation of the rotor 72 is blocked by the friction between the two, the pin 78 is fitted in the recess 75, which also blocks the rotation of the rotor 72. Therefore, the nozzle holder 40 is fixed at a desired angle (direction) and does not easily rotate. In this way, the thumb screw 39 can be used to adjust the rotation angle of the oil supply nozzle 50 in the front-rear direction.

By loosening the adjusting screw 80,
Since the pressure contact state between the upper surface of the rotor 72 and the lower surface of the frame 41 is released, the slide portion 41a can be moved forward and backward relative to the rotor 72. At this time, the screw portion 81 of the adjusting screw 80 moves back and forth in the slit 79. Then, by tightening the adjusting screw 80 at a desired position, the upper surface of the rotor 72 and the lower surface of the frame 41 are brought into pressure contact with each other, and the friction between them causes the frame 41 to move to the rotor 72.
Fixed to Therefore, the nozzle holder 40 is fixed at a desired front-back position and does not move easily. Thus, the adjustment screw 80 can be used to adjust the forward / backward movement position of the refueling nozzle 50.

The operation of supplying kerosene to the kerosene container using the supporting device 1 having the above-described structure will be described. The capacity of the polyethylene kerosene container 60 as shown by the phantom line in FIG. 2 is determined to be 20 liters or 18 liters, and although the outer shape and the position of the oil supply port 61 may be slightly different depending on the product, they are almost the same. It is the same. Therefore, a general polyethylene kerosene container 60 is attached to the container support arm 9,
It is hung on 10, and the refueling nozzle 50 is positioned in advance. The forward / backward movement position in the front-rear direction and the rotation angle in the front-rear direction in which the nozzle 51 is naturally inserted into the fuel filler port 61 are determined by the adjustment of the nozzle position adjustment section 70. Then, the nozzle holder 40 is fixed at this determined position, and the refueling nozzle 50 is removed and returned to the refueling device. Wait for customers to come in this state.

When a customer who purchases kerosene brings two kerosene containers, first, the handle 63 of the kerosene container 60 is hung on the container support arms 9 and 10. Since there are two container support arms 9 and 10, it is possible to hang one kerosene container 60 on each container support arm 9 and 10. Next, the lid 62 of the kerosene container 60 is removed and placed on the panel 20. Then, the holder support portion 36 is positioned at one end of the rails 29 and 30. For example, when refueling the kerosene container 60 suspended from one of the container support arms 10, the movable base 31 of the holder support part 36 is moved to a position where it comes into contact with the stoppers 34 and 35 of the rails 29 and 30. . Next, the refueling nozzle 50 is extended from the refueling device, and the nozzle 51 is inserted into the first holding portion 42 of the nozzle holder 40. Since the position of the nozzle holder 40 is set in advance to a position that fits the general kerosene container 60, by passing the nozzle 51 through the first holding portion 42, the nozzle 51 is guided to the fuel filler port 61, and the fuel filler port 61 is directly used. Inserted in. Further, the hose 52 is placed on the second holding portion 43 and fixed by the belt 43b. Then, the trigger 53 of the refueling nozzle 50 is pulled to start refueling. Since the refueling nozzle 50 is fixed to the holder supporting portion 36, after the refueling is started, the worker is
You can do other jobs away from.

When a predetermined amount of kerosene is supplied to the kerosene container 60, the automatic refueling stop device built in the refueling nozzle 50 operates to automatically stop refueling. The worker returns to the supporter 1 after seeing the timing when refueling is stopped. And the belt 43b
And the oil supply nozzle 50 is pulled up a little and the nozzle 51 is pulled out from the oil supply port 61. Then, the movable table 31 is slid along the rails 29 and 30, and the other stopper 3
It is moved to a position where it abuts on 2, 33. As a result, the holder support portion 36 is positioned behind the container support arm 9 on which the empty kerosene container is suspended. Next, the nozzle 51 is lowered and inserted into the oil supply port 61, and the hose 52 is fixed by the belt 43b. Then, the trigger 53 of the refueling nozzle 50 is pulled to start refueling. The worker can then do other work again.

