JP2019059490A - Accommodated object extractor - Google Patents

Abstract

To provide an accommodated object extractor which can extract accommodated objects one by one.SOLUTION: A storage part 10 for storing accommodated objects 4 is provided with a guide part 30 which forms a guide path for guide to a take-out port 14 along an inner face of the storage part, and a selection part 50 which moves an object among accommodated objects arranged in the guide path, which is nearest to the take-out port 14, to the take-out port 14 by oscillation of an oscillation part 51 in association with rotation of an extraction operation. The storage part 10 has such a configuration that a right half body 10R and a left half body 10L are abutted against each other, a lateral passage width of the guide path is achieved by a space between tabular right first part 31R and left first part 31L, and passage width in a height direction is achieved by a space between a right second part 32R and a left second part 32L.SELECTED DRAWING: Figure 5

Description

  BACKGROUND OF THE INVENTION Field of the Invention The present invention relates to an apparatus for picking out contents which can be individually taken out.

  DESCRIPTION OF RELATED ART As a conventional storage item extraction apparatus, the storage item extraction apparatus which can discharge an storage item one by one whenever it inclines the storage case to which decoration was given is disclosed (for example, patent document 1). The container removal device of Patent Document 1 has a design in which a frog stands on a base as a whole, and the container can be removed by swinging the frog back and forth.

JP 2005-306396 A

  However, in Patent Document 1, even when the storage case is inclined, the stored item may not enter between the fixed guide member and the gap, and there is also a possibility that the stored item extracting device does not function well.

  An object of the present invention is to provide a storage item extracting device capable of extracting the storage items one by one.

  The stored product extracting device according to the present invention can individually remove the stored items from the outlet by performing a take-out operation of rotating a storage unit capable of containing a plurality of stored items in the inner space in a predetermined take-out operation direction. The storage portion is a guide portion forming a path for guiding the storage contents along the inner surface of the storage portion to the outlet, and the storage portion is aligned with the guide path by the guide portion. And a selector configured to move the storage item closest to the outlet among the storage items to the outlet by swinging the swinging part with the rotation of the extraction operation.

  Further, in the stored item extraction device according to the present invention, the selecting unit is configured to set the swingable part in a first posture capable of receiving the stored item as the swinging part is rotated by the removal operation by its own weight. The configuration may be such that the received content is switchably pivoted to a second orientation that allows movement in the direction of the outlet.

  Further, in the stored item extraction device according to the present invention, the guide unit is provided with at least a portion related to the guide route at an interval at which one stored item can pass, in order to set the left and right passing width of the guide route. To set the first part and the passing width in the height direction of the guide route, at least a portion relating to the guide route between the inner surface of the receiver and the rotation center of the receiver. The second part may be provided at a predetermined distance from the inner surface of the part.

  Further, in the stored product extraction device of the present invention, the first part is provided so that the distance between the left and right pair gradually widens from the entrance of the guide path toward the extraction operation direction. It is also good.

  Further, in the stored product extraction device of the present invention, the first part is provided to extend along the extraction operation direction from a first position of the inner surface of the storage portion, and the second part is The first position and the second position are provided so as to extend from the second position of the inner surface of the housing portion along the take-out operation direction, and the take-out operation is viewed from the side of the rotation by the take-out operation. The second position may be located on the upstream side of the direction, and the first position may be located on the downstream side.

  Further, in the stored material removal apparatus of the present invention, the second part may be configured to have a length crossing at least the upper side of the removal opening from the second position.

  Further, in the stored product extraction device of the present invention, the length from the first position of the first part may be longer than the length from the second position of the second part.

  Further, in the stored item extraction device according to the present invention, the swinging part has a length in the width direction shorter than the left and right passing width of the guide route, and the swinging end of the swinging part has the first part when swinging. It may be configured to pass between the front guide paths of the parts.

  Further, in the stored item extraction device of the present invention, the second part may be configured so that at least a portion related to the guide path can be provided at an interval where the stored item can not pass through.

  Further, in the stored item extraction device of the present invention, a support table may be provided which supports the storage portion rotatably in the extraction operation direction.

  Further, in the stored item extracting device of the present invention, a handle portion for rotating the storage portion may be provided.

  According to the present invention, it is possible to provide a stored item extracting device capable of removing the stored items one by one.

