CN102107089A - Ball feeder - Google Patents
Ball feeder Download PDFInfo
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- CN102107089A CN102107089A CN2010102746386A CN201010274638A CN102107089A CN 102107089 A CN102107089 A CN 102107089A CN 2010102746386 A CN2010102746386 A CN 2010102746386A CN 201010274638 A CN201010274638 A CN 201010274638A CN 102107089 A CN102107089 A CN 102107089A
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- spheroid
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- feeder
- receiver
- handle portion
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Abstract
The invention provides a ball feeder, wherein beads of various colors can be easily separated to be used.The ball feeder (1) is characterized by comprising a body part (2).The rear end of a tubular handle part (20) is equipped with a box housing part (27).A ball receiving box (7) equipped with a plurality of ball receiving spaces (71) in the circumferential direction thereof can be rotatably held on the box housing part (27).The front end of the handle part (20) is equipped with an opening part (21) of the body part (2).The rear end of the handle part (20) is equipped with a ball removal port (29).The handle part (20) is also equipped with a guide path (22) for communicating the opening part (21) with the ball removal port (29).A rotation mechanism and a ball handover mechanism are arranged inside the body part (2).The handle part (20) is also equipped with a rotation operation button (4) for rotating the rotation mechanism and a handover operation button (5) for operating the ball handover mechanism.
Description
Technical field
The present invention relates to a kind of spheroid feeder that a plurality of spheroids can be taken out one by one.
Background technology
In the past, useful spheroid pearl was made the pearl toy of pattern.As such pearl toy, for example have: will glue the toy of making pattern after the pearl heating for dissolving mutually; At the pearl toy of on the commissure pearl being made pattern after then; And after pearl is coated liquid, the surface glued pearl toy of making pattern or the like.The pearl that the pearl toy uses generally is small-sized granular spheroid, just must point flexibly if catch this spheroid to carry out operation with hand.In addition, children to use this little spheroid be very the difficulty.
At this, as the spheroid feeder of supplying with spheroid, for example, in utility model is logined No. 2551709 communique, a kind of spheroid feeder is proposed, it possesses: can keep the spheroid of a plurality of spheroids to keep through hole; Spheroid eccentric mutually with the through hole that keeps this spheroid and that have a width that 1 spheroid can pass through is discharged through hole; Formation can only be held the spheroid accommodation hole of 1 spheroid; And, by operating the spheroid taking-up portion that pressing down section moves.
Among the design, because spheroid keeps a plurality of maintained spheroids in the through hole, by the operation pressing down section, spheroid accommodation hole between spheroid taking-up portion, discharge through hole to spheroid and join one by one, can be one by one and continuous spheroid is placed on the substrate, make the use of spheroid become convenient.
The prior art document
Patent documentation
Patent documentation 1: Japanese Utility Model is logined communique No. 2551709
The design of patent documentation 1, though can place spheroid on the substrate one by one by the operation pressing down section, but owing to keep the accommodation space (spheroid maintenance through hole) of spheroid to have only 1, if will on substrate etc., dispose versicolor spheroid, need put into accommodation space with the spheroid of other colors again this moment with after all spheroids taking-ups from accommodation space, perhaps prepares a plurality of spheroid feeders and replace use etc., because need carry out these operations, so there is wasted work husband's problem.
Summary of the invention
Problem points in view of conventional art, the purpose of this invention is to provide a kind of spheroid feeder, the spheroid feeder that it uses mainly as the pearl toy will be taken in after a plurality of painted spheroids differentiation colors, and can simply the various painted spheroid of taking in be taken out seriatim selectively.
Spheroid feeder of the present invention is characterized in that, by constituting with the lower part: body, the rear end of its tubular handle portion has the box resettlement section; The spheroid receiver, it has a plurality of spheroid accommodation spaces in a circumferential direction and rotatably keeps on the box resettlement section again.Above-mentioned body inside possesses: peristome is positioned at the tip of above-mentioned handle portion; The spheroid conveying end is positioned at the rear end of this handle portion; Path of navigation is positioned at above-mentioned handle portion and is communicated with above-mentioned peristome, above-mentioned spheroid conveying end; Rotating mechanism only rotates above-mentioned spheroid receiver by predetermined angular; The spheroid transfer mechanism only is transplanted on the spheroid in 1 above-mentioned spheroid accommodation space in the above-mentioned path of navigation from above-mentioned spheroid conveying end.Above-mentioned handle portion possesses: the rotating operation button makes above-mentioned rotating mechanism action; Transfer action button, make above-mentioned spheroid transfer mechanism action.
In addition, the above-mentioned spheroid transfer mechanism in the spheroid feeder of the present invention is characterized in that, has formed the spheroid spatial accommodation, and it the time is only accommodated and keep 1 spheroid that takes out from above-mentioned spheroid conveying end in action; Above-mentioned spheroid transfer mechanism has constituted after resetting the spheroid of accommodating in the above-mentioned spheroid spatial accommodation and keep has been transplanted in the above-mentioned path of navigation.