The worker returns to the supporting device 1 while watching the time when refueling is stopped. Then, the belt 43b is removed, the refueling nozzle 50 is removed from the nozzle holder 40, and the refueling device is returned to the refueling device. Next, the worker fits the lid 62 into the filler opening 61.
Next, one bag 90 hung on the arm 45 is removed to open the bag mouth, and as shown in FIG.
Take it to the space below the kerosene container 60, which is hung on the floor. Then, the kerosene container 60 is covered with the bag 90 while pulling the mouth of the bag 90 upward. At this time, since the lower portion 3a of the main support column 3 is bent toward the center of the base 2, the space under the kerosene container 60 is wide and the mouth of the bag 90 can be widened. This facilitates putting the bag 90 on the kerosene container 60. Even if there is no gap between the kerosene container 60 and the main column 3, the lower portion 3a of the main column 3 is bent, so that a gap 91 is formed between the lower side surface of the kerosene container 60 and the main column 3. Therefore, the mouth of the bag 90 can be easily passed through the gap 91 between the kerosene container 60 and the main support column 3.

As described above, by lifting the empty light kerosene container 60 and suspending it from the container support arms 9 and 10 before refueling, the heavy kerosene container 60 after refueling is lifted and the bag 90 is covered. There is no need. This allows
Even a weak worker such as a woman or an elderly person can easily cover the kerosene container 60 with the bag 90. The worker similarly puts the bag 90 on the kerosene container 60 suspended from the other container support arm 10. Then, if the kerosene container 60 covered with the bag 90 is removed from the container support arms 9 and 10, FIG.
As shown in, the kerosene container 60 is put in the bag 90. Therefore, the kerosene and dirt adhering to the surface of the kerosene container 60 are covered with the bag 90, and even if the kerosene container 60 is placed on the vehicle, the inside of the vehicle is not contaminated. A hole 90a is formed in the center of the upper side of the bag 90, and the bag 45 is stocked in the arm 45 by passing the arm 45 through the hole 90a.

Since the kerosene container 60 has a different outer shape,
When the nozzle 51 of the oil supply nozzle 50 cannot be inserted into the oil supply port 61 in an appropriate shape, the position of the nozzle holder 40 is adjusted by using the thumbscrew 39 and the adjusting screw 80 when the oil supply nozzle 50 is attached to the nozzle holder 40. It is sufficient to readjust it, and it can be easily adjusted in a short time as described above. Also,
When three or more kerosene containers 60 are continuously refueled, after the kerosene containers 60 suspended from one container support arm 9 (or 10) have been refueled, the other container support arm 10 (or 9) is finished. ), The bag 90 is put on the kerosene container 60 that has been refueled while the kerosene container 60 is being refueled. Then, remove the kerosene container 60 covered with the bag 90 from the container support arm 9 (or 10),
Replace the empty kerosene container 60 with the container support arm 9 (or 10)
Hang it on. In this manner, the kerosene container 60 suspended from the container support arms 9 and 10 may be alternately covered with the bag 90 and refueled.

The shape of the holder supporting portion 36 and the structure of the nozzle position adjusting portion 70 are not limited to the shapes of the above-described embodiments, and may be any shape capable of supporting the nozzle holder 40 so as to be rotatable and movable at least in the front-rear direction. Good. For example, a ratchet is attached to the rotation shaft of the nozzle holder 40 in the front-rear direction, and the pawl is locked by being biased by a spring. The nozzle holder 40 is allowed to rotate by manually removing the pawl from the ratchet, so that the nozzle holder 40 is rotated to a desired angle. If the pawl is locked to the ratchet when the nozzle holder 40 is rotated at a desired angle, the nozzle holder 40 is fixed at this angle. Further, if the holder support portion 36 has a ball joint structure, the nozzle holder 40 can be freely rotated in the vertical and horizontal directions. The ball joint structure is a universal joint including a sphere and a receiving portion having a spherical recess in which the sphere is rotatably accommodated.

Further, as shown in FIG. 8, the holder supporting portion 3
It is also possible to form arcuate slits 92 in the support frames 37, 38 of No. 6 and allow the thumbscrews 39 to move inside these slits. Although not shown in the figure, the support frame 37 is also provided with a similar slit 92. In this case, a plurality of step portions 93, 93 ... Are formed on the inner periphery of the lower side of the slit 92. Further, the frame 41 of the nozzle holder 40 may have a single plate shape, and the slide portion 41a is unnecessary. Thumb screw 39
Is inserted in the frame 41. The nut 74 shown in FIG. 4 is replaced with a wing nut and is not welded to the support frame 37. A washer 73 having a diameter larger than the width of the slit 92 is provided between the wing screw 39 and the support frame 38 and between the wing nut and the support frame 37.
Is interposed, and the thumbscrew 39 is prevented from coming off.

