JP4897906B2 - Indoor carp streamer - Google Patents

Description

  The present invention relates to an indoor carp streamer that artificially moves a carp streamer indoors, an electric motor provided in the bottom housing, a transmission mechanism for transmitting the rotational driving force of the electric motor, and the bottom housing. A hollow cylindrical outer support column supported, an intermediate shaft disposed coaxially within the outer support column and supported for swinging within a limited angle range by the first transmission mechanism, and a projection perpendicular to the intermediate shaft And a yoke means attached around a pair of horizontal shafts penetrating the outer support column and pivotable together with the intermediate shaft, and various reed head elements detachably attached to the yoke means, The present invention relates to an indoor-light-climbing and flipping device provided with an arrow wheel unit having an arrow wheel that rotates around a horizontal axis provided at the tip of an outer support column.

An example of such an indoor carp streamer is a prior invention of the present applicant and described in Patent Document 1.
However, in the indoor fence lifting and rolling device referred to as “aerial floating body device” described in Patent Document 1 which is the invention of the prior application by the present applicant, in addition to the output shaft of the electric motor, in addition to the gear stage that drives the intermediate shaft In addition, another vertical shaft for supporting the worm for moving the yoke means up and down with a certain stroke through the rope means wound around the pulley provided on the outer support column is required.
In addition, since the gear provided on the output shaft of the electric motor directly drives both the gear provided on the intermediate shaft and the gear provided on the worm support vertical shaft, a motor with a large output is required, and the rotation of the arrow wheel is fast. It was too tiring, lacking elegance and dangerous.

In order to solve the drawbacks described in Patent Document 1 by the applicant, the indoor-light-climbing and rolling device described in Patent Document 2 has been proposed as the prior invention of the applicant.
According to the indoor carp streamer described in Patent Document 2, the first transmission mechanism and the second transmission mechanism are related only to the intermediate shaft, and because the sprocket wheel and chain drive are used, the configuration is simple and the cost is low. And the slewing wheel can be rotated slowly and safely.

Japanese Patent Laid-Open No. 11-318687 JP 2008-29439 A

  However, in Patent Document 2 by the present applicant, which aims to solve the disadvantages of Patent Document 1 by the applicant, all of the left and right shakes of the streamer element including the windsock arranged at the top are synchronized. However, the appearance of the carp streamer element itself is mechanical movement, and the carp streamer element itself is also attached to the core piece forming the skeleton, and the skin of the carp streamer element is inflated, so that it is up, down, left and right The bend when swinging was unnatural.

  Therefore, the object of the present invention is to eliminate the unnatural mechanical feeling and unpleasant bulging feeling, to create a natural swaying feeling that swells and shakes with the wind, and is simple in construction and low in cost. There is an indoor carp streamer that can be manufactured in Japan.

In order to achieve this object, the indoor carp streamer according to the present invention is:
The yoke means for supporting the various streamer elements includes a first swing mechanism that is provided alternately with respect to the intermediate shaft in order from the highest to the lowest, and that swings in synchronization with the intermediate shaft, and the intermediate Via a second swing mechanism configured to swing in the direction opposite to the axis, and attached to the outer support column so as to be rotatable around the axis of the intermediate shaft,
The first swing mechanism is an intermediate shaft fixing bush that is fixed to an intermediate shaft and not fixed to the outer support column, and the pair of horizontal shafts protrude from side surfaces that are diametrically opposed to each other. The intermediate shaft fixing bush is configured such that a shaft protrudes outside from a long groove hole provided in the outer support column, the yoke means is attached to a horizontal shaft exposed from the outer support column, and rotates relative to the outer support column. ,
The second swing mechanism is
A column fixing bush fixed to the outer column without being fixed to the intermediate shaft, the intermediate shaft being rotatable in the column fixing bush, and the column fixing bush;
A second intermediate shaft fixing bush that is fixed to the intermediate shaft on one of the upper side and the lower side of the column fixing bush and is not fixed to the outer column;
A play bush that is not fixed to the intermediate shaft or the outer support column on the other of the upper side and the lower side of the support column fixing bush, and the pair of horizontal shafts project from the side surfaces that are diametrically opposed to each other, The horizontal shafts project outward from a long slot provided in the outer support column, the yoke means is attached to the horizontal shaft exposed from the outer support column, and the play rotates relative to the intermediate shaft and the outer support column. With Bush,
A swing lever supported on a support shaft provided on the support fixing bush and swinging within a predetermined angle range about an axis perpendicular to the axis of the intermediate shaft; The rotation around the axis of the intermediate shaft is transmitted to one end of the swing lever, and the other end of the swing lever acts on the play bush to rotate the second intermediate shaft fixing bush. The swing lever for transmitting the rotation in the opposite direction to the yoke means via the horizontal shaft;
Thus, it is characterized in that fluctuations in mutually opposite directions are alternately applied to the sequential streamer elements.

  According to the indoor carp streamer turning apparatus of the present invention, the sequential carp streamer elements are caused to swing each other in the opposite directions by the first swing mechanism and the second swing mechanism. It can create a natural feeling of fluctuation, not unnaturalness.