The perspective view which looked the stored material extraction apparatus of this embodiment from diagonally front. The perspective view which looked the stored material extraction apparatus of this embodiment from diagonally back. Sectional drawing which cut the storage case along the rotation surface in the approximate center position of a rotating shaft. Sectional drawing which cut the storage case along the rotating shaft. The perspective view which cut the left end part of the storage case along the rotation surface of a rotating shaft, and looked up from somewhat diagonally below. FIG. 6 is a perspective view seen from substantially the same viewpoint as that of FIG. 5, in which a cross section is set closer to the center of the rotation axis than FIG. 5. The longitudinal cross-sectional view of the storage case which shows the process until one content is taken out from a content extraction apparatus (the 1). The longitudinal cross-sectional view of the storage case (the 2) which shows the process until one content is taken out from the content extraction apparatus. The longitudinal cross-sectional view (the 3) of the storage case which shows the process until one content is taken out from a content extraction apparatus. The figure for demonstrating the modification which applied this embodiment to the hand-push type toy.

  Hereinafter, although an example of the embodiment which applied the present invention is explained, it is needless to say that the form which can apply the present invention is not limited to the following embodiments.

FIG. 1 is a perspective view of the stored product extracting device 3 in the present embodiment as viewed obliquely from the front.
FIG. 2 is a perspective view of the stored product extracting device 3 in the present embodiment as viewed obliquely from the rear.

  The stored product extracting device 3 can individually remove the stored items from the outlet by performing a take-out operation of rotating the storage portion capable of storing the plurality of stored items 4 in the inner space one time in a predetermined take-out operation direction. It is a small palm-sized plastic device that can

  Then, the contained item extracting device 3 is, for example, spherically shaped confectionery such as spherical confectionery of various colors (for example, rhamne confectionery (ramone soda-flavored confectionery), chocolate having a coating which does not melt at normal temperature, gum, etc. Can be used as a confectionery case containing the container 4 as the container 4, and the rotary lottery machine is designed to take out the container 4 as if it were a lottery ball (lottery medium) and enjoy it.

  In the present embodiment, the container 4 is described on the assumption that the container 4 is spherical or substantially spherical, but it may be any other shape as long as it can be rolled. For example, it may be a polygon with rounded corners, or a cylinder with both ends rounded. Moreover, the storage thing 4 can be suitably set not only in confectionery. For example, it may be a capsule or a super ball.

First, the structure of the stored item extracting device 3 of the present embodiment will be described.
The stored product extracting device 3 1) accommodates the storage unit 10 capable of storing a plurality of stored products 4 in the internal space, and 2) the predetermined removal operation direction (rotational direction guide 19 of the side surface of the storage unit 10). A support 80 rotatably supported in the direction shown), and 3) a handle portion 90 for rotating the storage portion 10. In the present embodiment, they are all made as moldings of plastic resin.

  A rotary shaft (not visible in FIGS. 1 and 2) is provided on the side of the housing 10 in a protruding manner. The rotary shaft is fitted in a notch 84 provided at the upper end of a support column 82 extending upward from the side surface of the support 80. Thus, the housing portion 10 is rotatably held on the rotation axis Ar above the support table 80.

FIG. 3 is a cross-sectional view in which the housing portion 10 is cut in a direction orthogonal to the axial direction of the rotation axis Ar.
The housing portion 10 of the present embodiment has an octagon when viewed from the direction of the rotation axis Ar. On one of the eight outer peripheral surfaces, an insertion port 12 for inserting the storage item 4 into the inside of the storage portion 10 and a swingable insertion port lid 13 are provided. The input port cover 13 is opened at the time of input, but is otherwise locked to the inner edge portion of the input port 12 by the locking claw 13 a, and as shown in FIGS. Used in the closed state.

  At another one of the outer peripheral surfaces of the housing portion 10, an outlet 14 for taking out the content 4 and a swingable outlet lid 15 are provided. In the present embodiment, the outlet 14 is illustrated as a circular opening, but is not limited to this, and may be a polygonal opening such as a hexagon or an octagon. In the case of a hand-held portable item removal device that rides on the palm, if it is a circular opening, the finger may not fit in the removal port and the user may be injured unexpectedly. The square opening can prevent the finger from being stuck and coming off, and can reduce the possibility of injury to the user.

