JP2001236550A - Hand wagon and conveyer - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a hand wagon capable of efficiently performing delivery work. SOLUTION: The hand wagon 1 is provided with a loading box 3 for loading coins, a container installing means 7 for installing a mug 200, a rotary conveying means 44 for conveying coins from a discharging port 32 provided on the front bottom of the loading box 3 to an inserting port 420 provided above the container installing means 7, and a rotary manipulator 20 for rotationally manipulating the rotary conveying means 44. In the hand wagon 1, when the rotary manipulator 20 is rotationally manipulated, the rotary conveying means 44 is rotated and coins discharged from the discharging port 32 are conveyed from the discharging port 32 to the inserting port 420 and dropped from the inserting port 420. Then, these coins are passed through a shoot 5 and put into the mug 200. When this hand wagon 1 is used, since the coins are dropped and put into the mug 200, the coins in the loading box 3 can be moved so as to fill the mug 200.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a push wagon for transferring coins loaded in a loading box little by little to a transfer container and distributing the coins, and a transport means of the push wagon. It relates to a suitable transport device.

[0002]

2. Description of the Related Art Conventionally, coins used in slot game machines used in pachinko parlors (hereinafter referred to as "pachislot machines") are rented out from lending machines installed beside each pachislot machine and used in pachislot machines. After that, it is collected at the end of each island by a collection device provided inside each island. Then, in order to use the collected coins with a grinder and use them again as lending coins to be lent from a lending machine, a clerk of a pachinko parlor performs a delivery operation of delivering the polished coins to each lending machine. In the delivery work, a push wagon 100 as shown in FIG. 11 has been conventionally used.

The push wagon 100 includes a loading box 110 on which coins can be loaded, a handle 120 for manually pushing and moving the loading box 110, and a truck 130. The loading box 110 further includes a loading box 110. An opening 112 for taking out the coins stacked on the opening 112 and a lid 114 for closing the opening 112 are provided.
It has.

[0004] The push wagon 100 is usually installed at one corner of a hall, carried out as needed, and puts polished coins into the loading box 110 through the lid opening 116 to load coins. Then, the delivery work described above pushes the push wagon 100 through the passage between the islands, moves to the vicinity of the lending machine into which coins are to be inserted, and opens the lid 114 there to transfer coins in the loading box 110. The clerk repeats the operation of transferring the coins to a container, transporting the transferred coins to the lending machine, and inserting the coins.

The transfer operation of transferring the coins in the stacking box 110 to the transfer container is performed by using the transfer container 200, for example, as shown in FIG.
The transfer container 200 is inserted into the coins loaded in the loading box 110 from the wrench unit 210 using a container provided with the container 10, and the coins are scooped.

[0006]

However, in the above-described transfer operation, the coins loaded in the loading box 110 cannot be scooped up so that the transfer container 200 becomes full. In order to insert the coins, it is necessary to perform the moving operation of moving the scooped coins to the lending machine many times, and there is a problem that the work efficiency of the entire delivery operation is deteriorated.

Accordingly, an object of the present invention is to provide a push wagon capable of efficiently performing a delivery operation.

[0008]

Means for Solving the Problems and Effects of the Invention To achieve the above object, a hand wagon of the present invention comprises a loading box for loading coins and a moving means for manually pushing and moving the loading box. A hand push wagon for transferring the coins loaded in the loading box little by little to a transfer container and distributing the coins around, and provided in the loading box for discharging the coins. An outlet, the loading box is formed, an inclined surface inclined downward toward the discharge port, and an input port for dropping and inserting the coin into the transfer container, the discharge port being discharged from the discharge port. Transport means for transporting coins.

In the push wagon of the present invention, the coins loaded on the loading box are discharged from the discharge port, then conveyed to the input port by the transfer means, and dropped from the input port. Therefore, the transfer operation of transferring from the loading box to the transfer container is performed by a drop receiving method in which the coin dropped from the insertion slot is received by the transfer container.

Therefore, if the push wagon of the present invention is used,
Since the transfer operation is performed by the drop receiving method, the coins loaded in the loading box can be transferred so that the transfer container becomes full. In addition, since the transfer container can be filled in this way, it is possible to reduce the number of times of moving the coins loaded in the loading box to the lending machine and other places using the transfer container. it can. Furthermore, since the number of times of performing the moving operation can be reduced in this manner, the delivery operation of delivering the coins loaded in the loading box to a plurality of lending machines and the like can be performed more efficiently.