  In a preferred embodiment of the indoor carp streamer turning apparatus according to the present invention, the swing lever is disposed inside the outer support column, and is provided on each of the support column fixing bush, the second intermediate shaft fixing bush and the play bush. The swing lever is provided at the free end of the lever arm portion, an enlarged spherical bearing portion, a lever arm portion projecting upward and downward from the bearing portion, and And the post fixing bush, the second intermediate shaft fixing bush, and the play bush are arcuate cavities that allow the lever arm portion to rotate and swing, and the bearing portion or the expanding head. It is set as the structure which has the spherical-shaped cavity which accommodates a part so that sliding is possible.

In another preferred embodiment of the indoor carp streamer according to the present invention, the swing lever is disposed outside the outer support column, penetrates the outer support column from the support column fixing bush, and projects outward in the radial direction. A side surface at the other end of the swing lever so that the swing lever is swingably supported by a support shaft and the swing motion of the other end of the swing lever is transmitted to the yoke means. And a transmission pin that is crimped to the yoke means.
As an alternative or in addition, a U-shaped member attached to a horizontal shaft supporting the yoke means so as to transmit the swinging motion of the other end of the swing lever to the yoke means, A transmission pin with an expansion head protruding radially outward from the bottom of the character, and the U-shaped member for accommodating the expansion head of the transmission pin in a recess disposed on the other end side of the swing lever It is set as the structure which has.

  In a preferred embodiment of the indoor carp streamer according to the present invention, the yoke means is moved up and down at a constant stroke via a second transmission mechanism and a rope means wound around a pulley provided on the outer support column. And

  In a preferred embodiment of the indoor carp streamer turning apparatus according to the present invention, the arrow wheel unit has a first end and a second end, and the sleeve is detachably attached to the tip of the outer support column. And a pair of arrow wheels provided on both sides of the horizontal shaft rotatably attached to the sleeve, and the electric motor that drives the first transmission mechanism, and is rotatably supported in the intermediate shaft. A third transmission mechanism that rotationally drives the directional wheel via the central axis that has been made, and a ball ornament attached to the second end of the sleeve. The third transmission mechanism is configured by a magnet means on the central axis. It is comprised by the bevel gear transmission means which has the axial part to connect.

In a preferred embodiment of the indoor carp streamer turning apparatus according to the present invention, the pallet wheel unit has a first end and a second end, and the sleeve is detachably attached to the tip of the outer support column. A pair of directional wheels provided on both sides of a horizontal shaft rotatably attached to the sleeve, and a support plate provided at the second end of the sleeve to drive the first transmission mechanism. A second electric motor different from the electric motor, a third transmission mechanism that transmits the rotation of the second electric motor to the horizontal shaft of the arrow wheel, a tip portion of the sleeve, the second electric motor, and the third transmission And a ball ornament surrounding the upper part of the mechanism.
According to this configuration, the trolley unit is made detachable, and an electric motor different from the electric motor for driving the transmission mechanism for the swing mechanism and the vertical movement mechanism is used, and the transmission mechanism for driving the directional wheel Since it is not necessary to arrange the central shaft that forms a part in the intermediate shaft that forms a part of the swing mechanism, the bevel tooth (bevel) for driving an arrow wheel by the applicant described in Patent Document 2 is eliminated. ) It is simpler to construct and assemble than the prior art that combines the gear mechanism with the central shaft, and it is easy to disassemble and store.

Furthermore, in a preferred embodiment of the indoor carp streamer turning device according to the present invention, the various carp streamer elements are sized according to their sizes,
A muzzle means having a muzzle provided with a hook to be hooked on the yoke means;
At least two tubular skeleton members extending from the left and right halves of the muzzle in the circumferential direction so as to be parallel to the axis of the muzzle and extending substantially to the center of the skeleton, and these skeleton materials A first half skeleton part composed of a plurality of thin plastic rods as a brazing material connecting the two,
It is fixed to the center of the body ring attached to the end of the skeleton material opposite to the mouth ring side, extends toward the tail, and is formed into a shape substantially corresponding to the contour of each heading element. A second half skeleton part consisting of a flat sheet and a plurality of plastic rods as brazing materials attached to the flat sheet apart from each other;
Various streamer element skins formed in a bag shape to be attached to the first half skeleton part from the second half skeleton part,
It consists of. According to this embodiment, by the applicant described in Patent Document 2, it becomes lighter than the prior art in which foamed polystyrene as a bulging material is attached to both surfaces of a flat sheet that extends from the mouth ring to the tail as a whole, In addition, since the second half skeleton part bends, the movement becomes real.

In still another preferred embodiment of the indoor carp streamer turning device according to the present invention, the various carp streamer elements are sized according to their sizes,
A muzzle means having a muzzle provided with a hook to be hooked on the yoke means;
At least two tube-like skeleton members that protrude from the left and right half portions of the muzzle in the circumferential direction so as to be parallel to the axis of the muzzle and extend substantially to the center of the skeleton, and the left and right 2 A first half skeleton part composed of a plurality of narrow plastic bands, each of which is attached to the periphery of a total of four skeleton materials,
The frame material is held on the side opposite to the mouth ring side of the frame material, sandwiched and held between a pair of plates with overhanging arms, extends toward the tail, and substantially corresponds to the contour of each heading element A second half skeleton portion comprising a flexible flat sheet formed on and a plurality of plastic bands as brazing materials attached to the flat sheet apart from each other;
Skins of various streamers formed in a bag shape to be attached to the first half skeleton part from the second half skeleton part,
It consists of. According to this configuration, the configuration and assembly of the streamer element can be further simplified.