  The shaft part 15a is pivotally supported by the bearing part 16 provided in the outer periphery of the accommodating part 10, and the latching protrusion and knob 15b are protrudingly provided by the front and back. At the time of taking-out of the stored item 4, as shown in FIG. 3, the engaging projection and knob 15b is engaged with the first engaging hole 17 provided on the positive rotation side with respect to the outlet 14 to take the taking-out posture. Maintained. In the case where the stored item 4 is not taken out (for example, when it is simply stored or carried), the outlet lid 15 is swung to be turned upside down, and functions as a "knob" in the taking-out posture. The locking projection and knob 15b is locked in the second locking hole 18 provided on the opposite side of the rotation direction of the outlet 14, so that the closing posture is maintained. In this way, the outlet 14 can be closed in such a way that the undesired discharge of the contents 4 does not occur. The storage container of the present embodiment can also use the storage unit 10 as a storage container for the storage 4.

  As shown in FIG. 1 and FIG. 2, the handle portion 90 is detachably mounted on one of the rotary shafts of the housing portion 10 so that the user can manually rotate the housing portion 10 and take out operation. It has become.

  The taking-out operation in the present embodiment is to rotate the housing portion 10 once in the taking-out operation direction. When the taking-out operation is performed, one storage item 4 is taken out from the taking-out port 14 from the containing portion 10 and placed on the saucer portion 86 formed on the upper surface of the support table 80. The tray portion 86 is provided at an angle to the front of the device, and the discharged stored item 4 rolls on its own weight and is collected at the front of the device, which makes it easy for the user to pick it up by hand.

Next, the internal structure of the storage unit 10 will be described in detail with reference to FIGS.
FIG. 4 is a cross-sectional view of the housing portion 10 taken along the axial direction of the rotation axis Ar. FIG. 5 is a perspective view in which the left side of the housing portion 10 is cut at a plane orthogonal to the axial direction of the rotation axis Ar, and viewed from slightly below. 6 is a perspective view seen from substantially the same viewpoint as FIG. 5, and is a perspective view in the case where the cutting position is closer to the center of the rotation axis Ar than in FIG. In the following description, for convenience, when describing the configuration, it will be described based on the front, rear, left, right, upper and lower directions shown in FIGS. 3 to 6.

  As shown in FIG. 3 and FIG. 5, the accommodating portion 10 is configured such that the right half 10 R and the left half 10 L, which are cup-shaped bottomed bodies having an octagonal cross section, butt their openings together. Assembled to form an internal space. And the guidance part 30 and the selection part 50 are provided in the internal space.

  The guide portion 30 forms a guide passage which is a path for guiding the container 4 introduced into the inner space toward the outlet 14 along the inner surface of the storage portion 10. Specifically, the guiding unit 30 includes a first part pair by the right first part 31R and the left first part 31L, and a pair of the second part by the right second part 32R and the left second part 32L. Have.

  First, the first part pair by the right first part 31R and the left first part 31L will be described. The right first part 31R is a flat portion provided so as to extend in the extraction operation direction which is a clockwise direction toward FIG. 3 from the inside of the rotational circumferential surface of the right half 10R. Similarly, the left first part 31L is a flat portion provided so as to extend in the extraction operation direction from the inside of the rotational peripheral surface of the left half 10L.

  More specifically, as shown in FIG. 3, the lengths of the right first part 31R and the left first part 31L in the removal operation direction are the right and left sides of the outlet 14 (the first position of the inner surface of the storage portion From P1), in the circumferential direction of rotation of the storage unit 10 and along the extraction operation direction, the length is set to about two out of the eight peripheral surfaces of the storage unit 10.

  And, as shown in FIG. 4, these left and right pair of first parts are opposed to each other at the left and right middle positions with intervals W1 to W2 and this interval is the left and right passing of the guide route formed by the guide portion 30. It defines the width. That is, in the direction of the rotation axis Ar of the right first part 31R and the left first part 31L, the distance W1 to the distance W2 between the opposing surfaces of the two is the maximum width W0 of the container 4 (in this embodiment, the container Since 4 assumes a spherical shape, it is set to be larger than its diameter).