And spheroid feeder of the present invention possesses swing mechanism, and it swings above-mentioned spheroid receiver when above-mentioned spheroid transfer mechanism moves.
In addition, the above-mentioned spheroid receiver in the spheroid feeder of the present invention, it is releasably to be installed on the body.
And the above-mentioned spheroid receiver in the spheroid feeder of the present invention is to be formed by transparent material.
In addition, spheroid feeder of the present invention is provided with the speed adjustment part on above-mentioned path of navigation, to reduce the speed that spheroid falls.
And above-mentioned speed adjustment part is characterized in that, is provided with the speed trimmer, and it is configured near the above-mentioned handle portion inner face the above-mentioned peristome inwardly outstanding.
By the present invention, a kind of spheroid feeder can be provided, the spheroid feeder that it uses mainly as the pearl toy will be taken in after the multiple painted spheroid differentiation color, and can simply the various painted spheroid of taking in be taken out seriatim selectively.
In addition, form the spheroid spatial accommodation when spheroid transfer mechanism moves, make it possible to take out spheroid one by one from the spheroid conveying end exactly owing to having constituted.And owing to be provided with swing mechanism, swing spheroid receiver when the spheroid transfer mechanism move, spheroid receiver are made a plurality of spheroids of taking in the spheroid accommodation space be stirred after swinging, so can not cause to stop up also and can not take out spheroid easily.
And,, make it possible to replenish simply spheroid because the spheroid receiver is made as self-mountable ﹠ dismountuble.In addition, because the spheroid receiver is to be formed by transparent material, the painted spheroid of wanting to take out can be with Visual Confirmation, the convenient selection.
And owing to be provided with the speed adjustment part on path of navigation, it can prevent to take place the situation with bump back bounce-back such as substrate when the spheroid that peristome falls is configured.In addition, this speed adjustment part owing to be provided with near the inwardly outstanding speed trimmer of the handle portion inner face the peristome, caught the spheroid that falls, thereby has been shortened the distance that spheroid falls near peristome, can prevent the bounce-back of spheroid.
Description of drawings
Fig. 1 represents to relate to the outward appearance oblique view of the spheroid feeder of the embodiment of the invention.
Fig. 2 represents to relate to the spheroid receiver of spheroid feeder of the embodiment of the invention and the outward appearance oblique view of box resettlement section.
Fig. 3 represents to relate to the side ideograph of rotating mechanism of the spheroid feeder of the embodiment of the invention.
Fig. 4 represents to relate to the side ideograph of rotating mechanism of the spheroid feeder of the embodiment of the invention.
Fig. 5 represents to relate to the side ideograph of spheroid transfer mechanism of the spheroid feeder of the embodiment of the invention.
Fig. 6 represents to relate to the side ideograph of spheroid transfer mechanism of the spheroid feeder of the embodiment of the invention.
Fig. 7 represents to relate to the spheroid taken in the spheroid receiver of spheroid feeder of the embodiment of the invention side ideograph from the path that peristome falls.
The specific embodiment
Below, narrate about example of the present invention.Spheroid feeder 1 is made of body 2 and spheroid receiver 7.Body 2 has handle portion 20, and its available finger is held and is hollow tube-shape.In addition, the rear end of the handle portion 20 of body 2 possesses box resettlement section 27.
Spheroid receiver 7 is to have the circular tank shape of circular depressions and formed by transparent material.This spheroid receiver 7 is to remain on rotationally on the box resettlement section 27 of body 2.Moreover, this spheroid receiver 7 be self-mountable ﹠ dismountuble be installed on the body 2.In addition, this spheroid receiver 7 possesses in a circumferential direction 8 spheroid accommodation spaces 71 is arranged.These 8 spheroid accommodation spaces 71, each all is the space of having taken in a plurality of spheroids 9.
And the tip of the handle portion 20 of body 2 has the peristome 21 of toroidal, and the rear end of this handle portion 20 has spheroid conveying end 29.In addition, have path of navigation 22 in the handle portion 20 of body 2, it is communicated with peristome 21, spheroid conveying end 29, can be with the spheroid 9 guide openings portions 21 that take out in the spheroid accommodation space 71.
On this path of navigation 22, be provided with speed trimmer 23, as the speed adjustment part that reduces spheroid 9 speed of fall.This speed trimmer 23 is configured near the inner face of the handle portion 20 the peristome 21 inwardly outstanding.
And, in body 2, be provided with rotating mechanism 40 and spheroid transfer mechanism 50.In addition, possess in the handle portion 20 of this spheroid feeder 1: rotating operation button 4, it makes rotating mechanism 40 runnings; Transfer action button 5, it makes 50 runnings of spheroid transfer mechanism.
And this spheroid feeder 1 possesses swing mechanism, swing spheroid receiver 7 when 50 actions of spheroid transfer mechanism.
Below, the embodiment of the invention is elaborated based on drawing.Fig. 1 is the outward appearance oblique view of spheroid feeder 1.Relate to spheroid feeder 1 of the present invention, it can be taken in after the spheroid 9 differentiation colors with multiple color in spheroid receiver 7, any one takes out 1 and is configured on the precalculated position such as substrate in selected this multiple color spheroid 9 from a plurality of spheroids 9 of choosing color.