  Next, preferred embodiments of the present invention will be described with reference to the drawings.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a diagrammatic side view showing the entirety of a first embodiment of an indoor carp streamer according to the present invention. The transmission mechanism of the indoor carp streamer according to the present invention is shown, (a) is a side view with a partial cross section, (b) is a side view with a partial cross section viewed from another angle, and (c) is (a). It is a top view made into the partial cross section on the CC line. It is a side view which shows the intermediate | middle shaft arrange | positioned in the outer side support | pillar of this indoor indoor climbing and rolling apparatus, and various bushes with which this intermediate shaft was mounted | worn. It is a diagrammatic explanatory view showing the upper two yoke means and the second (even-numbered) second swing mechanism attached to the outer column in the indoor carp streamer turning apparatus of the present invention, (a) is a partial side view (B) is a cross-sectional view showing the yoke means, (c) is an end view of the yoke means, (d) is a partial longitudinal sectional view showing a swing lever of the second swing mechanism, and (e) is a swing lever. FIG. FIG. 3 is a diagrammatic explanatory view showing a lower two yoke means, a mouth ring means attached to the yoke means, and a vertical movement mechanism connected to the mouth ring means of the indoor carp streamer according to the present invention, (a) (B) is a cross-sectional view of the yoke means, (c) is a cross-sectional view of the rope means of the vertical movement mechanism, and (d) is a cross-sectional view of the yoke means related to the second swing mechanism. . It is a diagrammatic explanatory view showing a part of the muzzle means and the front half skeleton part of the carp streamer element in the indoor carp streamer of the present invention, (a) is an end view of the muzzle means, (b) is a partial plan view (C) is a partial side view. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a diagrammatic explanatory view showing a part of a first half skeleton part and a part of a second half skeleton part of a carp streamer element in an indoor carp streamer turning apparatus according to the present invention. (C) is a partial side view. It is the diagrammatic explanatory view which shows the latter half skeleton part of the streamer element in the indoor streamer of the present invention, (a) is a side view, (b) is a plan view. It is a diagrammatic explanatory view of an arrow wheel unit in the indoor carp streamer turning device of the present invention, (a) is a longitudinal sectional view, (b) is a longitudinal sectional view that achieves the above-mentioned object at an angle different from (a), c) is a plan view of a ball decoration. It is explanatory drawing which shows the detail of the 2nd swing mechanism in this invention indoor carp streamer turning apparatus, (a) is a cross section, (b) is a side view made into a partial cross section, (c) is made into a partial cross section. It is an end view. It is explanatory drawing which shows the 2nd swing mechanism of 2nd Example in this invention indoor carp streamer. It is explanatory drawing which shows the detail of the 2nd swing mechanism shown in FIG. 11, (a) is a partial longitudinal cross-section (on the AA line of FIG.2 (b)) along the plane in which a rocking lever exists, (b ) Is a cross-sectional view of the support fixing bush, (c) is a partial vertical cross-section along the plane on which the swing lever of the support fixing bush exists, and (d) is a cross-sectional view of the second intermediate shaft fixing bush or idle bush. e) is a partial longitudinal section along the plane where the swing lever of the second intermediate shaft fixed bush exists, and (f) is a partial longitudinal section along the plane where the swing lever of the play bush exists. ), The swing lever is omitted. It is explanatory drawing which shows the transmission mechanism in the other Example of an arrow wheel unit. It is explanatory drawing of the first-half frame | skeleton part of a streamer element, (a) is a side view, (b) is a cross-sectional view. It is explanatory drawing of the intermediate | middle frame | skeleton part and the latter half frame | skeleton part of a streamer element, (a) is a top view, (b) is a side view of a plate with an overhanging arm, (c) is a cross-sectional view of a plate with an overhanging arm, (d ) A partial side view of the latter half skeleton part.

  FIG. 1 shows a diagrammatic overall view of an indoor carp streamer 1 according to the present invention. An indoor kite climbing apparatus 1 according to the present invention includes a bottom housing 2, a hollow cylindrical outer column 3 supported on the bottom housing 2, and a kite streamer element 4A, 4B, 4C, 4D supported on the outer column 3. It has an arrow wheel unit 5. The various streamer elements are streamers (4A), black kites (4B), red kites (4C), and blue kites (4D). However, other kite streamers may be provided according to preference.

  FIG. 1 shows a mechanism for moving up and down the streamer elements 4A, 4B, 4C, and 4D, a mechanism for alternately swinging the streamer elements 4A, 4B, 4C, and 4D, and a separate unit for driving the arrow wheel unit. The Example provided with this drive motor is shown.

  As shown in FIG. 3, the outer support column 3 accommodates an intermediate shaft 6 coaxially disposed on the outer support column 3 and a plurality of bush means 7 attached to the intermediate shaft 6. Further, as shown in FIG. 2, the bottom housing 2 accommodates the electric motor 8 and the first transmission mechanism 9 and the second transmission mechanism 10 that transmit the rotational driving force of the electric motor.

  As shown in FIGS. 1 and 2, the bottom housing 2 is provided with a top plate 12 that stably supports the outer support column 3 and through which the intermediate shaft 6 and the rope 11 of the rope means penetrate. The top plate 12 is provided with a power switch 13.