  Focusing on the relationship between the interval W1 and the interval W2, in the interval W2 close to the outlet 14, one contained item 4 can pass and the two contained items 4 can not pass. Away from the outlet 14, it reaches the widening part for a while. In FIG. 4, the space between the lower portion of the right first part 31R and the lower portion of the left first part 31L is a widened portion. And in the said wide part, as it leaves | separates from the extraction port 14, a space | interval spreads gradually from the space | interval W2, and it sets so that it may reach the same or substantially same space | interval W1 as the left-right internal width of the accommodating part 10 in an end part. That is, the right first part 31R and the left first part 31L form a funnel-like shape in which the mouth is expanded on the upstream side in the rotational direction of the housing portion 10.

  The distance between the right first part 31R and the left first part 31L and the inner peripheral surface of the storage portion 10 (of the octagonal peripheral surfaces of the storage portion 10 in FIG. The distance from the surface closest to one part 31 L is set to be less than the diameter of the container 4. With such a configuration, the stored items 4 can be aligned in a line between the space W2 between the right first part 31R and the left first part 31L.

  Next, a second part pair by the right second part 32R and the left second part 32L will be described. The right second part 32R and the left second part 32L define a passing width in the height direction of the guide passage formed by the guide unit 30.

  Specifically, as shown in FIG. 3 and FIG. 5, the right second part 32R is a flat portion provided closer to the center of the housing portion 10 than the right first part 31R, and the right half 10R It is provided so as to extend in the extraction operation direction, which is a clockwise direction from FIG. Briefly speaking, the right second part 32R is extended in parallel or substantially parallel to the right first part 31R.

  However, the length of the right second part 32R in the removal operation direction is set shorter than that of the right first part 31R. Specifically, from the side of the outlet 14 (the side of the outlet 14 on the side opposite to the rotational direction of the extraction operation; the second position P2 of the inner surface of the storage portion; see FIG. 3) The length of one circumferential surface of the eight circumferential surfaces of the housing portion 10 is set along the extraction operation direction. In other words, it is set to have a length at least crossing the outlet 14 from the second position P2.

  Incidentally, when focusing on the relative position of the first position P1 and the second position P2, the second position P2 is positioned on the upstream side in the extraction operation direction when viewed from the side of the rotation by the extraction operation, and the first position P1 on the downstream side. Can be said to be located.

  Similarly, the left second part 32L is a flat portion provided closer to the center of the housing portion 10 than the left first part 31L, and in the extraction operation direction from the inside of the rotational circumferential surface of the left half 10L. It is provided to be extended. In short, it is extended parallel or substantially parallel to the left first part 31L. Similarly, the length of the left second part 32L in the extraction operation direction is shorter than that of the left first part 31L, and is set to about the length of one of the eight circumferential surfaces of the storage case 10 ing.

  Further, as shown in FIG. 4, the lengths of the right second part 32R and the left second part 32L in the axial direction (right and left width direction of the housing portion 10) of the rotation axis Ar are the right second part 32R and the left second Spaces W3 to W4 are set between the facing surfaces of the part 32L. That is, the range of distance W4 (<W0) continues from the side close to the outlet 14 and then the widening portion is reached to reach the distance W3 (> distance W4), and the second right part 32R and left second part 32L remain unchanged as the distance W4. It is set so as to reach the end of the removal operation direction of.

  Further, focusing on the distance between the right second part 32R and the left second part 32L, and the inner peripheral surface of the storage portion 10, as shown in FIG. 3, the passage width H1 in the height direction is provided. It is done. The passing width H1 in the height direction is larger than the maximum width W0 of the container 4, and is set such that only one container 4 can pass. The container 4 is designed to adjust the container 4 to the left or right center of the guide passage by passing the guide passage while colliding with the spaces W3 to W4.

  In the present embodiment, the right first part 31R and the right second part 32R are directed from the bottom to the opening direction (facing surface direction with the left half 10L) when the right half 10R is regarded as a plate. It is integrally molded so as to extend. Similarly, when the left half 10L is regarded as a plate, the left first part 31L and the left second part 32L extend from the bottom to the opening direction (facing surface direction with the right half 10R) It is integrally molded. That is, when the right half 10R and the left half 10L are formed using two molds that respectively separate in the direction of the rotation axis Ar, the right first part 31R and the right second part 32R are combined with the right half 10R The left first part 31L and the left second part 32L are simultaneously molded, and the left half 10L is simultaneously molded. This contributes to the reduction of manufacturing and assembly costs.