By loosening the thumbscrew 39 and a wing nut not shown in the figure, the nozzle holder 40 can be rotated in the front-rear direction. Therefore, the thumbscrew 39 is moved in the slit 92 so that the nozzle has a desired angle. The holder 40 is moved. The thumbscrew 39 is fitted into the stepped portion 93 at a position where the nozzle holder 40 is inclined at the desired angle in the front-rear direction, and the thumbscrew 3
Tighten 9. As a result, the nozzle holder 40 is fixed to the support frames 37, 38 and set at a desired angle. Since the step portion 93 is provided, the thumb screw 39
Does not drop downward from the set position, and the angle of the nozzle holder 40 can be prevented from changing from the fixed position. Further, since the slit 92 has an arc shape, by changing the fixing position of the thumbscrew 39, it is possible to change the forward and backward movement amount as well as the forward and backward rotation angle of the nozzle holder 40.

As shown in FIG. 9, the nozzle holder 4
You may double 0. That is, the frame 41 shown in FIG. 8 is stacked on the flat plate 94. Plate 94
Has a through hole 94a into which the thumb screw 39 is inserted. The frame 41 has a hinge 9 at the rear end of the plate 94.
It is rotatably connected in the front-back direction via 5. A shaft 96 is provided on the side surface of the front end portion of the frame 41, and a hook 97 is rotatably attached to the shaft 96. The hook 97 is biased in the pulling direction by a spring 98. A locking pin 99 is provided on the side surface of the front end portion of the plate 94 so as to project therefrom. With the frame 41 stacked on the plate 94, the hooks 97 engage the locking pins 99.
Can be engaged.

Then, the frame 41 is placed on the plate 94, and the angle of the nozzle holder 40 in the front-rear direction is adjusted by the thumbscrew 39 while the hook 97 is locked to the locking pin 99. Then, the oil supply nozzle 50 is attached to the nozzle holder 40 to perform oil supply. When refueling is completed, the worker rotates the hook 97 in the direction of arrow A in the figure to release the engagement between the hook 97 and the locking pin 99. As a result, the frame 41 becomes rotatable about the hinge 95 in the direction of arrow B in the drawing. If the worker rotates the frame 41 in the direction of the arrow B while the refueling nozzle 50 is attached to the frame 41, the nozzle 5 of the refueling nozzle 50 can be rotated.
1 is pulled out from the oil supply port 61 of the kerosene container 60. Therefore, without removing the refueling nozzle 50 from the frame 41,
The kerosene container can be replaced. When the kerosene container 60 is replaced, if the frame 41 is overlaid on the plate 94 again, the angle of the plate 94 does not change, so the nozzle 51 of the refueling nozzle 50 is inserted into the refueling port 61 of the kerosene container 60. .

The present invention is not limited to the above embodiment,
Various modifications can be made without departing from the spirit of the present invention.
For example, the length of the container support arms 9 and 10 is not limited. However, in order to suspend the liquid container, it is preferable that the container support arms 9 and 10 have a length of about 20 cm or more. Further, any one of the main columns 3 and 4 may be provided, and therefore, any one of the container support arms 9 and 10 may be provided. If there is only one main column, the holder support 36
Since it is not necessary to move the carriage laterally, the carriage 31, rails 29, 30 and carriage 31 are unnecessary. In addition, one auxiliary column supporting the holder supporting portion 36 is sufficient. This sub strut may be erected on the base 2 or may extend from the main strut. Further, the main columns 3 and 4 are not limited to the prismatic shape, and may have a round columnar shape or a wall shape having a long front and rear width. In addition, the auxiliary columns 25, 26, 27, 2
8 may be erected on the base 2. Further, the pillar 44 and the arm 45 for hanging the bag 90 may be omitted, or the fire extinguisher 47 or the panel 20 may be omitted.

