JP2018036999A - Article dispenser - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an article dispenser enabling a rotating operation by forcibly pushing in a coin body and dispensing/supplying an article one by one without discriminating affirmative/negative of operation permissibility of a size and the like of the coin body.SOLUTION: An article dispenser comprises: a base including an article storage part for storing various types of ball-shaped articles, for example a capsule toy; an article dispensing mechanism dispensing an article by a handle operation board 24 getting rotatable by an inserted coin body C; and a handle rotation mechanism 20 actuating an article discharge mechanism to dispense an article one by one from the article storage part and supply it via the base. The handle rotation mechanism 20 includes: a regulation piece 25 that is slidingly retracted by forcibly pushing in the coin body C to be inserted to the inside of the handle rotation mechanism 20; a retraction arm 27 retaining the slide retraction of the regulation piece 25 during one rotation; and a discharge guide passage 35 including a rotation regulation gear cam 31 at a handle shaft 23 and discharging the coin body C that has been pushed in for slidingly retracting the regulation piece 25.SELECTED DRAWING: Figure 6

Description

  The present invention is not based on a coin-type medal having a monetary value such as various toys encapsulated in a capsule, a ball-shaped toy or the like exchanged with coins or coins, and further, for example, its size difference or other operations The present invention relates to a merchandise maneuvering apparatus that allows merchandise to be taken out by a handle operation that can be manually rotated by inserting and pushing in a coin body without determining whether or not tolerance is acceptable.

  Conventionally, for example, a capsule-type toy or a ball-shaped toy in which various toys are encapsulated in a transparent spherical capsule, mainly a predetermined number of coins, a difference in size, and other operational tolerances. There have been provided various kinds of product operation devices for capsule-containing toys that can be taken out by making it possible to operate the handle by determining whether or not it is possible. For example, it is a coin insertion device of a manual operation type vending machine shown in Patent Document 1, and a merchandise operation device in a vending machine shown in Patent Document 2, a coin sorting device and an article operation shown in Patent Document 3 Devices, game devices, and the like.

  These capsule toy handling devices and the like shown in these patent documents enable manual rotation operation of the handle and the like when it is determined that the inserted coin is a specific genuine one, For example, the toys and the like that are stored in the container are sequentially drawn out so that the toys and the like can be taken out.

Utility Model Registration No. 2538540 JP-A-8-212438 JP 2000-245951 A

  In such a conventional coin-insertion-type product operation device, it is determined whether or not it is legitimate, such as whether or not the operation is acceptable depending on the size of the coins inserted for the purpose of preventing fraud, and the storage thereof. It is necessary to incorporate a mechanism / device for the purpose. Moreover, if the coin that can be operated is a coin with a monetary value, it must be strictly managed, and if a substitute coin is prepared, it is possible to install a changer to exchange coins, or to exchange money. It will take time. For this reason, it is necessary to sufficiently manage the amusement parks and the like that are set up. For example, children at a family restaurant or the like where a large number of children come and go, such as capsule toys and ball toys are offered as prizes. It is not appropriate for infants to enjoy easily.

  In addition, a determination mechanism for determining whether the inserted coin is large or small or other operation allowability during the rotation of the handle is provided, for example, by providing it within the rotating turntable itself or between the periphery of the turntable. If it is a regular coin, it can be rotated as it is, and if it is a non-regular coin, the rotation is stopped and discharged, so the structure becomes relatively complicated and expensive. Become.

  On the other hand, in this type of coin-insertion-type product operation device, a coin insertion unit, a rotation operation unit that can be manually operated by its discrimination, a product operation unit that feeds out capsule toys and the like by being rotated, etc. are arranged. Products such as boxes and cases that are placed on the base in such a way that the base and the toys with capsules are stored and the product is operated and discharged by the product operation part. It is common to have a storage part. Since the base and the product storage unit are integrally configured in this way, for example, after being manufactured in a factory, they are stored and packed in, for example, a cardboard packaging box, etc., in a state where they are manufactured integrally. Will be shipped and installed at playgrounds and others. Such an integrated structure has the advantage that it can be set and installed as it is at the installation site, but the product storage part itself is relatively large, so it becomes bulky in packaging, transportation, etc., and transportation costs are also expensive. I must.

  Therefore, the present invention was created in view of the conventional circumstances as described above, and does not use a conventional coin or a coin substitute coin, but by forcibly pushing a coin body that enables a handle operation. It is easy to operate, so that it is possible to take out these toys while enjoying the rotation operation of the handle etc. as a predetermined toy such as a capsule toy, a ball-shaped toy, etc., without using coins etc. It can be configured as a simple structure, it can be easily installed and provided with easy management, maintenance, inspection, etc., and the product storage part itself can be assembled and packed, transported, etc. The object is to provide a product handling device.

In order to solve the above-described problems, in the present invention, when a description is given with reference numerals in the form for carrying out the invention to be described later, for example, a product G that is a ball-shaped toy such as a capsule toy is stored. The product supply mechanism 40 and the product discharge mechanism 60 are operated by the base 10 provided with the product storage unit 80 and the handle operation panel 24 that can be rotated by the inserted coin body C. The handle rotation mechanism 20 is configured to supply the product G for each piece and supply it through the base 10, and the handle rotation mechanism 20 forces the coin body C to be inserted into the handle rotation mechanism 20. The handle operation panel 24 can be rotated by a general pushing operation.
The handle rotation mechanism 20 includes a mechanism base 21 fixed to the front surface of the base 10, a coin body insertion opening 22 formed in the upper front portion of the mechanism base 21, and a handle disposed on the front surface of the mechanism base 21. A handle shaft 23 fixed to the operation base 24 and rotatably supported on the mechanism base 21 and the handle shaft 23 is retracted from the handle shaft 23 by the coin body C which is pushed by being allied and is operated. During the rotation of the board 24, the retracted position is maintained, and after the completion of one rotation, the regulation piece 25 pivotally supported on the back surface of the mechanism base 21 so as to stop the rotation operation of the handle operation panel 24 and the coin body C after being pushed in. A retracting arm 27 rotatably fitted to the handle shaft 23 so as to temporarily maintain the retracting of the restricting piece 25, and the retracting arm 27 temporarily retracts by the retracting arm 27 Later, while the retracting position of the restricting piece 25 is maintained, it is intermittently engaged. After one rotation of the handle operating panel 24, the restricting piece 25 is engaged to stop the rotation and the retracting arm 27 is moved to the handle shaft. 23, a rotation restricting gear cam 31 that is elastically pulled in the counter-rotating direction 23, and a discharge guide path 35 that discharges the inserted coin body C to the outside of the mechanism base 21. it can.
The restricting piece 25 is pivotally supported at the upper position of the mechanism base 21 so as to be swingable in a state of being urged, and the coin body insertion slot 22 is used to temporarily stop the inserted coin body C. The oscillating action edge 25A that is on a business trip is slidable at the upper end, the meshing edge 25B that meshes with the gear face 31B formed on the rotation restricting gear cam 31 is slidable at the tip edge of the retraction arm 27 that is rotated. The lower end is provided with an abutting / retracting edge 25C for retracting the regulating piece 25 itself by maintaining the abutting with the rotation of the retracting arm 27, and the upper end edge surface of the abutting / retreating edge 25C is stopped. The edge 25D can be configured.
The retraction arm 27 is rotatably fitted to the handle shaft 23 and is resiliently pulled so as to follow the rotation of the rotation restricting gear cam 31 by a pulling spring material 28 linked to the rotation restricting gear cam 31. Then, the operation portion that is rotated and formed to bulge at the tip portion engages with the stop edge 25D to stop the rotation operation of the handle operation panel 24, and comes into contact with the contact retraction edge 25C. The restriction piece 25 itself can be configured to maintain the swinging and retracting state.
The rotation restricting gear cam 31 is configured such that the restricting piece 25 before rotating operation has a smooth surface 31A on the periphery of the flange and a gear surface 31B on the opposite periphery of the flange, and the gear surface when the handle operation panel 24 rotates. When the smooth surface 31A arrives at the position of the meshing edge 25B while rotating, the meshing edge 25B intermittently meshes the meshing edge 25B of the regulating piece 25 and the regulating piece 25 itself so that the retraction is repelled. The swinging return is made to the front position, the position before the retraction of the regulating piece 25 is maintained until the end of one rotation, and the retreat arm 27 is placed on the stop edge 25D at the end of one rotation, and the start end of the gear surface 31B is By engaging and locking with the engaging edge 25B of the restricting piece 25, the rotation can be stopped.
The discharge guide path 35 avoids the handle shaft 23 below the coin insertion slot 22 and guides the guide piece 35 </ b> A opposite to the arrangement position of the restricting piece 25, and the mechanism base 21 at the bottom of the mechanism base 21. An appropriate number of outing guide pieces 35 </ b> B formed so as to protrude gradually toward the lower side so that the back surface of the alligator goes downward.
The merchandise steering mechanism 40 is disposed inside a steering mechanism storage unit 13 formed at the top of the base 10 and is supported in the horizontal direction in the steering mechanism storage unit 13 so as to be rotatable. A merchandise steering panel 42 in which the merchandise outlets 43 are arranged to be open, a rotation transmission means 45 for rotating the merchandise steering panel 42 following the rotation of the handle rotation mechanism 20, and the steering mechanism storage unit 13. The product drop opening 48 formed in the bottom portion of the product and the product drop opening 48 are arranged above the product drop opening 48 so as to limit the number of the products G that are selectively inserted into the product outlet 43 by the rotation of the product outlet 42. The product limiting means 51 can be provided.
The product limiting means 51 is composed of a product exclusion bar 52A or 52B laid horizontally above the product drop port 48. These product exclusion bars 52A and 52B are the products G inserted into the product outlet 43 in the product delivery board 42. Can be configured by setting the height position substantially corresponding to the position of the height of the commodity G from the bottom of the steering mechanism storage section 13 that slides.
The product discharge mechanism 60 communicates with a product drop port 48 provided in the product operation mechanism 40, runs along the front-rear direction of the base 10, and has a bottom portion that gradually slopes downward toward the front of the base 10. It can be configured by a path 61 and a product take-out slider 63 that is slidably fitted into the take-out operation port 14 formed in the front of the base 10 and connected to the product discharge path 61.
The product take-out slider 63 is a product formed in a cylindrical shape having an outer shape that substantially matches the inner shape of the take-out operation port 14 that has a product take-out port 65 formed in the front and an opening formed in the front of the base 10. A take-out main body 64; an upper wall 66 that comes into contact with the rim of the product drop port 48 in the product operation mechanism 40; Each of the wall 66 and the movable side wall 67 can be formed integrally with the product take-out main body 64.
The base 10 is provided with a coin body storage mechanism 70 for storing the coin body C pushed into the handle rotation mechanism 20, and the coin body storage mechanism 70 is a discharge guide provided in the handle rotation mechanism 20. Below the path 35, a coin body guide body 71 that guides and drops the coin body C on either side of the base 10 and a base 10 that stores and stores the coin body C that has been guided and dropped is partitioned. The coin body storage unit 72 can be provided.
The coin body storage unit 72 can be configured to be opened at the take-out operation port 14 when the product take-out slider 63 provided in the product discharge mechanism 60 is pulled out from the take-out operation port 14.
The product storage unit 80 is formed in a wall strip plate shape that surrounds the circumference of the product G group to be stored along a circumference with a support column 81 fixed by a stance at the center position of the product storage part. A sheet frame 82 that is detachably fitted in a fitting groove 12 formed in the upper peripheral edge of the sheet 10, a fastening means 85 that fastens and fixes the overlapping edges of the sheet frame 82, and a circular frame shape. The lid plate 87 is applied to the upper opening of the seat frame 82 surrounded by the base plate 82, and a fixing cap 88 is provided for fixing the lid plate 87 to the support column 81.
The seat frame 82 can be configured to be wound by a band plate material having a predetermined height and width so as to surround the periphery of the product storage portion and allowing the inside to be seen through.
The fastening means 85 is overlapped with the fastening holes 83 opened at predetermined intervals on the respective edges of the sheet frame 82 in a state where the fastening holes 83 are matched by forming a circular frame of the sheet frame 82 itself. A pair of fastening bars 86 arranged on the inside and outside of the edges, and a connecting pin 86A projecting on either one of the fastening bars 86 so as to forcibly penetrate each of the matched fastening holes 83; The connecting pin 86A, which has been inserted through the fixing hole 83, is provided with a connecting hole 86B opened in either one of the fixing bars 86 so as to forcibly fit and connect.

In the commodity operation device according to the present invention configured as described above, a ball-shaped device such as a capsule toy, a ball toy or the like stored in the product storage unit 80 arranged on the base 10 is used. The product G is inserted into the coin body insertion slot 22 of the handle rotation mechanism 20 provided on the base 10 and the handle rotation mechanism 20 can be manually rotated by the coin body C forced into the inside. This rotation activates the product operation mechanism 40 and the product discharge mechanism 60 to operate and supply a predetermined product G from the front of the base 10.
It is sufficient that the coin body C inserted into the coin body insertion slot 22 is forced to be pushed in, and it is sufficient to determine whether it is a coin or a substitute for a coin, or whether it can be operated depending on its size. Therefore, it is not necessary to provide the discriminating mechanism and means.
The restricting piece 25 in the handle rotating mechanism 20 has a handle shaft 23 so as to release the locked state of the handle operating panel 24 so that the handle rotating mechanism 20 can be rotated by forcibly pushing the inserted coin body C. It can be swung away. The rotation of the handle operating panel 24 and the handle shaft 23 rotates the rotation restricting gear cam 31 and also rotates the retracting arm 27 connected to the rotation restricting gear cam 31. During these rotations, the restricting piece 25 swings. The handle operating panel 24 is made rotatable while maintaining the retracted state.
In the merchandise steering mechanism 40, the merchandise handling board 42 is rotated in a swiveling manner by rotating the merchandise handling board 42 via the rotation transmission means 45 by the rotation of the handle operation panel 24, and the merchandise handling outlet 43 moves to the merchandise handling outlet 43. The product G inserted from the storage unit 80 is moved to the position of the product drop opening 48 and dropped onto the product discharge mechanism 60.
The product restricting means 51 arranged above the product drop port 48 restricts only one of the products G inserted into the product outlet 43 and drops other products G placed on the product G to the product drop The product 48 is moved as it is without being guided to the mouth 48.
In the product discharge mechanism 60, the product G that has been driven and dropped from the product steering mechanism 40 is guided to the product take-out port 65 of the product take-out slider 63 provided on the front surface of the base 10 so that it can be taken out.
On the other hand, in the coin storage mechanism 70, the restriction piece 25 is forcibly pushed into the coin insertion slot 22 of the handle rotation mechanism 20 to swing and retreat, and then the base via the discharge guide path 35 in the handle rotation mechanism 20. The coin body C that has been guided to fall into the interior of 10 is stored and stored. Further, the product take-out slider 63 in the product discharge mechanism 60 opens the coin storage unit 72 through the take-out operation port 14 by being pulled out from the take-out operation port 14 so that the coin unit C can be taken out.
In the product storage section 80, the seat frame 82 is shaped like a circle so as to surround the product storage portion, and is fixed to the fitting groove 12 on the upper portion of the base 10 in a state of being fixed by the fastening means 85. The device is detachably fitted and assembled at the installation site of the apparatus, and is wound separately from the base 10 so as to be packed compactly and carried into the installation site.

  Since the present invention is configured as described above, it is possible to manually operate the handle operation panel 24 in the handle rotation mechanism 20 for taking out the product G without using conventional coins or coin substitute coins. It can be easily operated by inserting and forcibly pushing in the coin body C that enables the rotation operation. Moreover, since it is not necessary to determine the difference in size of the coin body C for allowing the rotation operation or other operation admissibility, it is possible to provide an inexpensive structure by simplifying the mechanism with a simple structure, Since the coin body C itself can be easily managed, it can be easily installed in a family restaurant, for example. In addition, by providing coins C as a free gift to children, the handle operation panel 24 can be operated easily even by children and expects a product G such as a predetermined capsule toy or other ball-shaped toy to be fed out. Various products G can be obtained while enjoying the rotation operation itself. Thus, by not using coins or substitute coins, etc., it is easy to manage, maintain, inspect, etc. so that it can be easily installed and provided, and the product storage unit 80 can be assembled on the base 10 with a cylindrical case shape By doing so, packing, transportation, and the like can be performed in a compact manner separately from the base 10, so that the transportation cost can be reduced, and the overall cost can be greatly reduced.

  That is, in the present invention, the handle rotation operated to operate the base 10, the product feeding mechanism 40, and the product discharge mechanism 60 to supply the product G in the product storage unit 80 through the base 10. This is because the handle rotation mechanism 20 is configured to be capable of rotating the handle operation panel 24 by forcibly pushing the inserted coin body C into the handle rotation mechanism 20. Accordingly, the handle rotating mechanism 20 can be rotated by pushing the coin body C, and the mechanism can be simplified and the manufacturing cost can be reduced due to the simple structure.

  The handle rotation mechanism 20 includes a mechanism base 21, a coin insertion slot 22, a handle shaft 23 having a handle operation panel 24, a restriction piece 25, a retracting arm 27, a rotation restriction gear cam 31, and a discharge guide path 35. Thus, the rotating operation by pushing the inserted coin body C is made possible, and the product G can be operated and supplied by operating the product operating mechanism 40 and the product discharging mechanism 60.

  The restricting piece 25 includes a swing action edge 25A, a meshing edge 25B, a contact retreat edge 25C, and a stop edge 25D. The cam 31 can be rotated by the handle shaft 23 and the handle operation panel 24 by meshing with the smooth surface 31A, the gear surface 31B, etc., abutment, locking, etc., and the rotation is stopped after the end of one rotation. It will be prepared for.

  The discharge guide path 35 is provided with a guide piece 35A and an outing guide piece 35B in the mechanism base 21 so that the pushed coin body C can be smoothly discharged and dropped to the outside of the mechanism base 21 through the inside of the mechanism base 21. The body storage mechanism 70 can be securely stored.

  The merchandise steering mechanism 40 includes a merchandise steering panel 42 in which a merchandise outlet 43 is opened, a merchandise drop port 48, and a merchandise limiting means 51. The exit board 42 can drop and deliver each product G from the product drop port 48 to the product discharge mechanism 60.

  The product discharge mechanism 60 includes the product discharge path 61 and the product take-out slider 63 so that the product G dropped from the product drop port 48 can be taken out from the product take-out slider 63, and the product take-out slider 63 is pulled out. Thus, the coin body C is taken out from the opened coin body storage portion 72 of the coin body storage mechanism 70 through the take-out operation port 14 formed in the front surface of the base 10 and can be reused.

  The product storage unit 80 disposed on the upper portion of the base 10 includes a support column 81, a sheet frame 82, a fastening means 85, a cover plate 87, and a fixed cap 88, and is fitted to the base 10. In the cylindrical case shape, it can be assembled and arranged before assembly, so that it can be packed in the installation place separately from the base 10 and can be transported in a compact manner. This can greatly contribute to the cost reduction.

  In addition, the code | symbol attached | subjected in each means of the means for solving said subject and the effect of invention was attached | subjected in order to make easy reference with the part which shows each structure part described in drawing. The present invention is not limited to these descriptions, structures, shapes, and the like indicated by reference numerals and the like in the drawings.

It is a perspective view which shows one form for implementing this invention. It is the perspective view similarly seen from the front upper part. It is a longitudinal cross-sectional view similarly. It is a disassembled perspective view of a handle rotation mechanism. It is a longitudinal cross-sectional view of a handle | steering-wheel rotation mechanism similarly. It is a rear view of the handle rotation mechanism before the coin body is similarly inserted. It is a rear view of a handle rotation mechanism when pushing in similarly inserted coin object. Similarly, it is a rear view of the handle rotation mechanism when the regulating piece is swung and retracted. It is a rear view of the handle rotation mechanism during the rotation operation. It is a rear view of the handle rotation mechanism before the end of rotation. It is a principal part front view of the rotation transmission means of a handle | steering-wheel rotation mechanism and a goods steering mechanism similarly. It is a top view of a merchandise steering mechanism similarly. It is a top view which similarly shows goods limitation means. It is a perspective view except a dial rotation mechanism when similarly pulling out a product take-out slider in the product discharge mechanism. It is a rear view of a coin body storage mechanism. It is a disassembled perspective view of a goods storage part similarly. It is a cross-sectional view in the same fastening means. It is the longitudinal cross-sectional view in a fixing means similarly. It is sectional drawing which similarly shows the fixing structure of the cover plate by a fixing cap.

(Overview)
DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, an embodiment for carrying out the present invention will be described with reference to the drawings. Reference numeral 10 shown in the drawing is a hollow box-shaped base that can be installed by being placed in a predetermined place. . A product storage unit 80 is provided on the base 10 for storing various products G whose outer shapes such as capsule toys and ball toys are ball-shaped. The product storage unit 80 itself is a base 1. Assembling type that can be attached to and detached from each other, and after assembling, a cylindrical case is formed so as to cover a large number of products G.

(Base)
The base 10 is provided with a coin insertion slot 22, and a handle rotation mechanism 20 provided at the top of the front so that a manual rotation operation can be performed by forcibly pushing the inserted coin C, As the handle rotation mechanism 20 is rotated, the product is rotated about the horizontal plane at the upper part of the base 10, and the product operation mechanism 40 for delivering the products G in the product storage unit 80 one by one. A product discharge mechanism 60 for discharging the product G to the lower front portion of the base 10 and a coin body storage mechanism 70 for storing and storing the inserted coin body C are arranged.

  As shown in FIGS. 1 to 3, the base 10 itself has a substantially circular shape when viewed from a plane in which both sides of the front flank are corner-cornered, and has a hem-extended shape at the bottom, so that the installation is stable. An attachment fixing port 11 for fixing the handle rotation mechanism 20 is formed in the upper front portion of the base 10. A fitting groove 12 for removably fitting a sheet frame 82 and a display display board 84, which will be described later, in the product storage unit 80 is provided on the upper edge surface of the base 10 along the circumference. In addition, at the top of the base 10, there is provided a steering mechanism storage portion 13 having a product drop opening 48 formed at the bottom and the entire top edge of the base 10 being formed into a concave shape. It has been. At the lower front portion of the base 10, an extraction operation port 14 is formed in which a product extraction slider 63 in a product discharge mechanism 60 that holds the product G that is driven and dropped from the product operation mechanism 40 is slidably inserted. The product take-out slider 63 itself is always fitted in the take-out operation port 14 in communication with the inside of the base 10.

(Handle rotation mechanism)
As shown in FIGS. 4 to 10, the handle rotation mechanism 20 includes a mechanism base 21 fixed to the mounting fixing port 11 by, for example, screwing, and a coin body that has an opening formed in the upper front portion of the mechanism base 21. A handle shaft 23 that is fixedly attached to the opening 22 and a handle operation panel 24 disposed in front of the mechanism base 21 and rotatably supported on the mechanism base 21, and the handle shaft 23 is elastically biased and pushed in. The coin body C is retracted from the handle shaft 23, and the retracted position is maintained while the handle operation panel 24 is rotating, and the rotation of the handle operation panel 24 is stopped after one rotation. The retraction that is rotatably fitted to the handle shaft 23 so as to temporarily maintain the supported restriction piece 25 and the retraction of the restriction piece 25 after the coin body C is pushed in. After the retraction arm 27 is temporarily retracted by the retreat arm 27, the retraction arm 25 is intermittently engaged with the retraction position of the restriction piece 25 maintained, and after one rotation of the handle operating panel 24, The rotation is stopped by the engagement, and the retraction arm 27 is elastically pulled in the counter-rotation direction of the handle shaft 23 and the inserted coin body C is placed outside the mechanism base 21. And a discharge guide path 35 for discharging to the direction.

  As will be described later, the product operation panel 42 meshed with the rotation transmission means 45, that is, the operation drive gear 46 fixed to the handle shaft 23, by manual rotation by the handle operation panel 24 by the handle rotation mechanism 20. By operating the product operation mechanism 40 by the operation driven gear 47, the discharge operation of the predetermined product G is performed.

  The mechanism base 21 has a substantially rectangular shape when viewed from the front, and is formed in a plate shape having a depth (depth) sufficient to accommodate the restricting piece 25, the rotation restricting gear cam 31 and the like. (See FIG. 5).

  In the drawing, the coin body insertion port 22 is formed at the upper end edge of the mechanism base 21 so that the inserted coin body C is brought into contact with the upper edge of the regulating piece 25 and stopped. Then, the restricted coin body C is forcibly pushed into the mechanism base 21 from above to swing and retract the restricting piece 25, and after swinging and retracting, it passes through the discharge guide path 35 in the mechanism base 21 as it is. It is configured to fall below the mechanism base 21. The swinging and retreating of the restricting piece 25 enables the handle rotating mechanism 20 to be rotated so that the commodity G is fed out. Therefore, the coin body C functions as an ON switch for controlling the start of operation.

  That is, the coin body C only needs to be sufficient to press the regulating piece 25 itself so as to swing and retract the regulating piece 25. In the drawing, the coin body C has a disk shape with a predetermined diameter and has a certain degree of rigidity. It is formed as a pseudo coin by a material having, for example, a metal, a synthetic resin, or a cardboard. Needless to say, the coin itself may be used, but for example, a synthetic resin disk with a character, installation place name, store name, etc. displayed on the surface, or so that it can be used easily, is cheaper. It may be a cardboard disk, or may be rectangular or other shapes depending on circumstances.

  The handle shaft 23 is inserted into and supported by the mechanism base 21 at, for example, a central position thereof. As shown in FIG. 5, the front surface of the mechanism base 21 has a corrugated protrusion so as to rotate the handle shaft 23 itself. A handle operation panel 24 having a part-shaped knob is fixed, and the handle shaft 23 is rotated clockwise as viewed from the front. On the back side of the mechanism base 21, that is, the inside side, the rotation restricting gear cam 31 is fixed, and the retracting arm 27 is rotatably supported. As shown in FIG. An operation drive gear 46, which will be described later, connected to the product operation panel 42 is fixed.