  Of course, as the right first part 31R and the right second part 32R, and the left first part 31L and the left second part 32L are manufactured as separate parts from the right half 10R and the left half 10L, the right half It may be configured to be assembled to the 10R and the left half 10L.

  The selecting unit 50 causes the swinging part 51 to rock in response to the removal operation (rotation operation) of the stored item 4 closest to the outlet 14 among the stored items 4 aligned in the guide path by the guide unit 30. Move to the outlet at.

  The swinging part 51 is swingably installed in the guide path of the guide unit 30. That is, the length (width along the rotation axis Ar) of the swinging part 51 is set shorter than the left and right passing width W2 of the guide path, and the swinging end of the swinging part 51 , And is set to pass between the part pair of right first part 31R and left first part 31L.

  The swinging part 51 forms a space for selectively passing one storage item 4. As shown in FIG. 6, the swinging part 51 of the present embodiment has a downstream portion 51a on the extraction operation forward direction side and an upstream portion 51b on the extraction operation reverse direction side, and the extraction operation rotation side (rotation shaft When viewed from the direction along Ar), it is realized as a plate having a shape bent at approximately 90 °. Of course, the downstream portion 51a on the take-out operation forward direction side and the upstream portion 51b on the take-out operation reverse direction side may be connected in a bent shape, or may be realized in an integrally curved shape. In addition, a portion to form a wall may be provided also in the axial direction of the rotation axis Ar to realize a cup-like shape.

  The swinging part 51 is swingably supported on the inner wall of the storage unit 10 by its own weight as the storage unit 10 is rotated by the takeout operation. Specifically, as shown in FIG. 3, the swinging shaft 52 is formed on the outside of the bent portion, and the housing portion is made parallel or substantially parallel to the rotation shaft Ar of the housing case 10. It is pivotally supported by a swing bearing portion 53 provided on the inner wall of 10 in a protruding manner. That is, the swinging part 51 is supported so that the posture can be changed naturally so that the swinging shaft 52 is turned upward by gravity action.

Specifically, the swinging part has a first posture capable of receiving the contents shown in FIG. 3 and a second attitude capable of moving the contents shown in FIGS. 5 and 6 in the direction of the outlet. It changes with 2 attitudes.
In the first posture (see FIG. 3), the downstream portion 51a of the swing operation forward direction side abuts against the inner peripheral surface of the accommodation portion 10, and the upstream portion 51b of the reverse direction reverse direction is guided It stands in the guide route formed by the part 30 to block the passage. This first attitude can also be said to be the state in which the swingable part 51 is open in the extraction operation forward direction. Therefore, when the storage item 4 aligned in the guide path is relatively moved in the reverse direction of the removal operation in the rotation of the removal operation, the storage item 4a closest to the outlet 14 among the aligned items 4 Is moved into the swinging part 51.

  On the other hand, in the second posture (see FIGS. 5 and 6), the upstream part 51b of the rocking part 51 falls to the side of the outlet 14 and abuts on the inner peripheral surface of the storage portion 10, and the downstream part 51a It stands in the guide route which the guide part 30 forms, and becomes a form which block | closes an aisle. This second posture can also be said to be a state in which the swinging part 51 is opened in the reverse direction of the removal operation, or a state in which the movement of the swing part 51 into the storage unit 10 from the forward direction is prohibited. Therefore, the stored item 4 which has been moved into the swinging part 51 can be moved to the guide path on the side of the outlet 14.

Next, the operation of the stored product extracting device 3 of the present embodiment will be described.
7 to 9 are longitudinal cross-sectional views (corresponding to FIG. 3) of the storage unit 10 showing a process until one stored item 4 is discharged from the stored item extracting device 3 and taken out. The status transitions in the order of (1) to (3), (4) to (5) in FIG. 8, and (6) to (8) in FIG. In addition, the number of the storage things 4 illustrated by these is set for convenience, and embodiment and the operation | use form are not limited to this.

  As shown in FIG. 7 (1), the storage item 4 stored in the storage unit 10 normally rolls in the storage unit by its own weight and gathers in the lower part in the gravity direction of the storage unit 10 at that time. When the user performs the extraction operation (one rotation in the direction of the arrow around the rotation axis Ar in the figure), the guide unit 30 and the selection unit 50 are upstream of the lower part of the storage unit 10 in the extraction operation direction. It will approach gradually from the side. It will approach from the back diagonally upper in FIG. At this time, the swinging part 51 approaches in the first posture.