As shown in Figure 1, this spheroid feeder 1 is by constituting with the lower part: body 2, and it has the handle portion 20 that the shape that holds a pen held and be hollow tube-shape; Spheroid receiver 7, it possesses a plurality of spheroid accommodation spaces 71.And the rear end of body 2 possesses box resettlement section 27, and spheroid receiver 7 is rotatably remained on this box resettlement section 27.Moreover, this spheroid receiver 7 be self-mountable ﹠ dismountuble be installed on the body 2.
In addition, this spheroid receiver 7 has 8 spheroid accommodation spaces 71 in a circumferential direction, can take in after the spheroid 9 differentiation colors with multiple colors such as a plurality of red spheroids 9, a plurality of green spheroids 9.
And the tip of the handle portion 20 of body 2 has the peristome 21 of circular open, and the rear end of this handle portion 20 has the spheroid conveying end 29 of rectangular aperture.In addition, have path of navigation 22 in the handle portion 20 of body 2, it is communicated with peristome 21, spheroid conveying end 29, can make spheroid 9 under peristome 21 outside clans the spheroid 9 guide openings portions 21 that take out in the spheroid accommodation space 71.
And, in body 2, be provided with rotating mechanism and spheroid transfer mechanism.Rotating mechanism is the mechanism that spheroid receiver 7 is rotated by 45 degree when at every turn moving.In addition, the spheroid transfer mechanism is the spheroid 9 in the spheroid accommodation space 71 to be transplanted on mechanism in the path of navigation 22 from conveying end 29 one by one when moving at every turn.
And possess in the handle portion 20 of this spheroid feeder 1: rotating operation button 4, its shape that is configured to the handle portion in the body 2 20 to be held a pen hold the back and operate with forefinger; And handover action button 5.Rotating operation button 4, it makes the rotating mechanism running of establishing in the body 2; Transfer action button 5, it makes the spheroid transfer mechanism running of establishing in the body 2.In addition, this rotating operation button 4 and handover action button 5 are configured to and can press down operation by outer direction handle portion 20 inboards.
That is to say, this spheroid feeder 1 is constituted as when rotating mechanism moves, make spheroid receiver 7 by 45 degree rotations, be disposed at spheroid conveying end 29 places with one in 8 spheroid accommodation spaces 71, when the spheroid transfer mechanism moves, from the spheroid accommodation space 71 that is disposed at spheroid conveying end 29, spheroid 9 is taken out one by one.
Below, describe about the details of each position and mechanism.At first, about spheroid receiver 7 with rotatably keep the box resettlement section 27 of this spheroid receiver 7 to describe.Fig. 2 (a) is the outward appearance oblique view of spheroid receiver 7, and Fig. 2 (b) is the outward appearance oblique view of box resettlement section 27.
Spheroid receiver 7 is rotatably remained on the box resettlement section 27 at body 2 rear portions, and shown in Fig. 2 (a), it has the circular tank shape of circular depressions and is formed by transparent material.That is to say that this spheroid receiver 7 can rotate by circumferencial direction, and the spheroid 9 that can visually be contained from the outside.In addition, as shown in the figure, because the circular depressions bottom surface portions of this spheroid receiver 7 toroidal side plate 7a is positioned on the placed side, so can replenish spheroids 9 from the top to each spheroid accommodation space 71.
And, shown in Fig. 2 (b), box resettlement section 27 is the parts that rotatably remain on the spheroid receiver 7, circular tank shape with circular depressions, the internal diameter of its circular depressions is slightly longer than the external diameter of spheroid receiver 7, and is made of with the circumferential wall 27b that is vertical at this circular slab 27a periphery the circular slab 27a of toroidal flat board.That is to say that after spheroid receiver 7 was loaded onto in box resettlement section 27, the open portion of spheroid receiver 7 was covered by the circular slab 27a of box resettlement section 27 and circumferential wall 27b.
And the circumferential wall 27b that is positioned at handle portion 20 rear ends is provided with the spheroid conveying end 29 of rectangular aperture.In addition, on near this circumferential wall 27b that spheroid conveying end 29 forms and circular slab 27a is, cutout board 30 by aftermentioned spheroid transfer mechanism is closed, and is with the opening portion of the temporary connection in inside of the inner space of spheroid receiver 7 and handle portion 20 after the spheroid transfer mechanism action.
And shown in Fig. 2 (a), spheroid receiver 7 has 8 spheroid accommodation spaces 71, takes in after the spheroid 9 differentiation colors with multiple color.This 8 spheroid accommodation spaces 71 owing to equally spaced set on the circumferencial direction of the bottom surface of circular depressions bottom surface side plate 7a by the dividing plate 7c that extends with radially (radial direction) from the bight of octagonal shape inner cylinder portion 70 form, so also be with the inner face of periphery wall 7b, the outside of inner cylinder portion 70 and the part that dividing plate 7c zoning comes.Moreover spheroid accommodation space 71 is not limited in and forms 8.
And, these 8 spheroid accommodation spaces 71 are the spaces of taking in a plurality of spheroids 9 separately, when side plate 7a being positioned on the placed sides such as desk as the bottom surface, has opening portion, the side 7d (open portion of upside after placing) that can replenish spheroid 9 from the top, owing to be vertical at the periphery wall 7b of side plate 7a periphery relatively, the distance that dividing plate 7c gives prominence to is slightly longer than the diameter of spheroid 9, thereby forms peripheral opening portion 7e at the open portion of circumference.Moreover two place's chain-dotted lines in the drawing are for clear and definite side opening portion 7d and peripheral opening portion 7e and suppose the line that.
Promptly, when being installed on spheroid receiver 7 on the box resettlement section 27, circular slab 27a by this box resettlement section 27 blocks opening portion, side 7d, makes the circumferential wall 27b of box resettlement section 27 cover peripheral opening portion 7e, thereby spheroid accommodation space 71 can be become the space of sealing.Moreover, when being installed on spheroid receiver 7 on the box resettlement section 27, because of with respect to periphery wall 7b, the circular slab 27a of dividing plate 7c on box resettlement section 27 is side-prominent, dividing plate 7c end extend to circular slab 27a near, make peripheral opening portion 7e be positioned at circular slab 27a near.
Promptly, spheroid receiver 7 is installed under the state on the box resettlement section 27, because of peripheral opening portion 7e is positioned on the position of spheroid conveying end 29, so after spheroid conveying end 29 was opened, the spheroid accommodation space 71 interior spheroids 9 that are configured in these spheroid conveying end 29 places were transferred in the handle portion 20 between peripheral opening portion 7e and spheroid conveying end 29.
And, spheroid receiver 7 is remained in the box resettlement section 27 rotationally, rotate by 45 degree when rotating mechanism described later moves, be configured to spheroid conveying end 29 places by the aftermentioned latch for printed circuit with one in a plurality of spheroid accommodation spaces 71 and fix and prevent its rotation this moment.
And spheroid 9 is incorporated in the spheroid accommodation space 71, when spheroid transfer mechanism described later moves, opens spheroid conveying end 29 because of cutout board 30 moves, thereby along with the action of spheroid transfer mechanism is removed spheroid 9 from spheroid accommodation space 71.
Below, describe about the coupling part of box resettlement section 27 and spheroid receiver 7.Shown in Fig. 2 (b), box resettlement section 27 rotatably disposes rotation protuberance 82 at the central part of circular slab 27a.This rotation protuberance 82 is set on the round shape substrate of aftermentioned rotation section, and this rotation section is one of parts that constitute rotating mechanism and swing mechanism.That is to say that this rotation protuberance 82 also will rotate when the aftermentioned rotating mechanism moves.This rotation protuberance 82 is anistree shape, forms the interlocking recess 82a of depression on each sidewall.In addition, set the pressing down section 87a of movable dismounting switch at the central part of rotation protuberance 82, and one side-prominent to what spheroid receiver 7 was housed.
And shown in Fig. 2 (a), spheroid receiver 7 has the inner cylinder portion 70 that body 2 is connected with self-mountable ﹠ dismountuble at central part.This inner cylinder portion 70 is octagonal tubular by 8 dull and stereotyped formation, and shown in Fig. 2 (b), its inboard rotation protuberance 82 with 27 places, box resettlement section that are provided in body 2 is chimeric.
And, shown in Fig. 2 (a), have on 2 relative flat boards owing to constitute in 8 flat boards of inner cylinder portion 70, be provided with 2 parallel otch separately, thereby form an end is connected at leaf spring 72 on the inner cylinder portion 70.And, near the movable end of leaf spring 72, form interlocking protuberance 72a to the outstanding semi-spherical shape of central side.Shown in Fig. 2 (b), this interlocking protuberance 72a is the part with interlocking recess 82a (be equipped on rotation protuberance 82 on the box resettlement section 27 of body 2 around formed) interlocking.
In addition, shown in Fig. 2 (a),,, further set 1 flat board in order to connect 2 relative in 8 flat boards flat boards in the inboard of this inner cylinder portion 70.And, in the central authorities of this flat board, form abutting part 78, with the pressing down section 87a (can be equipped on highlightedly on the through hole of rotation protuberance 82 central authorities shown in Fig. 2 (b)) of butt dismounting switch.
That is to say, operation part at the outstanding dismounting switch that sets of body 2 foreign sides by after under body 2 side pressures, make abutting part 78 be depressed because of pressing down section 87a is connected to abutting part 78,72a comes off from interlocking recess 82a thereby leaf spring 72 outwards stoops back interlocking protuberance.In addition,, pressing down section 87a is extruded in the box resettlement section 27 because spheroid receiver 7 is packed into, make when the dismounting switch outwards moves by abutting part 78, because leaf spring 72 is rotated the outer rim of protuberance 82 and outwards stoops, thereby interlocking protuberance 72a and interlocking recess 82a can be rabbeted together.That is, when spheroid receiver 7 releasably is installed on the body 2, when the rotation section rotates, also drives spheroid receiver 7 after loading onto and be rotated.
Below, be elaborated with reference to Fig. 3-Fig. 6 about the internal structure of spheroid feeder 1.The body 2 of this spheroid feeder 1 is hollow shape, in establish rotating mechanism 40 and spheroid transfer mechanism 50.Fig. 3 and Fig. 4 are the side ideographs of the rotating mechanism 40 of expression spheroid feeder 1.Fig. 5 and Fig. 6 are the side ideographs of the spheroid transfer mechanism 50 of expression spheroid feeder 1.
At first, describe about rotating mechanism 40.Shown in Fig. 3 (a), rotating mechanism 40 is made of brake connecting rod 41, engaging part 42, rotation section 8, latch for printed circuit 6.To be fore-and-aft directions be linkage component longitudinally to brake connecting rod 41, and pivot props up in body 2 near central authorities.And this brake connecting rod 41 is configured to engage with rotating operation button 4 near the front end, has set coil spring 44 near its rear end, is the elastomeric element that this brake connecting rod 41 is rotated to the direction that resets.
And, engaging part 42 is housed near the rear end of brake connecting rod 41.The tip of this engaging part 42 has inclined plane part 42a and planar portions 42b, and has set elastomeric element coil spring 43 in base portion one side, and is adapted to the longitudinal oscillation of brake connecting rod 41 relatively when rearward acting on by this coil spring 43.
Only bight 61, coil spring 64 constitute latch for printed circuit 6 by base portion 60, card.Coil spring 64 is elastomeric elements, is used to isolate flat board 65 and base portion 60 (making card end the direction that rotation section 8 is shifted in bight 61) on the circular slab 27a that is vertical at box resettlement section 27.That is, latch for printed circuit 6 makes card end bight 61 by coil spring 64 and forwards acts on, and the tip that makes this card end bight 61 inserts engagement pin 84, to prevent rotation section 8 rotations.
Below, describe about the action of rotating mechanism 40.Shown in Fig. 3 (b), after the user inwardly depressed rotating operation button 4, the elastic force of confrontation line coil spring 44 rotated brake connecting rod 41, thereby and because the planar portions 42b of engaging part 42 engages rotation rotation section 8 with the roller bearing that is coupling on engagement pin 84.At this moment, the roller bearing that is coupling because of the engagement pin 84 on the symmetric position of the turning cylinder of the portion of relatively rotating 8 is depressed the inclined-plane that the card of latch for printed circuit 6 ends bight 61, thereby makes the coil spring 64 of rotation section 8 antagonism latch for printed circuit 6 rotate.
And, shown in Fig. 4 (a), after the user depresses rotating operation button 4 fully, insert once more between the engagement pin 84 after by coil spring 64 effects because of the card of latch for printed circuit 6 ends bight 61, rotation section 8 prevents its rotation by latch for printed circuit 6 on the position after having rotated 45 degree.
And shown in Fig. 4 (b), after the user decontroled rotating operation button 4, brake connecting rod 41 rotated to the direction that resets by near the coil spring 44 that is loaded on these brake connecting rod 41 rear ends.At this moment, because of the inclined plane part 42a of engaging part 42 engages with the roller bearing that is coupling on engagement pin 84, the elastic force of the coil spring 43 that antagonism engaging part 42 rearward act on forwards slides engaging part 42, thereby makes brake connecting rod 41 to the direction rotation that resets.Thus, shown in Fig. 3 (a), after the user decontrols rotating operation button 4, rotating mechanism 40 resets, no matter the user operates how many times rotating operation button 4, spheroid receiver 7 rotates by each 45 degree, can be easily the spheroid accommodation space 71 of having taken in the spheroid 9 of wanting the color of taking out be configured to spheroid conveying end 29 places.
Secondly, describe about spheroid transfer mechanism 50.As shown in Figure 5, spheroid transfer mechanism 50 is that the transfer member 51 of longitudinal component, the coil spring 54 that transfer member 51 is resetted constitute by fore-and-aft direction.These transfer member 51 pivots prop up near the body 2 the central authorities.In addition, this transfer member 51 is configured to engage with handover action button 5 near the front end.Coil spring 54 is equipped near the rotating shaft, is the elastomeric element that transfer member 51 is rotated to the direction that resets.
Near the rear end of this transfer member 51, form cutout board 30 in order to block spheroid conveying end 29.The size of this cutout board 30 is the size that spheroid 9 can not fall from spheroid conveying end 29.In addition, vertically be provided with extrusion plate 31 in the end of cutout board 30.This extrude plate 31 extend to the supporting plate 26 that is formed on the body 2 near.
At this, supporting plate 26 is flat boards of catching the spheroid 9 that falls from spheroid conveying end 29, and it is positioned at the position, opposite of spheroid conveying end 29 and forms and spheroid conveying end 29 almost parallels.And this supporting plate 26 is configured to the spacing distance of cutout board 30 only a little longer than the external diameter of spheroid 9.
And transfer member 51 has the control panel 32 that forms with extruding plate 31 almost parallels.This control panel 32 is the side plates to the longitudinal direction prolongation of transfer member 51.In addition, this control panel 32 is configured to the spacing distance that extrudes plate 31 only a little longer than the external diameter of spheroid 9.
And transfer member 51 prolong to extrude plate 31 and is parallel to control panel 32 and vertically is provided with dull and stereotyped 55 in supporting plate 26 the place aheads.The side plate by this flat board 55, control panel 32 and handle portion 20 and the side plate of transfer member 51 form path 14, and it is that spheroid 9 is guided to path in the path of navigation 22 of body 2.
In addition, formed snap-latch piece 52 in the rear end of transfer member 51.And, on this snap-latch piece 52, form engaging inclined-plane 52a with the engaging half-round 85 engagings of rotation section 8 when transfer member 51 rotates.
These engaging half-round 85 semicircular in shape shape bodies, outstanding based on the outer peripheral face of circle shape substrate 80 in the rotation section 8 to foreign side, and equally spaced form 8 in a circumferential direction.In addition, each of this engaging half-round 85 all is arranged in and is configured in the lateral plan between the engagement pin 84.
Thus, after spheroid transfer mechanism 50 action, at the latter half of its action, engaging inclined- plane 52a and 85 engagings of engaging half-round, make rotation section 8 antagonism latch for printed circuit 6 coil spring 64 elasticity and rotate slightly.And after spheroid transfer mechanism 50 resetted, the elasticity of the coil spring 64 by latch for printed circuit 6 made rotation section 8 also reset.That is, this spheroid feeder 1 has the swing mechanism that is made of spheroid transfer mechanism 50, rotation section 8 and latch for printed circuit 6, thereby this swing mechanism is the mechanism that rotation section 8 is rotated slightly swing spheroid receiver 7 when 50 actions of spheroid transfer mechanism.
Therefore, shown in Fig. 6 (a), after the user inwardly depressed transfer operation button 5, transfer member 51 rotated, in the latter half of this rotational action, the engaging inclined-plane 52a of snap-latch piece 52 with engage half-round 85 and engage.And, after the user further inwardly depresses transfer operation button 5, in the roller bearing of engaging on the half-round 84 inclined-plane that the card of latch for printed circuit 6 ends bight 61 is depressed because of being coupling, thus make rotation section 8 antagonism latch for printed circuit 6 coil spring 64 and rotate slightly.
And, shown in Fig. 6 (b), after transfer operation button 5 is fully inwardly depressed by the user, when rotate slightly rotation section 8, the spheroid conveying end 29 of closing by cutout board 30 is opened, because of supporting plate 26 is inserted near the of control panel 32 and passes path of navigation 22 closing passages 14 between stripper plate 31 and dull and stereotyped 55, thereby make and from the spheroid accommodation space 71 that is configured in spheroid conveying end 29, only take out 1 spheroid 9.
And after the user decontroled transfer operation button 5, transfer member 51 rotated to the direction that resets by near the coil spring 54 that is loaded on these transfer member 51 rotating shafts, and as shown in Figure 5, spheroid transfer mechanism 50 resets.For this reason, no matter the user operates how many times transfer operation button 5, can both from spheroid receiver 7, go out spheroid 9 to body 2 side-draws.Moreover, when user's transition of operation action button 5, swing mechanism action back swing spheroid receiver 7.
Secondly, describe with reference to Fig. 7 about the path of taking out spheroid 9 by the handover action button 5 of operating this spheroid feeder 1 one by one.Shown in Fig. 7 (a), this spheroid feeder 1 is not being operated under the state of transferring action button 5, because of spheroid conveying end 29 is closed by cutout board 30, so spheroid 9 can be sent in the handle portion 20 from spheroid accommodation space 71.
And according to the above, the temporary transient spheroid receiver 7 that is communicated with is transplanted on spheroid 9 in the handle portion 20 with handle portion 20 thereby this spheroid feeder 1 is spheroid transfer mechanism 50 action backs.That is to say, shown in Fig. 7 (b), after moving by the cutout board 30 that will be configured in spheroid conveying end 29 belows, spheroid 9 is fallen in the handle portion 20.
At this, spheroid feeder 1 is constituted as in 1 action of spheroid transfer mechanism 50 can only take out 1 spheroid 9.Particularly, shown in Fig. 6 (b) and Fig. 7 (b),, this spheroid feeder 1 forms spheroid spatial accommodation 3 thereby being constituted as 1 spheroid 9 of accommodating and keeping taking out from spheroid conveying end 29 when 50 actions of spheroid transfer mechanism.And spheroid transfer mechanism 50 is constituted as the spheroid 9 of accommodating and remaining in the spheroid spatial accommodation 3 and will be shifted in the path of navigation 22 after resetting.
When 3 of spheroid spatial accommodations are formed at after spheroid transfer mechanism 50 action spheroid conveying end 29 opened, be to come out by the extrusion plate 31 and control panel 32 zonings of the spheroid conveying end 29 of body 2, supporting plate 26, biside plate, spheroid transfer mechanism 50.Moreover this spheroid spatial accommodation 3 forms the volume that can only accommodate 1 spheroid 9.
Therefore, shown in Fig. 7 (b), after 50 actions of spheroid transfer mechanism, spheroid 9 falls from the spheroid accommodation space 71 that is configured in spheroid conveying end 29.After this, this 1 spheroid 9 is caught by supporting plate 26 and is accommodated and remain in the spheroid spatial accommodation 3.That is, Ci Shi spheroid 9 is moved by the extrusion plate 31 of the supporting plate 26 of body 2, biside plate, transfer member 51 and control panel 32 restrictions.
In addition, shown in Fig. 7 (c), after spheroid transfer mechanism 50 resetted, when spheroid conveying end 29 was closed by cutout board 30, control spheroid 9 fell after the control panel 32 of path of navigation 22 moves from supporting plate 26, decontrols the control that falls to spheroid 9.And the spheroid 9 that takes out from spheroid conveying end 29 and be configured on the supporting plate 26 is forced out by extruding plate 31.
Therefore, close closed solid sphere conveying end 29 after spheroid transfer mechanism 50 resets, the spheroids 9 of accommodating and remaining in the spheroid spatial accommodation 3 fall from supporting plate 26, pass passage 14 and are transferred in the path of navigation 22.And the spheroids 9 that are transplanted in the path of navigation 22 will be directed to peristome 21, from peristome 21 outwards under the clan, thereby be configured on the precalculated position such as substrate.
In addition, on path of navigation 22, be provided with the speed adjustment part in this spheroid feeder 1, to reduce the speed of fall of spheroid 9.This speed adjustment part is provided with speed trimmer 23, and it is configured near the inner face from handle portion 20 the peristome 21 inwardly outstanding.This speed trimmer 23 is the flat boards that are provided in perpendicular on spheroid feeder 1 longitudinal direction, and 2 flat boards are configured near the inner face of the handle portion 20 the peristome 21 inwardly outstanding mutually.
Thus, the spheroid 9 that falls from supporting plate 26 is directed to peristome 21 by speed trimmer 23 after stopping near the peristome 21, thereby shortened the distance that falls, compared with the situation that does not have speed trimmer 23 the spheroid speed that falls from peristome 21 is slowed down.That is to say that this spheroid feeder 1 can prevent that the spheroid 9 that falls from bump taking place and the situation of bounce-back when being configured to above the substrate etc. from peristome 21.Moreover speed trimmer 23 is not limited only to be set as 2, also can be more than 1 or 3.In addition, the speed trimmer is not limited only to be made as the situation of speed trimmer 23, also can adopt to be set as the high various structures such as passage of frictional resistance.
So, by the present invention, can provide a kind of spheroid feeder 1 that uses mainly as the pearl toy, it is taken in after a plurality of painted spheroids 9 can being distinguished color, and the various painted spheroid 9 that will be contained takes out seriatim selectively.In addition, can provide a kind of spheroid feeder 1, form spheroid spatial accommodation 3 owing to being constituted as spheroid transfer mechanism 50 action backs, so can from spheroid conveying end 29, spheroid 9 be taken out seriatim exactly.
And, a kind of spheroid feeder 1 can be provided, because of being provided with the swing mechanism of swing spheroid receiver 7 when spheroid transfer mechanism 50 moves, after 7 swings of spheroid receiver, the a plurality of spheroids 9 that are accommodated in the spheroid accommodation space 71 are stirred, so can not cause obstruction, can easily spheroid 9 be taken out.
And this spheroid feeder 1 is owing to being made as self-mountable ﹠ dismountuble with spheroid receiver 7, so can carry out replenishing of spheroid 9 simply.Moreover, be not limited only to be set as self-mountable ﹠ dismountuble, can constitute spheroid receiver 7 and be articulated on the body 2,7a on the one side of spheroid receiver 7 is made as lid to be opened/closed, perhaps, also can constitute each spheroid accommodation space 71 window to be opened/closed is set separately, thereby can replenish spheroid 9.
In addition, form owing to spheroid receiver 7 uses transparent material, the painted spheroid of wanting to take out 9 can and be selected easily with Visual Confirmation.Moreover spheroid receiver 7 also can form with opaque material.In this case, in order to allow the user select painted spheroid 9 easily, be adapted at constituting on the side plate 7a of spheroid accommodation space 71, corresponding each spheroid is received the position in space 71 and is sticked expression and take in the label of spheroid 9 colors.
And the present invention is not limited only to above embodiment, for example, with longitudinal direction of the rotating shaft direction of spheroid receiver 7 alignment handle portion 20 or the like, can freely change, improve in the scope that does not break away from inventive concept.
Claims (7)
1. spheroid feeder is characterized in that possessing: body, and the rear end of its tubular handle portion has the box resettlement section; And
Spheroid is taken in box, and it has a plurality of spheroid accommodation spaces in a circumferential direction, and rotatably remains on the box resettlement section,
Above-mentioned body has peristome at the tip of above-mentioned handle portion, when the rear end of this handle portion has the spheroid conveying end, also has the path of navigation that is communicated with above-mentioned peristome and above-mentioned spheroid conveying end in above-mentioned handle portion,
Be provided with in the above-mentioned body: rotating mechanism, it only is rotated above-mentioned spheroid receiver by predetermined angular; And spheroid transfer mechanism, it only is transplanted on the spheroid in the above-mentioned spheroid accommodation space in the above-mentioned path of navigation from above-mentioned spheroid conveying end, possesses rotating operation button that makes above-mentioned rotating mechanism action and the handover action button that above-mentioned spheroid transfer mechanism is moved in the above-mentioned handle portion.
2. spheroid feeder as claimed in claim 1 is characterized in that,
When moving, above-mentioned spheroid transfer mechanism forms 1 spheroid that the spheroid spatial accommodation is accommodated and kept only taking out from above-mentioned spheroid conveying end;
Above-mentioned spheroid transfer mechanism constitutes in the mode that the spheroid of accommodating in the above-mentioned spheroid spatial accommodation and keep is transplanted on above-mentioned path of navigation after resetting.
3. spheroid feeder as claimed in claim 1 or 2 is characterized in that possessing swing mechanism, swings above-mentioned spheroid receiver when above-mentioned spheroid transfer mechanism moves.
4. as each described spheroid feeder in the claim 1 to 3, it is characterized in that above-mentioned spheroid receiver releasably is installed on the body.
5. as each described spheroid feeder in the claim 1 to 4, it is characterized in that above-mentioned spheroid receiver is formed by transparent material.
6. as each described spheroid feeder in the claim 1 to 5, it is characterized in that be provided with the speed adjustment part on above-mentioned path of navigation, this speed adjustment part reduces the speed of fall of spheroid.
7. spheroid feeder as claimed in claim 6 is characterized in that, above-mentioned speed adjustment part is the speed trimmer, and this speed trimmer is configured near the above-mentioned handle portion inner face the above-mentioned peristome outstanding to the inside.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2009-298038 | 2009-12-28 | ||
| JP2009298038A JP2011136037A (en) | 2009-12-28 | 2009-12-28 | Spherical-body supply device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102107089A true CN102107089A (en) | 2011-06-29 |
Family
ID=44171439
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010102746386A Pending CN102107089A (en) | 2009-12-28 | 2010-09-03 | Ball feeder |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP2011136037A (en) |
| CN (1) | CN102107089A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113577792A (en) * | 2020-07-15 | 2021-11-02 | 株式会社万代 | Storage toy and toy set |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP6439020B1 (en) * | 2017-08-24 | 2018-12-19 | 株式会社バンダイ | Article supplier and article supplier set |
| JP2019189352A (en) * | 2018-11-16 | 2019-10-31 | 株式会社バンダイ | Article supply device and article supply device set |
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| JPH06182026A (en) * | 1992-12-18 | 1994-07-05 | Epotsukushiya:Kk | Pachinko toy |
| CN1111539A (en) * | 1993-12-06 | 1995-11-15 | 株式会社爱司电研 | Ball exitting mechanism of pinball game machine |
| JP2551709Y2 (en) * | 1993-12-27 | 1997-10-27 | 株式会社トミー | Stippling toys |
| US5704789A (en) * | 1996-06-20 | 1998-01-06 | Yang; Chie-Te | Bead drawing kit |
| JP2006102354A (en) * | 2004-10-08 | 2006-04-20 | Kawakami Sangyo Co Ltd | Picture working-up instrument |
| CN101293139A (en) * | 2007-04-27 | 2008-10-29 | 科乐美数码娱乐株式会社 | Ball feeding device |
| CN101422653A (en) * | 2007-10-31 | 2009-05-06 | 永福有限公司 | Sphere holding tool |
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2009
- 2009-12-28 JP JP2009298038A patent/JP2011136037A/en active Pending
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| JPH06182026A (en) * | 1992-12-18 | 1994-07-05 | Epotsukushiya:Kk | Pachinko toy |
| CN1111539A (en) * | 1993-12-06 | 1995-11-15 | 株式会社爱司电研 | Ball exitting mechanism of pinball game machine |
| JP2551709Y2 (en) * | 1993-12-27 | 1997-10-27 | 株式会社トミー | Stippling toys |
| US5704789A (en) * | 1996-06-20 | 1998-01-06 | Yang; Chie-Te | Bead drawing kit |
| JP2006102354A (en) * | 2004-10-08 | 2006-04-20 | Kawakami Sangyo Co Ltd | Picture working-up instrument |
| CN101293139A (en) * | 2007-04-27 | 2008-10-29 | 科乐美数码娱乐株式会社 | Ball feeding device |
| CN101422653A (en) * | 2007-10-31 | 2009-05-06 | 永福有限公司 | Sphere holding tool |
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| CN113577792A (en) * | 2020-07-15 | 2021-11-02 | 株式会社万代 | Storage toy and toy set |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2011136037A (en) | 2011-07-14 |
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