  According to the indoor carp streamer 1 of the present invention, the first transmission mechanism 9 is fixed to the transmission mechanism box 8A of the electric motor 8, the output shaft 8B protruding from the transmission mechanism box 8A, and the output shaft 8B. A first drive shaft 15 provided with a worm 14 in the middle, and a first drive disk 16 connected to the first drive shaft 15 are provided. The electric motor 8 and the transmission mechanism box 8A are attached to a partition plate 2A provided in the bottom housing 2.

  The first transmission mechanism 9 is further fixed to the intermediate shaft 6 and a roller 18 that is rotatably provided on a first eccentric pin 17 protruding from the first drive disk 16, and protrudes in a radial direction from the intermediate shaft 6. The guide arm means 19 sandwiches the roller 18 so as to be capable of rolling guidance.

  The second transmission mechanism 10 includes a worm wheel 20 meshing with a worm 14 provided in the middle of the first drive shaft 15 and a worm box 2C attached to the partition plate 2B in the bottom housing 2 so as to be orthogonal to the first drive shaft 15. And a second drive disk 22 fixed to the second drive shaft 21 rotatably attached to the second drive disk 22 and a second eccentric pin 23 attached to the second drive disk 22. A ring provided at one end of the rope 11 in the rope means is slidably connected to the second eccentric pin 23.

  According to the indoor carp streamer 1 of the present invention, when the motor 8 is switched on by the power switch 13, the rotation of the output shaft 8B causes the first drive shaft 15, the first drive disk 16, and the first drive mechanism 9 to rotate. The intermediate shaft 6 is rotated in a certain angle range via the eccentric pin 17, the roller 18 and the guide arm means 19. A radial bearing bush 7R that is rotatably supported in the outer column 3 is provided at the upper end of the intermediate shaft 6, and a thrust bearing bush that is provided with a fork that meshes with the thrust bearing portion 6A at the lower end of the intermediate shaft 6. 7S is fixed.

  Further, the rotation of the output shaft 8B is caused by the worm 14 provided in the middle of the first drive shaft 15, the worm wheel 20 of the second transmission mechanism 10, the second drive shaft 21, the second drive disk 22, and the second eccentric pin 23. Accordingly, the rope 11 of the rope means wound around the pulley means 24 provided in the upper part of the outer support column is moved up and down, and the yoke means 25 rotatably attached to the support column is moved up and down. The head-lifting elements 4A to 4D connected to the hooks are slowly moved up and down.

  Further, the intermediate shaft 6 is swung around the vertical axis within a certain angle range by the first transmission mechanism 9, and the yoke means 25 connected to the bush means 7 attached to the intermediate shaft 6 is also swung. The streamer elements 4A to 4D, which are hook-coupled to each other via the muzzle means 26, reciprocate slowly from side to side. Therefore, the streamer elements 4A to 4D can be turned around without requiring wind power even indoors.

  According to the present invention, the first head swing mechanism K1 and the second head swing mechanism K2 related to the yoke means 25 are alternately arranged with respect to the intermediate shaft 6 so that the headlight elements 4A to 4D are alternately reversed. Let the head swing.

  As shown in FIG. 3, the first swing mechanism K1 is fixed to the intermediate shaft 6 and is not fixed to the outer support column 3. The intermediate shaft fixing bush 7A and the side surfaces of the intermediate shaft fixing bush 7A that face each other in the diametrical direction. And a pair of horizontal shafts 27 (see FIG. 4) projecting radially outward from each other, and a long groove hole 28 (see FIG. 4) provided in the outer support column 3 so as to expose these horizontal shafts 27 to the outside. . By this long groove hole 28, the horizontal shaft 27 can be rotated relative to the outer support column 3 in the horizontal plane by the rotation of the intermediate shaft 6 within a certain angle range.

  A yoke means 25 is pivotally attached to the ends of a pair of horizontal shafts 27 exposed to the outside from the outer support column 3, and swinging movement and vertical movement movement are performed by the first transmission mechanism 9 and the second transmission mechanism 10. Can do.

  As shown in FIG. 3, the second swing mechanism K <b> 2 has a column fixing bush 7 </ b> B that is not fixed to the intermediate shaft 6 but is fixed to the outer column 3. The intermediate shaft 6 can be rotated in the support column fixing bush 7B, and a support shaft 29 (see FIG. 4) protruding through the outer support column 3 and projecting in the radial direction is provided.

  As shown in FIG. 3, the second swing mechanism K2 further includes a second intermediate shaft fixing bush 7A ′ that is fixed to the intermediate shaft 6 below the support column fixing bush 7B and not fixed to the outer support column. As shown in FIG. 4, the second intermediate shaft fixing bush 7A ′ is provided with a working pin 30 protruding radially outward through a second long groove hole 28 ′ provided in the outer support column 3.

  Further, as shown in FIG. 3, the second swing mechanism K2 has a play bush 7C that is not fixed to the intermediate shaft 6 or the outer support 3 above the support post fixing bush 7B, and the play bush 7C has a diametrical direction. A pair of horizontal shafts 27 projecting radially outward from the side surfaces facing each other. The horizontal shaft 27 is protruded to the outside from the long groove hole 28 provided in the outer support column 3, and the yoke means 25 is attached to the horizontal shaft 27 exposed from the outer support column 3, and is rotated relative to both the intermediate shaft 6 and the outer support column 3. enable.

  The second swing mechanism K2 further includes a swing lever 33 having a center hole 33A. The swing lever 33 is rotatable about the support shaft 29 provided on the support post fixing bush 7B through the center hole 33A. Support. The expansion head 30A of the action pin 30 of the second intermediate shaft fixing bush 7A ′ is accommodated in the lower recess 34 provided below the center hole 33A.

  As rocking transmission means for transmitting the rocking motion of the upper end portion of the rocking lever 33 to the yoke means 25, as shown in FIG. 4, the rocking lever 33 is pressure-bonded to the wings 25 A on both sides of the yoke means 25. A pair of transmission pins 36 are provided, and the oscillation of the swing lever is transmitted from the transmission pins 36 to the yoke means 25 via the yoke means 25, and the swinging motion in the direction opposite to the swing motion of the first swing mechanism is performed. Enable exercise.

  As a swing transmission means for transmitting the swing motion of the upper end of the swing lever to the yoke means, instead of or in addition to the transmission pin 36 provided on the swing lever 33, the horizontal shaft 27 of the play bush 7C is used. As shown in FIG. 5 (d), a U-shaped member 31 (see FIG. 10) is attached, and a transmission pin 32 with an enlarged head is moved radially outward from the U-shaped bottom of the U-shaped member 31. The enlarged head 32 </ b> A is provided at the tip of the transmission pin 32. The expansion head 32A is accommodated in an upper recess 35 provided above the center hole of the swing lever 33.

  With this configuration, the rotation of the second intermediate fixing bush 7A ′ on the lower side of the column fixing bush 7B in the direction opposite to the rotation direction synchronized with the rotation of the intermediate shaft 6 is performed on the lower side of the swing lever 33. The pin 30 is given to the yoke means 25 via the transmission pin 32 of the U-shaped member 31 on the upper side opposite to the center support shaft 29 and the play bush 7C. What is the swing motion of the first swing mechanism? Allows reverse heading movement.

  The rope 11 of the rope means wraps around the ascending portion 11A extending from the second drive disk 22 of the second transmission mechanism 10 and moving upward, and the pulley means 24 provided at the upper end of the outer column 3 and then downward. And a descending portion 11B that faces. The descending portion 11B of the rope 11 is provided with a connecting member 37 that is fixed at a position between the two adjacent climbing elements. At one end of the connecting member 37, for example, a head portion 37A made of an acrylic ball that penetrates the descending portion 11B and is fixed to the descending portion 11B is provided, and at the other end of the descending portion 11B connecting member 37, A guide ring 38 loosely fitted to the outer support column and a ring portion 37B for connection to one end of the connection rope means 39 connected to the mouth ring means 26 of the streamer element are provided. The lower end portion of the descending portion 11B is connected to the outer support column 3.

  As the ascending portion 11A of the rope 11 freely moves upward and downward inside the guide ring 38, the descending portion 11B of the rope 11 moves downward and upward opposite to the ascending portion 11A inside the guide ring 38. To do. In conjunction with the vertical movement of the descending portion 11B of the rope 11, the guide ring 38 connected to the ring portion 37B of the connecting member 37 moves up and down along the outer column 3 and is connected to the ring portion 37B of the connecting member 37. The rope means 39 also moves up and down. In conjunction with the vertical movement of the connecting rope means 39, the yoke means 25 that hook-connects the mouth ring means 26 of the streamer elements 4 </ b> A to 4 </ b> D moves up and down around the horizontal shaft 27 protruding from the long groove hole 28 provided in the outer column 3. To turn. The descending portion 11B of the rope 11 can be connected to the crossbar 25B provided in the yoke means 25 instead of the connecting member 37 and the connecting rope means 39. The uppermost streamer element 4A (windsink) is connected to a stopper 64 (see FIG. 9) provided near the upper end of the sleeve 52 of the arrow wheel unit 5 described below by the connection rope means 39, and the streamer element 4A Stabilizes the vertical movement of (windsink).

  Each of the various streamer elements 4 </ b> A to 4 </ b> D has a mouth ring means 26 having a mouth ring 41 provided with a hook 40 to be hooked on the yoke means 25 as shown in FIG. The hook 40 and the mouth ring 41 are connected by a plurality of, in the illustrated embodiment, four thin plastic rods 26A.

  At least two tube-like skeleton members 42 extending to the central part of the skeleton, which are separated from each other in the circumferential direction in the left and right halves of the mouth ring 41 and parallel to the axis of the mouth ring, are, for example, screws 43. Protrusively. The skeleton material 42 and a plurality of thin plastic rods as the brazing material 44 interconnecting the skeleton materials 42 adjacent to each other constitute a first half skeleton portion 50. An intermediate body ring 45 is provided at an intermediate portion of the frame material 42, and a terminal body ring 46 is provided at the end of the frame material 42 opposite to the mouth ring side.

  Adjacent to the end body ring 46, a pair of chevron brackets 47 inserted through the skeleton material 42 extends in the direction of the tail along the center plane, and has a shape substantially corresponding to the contour of each headlight element. The formed flexible flat sheet 48 is fixed. The second half skeleton 51 is constituted by the flat sheet 48 and a plurality of plastic rods as the brazing material 49 attached to the flat sheet at a distance from each other. Skins formed in a bag shape as various streamer elements 4 </ b> A to 4 </ b> D are attached from the rear half frame portion 51 to the front half frame portion 50.

  As shown in FIG. 9, the arrow wheel unit 5 has a first end and a second end, a sleeve 52 that is detachably attached to the tip of the outer support column 3, and rotates with respect to the sleeve. A pair of arrow wheels 54 (see FIG. 1) provided on both sides of the horizontally attached shaft 53 and a support plate 55 with a partition provided at the second end of the sleeve are provided. A second electric motor 56 different from the electric motor for driving the first and second transmission mechanisms is fixed to the partition 55A of the support plate 55. A third transmission mechanism 57 is provided for transmitting the rotation of the second electric motor 56 to the horizontal shaft 53 of the arrow wheel. The third transmission mechanism 57 is preferably a sprocket wheel and a toothed belt wound around the sprocket wheel.

  A ball decoration 58 that surrounds the tip portion of the sleeve 52 including the support plate 55, the second electric motor 56, and the upper portion of the third transmission mechanism 57 is provided. A plurality of air holes 59 are provided in the upper portion of the ball ornament 58, and the ball ornament 58 is fixed to the partition 55 </ b> A of the support plate 55 by a fixing pin 60.

  The second electric motor 56 is connected to the power switch 13 and is connected to a power supply cord 61 (see FIG. 1) inserted into the hollow intermediate shaft 6 from a cord introduction bush 7D (see FIG. 3) provided in a lower portion of the intermediate shaft. Power is supplied by the connection cord 63 through the connectable outlet 62. As described above, in the vicinity of the upper end portion of the sleeve 52, the stopper 64 (see FIG. 9) for the connecting rope means 39 for stabilizing the vertical movement of the kite streamer element 4A (windsink) is provided.

FIG. 11 shows a part of an embodiment provided with a first transmission mechanism that alternately applies a reverse swinging motion to sequential carp elements, and an arrow wheel unit that is driven by the same drive motor as the first transmission mechanism. Indicates.
Therefore, in the second embodiment, although not shown, a central shaft 65 that is coaxially supported inside the intermediate shaft 6 and rotates within the intermediate shaft is provided. Although not shown, the central shaft 65 can be driven by a third transmission mechanism using a gear and a toothed belt similar to Japanese Patent Application Laid-Open No. 2008-29439, which is a prior invention of the present applicant.

  In the first embodiment, the second transmission mechanism 10 is provided with a mechanism for moving the lifter element up and down, but the second transmission mechanism and the vertical movement mechanism are not necessarily provided. Therefore, the yoke means 25 can be configured not to rotate around the axis of the horizontal shaft 27. In the first embodiment, the windsock is provided, but the windsock is not necessarily provided. Furthermore, in the first embodiment, the swing lever 33 of the second swing mechanism K2 is disposed outside the outer support column 3. However, in the second embodiment, the swing lever 66 of the second swing mechanism K2 is mounted on the outer support column 3. Since it is disposed inside, the structure is simple and the appearance is neat and good-looking compared to the first embodiment, and noise can be reduced.

  In the second embodiment, the swing lever 66 of the second swing mechanism K2 is disposed inside the outer support column 3, and cavities provided in the support column fixing bush 7B, the second intermediate shaft fixing bush 7A ', and the idle bush 7C, respectively. It arrange | positions so that a movement is possible inside (refer FIG. 12). In the second embodiment, the second intermediate shaft fixing bush 7A ′ and the idle bush 7C are configured to have an upside-down relationship with respect to the first embodiment.

  The swing lever 66 includes an enlarged spherical bearing 67, lever arms 68 and 69 protruding upward and downward from the bearing, and enlarged heads provided at the free ends of the lever arms 68 and 69, respectively. The column support bushing 7B, the second intermediate shaft fixing bushing 7A ', and the idle bushing 7C have an arcuate cavity 71 and a bearing that allow the lever arm portions 68 and 69 to rotate and swing. It is configured to have a spherical cavity 72 that slidably accommodates the portion 67 or the enlarged head portions 70 and 70 '.

  With this configuration, the rotation around the axis of the intermediate shaft 6 is transmitted to the enlargement head portion 70 at one end of the swing lever 66, and the enlargement head portion 70 ′ at the other end of the swing lever serves as an idle bush. Acting on 7C, the rotation in the direction opposite to the rotation of the second intermediate shaft fixing bush 7A is transmitted to the yoke means 25 via the horizontal shaft 27.

  As shown in the uppermost part of FIG. 11, an iron dish-like plate 73 is provided on the top of the central shaft 65, and the shaft part of the first bevel gear 74 of the arrow wheel unit shown in FIG. It attracts | sucks to the magnet plate 77 provided in the bottom part of the guide sleeve 76 accommodated so that 75 may be pressed.

  In FIG. 14, the left and right halves of the muzzle 41 shown in FIG. 6 are protruded from the muzzle 41 so as to extend away from each other in the circumferential direction and in parallel with the axis of the muzzle, and almost to the center of the skeleton. A plurality of thin plastic bands are shown as the collar member 44 ′ attached around the front half skeleton portion 50 of at least two (four in total) tubular skeleton members 42.

  As shown in FIG. 15, a flexible flat sheet 48 that extends in the direction of the tail and has a shape substantially corresponding to the contour of each streamer element is formed in the middle portion of the skeleton material 42. The skeleton material is held on the side opposite to the wheel side, and is clamped by being sandwiched between a pair of plates 78 with protruding arms. Further, as shown in FIG. 15, the second half skeleton portion 51 is provided with a plurality of plastic bands 49 ′ as a saddle member attached to the flat sheet 48 apart from each other. From the second half skeleton portion 51 to the first half skeleton portion 50, skins of various streamer elements formed in a bag shape are attached.