  Then, when the rotation of the extraction operation proceeds, first, the end on the extraction operation rotation side of the right first part 31R and the left first part 31L of the guide unit 30 is stored in the lower part in the gravity direction of the storage unit 10. Plunge into 4 As described above, the end on the take-out operation rotation side of the first right part 31R and the left first part 31L forms the widening portion on the take-out operation forward rotation side, and functions like a funnel.

  As a result, as shown in FIG. 7 (2), the stored items 4 collected at the lower part in the direction of gravity are aligned and guided so that the inside of the guide path is directed to the rocking part 51 in one row. At this time, since the right second part 32R and the left second part 32L are shorter than the right first part 31R and the left first part 31L, the funnel by the right first part 31R and the left first part 31L is accommodated It also contributes to smooth guidance that the entry of the container 4 from the center side of the part 10 (for example, the approach by collapsing from the pile of the container 4 being stacked) is also possible.

  If the number of the stored items 4 is large, the other stored item 4 is also placed on the stored items 4 guided to the end (portion of the funnel) of the right side first part 31R and the left first part 31L on the removal operation rotation side. Will pile up. However, such other container 4 is excluded by the right second part 32R and the left second part 32L so as not to enter the guide path in front of the rocking part 51.

  When the rotation of the extraction operation further progresses, the leading container 4 (4a) guided to the guide path is moved to the swinging part 51 in the first posture, as shown in FIG. 7 (3). Specifically, the leading container 4 (4a) runs on the downstream portion 51a of the swing part 51 in the removal operation direction (in other words, the leading container 4 (4a) is received by the swing part 51) Be cool)

  As described above, the passing width H1 in the height direction is set to be larger than the maximum width W0 of the storage item 4, and the length of one storage item 4 is allowed to pass. When the passing width H1 in the height direction is set to the last of the maximum width W0, the leading contained item 4 (4a) runs on the downstream portion 51a on the removal operation direction side of the swinging part 51, and the height of the guide route Will be lacking. However, in the present embodiment, a notch with a gap W3 (see FIG. 4) is formed at the end of the right second part 32R and the left second part 32L on the extraction operation direction side, so When (4a) rides on the downstream portion 51a on the side of the removal operation direction of the swinging part 51, it is possible for the upper end portion to "flee" into the notch of the space W3.

  In addition, when the upper end portion of the leading container 4 (4a) contacts the notch at the distance W3, the leading container 4 (4a) is arranged at the left and right center position of the guide path. In other words, the leading container 4 (4a) is to be received at the center of the swinging part 51 without contacting the right first part 31R or the left first part 31L. This point contributes to the reduction of friction when the rocking part 51 is rocked later.

Moving to FIG. 8, when the extraction operation further proceeds, as shown in FIG. 8 (4), the swinging part 51 in the state of receiving the stored item 4 (4a) is lifted in the front diagonal upward direction.
As shown in FIG. 8 (4), when the swinging part 51 reaches around 8 o'clock to 9 o'clock on the clock face centered on the rotation axis Ar, the swinging part 51 receives its own weight and Depending on the weight of the stored item 4, rotation (clockwise rotation) is started in the same direction as the removal operation direction.

  This rotation progresses rapidly, and immediately changes to the second posture in which the upstream portion 51b of the swingable part 51 is downward as shown in FIG. 8 (5). The leading container 4 (4a) received by the rocking part 51 is moved from the rocking part 51 by its own weight and guided to the outlet 14 along the guide path and taken out.

  In this process, the first contained item 4 (4a) passes through the portion of the interval W4 (see FIG. 4) between the right second part 32R and the left second part 32L, but the top of the contained item 4 is an interval It will be guided while touching lightly in the groove formed by W4. That is, the distance W4 contributes to the smooth removal of the contents 4.

  Turning to FIG. 9, the extraction operation proceeds further, and as shown in FIG. 9 (6) to FIG. 9 (7), when the rocking part 51 reaches near the upper end of the storage portion 10, it swings by its own weight. 2 Change from posture to first posture. Then, as shown in FIG. 9 (8), the state returns to the initial state by the end of the extraction operation (see FIG. 7 (1)).