The container support arms 9 and 10 may be curved in a "U" shape at the portion of the kerosene container 60 on which the handle 63 is hung, or the container support arms 9 and 10 themselves may be formed into a "U" shape.
The hook shape may be a V-shape, or the container support arm 9,
A hook may be hung at the tip or the center of 10. That is, any shape may be used as long as it is a shape that allows the kerosene container 60 to be suspended.

If a concrete block is placed on the base 2, it is possible to prevent the supporter 1 from tipping over when a strong external force such as a strong wind is applied. Moreover, a caster may be attached to the lower surface of the base 2 so as to be movable. In this case, it is preferable that the casters have brakes. Also, the casters may be removable. Further, screw type legs for height adjustment may be attached to the four corners of the lower surface of the base 2 and the length of the legs may be adjusted so that the base 2 becomes horizontal. Further, a tray (tray) may be placed on the base 2. As a result, even if the kerosene overflows and falls from the oil supply port 61 of the kerosene container 60, it falls on the pan so that it can be easily wiped off, and the kerosene that has fallen on the installation surface may spread or flow. It can be prevented.

The means for fixing the hose 52 to the second holding portion 43 is not limited to the belt 43b, but may be a semi-cylindrical cover, a locking member such as a chain. Alternatively, the second holding portion 43 may be a cylindrical metal member that opens and closes via a hinge, or the second holding portion 43 may be formed into a “C” shape that elastically opens and closes, and the hose 52 may have a C shape. By inserting the holding portion 43 through the cut, the holding portion 43 elastically moves the hose 5
2 may be held.

Further, the entire supporting device 1 may be formed so as to be disassembled at an appropriate place, and may be transported in a disassembled state at the time of shipping so that it can be assembled and used at a place where it is used. Further, the means for adjusting the height of the main support columns 3 and 4 is not limited to the configuration of the height adjusting screws 14 and 15 and the height adjusting hole 13 as described above, and the lifting mechanism of the jack mechanism, the pinion and the rack gear, etc. A mechanism or a piston using hydraulic pressure or pneumatic pressure may be used. Further, the adjusting screw 80 is omitted, and only the fixed disk 71, the rotor 72, etc. are used for the nozzle holder 40.
The angle (direction) of may be changed. In addition, the front and rear sides of the moving table 31 are hung between the rails 29 and 30, and the rail 2 is curved in an arc shape following the outer circumferences of the rails 29 and 30.
The structure may be such that it is sandwiched between 9 and 30. further,
The shape of the rail is not limited, and for example, a structure in which a slider moves in a rail having a slit, such as a curtain rail, may be used.

In addition to kerosene, the support of the present invention can be used for refueling other oils such as light oil, heavy oil and gasoline. Further, in addition to petroleum products, for liquids such as hot springs and drinking water in general, the support of the present invention is also applied when liquid is supplied from a liquid supply device to a liquid container used for carrying using a supply nozzle. it can. Further, the arm 45 for stocking the bag 90 may be provided on the main support columns 3 and 4, the support columns 21 and 22, or the reinforcing plates 11 and 12, and the column 44 may be omitted in this case. Further, a pillar may be erected on the pillar 22, and the arm 45 may be projected on the pillar. Also,
It is also possible to provide a hook made of wire or the like that can be rotated in the front-rear direction on the oil supply nozzle 50 and hook the hook on the container support arms 9 and 10 during oil supply. On the contrary, a hook capable of rotating in the front-rear direction may be provided on the container support arms 9 and 10, and the hook may be hooked on the fueling nozzle 50 during refueling. This allows the refueling nozzle 5 to be refilled during refueling.
It is possible to prevent 0 from coming off the refueling port 61.

[0040]

As described above in detail, according to the present invention, a liquid container is hung on a container supporting member and a liquid supply nozzle is attached to a nozzle holder so that an operator can move his or her hand from the supply nozzle. The liquid can be supplied to the liquid container even when the liquid container is separated, and the worker can engage in other work while the liquid is being supplied. Therefore, for example, the number of workers performing gasoline refueling work for refueling kerosene does not decrease, and the work efficiency can be improved. In addition, since the liquid is supplied after the empty liquid container is lifted and hung on the container support member, the work of inserting the liquid container into a bag made of polyethylene or the like after the liquid supply is completed is performed by inserting the liquid container into the container support member. It can be carried out with it suspended. This eliminates the conventional manual work of lifting the heavy liquid container into the bag after the liquid has been supplied, and the work of inserting the liquid container into the bag can be easily performed by a woman or an elderly worker. Further, since the nozzle holder can be rotated at least in the front-rear direction and the position of the liquid supply nozzle can be adjusted by the nozzle position adjusting portion, even if the shape of the liquid container is different, the supply nozzle Can be positioned according to the shape of the liquid container.

[Brief description of drawings]

FIG. 1 is a front view of a supporter 1. FIG.

FIG. 2 is a side view of the supporter 1 to which the oil supply nozzle 50 is attached.

FIG. 3 is a rear view of the supporter 1.

FIG. 4 is a sectional view of a nozzle position adjusting unit 70.

5 is a side view of a nozzle holder frame 41 and a rotor 72. FIG.

FIG. 6 is a front view of the supporter 1 when the kerosene container 60 is covered with the bag 90.

FIG. 7 is a side view of a kerosene container 60 contained in a bag 90.

8 is a side view showing another configuration of the nozzle position adjusting section 70. FIG.

9 is a side view showing another configuration of the nozzle holder 40. FIG.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Supporter, 2 ... Base, 3, 4 ... Main support | pillar, 9, 10 ... Container support arm, 20 ... Panel, 23, 24 ... Arm, 2
5 to 28 ... Sub-posts, 29, 30 ... Rails, 31 ... Moving base, 36 ... Holder support section, 39 ... Thumbscrew, 40 ... Nozzle holder, 50 ... Refueling nozzle, 60 ... Kerosene container, 70 ... Nozzle position adjusting section , 80 ... Adjusting screw, 90 ... Bag.

Claims (5)

[Claims] 1. A base, at least one main pillar standing upright on the base, and a liquid container which is provided on an upper portion of the main pillar and can be suspended by hooking a handle of the liquid container. A container support member, a sub-strut standing upright on the base or extending from the main strut so that the upper end is on the side of the main strut, and a nozzle holder that detachably holds a liquid supply nozzle. A holder support portion provided on the sub-column and supporting the nozzle holder so as to be movable in at least the front-rear direction; and a state provided on the holder support portion and prohibiting the movement of the nozzle holder and fixing the nozzle holder. A support for a liquid container and a supply nozzle, comprising: a nozzle position adjuster having a state in which the nozzle holder is allowed to move. 2. A support for a liquid container and a supply nozzle according to claim 1, wherein a lower portion of the main support column is curved or recessed in a direction opposite to a side on which the container support member is provided. Ingredient 3. The holder supporting part supports the nozzle holder so as to be rotatable in the front-rear direction so that the direction of the nozzle holder can be changed, and supports the nozzle holder so as to be movable back and forth. The support for a liquid container and a supply nozzle according to claim 1. 4. The two main columns are erected upright, the container support members are provided in directions opposite to each other, and the holder support section supports one nozzle holder and the nozzle holders are connected to each other. The support for a liquid container and a supply nozzle according to claim 1, wherein the support is capable of sliding laterally so that the container support member can be selectively moved to a rear position. 5. A base that can be fixed to an installation surface or can be moved by using casters, at least one main pillar that is erected on the base, and is provided on an upper side surface of the main pillar. An arm-shaped or hook-shaped container support member capable of suspending the liquid container by hooking the handle of the liquid container, or a container support member having a shape in which the arm and the hook are combined, so that the upper end comes to the rear of the main column, A sub-column standing upright on the base or extending from the main column; a nozzle holder for detachably holding, supporting, or gripping a liquid supply nozzle by a belt, a chuck, a locking member, or the like; The nozzle holder is mounted on a column and can rotate the nozzle holder in the front-rear direction, or can rotate in the front-rear direction and can move forward and backward, or can rotate in the front-rear direction and move in the front-rear direction. A holder supporting portion that supports the nozzle holder so as to be movable and capable of moving in parallel in the lateral direction, and the nozzle holder provided with the holder supporting portion by a fixing means such as tightening a screw, locking a ratchet, or locking a locking pin. And a state in which the nozzle holder is allowed to move by releasing the fixing means such as loosening the screw or releasing the ratchet or releasing the locking pin. A support for a liquid container and a supply nozzle, comprising: a position adjusting part.