  The indoor carp streamer device of the present invention can be used for appreciation at home without a garden and display at a store at the time of May.

DESCRIPTION OF SYMBOLS 1 Indoor carp streamer device 2 Bottom housing 2A Partition plate 2B Partition plate 2C Warm box 3 Outer support | pillar 4A Carp streamer element (windsock)
4B Carp streamer element (black carp)
4C Carp streamer element (red fox)
4D carp streamer element (blue carp)
5 arrow wheel unit 6 intermediate shaft 6A thrust bearing portion 7 bushing means 7A intermediate shaft fixing bush 7A 'second intermediate shaft fixing bush 7B post fixing bush 7C idle bush 7D cord introduction bush 7R radial bearing bush 7S thrust bearing bush 8 electric motor 8A speed change Mechanism box 9 First transmission mechanism 10 Second transmission mechanism 11 Rope 11A Ascending portion 11B Rope descending portion 12 Top plate 13 Power switch 14 Worm 15 First drive shaft 16 First drive disk 17 First eccentric pin 18 Roller 19 Guide arm means 20 Worm wheel 21 Second drive shaft 22 Second drive disk 23 Second eccentric pin 24 Pulley means 25 Yoke means 25A Yoke means wing 25B Yoke means crossbar 26 Ring ring means 27 Horizontal shaft 28 Long slot 28 ' Second long slot 29 Support shaft 30 Action pin 31 U-shaped member 32 Transmission pin 32A Enlargement head 33 Swing lever 33A Center hole 34 Lower depression 35 Upper depression 36 Transmission pin 37 Connecting member 37A Head portion 37B Ring portion 38 Guide ring 39 Connecting rope means 40 Hook 41 muzzle 42 frame material 43 screw 44 anchor material (plastic rod)
44 'wood (plastic band)
45 Intermediate fuselage ring 46 End fuselage ring 47 Angle bracket 48 Flat sheet 49 Fence (plastic rod)
50 Front half skeleton part 51 Second half skeleton part 52 Sleeve 53 Horizontal shaft 54 Arrow wheel 55 Support plate 55A Screen 56 Second electric motor 57 Third transmission mechanism 58 Ball decoration 59 Air hole 60 Fixing pin 61 Power supply cord 62 Outlet 63 Connection cord 64 Fixing bracket 65 Center shaft 66 Oscillating lever 67 Bearing portion 68 Lever arm portion 69 Lever arm portion 70 Enlarging head portion 70 ′ Enlarging head portion 71 Arc-shaped cavity 72 Spherical cavity 73 Dish plate 74 First bevel gear 75 Second bevel tooth Gear 76 Guide sleeve 77 Magnet plate 78 Plate with overhanging arm K1 First swing mechanism K2 Second swing mechanism

Claims (9)

An indoor carp streamer device that simulates a carp streamer indoors,
An electric motor provided in the bottom housing, and a transmission mechanism for transmitting the rotational driving force of the electric motor;
A hollow cylindrical outer support supported by the bottom housing;
An intermediate shaft that is coaxially disposed in the outer support column and is supported by the first transmission mechanism so as to swing within a limited angle range;
A yoke means projecting so as to be orthogonal to the intermediate shaft and attached around a pair of horizontal shafts penetrating the outer support column, the yoke means being rotatable together with the intermediate shaft;
In the indoor carp streamer turning device comprising various carp streamer elements that are detachably attached to the yoke means, and a gear wheel unit that has a gear wheel that rotates around a horizontal axis provided at the tip of the outer support column.
The yoke means for supporting the various streamer elements includes a first swing mechanism that is provided alternately with respect to the intermediate shaft in order from the highest to the lowest, and that swings in synchronization with the intermediate shaft, and the intermediate Via a second swing mechanism configured to swing in the direction opposite to the axis, and attached to the outer support column so as to be rotatable around the axis of the intermediate shaft,
The first swing mechanism is an intermediate shaft fixing bush that is fixed to an intermediate shaft and not fixed to the outer support column, and the pair of horizontal shafts protrude from side surfaces that are diametrically opposed to each other. The intermediate shaft fixing bush is configured such that a shaft protrudes outside from a long groove hole provided in the outer support column, the yoke means is attached to a horizontal shaft exposed from the outer support column, and rotates relative to the outer support column. ,
The second swing mechanism is
A column fixing bush fixed to the outer column without being fixed to the intermediate shaft, the column fixing bush being rotatable in the column fixing bush;
A second intermediate shaft fixing bush that is fixed to the intermediate shaft on one of the upper side and the lower side of the column fixing bush and is not fixed to the outer column;
A play bush that is not fixed to the intermediate shaft or the outer support column on the other of the upper side and the lower side of the support column fixing bush, and a pair of horizontal shafts protrude from the diametrically opposed side surfaces. The play bush, wherein a horizontal shaft protrudes outward from a long groove hole provided in the outer support column, the yoke means is attached to the horizontal shaft exposed from the outer support column, and the idle bush is rotated relative to the intermediate shaft and the outer support column. When,
A swing lever that is supported by a support shaft provided on the support fixing bush and swings within a predetermined angle range about an axis perpendicular to the axis of the intermediate shaft; and the intermediate shaft in the second intermediate shaft fixing bush The rotation about the axis of the shaft is transmitted to one end of the swing lever, and the other end of the swing lever acts on the play bush to rotate the second intermediate shaft fixing bush. Is a swing lever that transmits the rotation in the reverse direction to the yoke means via the horizontal shaft;
Thus, the indoor carp streamer device is characterized by alternately applying fluctuations in opposite directions to sequential carp streamer elements.
  2. The indoor carp-riding device according to claim 1, wherein the swing lever is disposed inside the outer support column, and is provided in each of the support column fixing bush, the second intermediate shaft fixing bush, and the play bushing. The swing lever includes an enlarged spherical bearing portion, a lever arm portion protruding upward and downward from the bearing portion, and an enlarged head provided at a free end of the lever arm portion. And the column fixing bush, the second intermediate shaft fixing bush, and the play bush include an arc-shaped cavity that allows the lever arm portion to rotate and swing, and the bearing portion or the enlarged head portion. An indoor carp streamer having a spherical cavity that is slidably accommodated.   2. The indoor carp-riding device according to claim 1, wherein the swing lever is disposed outside the outer support column, and the support shaft projects from the support column fixing bush to the outer support column and protrudes radially outward. The swing lever is pivotably supported, and protrudes from the side surface in the vicinity of the other end of the swing lever so as to transmit the swing motion of the other end of the swing lever to the yoke means. An indoor carp streamer having a transmission pin for crimping to the yoke means.   4. The indoor carp streamer according to claim 3, wherein the second intermediate shaft fixed bush is provided with a projecting pin projecting radially outward through a second slotted hole provided in the outer support column. A U-shape that is attached to the horizontal shaft that supports the yoke means so that the pin is accommodated in a recess provided in the rocking lever and the rocking movement of the other end of the rocking lever is transmitted to the yoke means. A transmission pin with an enlarged head that protrudes radially outward from the bottom of the U-shaped member, and the enlarged head of the transmission pin is housed in a recess disposed on the other end side of the swing lever An indoor carp streamer that has the U-shaped member.   5. The indoor kite rolling apparatus according to claim 1, wherein the yoke means is fixed through a second transmission mechanism and a rope means wound around a pulley provided on the outer support column. An indoor carp streamer that moves up and down with a stroke.   The indoor carp streamer according to any one of claims 1 to 5, wherein the arrow wheel unit has a first end and a second end, and the first end is a tip of the outer support column. A sleeve that is detachably attached, a pair of arrows provided on both sides of a horizontal shaft that is rotatably attached to the sleeve, and the electric motor that drives the first transmission mechanism, A third transmission mechanism that rotationally drives the arrow wheel via a central shaft that is rotatably supported by the ball wheel, and a ball ornament attached to the second end of the sleeve. An indoor carp streamer, comprising bevel gear transmission means having a shaft connected to the shaft by magnet means.   The indoor carp streamer according to any one of claims 1 to 5, wherein the arrow wheel unit has a first end and a second end, and the first end is a tip of the outer support column. A detachably attached sleeve, a pair of arrows provided on both sides of a horizontal shaft rotatably attached to the sleeve, a support plate provided at the second end of the sleeve, and a first plate A second electric motor different from the electric motor that drives the transmission mechanism, a third transmission mechanism that transmits the rotation of the second electric motor to the horizontal shaft of the arrow wheel, a tip portion of the sleeve, and the second electric motor An indoor carp streamer, comprising a motor and a ball ornament surrounding the upper part of the third transmission mechanism. In the indoor carp streamer turning device according to any one of claims 1 to 7, the various carp streamer elements are sized according to their sizes,
A muzzle means having a muzzle provided with a hook to be hooked on the yoke means;
At least two tubular skeleton members extending from the left and right halves of the muzzle in the circumferential direction so as to be parallel to the axis of the muzzle and extending substantially to the center of the skeleton, and these skeleton materials A first half skeleton part composed of a plurality of thin plastic rods as a brazing material connecting the two,
It is fixed to the center of the body ring attached to the end of the skeleton material opposite to the mouth ring side, extends toward the tail, and is formed into a shape substantially corresponding to the contour of each heading element. A second half skeleton part consisting of a flat sheet and a plurality of plastic rods as brazing materials attached to the flat sheet apart from each other;
Skins of various streamers formed in a bag shape to be attached to the first half skeleton part from the second half skeleton part,
An indoor carp streamer. In the indoor carp streamer turning device according to any one of claims 1 to 7, the various carp streamer elements are sized according to their sizes,
A muzzle means having a muzzle provided with a hook to be hooked on the yoke means;
At least two tube-like skeleton members that protrude from the left and right half portions of the muzzle in the circumferential direction so as to be parallel to the axis of the muzzle and extend substantially to the center of the skeleton, and the left and right 2 A first half skeleton part composed of a plurality of narrow plastic bands, each of which is attached to the periphery of a total of four skeleton materials,
The frame material is held on the side opposite to the mouth ring side of the frame material, sandwiched and held between a pair of plates with overhanging arms, extends toward the tail, and substantially corresponds to the contour of each heading element A second half skeleton portion comprising a flexible flat sheet formed on and a plurality of plastic bands as brazing materials attached to the flat sheet apart from each other;
Skins of various streamers formed in a bag shape to be attached to the first half skeleton part from the second half skeleton part,
An indoor carp streamer.

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