  According to the present embodiment, it is possible to realize the stored item extracting device capable of extracting the stored items one by one. In addition, the stored product extraction device of the present embodiment can also use the storage unit 10 as a storage container for the stored product 4, and can easily store the stored products 4 that are likely to fall apart when not used as a removal device. it can.

  In addition, the stored item extracting device of the present embodiment can be used as a toy for extracting and playing confectionery or the like having a spherical shape or a movable shape one by one. In the present embodiment, the handle portion 90 can be held and rotated on the support table 80 as in a real rotary lottery machine. By this rotation, one contained item 4 is taken out and there is a pleasure that it rolls off to the saucer part 86. In addition, the external appearance shape of the stored item extraction device is not limited to the shape of the present embodiment, and various ways of playing can be enjoyed according to the external appearance shape.

  In addition, since the stored product extracting device of the present embodiment is provided with the input port 12, replacement of the stored material and additional replenishment are also possible, and since the stored product cover 15 is provided, it is erroneously carried out during transportation or storage. It is possible to reduce the possibility of the contents being discharged.

  In addition, by devising the structure relating to the alignment, guiding, receiving, and removing of the container 4 so that it can be easily created in consideration of the die-cutting direction, the manufacturing cost can be reduced.

  Further, the selection unit 50 has a simple shape / structure having a curved or bent shape as viewed from the side of rotation by the take-out operation, and the first position and the second position can be automatically switched by their own weight. Easy to manufacture.

  In the guide unit 30, the width in the lateral direction of the guide route is realized by the distance between the pair of plate-shaped first parts, and the width in the height direction is realized by the distance between the pair of similar plate-shaped second parts doing. Thereby, a simple structure can be achieved, and the manufacturing cost can be suppressed.

  Then, the length of the first part and the second part in the removal operation direction is set to have a length crossing at least the upper side of the outlet so that the length is sufficient for alignment along the rotational movement of the storage unit. While securing a guide route, a guide route resistant to clogging is realized.

  In addition, the tip of the first part forms a widened part functioning as a funnel, and the first part is set to be longer than the second part, so that the contained matter can be smoothly guided. It greatly contributes to the alignment.

  In addition, providing the gaps W3 and W4 (see FIG. 4) in the second part pair also serves to guide the stored item 4 so as to pass through the left and right middle of the guide route, achieving smooth and clog-free guidance doing.

[Modification]
The embodiment to which the present invention can be applied is not limited to the above-described example, and addition, omission, and change of constituent elements can be appropriately made as long as the gist of the invention is not changed.

  For example, although the storage item extracting device 3 according to the above-described embodiment adopts a design such as a rotary lottery machine, other forms are possible. For example, the handle portion 90 can be omitted.

  Also, for example, as shown in FIG. 10, the present invention can be configured as a hand-push type toy. FIG. 10 is a schematic view for explaining the configuration of a modification in this case, and corresponds to a side perspective view. The hand-push type toy 100 of this modified example is provided with a pair of left and right wheels 104 directed to the front and rear inside the removable cover 102, and the storage unit 10 similar to the above embodiment is the axle and rotation of the wheel 104. The axis Ar is coaxially connected (or connected via a reduction gear). When the user advances the hand-pushing toy 100 on the floor (in the example of FIG. 10, moving it to the right), the built-in storage unit 10 is rotated together with the wheel 104 in the extraction operation direction to be stored. The object 4 is discharged rearward in the traveling direction. So to speak, the contents 4 are discharged and taken out so as to lay an egg.

  Moreover, in the said embodiment and modification, although the side view shape of the accommodating part 10 is made into an octagon, it can also be made another polygon and circular.

  In the above embodiment, the space W3 and the space W4 (see FIG. 4) are provided between the right and left parts 32R and 32L, but these may be omitted.

3 ... contained material taking-out device 4 ... contained material 10 ... containing portion 12 ... inlet port 14 ... taking out port 19 ... rotational direction guide 30 ... guiding portion 31 L ... left first part 31 R ... right first part 32 L ... left second part 32 R ... Right second part 50 ... Selection part 51 ... Swing part 51a ... Downstream part 51b ... Upstream part 52 ... Swing axis 80 ... Support stand 90 ... Handle part Ar ... Rotation axis H1 ... Passage width in the height direction P1 ... First 1 position P2 ... 2nd position W0 ... maximum width of contained thing W2 ... left and right passing width