Next, it is preferable that the push wagon of the present invention includes a container setting means for setting the transfer container at a drop point of the coin dropped from the insertion slot. With this container installation means, it is not necessary to determine the drop point of the coin when performing the transfer operation, so that the transfer operation can be performed more efficiently. In addition, it is possible to reliably prevent a coin spilled from the transfer container from being illegally used by mistakenly seeing the drop point. Furthermore, if the transfer container is set on the container setting means, the coins fall and are inserted into the transfer container, so that the clerk does not need to hold the transfer container by hand.

[0012] Next, in the push wagon of the present invention, the container setting means can set a plurality of the transfer containers, and to which of the transfer containers the coin is dropped from the input port. Is preferably switchable. According to this configuration, the plurality of transfer containers are set in the container setting means, and while the transfer operation of moving coins to the lending machine is performed in one transfer container, the other transfer container is used. Since the transfer operation of inserting coins into the server can be performed, the efficiency of the delivery operation can be further improved.

By the way, the coin inserted into the loading box is
When all go to the outlet, the coins engage with each other near the outlet to form a so-called bridge, and close the outlet. Therefore, in the push wagon of the present invention, it is preferable that the loading box is provided with an obstacle that hinders the movement of the coin moving toward the discharge port. By providing an obstacle in this way, the coin goes to a detour that bypasses the obstacle and the amount of coins that go directly to the outlet can be reduced, so that the occurrence of a bridge can be prevented and the outlet can be blocked. Can be prevented.

As obstacles, it is preferable to provide an eaves covering a part of the upper space of the outlet, and damming means for temporarily blocking coins heading toward the outlet along the inclined surface of the loading box. By the way, in order to reduce the overall height of this push wagon and make it compact, it is necessary to provide a coin outlet near the floor and provide an insertion port high enough to drop coins into the transfer container. Is preferred.

In this case, the transport means has a rotating shaft extending along a transport direction from the discharge port to the input port,
A rotating carrier provided with a carrier blade spirally formed around the rotation axis; provided at a lower portion of the rotating carrier, wherein the outer diameter of the carrier blade is 1/5 to 2 of the thickness of the coin. It is preferable to include a transport path formed in an arc-shaped cross section whose central axis coincides with the rotation axis of the rotary transport tool.

When this hand-push wagon is used, the inner diameter of the transport path is formed to be about 1/5 to 2/5 of the thickness of the coin than the transport wings. Since no coin is caught in between, even when the coin is transported diagonally upward, the coin can be transported smoothly from the discharge port to the insertion port. In addition, the inside diameter of the transport path is
The reason why the inner diameter is formed to be 1/5 to 2/5 larger than the thickness of the coin than that of the transport wing is that if the diameter is less than 1/5, the transport wing and the transport path frequently contact during transport, and the transport wing or the transport path becomes This is because there is a risk of being damaged. Also, if it exceeds 2/5, it is not possible to effectively prevent the coin from being pinched.

In addition, in order to transport coins smoothly, it is more preferable that the transport wing is provided with a wrap preventing means for preventing the coin from being entangled between the transport wing and the transport path. Specifically, it is preferable to include a wind-in prevention device arranged such that an end is located in a space between the transport wing and the transport path at a portion of an entrance where the transport wing enters the transport path.

In the case where the discharge port side end of the transport blade is configured to rotate by sliding on a sliding surface perpendicular to the rotation axis, when the coin enters along the sliding surface, the coin is displaced. May be caught between the sliding surface and the transport wing. For this reason, it is preferable to provide a step in the circumferential portion of the sliding surface such that the coin falls on the sliding surface to prevent the transport wings from winding the coin entering along the sliding surface.

Further, if there is a transport wing near the insertion slot, the coin moves over the insertion slot due to the rotation of the transport wing, and for example, if there is an obstacle to prevent the coin from entering at the destination. In some cases, a coin may be caught between the transport wing and the obstacle, which may impair the smooth rotation of the transport wing. Therefore, it is preferable not to provide a transport blade on the rotation shaft near the inlet.

[0020]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a push wagon according to the present embodiment to which the present invention is applied will be described. First, the external configuration of the push wagon 1 of the present embodiment will be described. Here, FIG. 1 is an external perspective view of the push wagon of the present embodiment.

As shown in FIG. 1, the push wagon 1 according to the present embodiment has the shortest width in the left-right direction.
The housing 10 is formed in a substantially rectangular parallelepiped shape having the longest length along the traveling direction of pushing and has a loading box 3 (see FIG. 2) for loading coins therein, and is installed on the lower surface of the housing 10. And a lid 14 for closing an opening 10c (see FIG. 3) formed in the upper surface 10a of the housing 10. The lid 14 is provided with an accommodation port 15 for accommodating coins in the loading box 3.

The casing 10 is formed in the above-described substantially rectangular parallelepiped shape because the push wagon 1 is pushed between narrow islands where the above-mentioned pachislot machines are installed, so that its width is made as small as possible. This is to allow as many coins as possible to be loaded. The push wagon 1 also includes a container setting tool 7, an input destination switching lever 18, and a rotary operating tool 2.
0.

The container installation tool 7 is provided at the lower portion of the rear side surface 10b of the housing 10, and is provided with the above-described transfer container 20.
0 (hereinafter referred to as “jug 200”) can be arranged side by side in the left-right direction. Next, the insertion destination switching lever 18 is provided at the upper part of the container installation tool 7 and at the center of the rear side surface 10b, and determines which mug 200 is to be inserted into the jug 200 installed on the container installation tool 7, Used to switch. Next, the rotary operation tool 20 is provided above the insertion destination switching lever 18 and on the upper right side of the rear side surface 10b, and operates when transferring the coin inserted into the loading box 3 to the mug 200. The rotary operation tool 20 includes a handle 21 for rotating the rotary operation tool 20 on the rotation surface.

The push wagon 1 is provided on a handle 22 provided on the upper surface 10a behind the lid 14 and on a rear side surface 10b on the right side of the container setting tool 7.
And a brake 24 for fixing the Next, an internal configuration of the push wagon 1 of the present embodiment will be described.

Here, FIG. 2 schematically shows the internal structure of the push wagon 1 and shows the housing 1 of the push wagon 1.
It is the schematic side view which looked at the inside from the side surface by removing the 0 side plate. FIG. 3 is a perspective view of the loading box 3 viewed from the direction indicated by the arrow Y in FIG. FIG. 4 is a sectional view taken along the line BB 'in FIG. FIG. 5 is a plan view in which the eaves 38 are removed and viewed from the direction indicated by the arrow V in FIG. FIG.
It is -A 'sectional drawing. FIG. 2 is a vertical cross-sectional view passing through the center of the rotation shaft 440 of the rotary conveyance device 44, and a part is shown in a perspective view. Is represented by a dotted line.

In the following description, the traveling direction of the hand push wagon 1 is represented by "front", the opposite direction is represented by "rear", and the right side of the traveling direction is represented by "right" and the left side is represented by "left". . The push wagon 1 includes a loading box 3 for loading coins at a lower portion of the lid 14. The loading box 3 has an inclined surface 30 inclined forward and downward, and an inclined surface 30 on the front end side of the inclined surface 30.
, A front flange surface 34 provided perpendicular to the inclined surface 30, a rear flange surface 36 provided perpendicular to the inclined surface 30 on the rear end side, and left and right side surfaces 10d, 10
e. Further, the loading box 3 has a discharge port 32 for discharging coins at the forefront of the inclined surface 30,
The coins loaded in the loading box 3 are moved to the outlet 32 by the inclination of the inclined surface 30 and are discharged from the outlet 32.

The loading box 3 has a dam plate 40 and an eave 38. The blocking plate 40 is erected vertically upward from the rear end of the discharge port 32 with respect to the inclined surface 30. The eaves 38 are erected from the upper end of the dam plate 40 toward the front and upper at an angle of 45 degrees with respect to the horizontal plane, and cover the upper space of the outlet 32. The blocking plate 40 is provided in the left half of the outlet 32 as shown in FIG. 3, and the inlet 320 is formed on the right side of the blocking plate 40. Also, obliquely above and behind the inlet 320, between the left and right side surfaces 10d and 10e of the housing 10,
There is provided a blocking rod 41 which stands vertically to d and 10e and blocks the flow of coins flowing into the inlet 320. Also, the inclined surface 30 is a right surface 30a parallel to the left-right direction.
, The left surface 30b is inclined downward.

The coins loaded on the loading box 3 having the above-described structure are stacked on the inclined surface 30b, and are blocked by the blocking plate 40 and headed toward the inclined surface 30a. What was loaded on the eaves 38 toward 320,
Bypassing the eaves 38, it heads toward the inlet 320. The coins stacked near the blocking rod 41 also bypass the blocking rod 41 and head toward the inlet 320. Thereafter, the coin is inserted into the rotary transporter 44 from the inlet 320 through the outlet 32. In other words, in the loading box 3, the loaded coins are not directed to the outlet 32 at once, but to the outlet 32 bypassing the inlet 320 by the eaves 38 or the like.

Next, as shown in FIG. 2, the push wagon 1 includes a transport path 42 and a rotary transport tool 44.
The transport path 42 is provided along the inclined surface 30 so as to form a coin transport space P directly below the loading box 3. At the rear end of the transport path 42, a slot 4 for inserting coins transported from the outlet 32 into the mug 200 is provided.
20 are provided. The rotating carrier 44 has a rotating shaft 440 arranged along the direction of inclination of the inclined surface 30, and a conveying blade 442 is spirally formed around the rotating shaft 440, and is installed in the conveying space P.

As shown in FIG. 4, the transport path 42 includes a transport path housing 422, a transport path main body 424, and a running path 4.
26. The transport path housing 422 is formed in a cross-sectional shape in which a U-shape is rotated by 90 degrees below the inclined surface 30 so that an upper portion is opened. The transport path main body 424 is fitted inside the transport path housing 422, and is formed in a semicircular cross section so that an upper portion is opened. The runway 426 is provided on the left and right sides of the transport path housing 422, is inclined obliquely upward from the upper end of the side surface of the transport path housing 422, and is joined to the side surface of the housing 10.

The inner diameter φ2 of the transport path main body 424 is formed to be 0.5 mm larger than the outer diameter φ1 of the transport blade 442 for transporting coins having a thickness of 2 mm. Both 442 are formed in a circular shape. On the upper surface of the left runway 426, the transport wing 44
An entrainment prevention plate 428 is provided, which is disposed so that the tip protrudes into a space formed between the sheet 2 and the conveyance path main body 424.

On the other hand, as shown in FIG. 2, the rotary transport device 44 has a rotary shaft 440 mounted so as to be rotatable vertically to the front flange surface 34 and vertically penetrates the rear flange surface 36. Rear side surface 1 of housing 10 provided with 20
0b is provided. The rotating shaft 440 includes a rotating shaft gear (not shown) at the rear end of the housing 10. The rotating shaft gear is meshed with an operating tool gear 20 a that rotates in conjunction with the rotation of the rotary operating tool 20. And rotate.
Therefore, when the rotary operation tool 20 is rotated, the rotary conveyance tool 44 rotates in accordance with the rotation.

The transport blade 442 has a front end 442a and a rear end 442b cut in a plane perpendicular to the rotation axis, and the front end 442a is, as shown in FIG. 424 slides on a bottom plate 340 having the same diameter as the inner diameter of the rear end 424.
42b, as shown in FIG. 2, is located in front of the input port 420. In addition, on the front flange surface 34, in addition to the bottom plate 340, a winding prevention plate 342 made of vinyl chloride thicker than the bottom plate 340 is provided.
The front flange surface 34 excluding the portion where the bottom plate 340 is provided so that a step for preventing entanglement is formed at the circumference of the zero.
It is laminated on the whole upper part.

The coins transported by the transport path 42 and the rotary transporter 44 configured as described above are transported toward the slot 420 by the rotation of the transport blades 442. that time,
The inner diameter φ2 of the transport path main body 424 is equal to the outer diameter φ of the transport blade 442.
Since any one of the coins, which is ４ of the thickness of the coin, is formed in a circular shape, the coin is conveyed without being pinched between the conveyance wing 442 and the conveyance path main body 424.

Also, some coins are transported during the transport by the transport wings 4.
Although the runout 42 jumps out of the runway 426 due to too fast rotation, the runway 426 is returned to the inside of the transport path main body 424 because the runway 426 is inclined downward toward the transport path main body 424. In addition, the coins that have jumped out of the runway 426 are provided with an anti-winding plate 428 on the runway 426, and the leading end of the coin protrudes into a space formed between the transport blade 442 and the transport path main body 424. Is returned to the inside of the transport path main body 424 without being entangled between the transport wing 442 and the transport path main body 424 at a portion of the entrance where the paper enters the transport path main body 424. Note that the transport path 42 and the rotary transport tool 44 correspond to the transport unit of the present invention.

Next, as shown in FIG.
An inclined plate 140 having the same width as the width of the storage port 15 that is inclined downward from the front edge of the storage port 15 toward the rear is provided. Since the accommodating opening 15 is designed to have a size such that the hand of a person holding the fist cannot be pulled out, coins loaded in the loading box 3 are not removed from the accommodating opening 15.

Next, the input port 4 is provided at a position facing the input port 420, and is operated by operating the input destination switching lever 18.
The insertion destination switching device 5 that can guide coins falling from the container 20 to the mug 200 installed on the container installation tool 7 and insert the coins and switch the coin insertion destination will be described.

FIG. 7 is a sectional view taken along the line CC 'of FIG. FIG. 7 shows a state where the moving chute 50 is moved to the left by a solid line, and a state where it is moved to the right by a dashed line. As shown in FIG. 7, the charging destination switching device 5 is fixed at a position opposed to a movable chute 50 movable in the left-right direction and a mug 200 installed on the container installation tool 7, and arranged in parallel in the left-right direction. It consists of two sets of distribution chutes 62.

Of these, the moving chute 50 is
Even if the first receiving port 52 for receiving the coin falling from 0 moves the moving chute 50 to either the left or right,
It is formed in a size that comes inside the inlet 420. On the other hand, the first discharge port 54 for discharging the coin received from the first receiving port 52 has a size that opens only to one of the distribution chutes 62 when the moving chute 50 is moved to either the left or right. Is formed. The moving chute 50 is located at the center of the first receiving port 52 in the left-right direction.
A swing plate 56 is provided so as to swing freely with respect to a rotation axis provided along a direction perpendicular to the left-right direction. The swing plate 56 is formed to have a size that swings and passes near the end of the first discharge port 54. The moving chute 50 is provided with an input destination switching lever 18 (see FIGS. 1 and 2), and is configured to be movable in the left-right direction by the input destination switching lever 18.

On the other hand, each distributing chute 62 has a second receiving port 64 formed such that the first discharge port 54 of the moving chute 50 is inward when the moving chute 50 is moved to either the left or right. It has. In addition, distribution chute 62
Is the second to discharge the coin received at the second receiving port 64
An outlet 66 is provided. The second discharge port 66 is opened at a position where coins can be dropped into the mug 200 and inserted.

In the insertion destination switching device 5 configured as described above, when the moving chute 50 is moved to one of the sides by the insertion destination switching lever 18, the coin dropped from the insertion slot 420 is moved to the moving side. Falls on the mug 200 installed on the container installation tool 7 of the first embodiment. The swinging plate 56 swings when the coin hits, loosens the momentum of the coin falling by the swinging, and prevents the coin passing through the moving chute 50 from scattering and hitting here and there to generate noise. I have.

Next, the container setting tool 7 will be described. Here, FIG. 8 is a cross-sectional view taken along the line DD ′ of FIG. 2, and FIG. 9 is a cross-sectional view of the container installation tool 7 cut along the line EE ′ of FIG.
FIG. 9A shows a state before the mug 200 is installed on the container installation tool 7, and FIG. 9B shows a state after the installation.

As shown in FIG. 8, the container setting tool 7
Two container installation locations 70 for installing the mugs 200 are provided, and each of the container installation locations 70
0 is freely insertable. And the mug 20
On the upper surface of the container installation place facing the coin slot of 0,
As shown in FIG. 9, a charging opening 72 is provided, and the above-described distribution chute 62 is installed such that the second discharge port 66 is located inside the charging opening 72. Therefore,
The mug 200 is installed at a drop point of a coin falling from the second discharge port 66.

In the container installation tool 7, spill prevention tools 74 and 76 are installed on the insertion opening 72 at the side where the jug is inserted and on the back side opposite thereto. The spill prevention devices 74 and 76 close the insertion opening 72 when the mug 200 is not installed, open the insertion opening 72 when the mug 200 is installed, and allow coins to be inserted when the mug 200 is not installed. Prevent spills.

The spill prevention device 76 is shown in FIG.
As shown in (a), the swinging movement is made around the vicinity of the end on the back side of the opening 72. The spill prevention device 76 includes a swing shaft 760, an opening / closing surface 762, joint surfaces 764, 766,
It comprises a weight 768 and a projection surface 770 having an L-shaped cross section.
The swing shaft 760 is provided in the vicinity of the end on the back side along a direction perpendicular to the insertion direction of the mug 200. The opening / closing surface 762 is formed wider than the input opening 72, and is attached to the swing shaft 760 so as to be able to open and close the input opening 72 on the back side. The joint surface 764 is attached perpendicular to the opening / closing surface 762. The weight mounting surface 766 is
The opening / closing surface 762 is attached to a surface opposite to the side where the opening / closing surface 762 is attached to the joint surface 764 and to the other end side opposite to the one end side where the opening / closing surface 762 is attached. The weight 768 is attached to the weight attachment surface 766. The projecting surface 770 is provided on the other end side of the joint surface 764 and on the opposite side of the joint surface 764 from the weight attachment surface 766.

The spill prevention device 76 is shown in FIG.
As shown in FIG. 7, when the mug 200 is not installed, the weight 768 causes the weight mounting surface 766 to fall downward, the opening / closing surface 762 to rise, and the opening / closing surface 762 to close the input opening 72 on the back side. Cover and close. On the other hand, as shown in FIG. 9B, when the mug 200 is installed, the projecting surface 770 is pushed by the mug 200, the weight mounting surface 766 rises upward, and the opening / closing surface 762 is lowered and the input opening 72
Open.

On the other hand, the spill prevention device 74 is provided in FIG.
As shown in (a), it is provided on the upper surface and swings around the end of the insertion opening 72 on the side of the jug insertion side as a fulcrum. The spill prevention device 74 includes a swing shaft 740 and an opening / closing surface 742, and the opening / closing surface 742 is connected to the swing shaft 740 via a connector 744. The swing shaft 740 is provided at an end on the jug insertion side along a direction perpendicular to the insertion direction of the mug 200. The opening / closing surface 742 is formed wider than the insertion opening 72 and is swingably attached to the swing shaft 740 to open and close the insertion opening 72 on the insertion side. The spill prevention device 74 includes a spring (not shown) for urging the opening / closing surface 742 in a direction in which the opening 72 is closed.

The opening / closing face 742 is urged by the biasing force of the spring to close the opening 72, and the opening / closing face 742 covers the insertion opening 72 on the insertion side and closes. When the coin falls from the insertion opening 72 into the mug 200 and the coin hits the opening / closing surface 742, the opening / closing surface 742 moves downward against the spring urging force and opens the insertion opening 72.

Using the push wagon 1 constructed as described above, the coins accumulated in the loading box 3
In order to transfer to, the following operation may be performed. First,
The mug 200 is set on the container setting tool 7. Then, the input opening 72 closed by the spill-off prevention device 76 is opened. Next, the insertion destination switching lever 18 is operated to designate a mug 200 into which a coin is to be inserted. Then, the moving chute 50 is slid in the direction in which the insertion destination switching lever 18 is operated, and the coin falling from the insertion slot 420 is set to drop to the designated mug 200.

Next, the rotary operation tool 20 is rotated. Then, as the rotary operation tool 20 rotates, the rotary transporter 44 rotates, the coins are transported from the outlet 32 to the insertion slot 420, and the coins reaching the insertion slot 420 drop into the designated mug 200. The use of the push wagon 1 described above has the following effects.

Using the push wagon 1 of the present embodiment, a transfer operation for transferring coins loaded in the stacking box 3 to the mug 200 by a drop receiving method of receiving coins dropped from the insertion slot 420 with a mug is performed. Since the operation is performed, coins loaded in the loading box 3 can be transferred so that the mug 200 becomes full. Further, since the mug 200 can be filled up in this way, the number of times of moving the coins loaded in the loading box 3 to the lending machine or another place using the mug 200 can be reduced. Furthermore, since the number of times of performing the moving operation can be reduced in this way, the delivery operation of delivering the coins loaded in the loading box 3 to a plurality of lending machines and the like can be performed more efficiently.

By the way, while holding the mug 200 in hand, a coin falling at the falling point may be received.
When the container setting tool 7 is provided as in the hand push wagon 1 of the present embodiment, the mug 200 can be set at the place to perform the transfer operation, and the drop point of the coin falling from the insertion slot 420 is determined. Since there is no necessity, the transfer operation can be performed more efficiently. Further, it is possible to reliably prevent a coin spilled from the mug 200 from being misused by erroneously seeing the drop point. Further, if the mug 200 is set in the container setting place 70, the coins later fall and are thrown into the mug 200, so that the clerk does not need to hold the mug 200 by hand, and the coins are gradually filled and heavier. It is not necessary to keep the mug 200 for a long time, and the transfer work can be performed easily.

Further, the push wagon 1 of the present embodiment has a plurality of jugs 200 installed on the container installation tool 7 and while one of the mugs 200 performs a moving operation for moving coins to the lending machine, Since the transfer operation of inserting coins into the other mug 200 can be performed, the efficiency of the delivery operation can be further improved.

By the way, all the coins inserted into the loading box 3 move toward the discharge port 32, and the hand pushing wagon 1 of the present embodiment moves the coins moving toward the discharge port 32 to the loading box 3. Eaves 38 as obstacles to hinder the progress of
Since the coin is provided with the barrier plate 40 and the blocking rod 41, the coins bypass these obstacles and head toward the outlet 32, and only some of the coins head toward the outlet 32. Therefore, when the hand-held wagon 1 is used, it is possible to prevent a so-called bridge from occurring due to an excessive amount of coins going to the outlet 32, and to prevent the outlet 32 from being clogged.

In the push wagon 1 of the present embodiment, the transfer path 42 is provided along the inclined surface 30 so that the discharge port 32 is provided near the floor surface and the height is high enough to drop coins to the mug 200. In addition, an insertion port 420 is provided to reduce the overall height of the push wagon 1 to make it compact.

The transport path main body 424 is formed with an inner diameter φ2 which is １ ／ of the thickness of the coin to be transported with respect to the outer diameter φ1 of the transport blade 442 of the rotary transporter 44. Even if the coin is transported upward, the outlet 32
From the slot 420 to the coin slot 420.

Further, in the present embodiment, the roll-in prevention plate 428 is provided to prevent the transport wings 442 from entangling coins at the entrance where the transport wings 442 enter the transport path main body 424. The transport wings 442 can be smoothly rotated to efficiently transport coins. Further, a winding prevention plate 342 thicker than the bottom plate 340 is provided around the bottom plate 340, and a step is formed around the bottom plate 340 such that coins fall toward the bottom plate 340. As a result, the transport wing 442 prevents the coin that enters along the plate surface of the bottom plate 340 from being caught in the coin.
4 can be smoothly rotated, and coins can be transported efficiently.

Further, the transport blade 442 is connected to the rear flange surface 3
6, the coin moves to the rear flange surface 36 side beyond the insertion slot 420 in accordance with the rotation of the transport blade 442, and the transport blade 442 and the rear flange surface 3
6, a coin is sandwiched between them, which impairs the smoothness of rotation of the transport wing 442, but in the present embodiment, the transport wing 442
Is provided up to the trouble of the insertion slot 420, so that coins can be transported smoothly.

Also, in the present embodiment, the spill-off preventing devices 74 and 76 are provided to prevent the coins from spilling when the mug 200 is not set on the container setting device 7. Even if it rotates, coins can be prevented from spilling onto the container installation tool 7.

By the way, when the rotary transporter 44 is turned vigorously, coins may scatter in the transport space P and hit the inclined surface 30 to generate a considerably loud hitting sound. Therefore, as shown in FIG. 10 which is a cross-sectional view taken along the line BB ′ of FIG.
A cover 43 that covers the upper surface of the rotary conveyance tool 44 is provided on the conveyance path 42.
0 may be provided. When the cover 430 is provided, the winding prevention plate 428a may be provided only near the conveyance path main body 424.

[Brief description of the drawings]

FIG. 1 is an external perspective view of a push wagon 1 of the present embodiment.

FIG. 2 is an explanatory diagram for describing an internal structure of the push wagon 1 of the present embodiment.

FIG. 3 is a perspective view of a loading box 3 of the push wagon 1 of the present embodiment.

FIG. 4 is a sectional view taken along the line B-B 'of FIG.

FIG. 5 is a partially transparent plan view from the direction of arrow V with the eaves 38 removed.

FIG. 6 is an enlarged view of a portion surrounded by a circle Z in FIG. 2;

FIG. 7 is a sectional view taken along line C-C 'of FIG.

8 is a sectional view taken along line D-D 'of FIG.

FIG. 9 is a sectional view taken along line E-E ′ of FIG. 8;

FIG. 10 is a sectional view taken along line B-B 'of FIG.

FIG. 11 is a perspective view of a conventional push wagon 1;

FIG. 12 is a perspective view of a transfer container.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Hand push wagon, 3 ... Loading box, 5 ... Loading destination switching device, 7
... Container installation tool, 10 ... Housing, 10a ... Top surface, 10b ... Back side surface, 10c ... Opening, 10d ... Left and right side surface, 12 ... Carriage, 14 ... Lid part, 15 ... Accommodation opening, 18 ... Input destination switching lever, 20 ... Rotating operation tool, 20a ... Operation tool gear, 21 ... Handle, 22 ... Handle, 24 ... Brake, 30 ... Slope surface, 30a ... Right surface, 30b ... Left surface, 32 ... Exhaust port, 34
... front flange surface, 36 ... rear flange surface, 38 ... eaves,
Reference numeral 40: blocking plate, 41: blocking rod, 42: transport path, 44: rotary transporter, 50: moving chute, 52: first receiving port, 5
4: first discharge port, 56: rocking plate, 62: distribution chute,
64: second receiving port, 66: second discharge port, 70: container installation location, 72: input opening, 74: prevention tool, 76: prevention tool,
200: mug, 320: outlet, 340: bottom plate,
342: roll-in prevention plate, 420 ... input port, 422 ... transport path housing, 424 ... transport path main body, 426 ... runway, 428 ... roll-in prevention plate, 428a ... roll-in prevention plate, 430 ... cover, 4
40: rotating shaft, 442: transport wing, 442a: front end, 44
2b: rear end, 740: swing shaft, 742: open / close surface, 744
… Connector, 760… oscillating shaft, 762… opening / closing surface, 764…
Joint surface, 766: Weight mounting surface, 768: Weight, 770: Projection surface

Claims (6)

[Claims] 1. A loading box for loading coins, and a moving means for manually pushing and moving the loading box, wherein the coins loaded in the loading box are transferred little by little to a transfer container. In a hand wagon for distributing and turning the coin, a discharge port provided in the loading box and discharging the coin, and an inclined surface forming the loading box and inclined downward toward the discharge port, A hand-held wagon, comprising: a transport unit configured to transport the coin discharged from the discharge port to an insertion port for dropping and inserting the coin into the transfer container. 2. The hand-drawn wagon according to claim 1, further comprising a container setting means for setting the transfer container at a drop point of the coin dropped from the insertion slot. 3. The hand-held wagon according to claim 2, wherein said container setting means is capable of installing a plurality of said transfer containers, and drops said coin from said insertion port to any of said transfer containers. A hand wagon characterized by the ability to switch between 4. The hand-held wagon according to claim 1, wherein the loading box is provided with an obstacle that hinders the movement of the coin moving toward the discharge port. wagon. 5. The hand-held wagon according to claim 1, wherein the discharge port is provided near a floor surface, and the input port is sufficient for dropping coins into the transfer container. Provided at a height, wherein the transport unit has a rotary shaft extending along a transport direction from the discharge port toward the input port, and a rotary transport having a transport blade spirally formed around the rotary shaft. And provided at a lower portion of the rotary carrier and formed at an inner diameter that is 1/5 to 2/5 of the thickness of the coin with respect to an outer diameter of the transport wing. A hand wagon comprising: a conveying path formed in an arc-shaped cross section whose axes coincide with each other. 6. A transport device for moving coins along an inclined direction obliquely upward toward an upper point as viewed from a lower point, wherein a rotating shaft extends along the inclined direction, and a spiral is formed around the rotating shaft. A rotary carrier provided with a carrier wing formed in a shape, and provided at a lower portion of the rotary carrier, and formed to have a diameter that is １ ／ to ／ of the thickness of the coin with respect to the diameter of the carrier wing. A conveying path formed in an arc-shaped cross section whose central axis coincides with the rotation axis of the rotary conveying tool.