  As shown in FIG. 6, the restricting piece 25 is pivotally supported with a swing fulcrum set at the upper right position when viewed from the front of the mechanism base 21, and by a spring material 26 wound around the swing fulcrum shaft. The handle shaft 23 is energized with a bullet. Then, in order to temporarily stop the inserted coin body C, the swinging edge 25A on which the coin body insertion port 22 is traveling is used as the upper end, and the triangular shape meshes with the gear surface 31B of the rotation restricting gear cam 31. A regulating piece by having the engagement edge 25B, such as a mountain shape, slidably contacted with the distal end edge of the revolving arm 27 that is rotated and maintained in contact with the rotation of the retreating arm 27 A contact retraction edge 25C for retreating 25 itself is provided in the lower part, and an upper end edge surface of the contact retraction edge 25C is formed as a stop edge 25D. Further, the contact retraction edge 25C is bulged in a step shape at the lower portion of the restriction piece 25 itself, and the tip of the retraction arm 27 is free on the upper surface of the step portion of the restriction piece 25 at the position before the swing retraction. When the restricting piece 25 swings and retracts, the retracting arm 27 disengages from the stop edge 25D due to its own weight and falls and swings to the surface of the contact retracting edge 25C. It comes into contact (see FIGS. 7 and 8).

  The retraction arm 27 is rotatably fitted to the handle shaft 23 so as to turn around the handle shaft 23 by a ring portion provided at the base thereof, and is made of a coil spring connected to the rotation restricting gear cam 31. The traction spring material 28 is elastically pulled and rotated (turned) so as to follow the rotation of the rotation restricting gear cam 31. Then, the operation portion bulged at the tip portion engages with the stop edge 25D to stop the rotation operation of the handle operation panel 24, and comes into contact with the contact retraction edge 25C to thereby restrict the control piece 25. The swinging and retracting state of itself is maintained.

  The rotation restricting gear cam 31 has a smooth surface 31A at the periphery of the flange of the restricting piece 25 before the rotation operation, and a gear surface 31B at the opposite edge of the flange. Then, when the rotation operation of the handle operating panel 24 and the handle shaft 23 is started by swinging and retracting the restriction piece 25, the gear surface 31B seems to repel the retraction of the engagement edge 25B of the restriction piece 25 and the restriction piece 25 itself. Intermittently meshing, and rotating while repeating this meshing or release alternately. When the half rotation of the rotation restricting gear cam 31 itself is almost finished and the smooth surface 31A arrives at the position of the meshing edge 25B, the restricting piece 25 is returned to the position before swinging and retracted, and is restricted until after one rotation is completed. When the position before retraction of the piece 25 is maintained and one rotation of the rotation restricting gear cam 31 is completed, the retracting arm 27 that rotates together with the rotation restricting gear cam 31 is placed on the stop edge 25D, and the gear surface 31B The rotation of the rotation restricting gear cam 31 itself is stopped when the start end is engaged with the engaging edge 25B of the restricting piece 25 and stopped (see FIGS. 10 and 6).

  In the figure, reference numeral 32 denotes an anti-reverse arm. The anti-reverse arm 32 is pivotally supported on the bottom of the mechanism base 21 so that the handle shaft 23 tends to be elastically urged by the pressing spring 33 so that it can swing freely. Further, a locking claw 32A is provided that engages with the gear surface 31B of the rotation restricting gear cam 31 while preventing reverse rotation.

  The discharge guide path 35 causes the coin body C inserted from the coin body insertion port 22 to swing and retract the regulation piece 25 by forcibly pushing the coin body C, and then passes through the mechanism base 21. From below the mechanism base 21, the coin body storage mechanism 70 partitioned in the base 10 is guided and dropped. As shown in the figure, the discharge guide path 35 avoids the handle shaft 23 below the coin insertion slot 22 and guides the guide piece 35A opposite to the place where the restricting piece 25 is disposed, and the mechanism base 21. The bottom of the mechanism base 21 is composed of an appropriate number of guide guides 35B that are formed so as to gradually increase in width toward the bottom so that the back of the mechanism base 21 guides the user.

  The operation of the handle rotating mechanism 20 configured as described above will be described below. Before the coin body C is inserted, the restricting piece 25 is engaged with the gear surface 31B of the rotation restricting gear cam 31 by the engaging edge 25B. Since the retractable arm 27 is positioned on the stop edge 25D of the restricting piece 25, the handle operating panel 24 is in a non-rotatable state. Further, the locking claw 32A of the reverse rotation prevention arm 32 meshes with the gear surface 31B of the rotation restricting gear cam 31 to prevent reverse rotation of the handle operating panel 24 (see FIG. 6). When the coin body C is inserted into the coin body insertion port 22, the coin body C is locked and stopped by the swing action edge 25 </ b> A of the restriction piece 25, but when the coin body C is forcibly pushed, the swing action edge 25 </ b> A causes the restriction piece 25. The regulating piece 25 is retracted from the handle shaft 23 by swinging itself. The swinging and retreating of the restricting piece 25 releases the meshing with the rotation restricting gear cam 31 and at the same time allows the retracting arm 27 on the stop edge 25D to be disengaged from the stop edge 25D so that it can swing naturally (see FIG. 7).

  Then, the retracting arm 27 swinging and dropping comes into contact with the contact and retracting edge 25C of the restricting piece 25, and the swinging and retracting state of the restricting piece 25 is maintained, and the handle operating panel 24 can be rotated. Let Further, the engagement between the locking claw 32A of the reverse rotation prevention arm 32 and the gear surface 31B of the rotation restricting gear cam 31 is maintained, and the reverse rotation of the handle operating panel 24 is also prevented (see FIG. 8). The rotation of the handle operation panel 24 in the forward direction (clockwise in the figure when viewed from the front of the base 10 and counterclockwise in FIGS. 6 to 10) is the gear surface 31B of the rotation restricting gear cam 31. The retraction is allowed to repel the engagement edge 25B of the restricting piece 25 that is engaged with the retraction, and the locking claw 32A of the reverse rotation prevention arm 32 is similarly repelled. During this time, the retracting arm 27 also rotates following the rotation restricting gear cam 31 by the traction spring material 28 linked to the rotation restricting gear cam 31 (see FIG. 9).

  Then, when one rotation operation by the handle operation panel 24 is finished, the smooth surface 31A of the rotation restricting gear cam 31 comes to the position of the meshing edge 25B of the restricting piece 25, and the restricting piece 25 is moved to the handle shaft 23. Alligator returns and swings. On the other hand, the gear surface 31B meshes with the locking claw 32A of the anti-reverse rotation arm 32 to prevent reverse rotation of the rotation restricting gear cam 31, and the rotation operation of the handle operation panel 24 is continued as it is (see FIG. 10). When one rotation of the handle operation panel 24 is thus completed, the engagement edge 25B of the restriction piece 25 is engaged with the gear surface 31B of the rotation restriction gear cam 31, and the retracting arm 27 is positioned on the stop edge 25D of the restriction piece 25. Then, the rotation of the handle operating panel 24 is disabled, and a standby state for the next operation is entered (see FIG. 6).

  Note that the coin body C after being inserted into the coin body insertion port 22 and being pushed in is allowed to rotate the handle operation panel 24 by swinging and retracting the restricting piece 25, as described above. It is discharged and stocked out of the mechanism base 21, that is, the handle rotating mechanism 20 through the path 35.

(Product operation mechanism)
The commodity steering mechanism 40 is arranged and configured inside the steering mechanism storage unit 13 in the base 10, and as shown in FIGS. 3 and 11 to 13, the bottom of the steering mechanism storage unit 13 is arranged. A product steering panel 42 that is supported by a central bearing portion 41 formed in the center so as to be rotatable in the horizontal direction, and in which the product outlets 43 are arranged in an open manner, and following the rotation of the handle rotating mechanism 20. Rotation transmission means 45 formed along the periphery of the product operation board 42 so as to rotate the product operation board 42, a product drop port 48 formed in the bottom of the operation mechanism storage unit 13, and a product operation Commodity limiting means 51 disposed above the merchandise drop opening so as to limit the number of merchandise G selectively inserted into the merchandise outlet 43 by the rotation of the exit board 42.

  The merchandise handling board 42 has a disk shape when viewed from above, and has a center hole that is rotatably fitted to the center bearing part 41 at the center part, and hangs downward at the periphery. A peripheral wall is provided. As shown in FIGS. 12 and 13, the three product outlets 43 formed in a substantially fan shape are opened, and the product G loaded and stored in the product storage unit 80 is always inserted from above. In this state, the inserted product G is rotated and turned while sliding on the upper surface of the bottom of the operation mechanism storage unit 13 to be guided and delivered to the product drop port 48 (see FIG. 3).

  The merchandise outlet 43 has a large size in consideration of the fact that the merchandise G stored in the merchandise storage section 80 can be selected and stored in any of its outer shapes, as will be described later. The size is set so that the product G is sufficiently inserted. Of course, if only the small product G is used, a small product outlet 43 may be provided correspondingly.

  The rotation transmission means 45 includes an operation drive gear 46 fixed to the handle shaft 23 in the handle rotation mechanism 20 and an operation formed on the lower surface of the peripheral wall of the product operation panel 42 so as to mesh with the operation drive gear 46. And a driven gear 47. Only one product outlet 43 in the product operation board 42 is swung to the position of the product drop port 48 by one rotation of the handle rotation mechanism 20, that is, one rotation of the operation drive gear 46. . As shown in the figure, when the merchandise outlet 43 is constituted by three pieces, the number of teeth of the operation drive gear 46 is set to 1/3 of the number of teeth of the operation driven gear 47. The rotation transmission means 45 only needs to transmit the rotation operation of the handle rotation mechanism 20 as an intermittent turning operation of the product steering panel 42. Therefore, the rotation transmission means 45 is not configured as a gear transmission structure as shown in the figure, It is possible to adopt.

  In the drawing, the product drop opening 48 is formed in a cylindrical shape with the back portion of the base 10 at the bottom of the operation mechanism storage unit 13 positioned on the side and protruding downward from the bottom. When the merchandise outlet 43 that turns by the rotation of the board 42 arrives and substantially matches, only the merchandise G inserted into the merchandise outlet 43 is guided to drop downward (FIGS. 3 and 13). reference).

  Further, the product limiting means 51 is composed of a product exclusion bar 52A or 52B which is horizontally placed between the left and right sides of the back of the steering mechanism storage unit 13 above the product drop port 48. And it arrange | positions in the horizontal form in the height position which is not high compared with the magnitude | size of the goods G to be fed out, ie, the height of the goods G from the bottom upper surface of the steering mechanism storage part 13, Even if an appropriate number of products G are placed on the outlet 43 and further a plurality of products G are simultaneously moved to the product drop port 48, only one product G is included in the product limiting means 51. The other product G passes through the lower part and moves as it is above the product limiting means 51 to be turned. The product limiting means 51 plays a role of a roof, a lid, etc. so as to prevent the product G other than the product G to be dropped and dropped from being dropped into the product drop port 48 and inserted.

  In the figure, the product exclusion bar 52A or 52B, which is the product limiting means 51, is arranged in two upper and lower stages with the position shifted back and forth, and the product exclusion bar 52A in the lower position is one of the small products G. In this case, the product exclusion bar 52B at the upper position is limited to only one large product G. Of course, in the case of a small product G, two product exclusion bars 52A and 52B may be provided (see FIG. 3).

  The product exclusion bars 52A and 52B shown in the figure can be elastically bridged between the columnar bar supports 53A and 53B formed on the left and right sides of the peripheral wall of the steering mechanism storage unit 13. The rod-shaped coil spring is not limited to this.

(Product Release Mechanism)
The product discharge mechanism 60 is configured so that the front of the base 10 sends out the product G that has been operated and discharged from the product operation mechanism 40 by the back of the base 10 to the product, and communicates with the product drop port 48. A product discharge path 61 that has a bottom portion that extends along the front-rear direction of the base 10 and gradually slopes downward as it reaches the front of the base 10, and is slidably fitted into the take-out operation port 14. It consists of a product takeout slider 63 to be connected.

  In the illustration, the product discharge path 61 has a product drop port 48 and a take-out operation port 14 so that one side wall of the base 10 facing the front side is separated from either the left or right side at the bottom of the base 10. It has the obstruction | occlusion side wall 62 provided between these.

  The product take-out slider 63 includes a product take-out main body 64 formed in a cylindrical shape with an outer shape that substantially matches the inner shape of the take-out operation port 14 while the product take-out port 65 is formed in the front surface. An upper wall 66 disposed below the bottom of the storage unit 13 and in contact with the rim of the product drop port 48; and a movable side wall 67 that divides the left and right other side at the lower part of the base 10; 66 and the movable side wall 67 are formed integrally with the product take-out main body 64, respectively. Reference numeral 68 in the figure is a fitting guide for fitting and guiding the product take-out slider 63 into the take-out operation port 14, and reference numeral 69 in the figure is a detachable stopper that is locked when fitted.

  By inserting the product take-out slider 63 into the take-out operation port 14, the product discharge path 61 communicating with the product drop port 48 is surrounded by an upper wall 66, a closed side wall 62, and a movable side wall 67 in a substantially cylindrical shape. Thus, the merchandise G to be driven and dropped is surely guided so as to reach the merchandise outlet 65. Further, the movable side wall 67 forms a coin body storage mechanism 70 so that the coin body storage mechanism 70 is closed and the coin body C cannot be taken out when the product takeout slider 53 is inserted into the takeout operation port 14. I have to.

(Coin body storage mechanism)
The coin body storage mechanism 70 is inserted into the coin body insertion port 22 of the handle rotation mechanism 20 and is pushed to rotate the handle rotation mechanism 20 so that the product G is operated and supplied by the product operation mechanism 40. C is stored and stored. In the illustrated example, the coin storage mechanism 70 is located below the discharge guide path 35 in the handle rotation mechanism 20, for example, inside the rim of the mounting fixing port 11, and the coin body C is connected to the other of the left and right portions of the base 10. The coin body guide body 71 provided so as to be guided and dropped, and the coin body storage section 72 in which the other of the left and right portions of the base 10 is partitioned and formed on the alligator.

  As described above, by inserting the illustrated product takeout slider 63 into the takeout operation port 14, the moving side wall 67 of the product takeout slider 63 defines the coin body storage portion 72 at the lower portion of the base 10. The inserted coin body C is stored and stored in the coin body storage unit 72 through the coin body guide body 71. When taking out, the product take-out slider 63 is pulled out from the take-out operation port 14 so that the coin body C can be taken out directly from the opened coin body storage mechanism 70.

(Product storage department)
The product storage unit 80 arranged on the base 10 includes a support column 81 fixed by a pedestal at the center position of the product storage part, and a wall belt that surrounds the periphery of the product G group to be stored along the circumference. A sheet frame 82 that is formed in a plate shape and is detachably fitted in the fitting groove 12 formed in the upper peripheral edge of the base 10, and a stop that fastens and fixes the edges of the sheet frame 82 to each other. There are provided attachment means 85, a cover plate 87 applied to the upper opening of the sheet frame 82 surrounded in a circular frame shape, and a fixing cap 88 for fixing the cover plate 87 to the support column 81.

  The support column 81 is made of a rod having a predetermined diameter formed at the lower end with a male screw portion screwed to the center bearing portion 41 in the feeding mechanism storage portion 13 and at the upper end with a male screw portion screwed with the fixing cap 88, respectively. The height is set to a volume sufficient to store a predetermined number of products G. As shown in FIG. 3, the support column 81 is inserted through the central portion of the product operation board 42 in the product operation mechanism 40 and is screwed into the center bearing portion 41 existing below the product operation panel 42. It is as.

  The sheet frame 82 is a plan view of a plate material that has a band shape with a predetermined height and width so as to surround the periphery of the product storage portion, and is fixed between the edges of the band plate material by a fixing means 85. It is configured to have a circular frame shape. The sheet frame 82 itself has a predetermined thickness, for example, and is formed of, for example, a transparent wrapping band-like soft flexible material such as polyvinyl chloride resin (PVC) that can be seen through. Before assembly, it is wound so that it has a small diameter cylindrical shape and is soft enough to be compactly packed.

  At the time of installation and assembly, a display display board 84 that displays advertisements of product contents and the like can be installed inside the circular frame, and the display display board 84 has a lower end edge in the fitting hole 12. The upper edge is fitted into a lid fitting groove 87A of the lid plate 87, which will be described later, so that the inner side surface of the sheet frame 82 is brought into close contact with the upper edge. Also, as will be described later, the display plate 84 can be easily replaced by removing the cover plate 87 by unscrewing the fixing cap 88, and it is also easy to change the contents when the stored product G is replaced. I can do it.

  The fastening means 85 is overlapped with the fastening holes 83 opened at predetermined intervals on the respective edges of the sheet frame 82 in a state where the fastening holes 83 are matched by forming a circular frame of the sheet frame 82 itself. A pair of fastening bars 86 arranged on the inside and outside of the edges, and a connecting pin 86A projecting on either one of the fastening bars 86 so as to forcibly penetrate each of the matched fastening holes 83; The connecting pin 86A, which is inserted through the fixing hole 83, is provided with a connecting hole 86B opened in either one of the fixing bars 86 so as to forcibly fit and connect.

  As shown in the drawing, the fastening bar 86 has a length substantially corresponding to the width of the sheet frame 82 (the height of the product storage portion 80 itself), and between the edges of the sheet frame 82 when they are overlapped. The overlapping step portion 86C is formed in consideration of the step corresponding to the thickness of the film.

  The fastening bar 86 has a structure in which the connecting pins 86A and the connecting holes 86B are alternately projected and opened at even intervals with a constant interval, so that the fastening bars 86 arranged inside and outside are the same. It can be of structure and is convenient.

  The fitting groove 12 can be fitted with and fitted into the fitting groove 12 in accordance with the thick structure formed by the fastening means 85 to which the seat frame 82 is fastened. Thus, a slightly wider mounting groove 12A that can stably support the seat frame 82 itself is formed, for example, with the back portion of the base 10 positioned on the side.

  The lid plate 87 has a lid fitting groove 87A that improves the shape retention of the sheet frame 82 itself by fitting the upper end edge of the sheet frame 82 assembled in a circular frame shape. Is formed. Further, the central portion of the lid plate 87 is slightly depressed and is fitted to the support column 81 by a fitting hole 87B opened in the central portion.

  The fixing cap 88 is screwed to a male screw formed on the upper end of the support column 81 so that the cover plate 87 fitted to the support column 81 is fixed to the support column 81 through the fitting hole 87B.

  As described above, the product storage unit 80 includes the support pillar 81, the sheet frame 82, the fastening means 85, the cover plate 87, and the fixing cap 88. Assembling the seat frame 82 into a circular frame shape by fitting, surrounding arrangement by fitting into the fitting groove 12, applying the lid 87 to the seat frame 82, and fixing the fixing cap 88 to the support column 81 by screwing 87. By supporting and fixing the sheet frame 82, it can be assembled on the base 10. In addition, the upper and lower edges of the seat frame 82 are fitted into the fitting groove 12 and the lid fitting groove 87A, respectively, to form a circular frame, and the edges are fixedly fastened by the fastening means 85. Even if the sheet frame 82 is a soft material, the shape retention after assembling is good and the stored product G can be protected from external influences.

  Therefore, by adopting such a structure of the assembling-type product storage unit 80, when being carried into the installation site together with the base 10, it is formed into a circular frame and assembled on the base 10 in advance. Instead, at the time of factory shipment, at the time of transportation, for example, the sheet frame 82 is wound to a small diameter in a state separated from the base 10 and is assembled together with other members at the installation site. The whole can be packed in a compact manner, thereby reducing transportation costs and the like. In addition, the sheet frame 82 itself can be easily replaced in the same manner as the display panel 85, and is inexpensive and lightweight, and can be made compact when disassembled and stored, which is convenient.

(An example of use of the present invention product operation device)
Next, an example of the use of this will be described. A predetermined number of various products G such as capsule toys, ball toys and the like are loaded and stored in the product storage unit 80 assembled at the installation location by opening and closing the cover plate 87. For example, at a family restaurant, restaurant, etc., the coin body C is given as a free gift to a visitor's infants and children, etc., and freely operated.

  When the coin body C is inserted into the coin body insertion slot 22 and is forcibly pushed in, the handle operation panel 24 of the handle rotation mechanism 20 can be manually rotated. The ejection mechanism 40 is rotated, and the rotation of the product operation mechanism 40 appropriately agitates the product G in the product storage unit 80, and one of the products G is introduced into the product operation port 43. The The product G thus introduced into the product outlet 43 is dropped and discharged from the product storage unit 80 when moved to the position of the product drop port 48 by the rotation of the product delivery board 42, and the front of the base 10 by the product discharge mechanism 60. The child G and the like can receive the product G that is supplied to the product outlet 65 and sorted and fed out.

  On the other hand, the inserted coin body C is sequentially stored and stored in the coin body storage mechanism 70 defined in the lower part of the base 10 through the discharge guide path 35 of the handle rotation mechanism 20. Thereafter, the coin body C is taken out from the coin body storage part 72 that is opened by pulling out the product take-out slider 63 from the take-out operation port 14 and stored separately for reuse.

C ... Coin body 10 ... Base 11 ... Mounting fixing port 12 ... Fitting groove 12A ... Mounting groove portion 13 ... Extraction mechanism storage portion 14 ... Ejecting operation port 20 ... Handle rotation mechanism 21 ... Mechanical base 22 ... Coin body insertion port 23 ... handle shaft 24 ... handle operation panel 25 ... regulating piece 25A ... swinging action edge 25B ... meshing edge 25C ... contact retraction edge 25D ... stop edge 26 ... spring material 27 ... retraction arm 28 ... traction spring material 31 ... rotation restricting gear Cam 31A ... Smooth surface 31B ... Gear surface 32 ... Reverse rotation prevention arm 32A ... Locking claw 33 ... Pressing spring 35 ... Discharge guide path 35A ... Guide piece 35B ... Outing guide piece 40 ... Product steering mechanism 41 ... Center bearing 42 ... Product steering board 43 ... Product outlet 45 ... Rotation transmission means 46 ... Steering drive gear 47 ... Steering driven gear 48 ... Product drop port 51 ... Product limiting means 52A, 52B ... Product exclusion bar 53A, 5 3B ... Bar support 60 ... Product discharge mechanism 61 ... Product discharge path 62 ... Closed side wall 63 ... Product take-out slider 64 ... Product take-out body 65 ... Product take-out port 66 ... Upper wall 67 ... Moving side wall 68 ... Fitting guide 69 ... Stopper DESCRIPTION OF SYMBOLS 70 ... Coin body storage mechanism 71 ... Coin body guide body 72 ... Coin body storage part 80 ... Product storage part 81 ... Support pillar 82 ... Sheet frame 83 ... Fastening hole 84 ... Display display board 85 ... Fastening means 86 ... Fastening Bar 86A ... Connection pin 86B ... Connection hole 86C ... Overlapping step 87 ... Cover plate 87A ... Cover fitting groove 87B ... Fit hole 88 ... Fixing cap

The present invention is not based on a coin-type medal having a monetary value such as various toys encapsulated in a capsule, a ball-shaped toy or the like exchanged with coins or coins, and further, for example, its size difference or other operations The present invention relates to a merchandise handling device that allows merchandise to be taken out by a handle operation that can be manually rotated by inserting and pushing in an unlocking plate body without determining whether or not tolerance is acceptable.

  Conventionally, for example, a capsule-type toy or a ball-shaped toy in which various toys are encapsulated in a transparent spherical capsule, mainly a predetermined number of coins, a difference in size, and other operational tolerances. There have been provided various kinds of product operation devices for capsule-containing toys that can be taken out by making it possible to operate the handle by determining whether or not it is possible. For example, it is a coin insertion device of a manual operation type vending machine shown in Patent Document 1, and a merchandise operation device in a vending machine shown in Patent Document 2, a coin sorting device and an article operation shown in Patent Document 3 Devices, game devices, and the like.

  These capsule toy handling devices and the like shown in these patent documents enable manual rotation operation of the handle and the like when it is determined that the inserted coin is a specific genuine one, For example, the toys and the like that are stored in the container are sequentially drawn out so that the toys and the like can be taken out.

Utility Model Registration No. 2538540 JP-A-8-212438 JP 2000-245951 A

  In such a conventional coin-insertion-type product operation device, it is determined whether or not it is legitimate, such as whether or not the operation is acceptable depending on the size of the coins inserted for the purpose of preventing fraud, and the storage thereof. It is necessary to incorporate a mechanism / device for the purpose. Moreover, if the coin that can be operated is a coin with a monetary value, it must be strictly managed, and if a substitute coin is prepared, it is possible to install a changer to exchange coins, or to exchange money. It will take time. For this reason, it is necessary to sufficiently manage the amusement parks and the like that are set up. For example, children at a family restaurant or the like where a large number of children come and go, such as capsule toys and ball toys are offered as prizes. It is not appropriate for infants to enjoy easily.

  In addition, a determination mechanism for determining whether the inserted coin is large or small or other operation allowability during the rotation of the handle is provided, for example, by providing it within the rotating turntable itself or between the periphery of the turntable. If it is a regular coin, it can be rotated as it is, and if it is a non-regular coin, the rotation is stopped and discharged, so the structure becomes relatively complicated and expensive. Become.

  On the other hand, in this type of coin-insertion-type product operation device, a coin insertion unit, a rotation operation unit that can be manually operated by its discrimination, a product operation unit that feeds out capsule toys and the like by being rotated, etc. are arranged. Products such as boxes and cases that are placed on the base in such a way that the base and the toys with capsules are stored and the product is operated and discharged by the product operation part. It is common to have a storage part. Since the base and the product storage unit are integrally configured in this way, for example, after being manufactured in a factory, they are stored and packed in, for example, a cardboard packaging box, etc., in a state where they are manufactured integrally. Will be shipped and installed at playgrounds and others. Such an integrated structure has the advantage that it can be set and installed as it is at the installation site, but the product storage part itself is relatively large, so it becomes bulky in packaging, transportation, etc., and transportation costs are also expensive. I must.

Therefore, the present invention was created in view of the above-described conventional circumstances, and does not use a conventional coin or a coin substitute coin, and forcibly releases a lock release plate that enables a handle operation. It can be easily operated by pushing it in, so that it is possible to take out these toys while enjoying the rotation operation of the handle etc. as a predetermined toy, such as a capsule toy, a ball-shaped toy, etc., and use coins etc. can be configured as a simple structure in need be without its management, maintenance, easy installation and also facilitates inspection and the like, to provide a product feeding apparatus which is to be provided.

In order to solve the above-described problems, in the present invention, when a description is given with reference numerals in the form for carrying out the invention to be described later, for example, a product G that is a ball-shaped toy such as a capsule toy is stored. The product delivery mechanism 40 is operated by the handle operating panel 24 that allows the base 10 having the product storage unit 80 and the handle shaft 23 that is stopped so as not to rotate to be rotated by the latch release plate C that has been inserted. The handle rotation mechanism 20 is configured to operate the product discharge mechanism 60 so that the products G are fed out from the product storage unit 80 one by one and supplied through the base 10. be characterized in that the handle operation panel 24 in a forced pushing operation to the wheel turning mechanism 20 for unlocking the plate body C to be introduced are to allow rotation operation .
The handle rotation mechanism 20 includes a mechanism base 21 fixed to the front surface of the base 10, a plate insertion opening 22 formed in the upper front portion of the mechanism base 21, and a handle operation disposed on the front surface of the mechanism base 21. a handle shaft 23 which board 24 is rotatably supported on the mechanism base 21 is fixed, and is pivotally supported on the rear surface of the mechanism base 21 in a state that is resiliently urged toward the handle shaft 23 Gawani, forced maintaining the retracted position in the rotation of the handle control panel 24 is retracted from the handle shaft 23 to the thrown-in unlocking plate body C and push, engages with the handle operation panel 24 after one revolution ends rotating the rotating operation of the handle operation panel 24 and the regulating piece 25 so as to stop, the handle shaft 23 so as to temporarily maintain the evacuation of the regulating piece 25 after pushing the unlocking plate body C After the retracting arm 27 fitted in place and the restricting piece 25 is temporarily retracted by the retracting arm 27, the retracting arm 27 is engaged intermittently while maintaining the retracted position of the restricting piece 25. After the rotation, the rotation is stopped by engaging with the regulating piece 25, and the retraction arm 27 is resiliently pulled in the counter-rotating direction of the handle shaft 23, and the latch that is put in. The release plate body C can be configured by including a discharge guide path 35 for discharging the release plate body C to the outside of the mechanism base 21.
The restricting piece 25 is pivotally supported at the upper position of the mechanism base 21 so as to be swingable in an elastically biased state. The restricting piece 25 has a plate insertion port 22 so as to temporarily stop the loaded unlocking plate C. The oscillating action edge 25A that is on a business trip slides to the upper end, the engagement edge 25B that meshes with the gear surface 31B formed on the rotation restricting gear cam 31 to the center, and slides to the tip edge of the retraction arm 27 that is rotated. An abutting / retracting edge 25C for retracting the restricting piece 25 itself by maintaining the abutting with the rotation of the retracting arm 27 is provided in the lower part, and the upper end edge surface of the abutting / retreating edge 25C Can be configured as a stop edge 25D.
The retraction arm 27 is rotatably fitted to the handle shaft 23 and is resiliently pulled so as to follow the rotation of the rotation restricting gear cam 31 by a pulling spring material 28 linked to the rotation restricting gear cam 31. Then, the operation portion that is rotated and formed to bulge at the tip portion engages with the stop edge 25D to stop the rotation operation of the handle operation panel 24, and comes into contact with the contact retraction edge 25C. The restriction piece 25 itself can be configured to maintain the swinging and retracting state.
The rotation restricting gear cam 31 is configured such that the restricting piece 25 before rotating operation has a smooth surface 31A on the periphery of the flange and a gear surface 31B on the opposite periphery of the flange, and the gear surface when the handle operation panel 24 rotates. When the smooth surface 31A arrives at the position of the meshing edge 25B while rotating, the meshing edge 25B intermittently meshes the meshing edge 25B of the regulating piece 25 and the regulating piece 25 itself so that the retraction is repelled. The swinging return is made to the front position, the position before the retraction of the regulating piece 25 is maintained until the end of one rotation, and the retreat arm 27 is placed on the stop edge 25D at the end of one rotation, and the start end of the gear surface 31B is By engaging and locking with the engaging edge 25B of the restricting piece 25, the rotation can be stopped.
The discharge guide path 35 avoids the handle shaft 23 below the plate insertion port 22, and guides 35 </ b> A that guides the opposite side of the place where the restricting piece 25 is disposed, and the back of the mechanism base 21 at the bottom of the mechanism base 21. An appropriate number of outing guide pieces 35 </ b> B that are formed so as to gradually increase in width as they go down to guide the outing to the crocodile.
The merchandise steering mechanism 40 is disposed inside a steering mechanism storage unit 13 formed at the top of the base 10 and is supported in the horizontal direction in the steering mechanism storage unit 13 so as to be rotatable. A merchandise steering panel 42 in which the merchandise outlets 43 are arranged to be open, a rotation transmission means 45 for rotating the merchandise steering panel 42 following the rotation of the handle rotation mechanism 20, and the steering mechanism storage unit 13. The product drop opening 48 formed in the bottom portion of the product and the product drop opening 48 are arranged above the product drop opening 48 so as to limit the number of the products G that are selectively inserted into the product outlet 43 by the rotation of the product outlet 42. The product limiting means 51 can be provided.
The product limiting means 51 is composed of a product exclusion bar 52A or 52B laid horizontally above the product drop port 48. These product exclusion bars 52A and 52B are the products G inserted into the product outlet 43 in the product delivery board 42. Can be configured by setting the height position substantially corresponding to the position of the height of the commodity G from the bottom of the steering mechanism storage section 13 that slides.
The product discharge mechanism 60 communicates with a product drop port 48 provided in the product operation mechanism 40, runs along the front-rear direction of the base 10, and has a bottom portion that gradually slopes downward toward the front of the base 10. It can be configured by a path 61 and a product take-out slider 63 that is slidably fitted into the take-out operation port 14 formed in the front of the base 10 and connected to the product discharge path 61.
The product take-out slider 63 is a product formed in a cylindrical shape having an outer shape that substantially matches the inner shape of the take-out operation port 14 that has a product take-out port 65 formed in the front and an opening formed in the front of the base 10. A take-out main body 64; an upper wall 66 that comes into contact with the rim of the product drop port 48 in the product operation mechanism 40; and a movable side wall 67 that divides the left or right other side at the lower part of the base 10; Each of the wall 66 and the movable side wall 67 can be formed integrally with the product take-out main body 64.
The base 10 is provided with a plate storage mechanism 70 for storing the unlocking plate body C pushed into the handle rotation mechanism 20. The plate storage mechanism 70 is a discharge provided in the handle rotation mechanism 20. Below the guide path 35, a plate guide body 71 for guiding and dropping either the right or left of the base 10 to the unlocking plate body C, and a base for storing and storing the locking release plate body C that has been guided and dropped. A plate storage section 72 that is partitioned on the table 10 can be provided.
The plate storage unit 72 can be configured to be opened at the take-out operation port 14 by pulling out the product take-out slider 63 provided in the product discharge mechanism 60 from the take-out operation port 14.
In addition, if necessary, the product storage unit 80 is formed into a wall strip that surrounds the periphery of the product G group to be stored and a support column 81 that is fixed by standing at the center of the product storage part. A seat frame 82 that is formed and is detachably fitted into a fitting groove 12 formed on the upper peripheral edge of the base 10 and a fastening that fastens and fixes the overlapping edges of the seat frame 82 to each other. A means 85, a cover plate 87 applied to the upper opening of the sheet frame 82 surrounded by a circular frame, and a fixing cap 88 for fixing the cover plate 87 to the support column 81 can be configured.
The seat frame 82 can be configured to be wound by a band plate material having a predetermined height and width so as to surround the periphery of the product storage portion and allowing the inside to be seen through.
The fastening means 85 is overlapped with the fastening holes 83 opened at predetermined intervals on the respective edges of the sheet frame 82 in a state where the fastening holes 83 are matched by forming a circular frame of the sheet frame 82 itself. A pair of fastening bars 86 arranged on the inside and outside of the edges, a connecting pin 86A projecting from one of the fastening bars 86 so as to be inserted into each of the matched fastening holes 83, and fastening it can be constructed by providing a connecting hole 86B which is perforated in the other one of the fastening bar 86 to fit insertion coupling fitting the connecting pin 86A of the hole 83 was inserted through.

In the commodity operation device according to the present invention configured as described above, a ball-shaped device such as a capsule toy, a ball toy or the like stored in the product storage unit 80 arranged on the base 10 is used. The product G is inserted into the plate insertion opening 22 of the handle rotation mechanism 20 provided in the base 10 and can be manually rotated by the unlocking plate body C forcedly pushed inside. This rotation activates the product operation mechanism 40 and the product discharge mechanism 60 to operate and supply a predetermined product G from the front of the base 10.
The locking release plate body C inserted into the plate insertion port 22 is sufficient to be able to be pushed in forcibly, whether it is a coin or a coin substitute, or a normality for enabling an operation depending on the difference in size or the like. Since no discrimination is made, it is not necessary to provide the discrimination mechanism and means.
The restricting piece 25 in the handle rotating mechanism 20 has a handle shaft so as to release the locked state of the handle operating panel 24 so that the handle rotating mechanism 20 can be rotated by forcibly pushing in the lock releasing plate body C to be inserted. 23 is swung away from the surface. The rotation of the handle operating panel 24 and the handle shaft 23 rotates the rotation restricting gear cam 31 and also rotates the retracting arm 27 connected to the rotation restricting gear cam 31. During these rotations, the restricting piece 25 swings. The handle operating panel 24 is made rotatable while maintaining the retracted state.
In the merchandise steering mechanism 40, the merchandise handling board 42 is rotated in a swiveling manner by rotating the merchandise handling board 42 via the rotation transmission means 45 by the rotation of the handle operation panel 24, and the merchandise handling outlet 43 moves to the merchandise handling outlet 43. The product G inserted from the storage unit 80 is moved to the position of the product drop opening 48 and dropped onto the product discharge mechanism 60.
The product restricting means 51 arranged above the product drop port 48 restricts only one of the products G inserted into the product outlet 43 and drops other products G placed on the product G to the product drop The product 48 is moved as it is without being guided to the mouth 48.
In the product discharge mechanism 60, the product G that has been driven and dropped from the product steering mechanism 40 is guided to the product take-out port 65 of the product take-out slider 63 provided on the front surface of the base 10 so that it can be taken out.
On the other hand, the plate storage mechanism 70 is forcibly pushed into the plate insertion port 22 of the handle rotation mechanism 20 to swing and retreat the restriction piece 25, and then passes through the discharge guide path 35 in the handle rotation mechanism 20 to the base 10. The locking release plate body C guided to drop inside is stored and stored. Further, the product take-out slider 63 in the product discharge mechanism 60 opens the plate storage part 72 via the take-out operation port 14 by being pulled out from the take-out operation port 14, thereby enabling the removal of the locking release plate body C.
In the product storage section 80, the seat frame 82 is shaped like a circle so as to surround the product storage portion, and is fixed to the fitting groove 12 on the upper portion of the base 10 in a state of being fixed by the fastening means 85. The device is detachably fitted and assembled at the installation site of the apparatus, and is wound separately from the base 10 so as to be packed compactly and carried into the installation site.

Since the present invention is configured as described above, it is possible to manually operate the handle operation panel 24 in the handle rotation mechanism 20 for taking out the product G without using conventional coins or coin substitute coins. The operation can be easily performed by inserting and forcibly pushing in the unlocking plate body C that enables the rotation operation. Moreover, since it is not necessary to determine the difference in size of the unlocking plate body C for allowing the rotation operation or other operation allowance, it is possible to provide a low-cost provision by simplifying the mechanism with a simple structure. Since the lock release plate body C itself can be easily managed, it can be easily installed in a family restaurant, for example. In addition, by providing the child with an unlocking plate C as a giveaway, the handle can be easily operated even by a child and expects a product G such as a predetermined capsule toy or other ball-shaped toy to be delivered. Various products G can be obtained while enjoying the rotation operation of the operation panel 24 itself. Its management Thus by not using coins or Tokens etc., maintenance, easily and simply installed inspection or the like, and the as possible out to be provided.

That is, in the present invention, the handle rotation operated to operate the base 10, the product feeding mechanism 40, and the product discharge mechanism 60 to supply the product G in the product storage unit 80 through the base 10. This is because the handle rotation mechanism 20 can rotate the handle operation panel 24 by forcibly pushing the lock release plate C to be inserted into the handle rotation mechanism 20. is there. As a result, the handle rotating mechanism 20 can be rotated by pushing the locking release plate body C, and the mechanism can be simplified and the manufacturing cost can be reduced due to the simple structure.

The handle rotation mechanism 20 includes a mechanism base 21, a plate insertion port 22, a handle shaft 23 having a handle operation panel 24, a restriction piece 25, a retracting arm 27, a rotation restriction gear cam 31, and a discharge guide path 35. Thus, the product G can be operated and supplied by enabling the rotation operation by pushing in the inserted unlocking plate body C and operating the product operation mechanism 40 and the product discharge mechanism 60.

Restricting piece 25, rocking operation rim 25A, engagement edges 25B, abutting retracted edges 25C, by providing a stop edge 25D, by being swung retracted by forced push and inclusive unlocking plate body C The retraction arm 27, the rotation restricting gear cam 31 can be rotated by the handle shaft 23 and the handle operating panel 24 by meshing with the smooth surface 31A, the gear surface 31B, etc. Then, the rotation is stopped to prepare for the next operation.

The discharge guide path 35 includes a guide piece 35A and an outing guide piece 35B on the mechanism base 21 so that the pushed-in locking release plate C can be smoothly discharged and dropped to the outside of the mechanism base 21 through the inside of the mechanism base 21. And can be securely stored in the plate storage mechanism 70.

  The merchandise steering mechanism 40 includes a merchandise steering panel 42 in which a merchandise outlet 43 is opened, a merchandise drop port 48, and a merchandise limiting means 51. The exit board 42 can drop and deliver each product G from the product drop port 48 to the product discharge mechanism 60.

The product discharge mechanism 60 includes the product discharge path 61 and the product take-out slider 63 so that the product G dropped from the product drop port 48 can be taken out from the product take-out slider 63, and the product take-out slider 63 is pulled out. Thus, the unlocking plate body C is taken out from the opened plate storage part 72 of the plate storage mechanism 70 through the extraction operation port 14 formed in the front of the base 10 and is made reusable.

  The product storage unit 80 disposed on the upper portion of the base 10 includes a support column 81, a sheet frame 82, a fastening means 85, a cover plate 87, and a fixed cap 88, and is fitted to the base 10. In the cylindrical case shape, it can be assembled and arranged before assembly, so that it can be packed in the installation place separately from the base 10 and can be transported in a compact manner. This can greatly contribute to the cost reduction.

  In addition, the code | symbol attached | subjected in each means of the means for solving said subject and the effect of invention was attached | subjected in order to make easy reference with the part which shows each structure part described in drawing. The present invention is not limited to these descriptions, structures, shapes, and the like indicated by reference numerals and the like in the drawings.

It is a perspective view which shows one form for implementing this invention. It is the perspective view similarly seen from the front upper part. It is a longitudinal cross-sectional view similarly. It is a disassembled perspective view of a handle rotation mechanism. It is a longitudinal cross-sectional view of a handle | steering-wheel rotation mechanism similarly. FIG. 6 is a rear view of the handle rotation mechanism before the locking release plate is similarly inserted. It is a rear view of a handle | steering-wheel rotation mechanism when pushing the latch release plate body similarly thrown in. Similarly, it is a rear view of the handle rotation mechanism when the regulating piece is swung and retracted. It is a rear view of the handle rotation mechanism during the rotation operation. It is a rear view of the handle rotation mechanism before the end of rotation. It is a principal part front view of the rotation transmission means of a handle | steering-wheel rotation mechanism and a goods steering mechanism similarly. It is a top view of a merchandise steering mechanism similarly. It is a top view which similarly shows goods limitation means. It is a perspective view except a dial rotation mechanism when similarly pulling out a product take-out slider in the product discharge mechanism. It is a rear view of a plate storage mechanism . It is a disassembled perspective view of a goods storage part similarly. It is a cross-sectional view in the same fastening means. It is the longitudinal cross-sectional view in a fixing means similarly. It is sectional drawing which similarly shows the fixing structure of the cover plate by a fixing cap.

(Overview)
DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, an embodiment for carrying out the present invention will be described with reference to the drawings. Reference numeral 10 shown in the drawing is a hollow box-shaped base that can be installed by being placed in a predetermined place. . A product storage unit 80 is provided on the base 10 for storing various products G whose outer shapes such as capsule toys and ball toys are ball-shaped. The product storage unit 80 itself is a base 1. Assembling type that can be attached to and detached from each other, and after assembling, a cylindrical case is formed so as to cover a large number of products G.

(Base)
The base 10 has a plate insertion opening 22 formed therein, and a handle rotation mechanism 20 provided at the upper part of the front face so that manual rotation can be performed by forcibly pushing in the unlocking plate body C to be inserted. And the product operation mechanism 40 for delivering the products G in the product storage unit 80 one by one by being rotated substantially along a horizontal plane at the top of the base 10 in accordance with the rotation operation of the handle rotation mechanism 20. A product discharge mechanism 60 that discharges the received product G to the lower front portion of the base 10 and a plate storage mechanism 70 that stores and stores the loaded unlocking plate body C are arranged.

  As shown in FIGS. 1 to 3, the base 10 itself has a substantially circular shape when viewed from a plane in which both sides of the front flank are corner-cornered, and has a hem-extended shape at the bottom, so that the installation is stable. An attachment fixing port 11 for fixing the handle rotation mechanism 20 is formed in the upper front portion of the base 10. A fitting groove 12 for removably fitting a sheet frame 82 and a display display board 84, which will be described later, in the product storage unit 80 is provided on the upper edge surface of the base 10 along the circumference. In addition, at the top of the base 10, there is provided a steering mechanism storage portion 13 having a product drop opening 48 formed at the bottom and the entire top edge of the base 10 being formed into a concave shape. It has been. At the lower front portion of the base 10, an extraction operation port 14 is formed in which a product extraction slider 63 in a product discharge mechanism 60 that holds the product G that is driven and dropped from the product operation mechanism 40 is slidably inserted. The product take-out slider 63 itself is always fitted in the take-out operation port 14 in communication with the inside of the base 10.

(Handle rotation mechanism)
As shown in FIGS. 4 to 10, the handle rotating mechanism 20 includes a mechanism base 21 fixed to the mounting fixing port 11 by, for example, screwing, and a plate insertion opening formed in the front upper portion of the mechanism base 21. 22, a handle shaft 23 to the handle control panel 24 is rotatably supported on the mechanism base 21 is fixed, which is arranged in front of the mechanism base 21, forces have been handle shaft 23 Gawani resilient biasing as the retracted from the handle shaft 23 by a press and filled-in unlocking plate body C, maintaining the retracted position in rotation of the handle control panel 24 to stop the rotation operation of the handle control panel 24 after one revolution ended a restricting piece 25 which is pivotally supported on the rear surface of the mechanism base 21, the rotation itself to the handle shaft 23 so as to temporarily maintain the evacuation of the regulating piece 25 after pushing the unlocking plate body C After the retracting arm 27 fitted to the retracting arm 27 and the restricting piece 25 are temporarily retracted by the retracting arm 27, the retracting arm 27 is intermittently engaged while maintaining the retracted position of the restricting piece 25, and the handle operating panel 24 is rotated once. After that, the rotation is stopped by engaging with the restricting piece 25 and the retracting arm 27 is elastically pulled in the counter-rotating direction of the handle shaft 23, and the released lock release. A discharge guide path 35 for discharging the plate body C to the outside of the mechanism base 21 is provided.

  As will be described later, the product operation panel 42 meshed with the rotation transmission means 45, that is, the operation drive gear 46 fixed to the handle shaft 23, by manual rotation by the handle operation panel 24 by the handle rotation mechanism 20. By operating the product operation mechanism 40 by the operation driven gear 47, the discharge operation of the predetermined product G is performed.

  The mechanism base 21 has a substantially rectangular shape when viewed from the front, and is formed in a plate shape having a depth (depth) sufficient to accommodate the restricting piece 25, the rotation restricting gear cam 31 and the like. (See FIG. 5).

In the drawing, the plate insertion opening 22 is formed in the upper end edge of the mechanism base 21 so that the inserted unlocking plate C is brought into contact with the upper edge of the regulating piece 25 and stopped. there are, in the mechanism base 21 unlocking plate body C which is stopped from the upper, swung retracted restricting pieces 25 by so pushed in forcibly by, for example the operator's finger, after swinging retraction Falls as it is below the mechanism base 21 through the discharge guide path 35 in the mechanism base 21. The swinging / retracting of the restricting piece 25 allows the handle rotating mechanism 20 to be rotated so that the product G is fed out. Therefore, the unlocking plate body C functions as an ON switch for controlling the start of operation. and than that Yusuke, until before pushing-on is to unlock the handle shaft 23 whose rotation has been stopped.

In other words, it is sufficient that the locking release plate body C is sufficient to press the regulating piece 25 itself so as to swing and retract the regulating piece 25. It is formed as a pseudo coin made of a material having the following rigidity, for example, made of metal, synthetic resin, or cardboard. Needless to say, the coin itself may be used, but for example, a synthetic resin disk with a character, installation place name, store name, etc. displayed on the surface, or so that it can be used easily, is cheaper. It may be a cardboard disk, or may be rectangular or other shapes depending on circumstances.

  The handle shaft 23 is inserted into and supported by the mechanism base 21 at, for example, a central position thereof. As shown in FIG. 5, the front surface of the mechanism base 21 has a corrugated protrusion so as to rotate the handle shaft 23 itself. A handle operation panel 24 having a part-shaped knob is fixed, and the handle shaft 23 is rotated clockwise as viewed from the front. On the back side of the mechanism base 21, that is, the inside side, the rotation restricting gear cam 31 is fixed, and the retracting arm 27 is rotatably supported. As shown in FIG. An operation drive gear 46, which will be described later, connected to the product operation panel 42 is fixed.

As shown in FIG. 6, the restricting piece 25 is pivotally supported with a swing fulcrum set at the upper right position when viewed from the front of the mechanism base 21, and by a spring material 26 wound around the swing fulcrum shaft. The handle shaft 23 is provided in a state in which the handle shaft 23 is elastically biased toward the hook. Then, the rocking action edge 25A on which the plate insertion port 22 travels is engaged with the gear surface 31B of the rotation restricting gear cam 31 so as to temporarily stop the loaded unlocking plate body C. The engagement edge 25 </ b> B having a triangular shape or a mountain shape is slidably brought into contact with the distal end edge of the retraction arm 27 to be rotated, and the contact is maintained as the retraction arm 27 rotates. An abutting / retracting edge 25C for retracting the regulating piece 25 itself is provided in the lower part, and the upper end edge surface of the abutting / retreating edge 25C is formed as a stop edge 25D. Further, the contact retraction edge 25C is bulged in a step shape at the lower portion of the restriction piece 25 itself, and the tip of the retraction arm 27 is free on the upper surface of the step portion of the restriction piece 25 at the position before the swing retraction. When the restricting piece 25 swings and retracts, the retracting arm 27 disengages from the stop edge 25D due to its own weight and falls and swings to the surface of the contact retracting edge 25C. It comes into contact (see FIGS. 7 and 8).

  The retraction arm 27 is rotatably fitted to the handle shaft 23 so as to turn around the handle shaft 23 by a ring portion provided at the base thereof, and is made of a coil spring connected to the rotation restricting gear cam 31. The traction spring material 28 is elastically pulled and rotated (turned) so as to follow the rotation of the rotation restricting gear cam 31. Then, the operation portion bulged at the tip portion engages with the stop edge 25D to stop the rotation operation of the handle operation panel 24, and comes into contact with the contact retraction edge 25C to thereby restrict the control piece 25. The swinging and retracting state of itself is maintained.

  The rotation restricting gear cam 31 has a smooth surface 31A at the periphery of the flange of the restricting piece 25 before the rotation operation, and a gear surface 31B at the opposite edge of the flange. Then, when the rotation operation of the handle operating panel 24 and the handle shaft 23 is started by swinging and retracting the restriction piece 25, the gear surface 31B seems to repel the retraction of the engagement edge 25B of the restriction piece 25 and the restriction piece 25 itself. Intermittently meshing, and rotating while repeating this meshing or release alternately. When the half rotation of the rotation restricting gear cam 31 itself is almost finished and the smooth surface 31A arrives at the position of the meshing edge 25B, the restricting piece 25 is returned to the position before swinging and retracted, and is restricted until after one rotation is completed. When the position before retraction of the piece 25 is maintained and one rotation of the rotation restricting gear cam 31 is completed, the retracting arm 27 that rotates together with the rotation restricting gear cam 31 is placed on the stop edge 25D, and the gear surface 31B The rotation of the rotation restricting gear cam 31 itself is stopped when the start end is engaged with the engaging edge 25B of the restricting piece 25 and stopped (see FIGS. 10 and 6).

  In the figure, reference numeral 32 denotes an anti-reverse arm. The anti-reverse arm 32 is pivotally supported on the bottom of the mechanism base 21 so that the handle shaft 23 tends to be elastically urged by the pressing spring 33 so that it can swing freely. Further, a locking claw 32A is provided that engages with the gear surface 31B of the rotation restricting gear cam 31 while preventing reverse rotation.

The discharge guide path 35 is configured so that the lock release plate body C inserted from the plate insertion port 22 swings and retracts the restricting piece 25 by forcibly pushing the lock release plate body C into the mechanism base 21. It is guided and dropped from below the mechanism base 21 to the plate storage mechanism 70 formed in the base 10 through the inside. As shown in the figure, the discharge guide path 35 has a guide piece 35A that guides the handle shaft 23 under the plate insertion port 22 and avoids the handle shaft 23, and the bottom of the mechanism base 21. In addition, the back of the mechanism base 21 is composed of an appropriate number of outing guide pieces 35B which are formed so as to gradually become wider as they go downward so as to guide out.

The operation of the handle rotating mechanism 20 configured as described above will be described below. Before the locking release plate body C is inserted, the restricting piece 25 is brought into contact with the gear surface 31B of the rotation restricting gear cam 31 by the meshing edge 25B. The handle operating panel 24 is in a non-rotatable state because it is engaged and the retracting arm 27 is positioned on the stop edge 25D of the restricting piece 25. Further, the locking claw 32A of the reverse rotation prevention arm 32 meshes with the gear surface 31B of the rotation restricting gear cam 31 to prevent reverse rotation of the handle operating panel 24 (see FIG. 6). When the unlocking plate body C is inserted into the plate insertion port 22, it is locked and stopped by the swing action edge 25 </ b> A of the restriction piece 25, but when it is forcibly pushed in, it is restricted by the swing action edge 25 </ b> A. By swinging the piece 25 itself, the regulating piece 25 is retracted toward the outside of the mechanism base 21 so that the handle shaft 23 is separated from the end. The swinging and retreating of the restricting piece 25 releases the meshing with the rotation restricting gear cam 31 and at the same time allows the retracting arm 27 on the stop edge 25D to be disengaged from the stop edge 25D so that it can swing naturally (see FIG. 7).

  Then, the retracting arm 27 swinging and dropping comes into contact with the contact and retracting edge 25C of the restricting piece 25, and the swinging and retracting state of the restricting piece 25 is maintained, and the handle operating panel 24 can be rotated. Let Further, the engagement between the locking claw 32A of the reverse rotation prevention arm 32 and the gear surface 31B of the rotation restricting gear cam 31 is maintained, and the reverse rotation of the handle operating panel 24 is also prevented (see FIG. 8). The rotation of the handle operation panel 24 in the forward direction (clockwise in the figure when viewed from the front of the base 10 and counterclockwise in FIGS. 6 to 10) is the gear surface 31B of the rotation restricting gear cam 31. The retraction is allowed to repel the engagement edge 25B of the restricting piece 25 that is engaged with the retraction, and the locking claw 32A of the reverse rotation prevention arm 32 is similarly repelled. During this time, the retracting arm 27 also rotates following the rotation restricting gear cam 31 by the traction spring material 28 linked to the rotation restricting gear cam 31 (see FIG. 9).

  Then, when one rotation operation by the handle operation panel 24 is finished, the smooth surface 31A of the rotation restricting gear cam 31 comes to the position of the meshing edge 25B of the restricting piece 25, and the restricting piece 25 is moved to the handle shaft 23. Alligator returns and swings. On the other hand, the gear surface 31B meshes with the locking claw 32A of the anti-reverse rotation arm 32 to prevent reverse rotation of the rotation restricting gear cam 31, and the rotation operation of the handle operation panel 24 is continued as it is (see FIG. 10). When one rotation of the handle operation panel 24 is thus completed, the engagement edge 25B of the restriction piece 25 is engaged with the gear surface 31B of the rotation restriction gear cam 31, and the retracting arm 27 is positioned on the stop edge 25D of the restriction piece 25. Then, the rotation of the handle operating panel 24 is disabled, and a standby state for the next operation is entered (see FIG. 6).

As described above, the locking release plate body C after being inserted into the plate insertion port 22 and pushed in allows the handle operating panel 24 to rotate by swinging and retracting the restricting piece 25 as described above. It is discharged and stocked to the outside of the mechanism base 21, that is, the handle rotating mechanism 20 through the discharge guide path 35.

(Product operation mechanism)
The commodity steering mechanism 40 is arranged and configured inside the steering mechanism storage unit 13 in the base 10, and as shown in FIGS. 3 and 11 to 13, the bottom of the steering mechanism storage unit 13 is arranged. A product steering panel 42 that is supported by a central bearing portion 41 formed in the center so as to be rotatable in the horizontal direction, and in which the product outlets 43 are arranged in an open manner, and following the rotation of the handle rotating mechanism 20. Rotation transmission means 45 formed along the periphery of the product operation board 42 so as to rotate the product operation board 42, a product drop port 48 formed in the bottom of the operation mechanism storage unit 13, and a product operation Commodity limiting means 51 disposed above the merchandise drop opening so as to limit the number of merchandise G selectively inserted into the merchandise outlet 43 by the rotation of the exit board 42.

  The merchandise handling board 42 has a disk shape when viewed from above, and has a center hole that is rotatably fitted to the center bearing part 41 at the center part, and hangs downward at the periphery. A peripheral wall is provided. As shown in FIGS. 12 and 13, the three product outlets 43 formed in a substantially fan shape are opened, and the product G loaded and stored in the product storage unit 80 is always inserted from above. In this state, the inserted product G is rotated and turned while sliding on the upper surface of the bottom of the operation mechanism storage unit 13 to be guided and delivered to the product drop port 48 (see FIG. 3).

  The merchandise outlet 43 has a large size in consideration of the fact that the merchandise G stored in the merchandise storage section 80 can be selected and stored in any of its outer shapes, as will be described later. The size is set so that the product G is sufficiently inserted. Of course, if only the small product G is used, a small product outlet 43 may be provided correspondingly.

  The rotation transmission means 45 includes an operation drive gear 46 fixed to the handle shaft 23 in the handle rotation mechanism 20 and an operation formed on the lower surface of the peripheral wall of the product operation panel 42 so as to mesh with the operation drive gear 46. And a driven gear 47. Only one product outlet 43 in the product operation board 42 is swung to the position of the product drop port 48 by one rotation of the handle rotation mechanism 20, that is, one rotation of the operation drive gear 46. . As shown in the figure, when the merchandise outlet 43 is constituted by three pieces, the number of teeth of the operation drive gear 46 is set to 1/3 of the number of teeth of the operation driven gear 47. The rotation transmission means 45 only needs to transmit the rotation operation of the handle rotation mechanism 20 as an intermittent turning operation of the product steering panel 42. Therefore, the rotation transmission means 45 is not configured as a gear transmission structure as shown in the figure, It is possible to adopt.

  In the drawing, the product drop opening 48 is formed in a cylindrical shape with the back portion of the base 10 at the bottom of the operation mechanism storage unit 13 positioned on the side and protruding downward from the bottom. When the merchandise outlet 43 that turns by the rotation of the board 42 arrives and substantially matches, only the merchandise G inserted into the merchandise outlet 43 is guided to drop downward (FIGS. 3 and 13). reference).

  Further, the product limiting means 51 is composed of a product exclusion bar 52A or 52B which is horizontally placed between the left and right sides of the back of the steering mechanism storage unit 13 above the product drop port 48. And it arrange | positions in the horizontal form in the height position which is not high compared with the magnitude | size of the goods G to be fed out, ie, the height of the goods G from the bottom upper surface of the steering mechanism storage part 13, Even if an appropriate number of products G are placed on the outlet 43 and further a plurality of products G are simultaneously moved to the product drop port 48, only one product G is included in the product limiting means 51. The other product G passes through the lower part and moves as it is above the product limiting means 51 to be turned. The product limiting means 51 plays a role of a roof, a lid, etc. so as to prevent the product G other than the product G to be dropped and dropped from being dropped into the product drop port 48 and inserted.

  In the figure, the product exclusion bar 52A or 52B, which is the product limiting means 51, is arranged in two upper and lower stages with the position shifted back and forth, and the product exclusion bar 52A in the lower position is one of the small products G. In this case, the product exclusion bar 52B at the upper position is limited to only one large product G. Of course, in the case of a small product G, two product exclusion bars 52A and 52B may be provided (see FIG. 3).

  The product exclusion bars 52A and 52B shown in the figure can be elastically bridged between the columnar bar supports 53A and 53B formed on the left and right sides of the peripheral wall of the steering mechanism storage unit 13. The rod-shaped coil spring is not limited to this.

(Product Release Mechanism)
The product discharge mechanism 60 is configured so that the front of the base 10 sends out the product G that has been operated and discharged from the product operation mechanism 40 by the back of the base 10 to the product, and communicates with the product drop port 48. A product discharge path 61 that has a bottom portion that extends along the front-rear direction of the base 10 and gradually slopes downward as it reaches the front of the base 10, and is slidably fitted into the take-out operation port 14. It consists of a product takeout slider 63 to be connected.

  In the illustration, the product discharge path 61 has a product drop port 48 and a take-out operation port 14 so that one side wall of the base 10 facing the front side is separated from either the left or right side at the bottom of the base 10. It has the obstruction | occlusion side wall 62 provided between these.

  The product take-out slider 63 includes a product take-out main body 64 formed in a cylindrical shape with an outer shape that substantially matches the inner shape of the take-out operation port 14 while the product take-out port 65 is formed in the front surface. An upper wall 66 disposed below the bottom of the storage unit 13 and in contact with the rim of the product drop port 48; and a movable side wall 67 that divides the left and right other side at the lower part of the base 10; 66 and the movable side wall 67 are formed integrally with the product take-out main body 64, respectively. Reference numeral 68 in the figure is a fitting guide for fitting and guiding the product take-out slider 63 into the take-out operation port 14, and reference numeral 69 in the figure is a detachable stopper that is locked when fitted.

By inserting the product take-out slider 63 into the take-out operation port 14, the product discharge path 61 communicating with the product drop port 48 is surrounded by an upper wall 66, a closed side wall 62, and a movable side wall 67 in a substantially cylindrical shape. Thus, the merchandise G to be driven and dropped is surely guided so as to reach the merchandise outlet 65. Further, the movable side wall 67 defines a plate storage mechanism 70, and when the product take-out slider 53 is fitted into the take-out operation port 14, the plate storage mechanism 70 is closed so that the unlocking plate body C cannot be taken out. I am doing so.

( Plate storage mechanism )
The plate storage mechanism 70 is charged into the plate insertion slot 22 in the wheel turning mechanism 20, the unlocking plate is Feeding supplied goods G by rotating the handle rotation mechanism 20 by the product Feeding mechanism 40 by being pushed The body C is stored and stored. In the illustrated example, the plate storage mechanism 70 is arranged below the discharge guide path 35 in the handle rotation mechanism 20, for example, inside the rim of the mounting fixing port 11, and the locking release plate body C is placed on the other of the left and right parts of the base 10. It comprises a plate guide 71 provided so as to guide and fall on the hook, and a plate storage part 72 in which the other of the left and right parts of the base 10 is partitioned and formed on the hook.

As described above, by inserting the illustrated product take-out slider 63 into the take-out operation port 14, the movable side wall 67 of the product take-out slider 63 defines the plate storage portion 72 at the lower part of the base 10, The latch release plate body C after being loaded is stored and stored in the plate storage section 72 through the plate guide body 71. At the time of take-out, the product take-out slider 63 is pulled out from the take-out operation port 14 so that the unlocking plate body C can be taken out directly from the opened plate storage mechanism 70.

(Product storage department)
The product storage unit 80 arranged on the base 10 includes a support column 81 fixed by a pedestal at the center position of the product storage part, and a wall belt that surrounds the periphery of the product G group to be stored along the circumference. A sheet frame 82 that is formed in a plate shape and is detachably fitted in the fitting groove 12 formed in the upper peripheral edge of the base 10, and a stop that fastens and fixes the edges of the sheet frame 82 to each other. There are provided attachment means 85, a cover plate 87 applied to the upper opening of the sheet frame 82 surrounded in a circular frame shape, and a fixing cap 88 for fixing the cover plate 87 to the support column 81.

  The support column 81 is made of a rod having a predetermined diameter formed at the lower end with a male screw portion screwed to the center bearing portion 41 in the feeding mechanism storage portion 13 and at the upper end with a male screw portion screwed with the fixing cap 88, respectively. The height is set to a volume sufficient to store a predetermined number of products G. As shown in FIG. 3, the support column 81 is inserted through the central portion of the product operation board 42 in the product operation mechanism 40 and is screwed into the center bearing portion 41 existing below the product operation panel 42. It is as.

  The sheet frame 82 is a plan view of a plate material that has a band shape with a predetermined height and width so as to surround the periphery of the product storage portion, and is fixed between the edges of the band plate material by a fixing means 85. It is configured to have a circular frame shape. The sheet frame 82 itself has a predetermined thickness, for example, and is formed of, for example, a transparent wrapping band-like soft flexible material such as polyvinyl chloride resin (PVC) that can be seen through. Before assembly, it is wound so that it has a small diameter cylindrical shape and is soft enough to be compactly packed.

  At the time of installation and assembly, a display display board 84 that displays advertisements of product contents and the like can be installed inside the circular frame, and the display display board 84 has a lower end edge in the fitting hole 12. The upper edge is fitted into a lid fitting groove 87A of the lid plate 87, which will be described later, so that the inner side surface of the sheet frame 82 is brought into close contact with the upper edge. Also, as will be described later, the display plate 84 can be easily replaced by removing the cover plate 87 by unscrewing the fixing cap 88, and it is also easy to change the contents when the stored product G is replaced. I can do it.

The fastening means 85 is overlapped with the fastening holes 83 opened at predetermined intervals on the respective edges of the sheet frame 82 in a state where the fastening holes 83 are matched by forming a circular frame of the sheet frame 82 itself. A pair of fastening bars 86 arranged on the inside and outside of the edges, a connecting pin 86A projecting from one of the fastening bars 86 so as to be inserted into each of the matched fastening holes 83, and fastening comprising a connecting hole 86B which is perforated in the other one of the fastening bar 86 to fit insertion coupling fitting the connecting pin 86A of the hole 83 was inserted through.

  As shown in the drawing, the fastening bar 86 has a length substantially corresponding to the width of the sheet frame 82 (the height of the product storage portion 80 itself), and between the edges of the sheet frame 82 when they are overlapped. The overlapping step portion 86C is formed in consideration of the step corresponding to the thickness of the film.

  The fastening bar 86 has a structure in which the connecting pins 86A and the connecting holes 86B are alternately projected and opened at even intervals with a constant interval, so that the fastening bars 86 arranged inside and outside are the same. It can be of structure and is convenient.

  The fitting groove 12 can be fitted with and fitted into the fitting groove 12 in accordance with the thick structure formed by the fastening means 85 to which the seat frame 82 is fastened. Thus, a slightly wider mounting groove 12A that can stably support the seat frame 82 itself is formed, for example, with the back portion of the base 10 positioned on the side.

  The lid plate 87 has a lid fitting groove 87A that improves the shape retention of the sheet frame 82 itself by fitting the upper end edge of the sheet frame 82 assembled in a circular frame shape. Is formed. Further, the central portion of the lid plate 87 is slightly depressed and is fitted to the support column 81 by a fitting hole 87B opened in the central portion.

  The fixing cap 88 is screwed to a male screw formed on the upper end of the support column 81 so that the cover plate 87 fitted to the support column 81 is fixed to the support column 81 through the fitting hole 87B.

  As described above, the product storage unit 80 includes the support pillar 81, the sheet frame 82, the fastening means 85, the cover plate 87, and the fixing cap 88. Assembling the seat frame 82 into a circular frame shape by fitting, surrounding arrangement by fitting into the fitting groove 12, applying the lid 87 to the seat frame 82, and fixing the fixing cap 88 to the support column 81 by screwing 87. By supporting and fixing the sheet frame 82, it can be assembled on the base 10. In addition, the upper and lower edges of the seat frame 82 are fitted into the fitting groove 12 and the lid fitting groove 87A, respectively, to form a circular frame, and the edges are fixedly fastened by the fastening means 85. Even if the sheet frame 82 is a soft material, the shape retention after assembling is good and the stored product G can be protected from external influences.

  Therefore, by adopting such a structure of the assembling-type product storage unit 80, when being carried into the installation site together with the base 10, it is formed into a circular frame and assembled on the base 10 in advance. Instead, at the time of factory shipment, at the time of transportation, for example, the sheet frame 82 is wound to a small diameter in a state separated from the base 10 and is assembled together with other members at the installation site. The whole can be packed in a compact manner, thereby reducing transportation costs and the like. In addition, the sheet frame 82 itself can be easily replaced in the same manner as the display panel 85, and is inexpensive and lightweight, and can be made compact when disassembled and stored, which is convenient.

(An example of use of the present invention product operation device)
Next, an example of the use of this will be described. A predetermined number of various products G such as capsule toys, ball toys and the like are loaded and stored in the product storage unit 80 assembled at the installation location by opening and closing the cover plate 87. For example, at a family restaurant, a restaurant, etc., the unlocking plate body C is handed over as a prize to a visitor's infants, etc., and freely operated.

When the unlocking plate body C is inserted into the plate insertion port 22 and forcibly pushed in, the handle operation panel 24 of the handle rotation mechanism 20 can be manually rotated. The product operation mechanism 40 is rotated, and the rotation of the product operation mechanism 40 appropriately agitates the product G in the product storage unit 80, and one of the products G enters the product operation port 43. It is thrown. The product G thus introduced into the product outlet 43 is dropped and discharged from the product storage unit 80 when moved to the position of the product drop port 48 by the rotation of the product delivery board 42, and the front of the base 10 by the product discharge mechanism 60. The child G and the like can receive the product G that is supplied to the product outlet 65 and sorted and fed out.

On the other hand, the loaded unlocking plate body C is sequentially stored and stored in the plate storage mechanism 70 defined in the lower part of the base 10 through the discharge guide path 35 of the handle rotation mechanism 20. Thereafter, the unlocking plate body C may be taken out from the plate storage part 72 opened by pulling out the product take-out slider 63 from the take-out operation port 14 and stored separately for reuse.

C ... Unlocking plate body 10 ... Base 11 ... Mounting fixing port 12 ... Fitting groove 12A ... Mounting groove portion 13 ... Manipulation mechanism storage portion 14 ... Unloading operation port 20 ... Handle rotation mechanism 21 ... Mechanism base 22 ... Plate insertion Mouth 23 ... Handle shaft 24 ... Handle operation panel 25 ... Regulating piece 25A ... Oscillating action edge 25B ... Mating edge 25C ... Abutting retraction edge 25D ... Stop edge 26 ... Spring material 27 ... Retraction arm 28 ... Traction spring material 31 ... Rotation Restricted gear cam 31A ... smooth surface 31B ... gear surface 32 ... reverse rotation prevention arm 32A ... locking claw 33 ... pressing spring 35 ... discharge guide path 35A ... guide piece 35B ... outing guide piece 40 ... product feeding mechanism 41 ... center bearing portion 42 ... Product outlet board 43 ... Product outlet 45 ... Rotary transmission means 46 ... Execution drive gear 47 ... Execution driven gear 48 ... Product drop port 51 ... Product limitation means 52A, 52B ... Product exclusion bar 3A, 53B ... Bar support 60 ... Product discharge mechanism 61 ... Product discharge path 62 ... Closed side wall 63 ... Product take-out slider 64 ... Product take-out body 65 ... Product take-out port 66 ... Upper wall 67 ... Moving side wall 68 ... Fitting guide 69 ... Stopper 70 ... Plate storage mechanism 71 ... Plate guide 72 ... Plate storage part 80 ... Product storage part 81 ... Support pillar 82 ... Sheet frame 83 ... Fastening hole 84 ... Display display board 85 ... Fastening means 86 ... Fastening bar 86A ... Connecting pin 86B ... Connecting hole 86C ... Overlapping step 87 ... Lid plate 87A ... Lid fitting groove 87B ... Fitting hole 88 ... Fixing cap

Claims (15)

  One from the product storage unit by operating the product feeding mechanism and the product discharge mechanism by the base with the product storage unit storing the ball-shaped product and the handle operation panel that can be rotated by the inserted coin body The handle rotation mechanism is configured to forcibly push the inserted coin body into the handle rotation mechanism and handle it by pushing it into the handle rotation mechanism. A product steering device characterized in that the panel can be rotated.   The handle rotation mechanism has a mechanism base fixed to the front of the base, a coin body insertion opening formed in the upper front of the mechanism base, and a handle operation panel arranged on the front of the mechanism base. The handle shaft that is rotatably supported on the mechanism base and the handle shaft that is elastically biased and pushed in are retracted from the handle shaft, and the retracted position is maintained while the handle operation panel is rotating. After the end of rotation, the handle control panel is pivotally supported on the back of the mechanism base to stop the rotation operation of the handle control panel, and the handle shaft can be rotated freely to temporarily keep the control piece retracted after the coin is pushed in. After the retracting arm fitted and the restricting piece is temporarily retracted by the retracting arm, the retracting arm is engaged intermittently while maintaining the retracting position of the restricting piece. The rotation is stopped by engaging the piece and the retraction arm is elastically pulled in the counter-rotating direction of the handle shaft, and the inserted coin body is discharged to the outside of the mechanism base. The product steering device according to claim 1, further comprising a discharge guide path.   The restricting piece is pivotally supported at the upper position of the mechanism base so as to be swingable in a state of being urged, and the coin body insertion slot is on a business trip to temporarily stop the inserted coin body. The operating edge is at the upper end, the engaging edge that meshes with the gear surface formed on the rotation restricting gear cam is slidably contacted with the tip edge of the retreating arm to be rotated, and the revolving arm rotates. The product operation according to claim 2, wherein a contact retreat edge for retreating the regulating piece itself by maintaining contact with the bottom is provided at a lower portion, and an upper end edge surface of the contact retreat edge is a stop edge. Out device.   The retraction arm is rotatably fitted to the handle shaft and is elastically pulled and rotated so as to follow the rotation of the rotation restriction gear cam by a traction spring material linked to the rotation restriction gear cam. The operation part bulging at the tip part engages with the stop edge to stop the rotation operation of the handle operation panel, and the contact part is brought into contact with the contact / retraction edge to swing and retract the regulating piece itself. The product steering device according to claim 2 or 3, wherein the product is maintained.   The rotation restricting gear cam has a smooth surface on the periphery of the wand and a gear surface on the opposite edge of the wand before the rotation operation, and the gear surface meshes with the restricting piece when the handle control panel is rotated. The edge and the regulation piece are intermittently meshed so that the retraction is repelled. When the smooth surface reaches the position of the meshing edge during rotation, the restriction piece is returned to the position before the retraction and the rotation is completed. The position before retraction of the restriction piece is maintained until the end, and at the end of one rotation, the retraction arm is placed on the stop edge, and the start of the gear surface is engaged with and engaged with the engagement edge of the restriction piece, thereby stopping the rotation. The product operation device according to any one of claims 2 to 4, wherein the product operation device is provided.   The discharge guide path avoids the handle shaft below the coin slot and guides the guide piece on the opposite side to the location of the restricting piece, and the back of the mechanism base guides the outside of the mechanism base to the bottom of the mechanism base. 6. The product handling device according to claim 2, further comprising an appropriate number of outing guide pieces formed so as to gradually become wider as it goes downward.   The product feeding mechanism is disposed inside a steering mechanism storage portion formed at the upper part of the base, and is supported by being rotatably supported in the horizontal direction of the steering mechanism storage portion. A product steering board having an opening arrangement, rotational transmission means for rotating the product steering board following the rotation in the handle rotation mechanism, and a product drop opening formed in the bottom of the steering mechanism storage part The product operation means according to claim 1, further comprising product restriction means disposed above the product drop port so as to restrict only one product to be inserted into the product operation outlet by rotation of the product operation board. apparatus.   The product limiting means consists of a product exclusion bar that is installed horizontally above the product drop opening, and this product exclusion bar is located from the bottom of the storage mechanism storage section where the product inserted into the product outlet on the product delivery board slides. The product operation device according to claim 7, wherein the product operation device is set at a height position substantially corresponding to a height position of the product.   The product discharge mechanism includes a product discharge path having a bottom portion that communicates with a product drop opening provided in the product operation mechanism, extends along the front-rear direction of the base, and gradually slopes downward toward the front of the base. 8. A product handling device according to claim 1, further comprising a product take-out slider that is slidably fitted into a take-out operation port formed in the front of the product and connected to the product discharge path.   The product take-out slider has a product take-out body formed in a cylindrical shape having an outer shape substantially matching the inner shape of the take-out operation port in which the product take-out port is formed in the front and opened in the front of the base. An upper wall that is in contact with the rim of the product drop opening in the product handling mechanism, and a moving side wall that is divided into either the left or right side at the lower part of the base, each of the upper wall and the moving side wall being a product take-out body The product operation device according to claim 9, which is integrally formed.   The base is provided with a coin body storage mechanism for storing the coin body pushed into the handle rotation mechanism. The coin body storage mechanism is located below the discharge guide path provided in the handle rotation mechanism. A coin body guide body in which one of the left and right parts of the base guides and drops the coin body, and a coin body storage section that is partitioned on the base so as to store and store the coin body that has been guided and dropped. Item 12. A product steering device according to any one of Items 1, 2, and 7.   12. The product handling device according to claim 11, wherein the coin body storage unit is opened at the take-out operation port by being pulled out from the take-out operation port of a product take-out slider provided in the product discharge mechanism.   The product storage portion is formed in a wall strip that surrounds the periphery of the product group to be stored along a circumference with a support column fixed at a center position of the product storage portion, and an upper peripheral edge of the base A seat frame that is detachably fitted in the fitting groove formed in the seat, a fastening means that fastens and fixes the overlapping edges of the seat frame, and an upper opening of the seat frame surrounded by a circular frame The product steering device according to claim 1, 2, 7, or 11, further comprising: a lid plate that is covered with the lid, and a fixing cap that fixes the lid plate to the support column.   14. The product handling device according to claim 13, wherein the seat frame is formed so as to be capable of being wound by a band plate material having a predetermined height and width so as to surround the periphery of the product storage portion and allowing the inside to be seen through.   The fastening means includes a fastening hole that is opened at a predetermined interval on each edge of the sheet frame, and an inner edge and an outer edge that are overlapped in a state where the fastening holes are aligned by forming a circular frame on the sheet frame itself. A pair of fastening bars, a connecting pin projecting from one of the fastening bars so as to be forced through each of the matched fastening holes, and a connecting pin inserted through the fastening holes The product steering device according to claim 14, further comprising: a connecting hole opened in either one of the fastening bars so as to forcibly fit and connect.

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