The stored product extracting device according to the present invention can individually remove the stored items from the outlet by performing a take-out operation of rotating a storage unit capable of containing a plurality of stored items in the inner space in a predetermined take-out operation direction. The storage portion is a guide portion forming a path for guiding the storage contents along the inner surface of the storage portion to the outlet, and the storage portion is aligned with the guide path by the guide portion. of contained object, the closest the contained object to said outlet, and a selection unit that moves into the outlet by oscillating part swings with the rotation of the take-out operation, the guide portion , Ru is formed by connecting the inside of the housing portion. Further, in the stored item extraction device of the present invention, the stored items can be individually removed from the outlet by performing a take-out operation of rotating a storage portion capable of containing a plurality of stored items in the inner space in a predetermined take-out operation direction. The container storage device can be taken out, wherein the storage portion is aligned with a guide portion forming a path for guiding the storage content to the outlet along the inner surface of the storage portion, and a guide path by the guide portion A selection unit for moving the storage item closest to the outlet among the storage items to the outlet by swinging the swinging part along with the rotation of the removal operation; In order to set the left and right travel width of the guide route, the section at least a portion related to the guide route is provided with a first part at a distance at which one of the contents can pass, and the height direction of the guide route At least to set the traffic width of A second part in which a portion related to the guiding path is provided between the inner surface of the housing portion and the rotation center of the housing portion at a predetermined distance from the inner surface of the housing portion; The length in the width direction is shorter than the lateral width of the guide path, and the swinging end of the swinging part passes between the guide paths of the first part at the time of swinging.

Further, the contained goods take-out apparatus of the present invention, the second part, a portion of the at least the guide path may be configured wherein the housing material is that provided by can not pass through the interval. Further, in the stored product extraction device of the present invention, the second part may be provided with a cut at a distance at which the stored material can not pass at least at an end portion on the removal operation direction side.

Claims (11)

A container removing apparatus capable of individually removing the items from the outlet by performing a removal operation in which a storage portion capable of storing a plurality of items in the internal space is rotated in a predetermined removal operation direction.
The storage unit is
A guiding portion that forms a path for guiding the contents to the outlet along the inner surface of the housing portion;
Among the stored items aligned in the guide path by the guide unit, the stored item closest to the outlet is moved to the outlet by swinging the swinging part along with the rotation of the removal operation. A selection unit,
Containment removal device equipped with The selection unit is configured such that the rocking part is moved by the weight of the rocking part and rotates according to the taking-out operation, the first posture capable of receiving the substance, and the accommodated item being the receptacle Pivotably switchable to a second posture that can move in the direction of
The storage item extraction device according to claim 1. The guide unit is
In order to set the left and right travel width of the guide route, at least a portion related to the guide route is a first part provided with an interval at which one of the contained items can pass;
In order to set a passing width in the height direction of the guide route, at least a portion related to the guide route is a predetermined distance from the inner surface of the storage portion between the inner surface of the storage portion and the rotation center of the storage portion. The second part provided in
Have
The stored material removal apparatus according to claim 1. The first part is provided such that the distance between the portions related to the guide route gradually widens from the entrance of the guide route toward the removal operation direction.
The stored product extracting device according to claim 3. The first part is provided so as to extend from the first position of the inner surface of the housing portion along the extraction operation direction,
The second part is provided so as to extend from the second position of the inner surface of the housing portion along the removal operation direction.
The first position and the second position are located on the upstream side in the extraction operation direction and the first position is located on the downstream side, as viewed from the side of the rotation by the extraction operation.
The stored material removal apparatus according to claim 3 or 4. The second part has a length crossing at least the upper side of the outlet from the second position.
The stored product extracting device according to claim 5. The length from the first position of the first part is longer than the length from the second position of the second part,
The stored material removal apparatus of Claim 5 or 6. The swinging part has a length in the width direction shorter than the left and right passing width of the guide path, and the swinging end of the swinging part passes between the guide paths of the first part at the time of swinging. Configured to
The stored product extracting device according to any one of claims 3 to 7. In the second part, at least a portion related to the guide route is provided at an interval where the contents can not pass through.
The stored material removal apparatus as described in any one of Claims 3-8. A support base rotatably supporting the housing portion in the removal operation direction;
10. The stored item extracting device according to any one of claims 1 to 9, comprising: A handle portion for rotating the housing portion;
The container removal apparatus according to claim 10, comprising: