JP2019213838A - Magnet arrow and target hitting game tool provided with magnet arrow - Google Patents

Abstract

To make it possible to easily adhere to a target made of a magnetic material sheet without causing a magnet arrow mounted with a magnet to be dropped.SOLUTION: A target hitting game tool is provided including an arrow holder 12 and a magnet arrow 1. The arrow holder 12 includes: a cylindrical casing 13; an insertion cylinder 14 inserted and fixed in the casing 13; an elastic band 22 disposed on a rear end 16 side of the insertion cylinder 14; and a gripping member 24 provided on a bottom surface 23 of the casing 13. The magnet arrow 1 includes: a long rod-shaped arrow body 2 that can be inserted into the insertion cylinder 14 of the arrow holder 12 up to a position of the elastic band 22; a short axis-shaped engagement member 4 projecting in a tip axis direction of the arrow body 2; a support member 5 that is disposed at and engaged with a tip of the engagement member 4 with an engagement interval 10 in a rotatable and slidable manner; and a magnet 3 that is fixedly disposed at a tip of the support member 5.SELECTED DRAWING: Figure 6

Description

  The present invention relates to a magnet arrow that can be used as a recreational sport that can be enjoyed by children and elderly people regardless of their age, and a target play equipment provided with the magnet arrow.

  2. Description of the Related Art Conventionally, as shown in Patent Document 1, a magnet dart provided with a target formed of a magnet sheet and an arrow having a magnet at a tip has been already known. Such a magnet dart is intended to play by shooting an arrow on a target with the magnet facing the tip. Therefore, since the tip of the arrow is a magnet, children and the elderly can safely enjoy darts indoors.

Japanese Utility Model Publication No. 3151421

  However, in the magnet dart described above, when an arrow is shot at a target with a strong force, the magnet provided at the tip of the arrow often falls due to a recoil striking the target without staying at the target. A situation where a game was not established was likely to occur.

  Therefore, the present invention is to solve the above-mentioned problem, and is to make it possible to easily adhere to a target made of a magnetic sheet without dropping a magnet arrow provided with a magnet.

  In order to solve the above-mentioned problems, the first invention of the present application has a long rod-shaped arrow main body, a short-axis-shaped engaging member protruding in the axial direction of the tip of the arrow main body, and a tip of the engaging member. And a magnet arrow provided with a support member which is rotatably and slidably engaged with an engagement interval, and a magnet which is fixedly arranged at the tip of the support member.

  According to a second aspect of the present invention, there is provided an arrow having a cylindrical casing, an insertion cylinder inserted and fixed in the casing, an elastic band disposed on a rear end side of the insertion cylinder, and a grip member provided on a bottom surface of the casing. Holder, a long rod-shaped arrow main body that can be inserted into the insertion cylinder of the arrow holder to the position of the elastic band, a short axis-shaped engaging member protruding in the tip axis direction of the arrow main body, It comprises a support member which is rotatably and slidably engaged at an end of the engagement member with an engagement interval, and a magnet arrow having a magnet fixedly arranged at the end of the support member. .

  By using the arrow holder in this way, the magnet arrow is made into an insertion tube for the arrow holder, and after the magnet arrow is pulled and held against the urging force of the elastic band, the magnet arrow is moved to the elastic band. It is possible to fly toward the target by the urging force of. Therefore, since the target can be reliably hit with the target while the magnet arrow is firmly held by the arrow holder, it is possible to enhance the amusement of the target hitting game using the target hitting tool.

  Further, the magnet arrow may have an annular flange protruding from the tip of the arrow body.

  The magnet arrow may have an elastic member between the tip of the arrow body and the support member. By providing the elastic member in this manner, when the magnet arrow comes into contact with the target, the repulsive force of the magnet arrow can be further absorbed by the elastic member between the support member of the magnet arrow and the arrow body. Accordingly, the impact force on the support member is reduced, and the effect of preventing the magnet arrow from falling off is improved.

  In addition, the arrow holder is provided with a palm abutment fixedly disposed via a rod extending from the gripping member of the mounting member to the rear end side of the casing, and a magnet arrow is inserted through the leading end opening of the insertion cylinder of the arrow holder. Then, in a state where the magnet arrow is drawn toward the rear end side of the casing against the urging force of the elastic band, the rear end of the magnet arrow is gripped and fixed by a finger from the palm contact side through the elastic band. Then, by releasing the finger from the magnet arrow toward the target, a target hitting game in which the magnet arrow flies toward the target by the urging force of the elastic band may be performed.

  In addition, the arrow holder is provided with a tip end as desired at the tip end opening of the insertion tube, and a flat trigger having a base end side connected to the casing via a leaf spring having a stronger biasing force than the elastic band. The magnet arrow is inserted through the insertion cylinder of the arrow holder, and the magnet arrow is pulled toward the rear end of the casing against the urging force of the elastic band. By engaging the upper end of the trigger and fixing the position of the magnet arrow in the insertion tube by the urging force of the leaf spring, pulling the trigger toward the target causes the magnet arrow to move toward the target by the urging force of the elastic band. It may be a game in which a target hitting game is performed.

  By providing the trigger in this way, it is possible to hold the arrow holder with one hand and shoot the magnet arrow. Therefore, even if one hand cannot be used due to injury or obstacle, the target can shoot the arrow with only the other hand.

  Further, a rotating plate is pivotally supported on the inner surface side of the leading end of the trigger, which is the insertion cylinder side, so that the tip of the rotating plate projects beyond the upper end of the trigger, and the rotating plate is turned toward the insertion cylinder. The rotating plate may be configured such that an elastic body that biases the rotating plate toward the trigger is fixedly disposed on the facing surface of the insertion tube. By providing the rotation plate in this manner, the rotation plate is rotated against the urging force of the elastic body without pulling the trigger when the magnet arrow is inserted and arranged in the insertion tube, and the rotation plate is The annular collar of the magnet arrow can be easily engaged. Therefore, the magnet arrow can be easily attached to the insertion tube of the casing without having to operate the trigger.

  In the first and second inventions of the present application, as described above, the support member having the magnet is rotatably and slidably engaged with the engaging member of the arrow main body constituting the magnet arrow. When a magnet arrow is shot at a target formed by the body, a magnet provided on a support member of the magnet arrow can be brought into contact with the target, and at the time of this contact, the repulsive force of the magnet arrow causes the arrow body to move. It is absorbed at the engagement interval between the engagement member and the support member. Therefore, by using the magnet arrow, the magnet arrow can be adhered to the target with a high probability, and the recreational performance as a target hit game can be further improved.

  In the second invention of the present application, the magnet arrow and the arrow holder are used to make the magnet arrow into an insertion cylinder of the arrow holder, and the magnet arrow is pulled and held against the urging force of the elastic band. After this, the magnet arrow can be made to fly toward the target by the urging force of the elastic band. Therefore, since the target can be reliably hit with the target while the magnet arrow is firmly held by the arrow holder, it is possible to enhance the amusement of the target hitting game using the target hitting tool.

The side view which shows the magnet arrow of Examples 1-3. FIG. 2 is an enlarged sectional view taken along the line AA of FIG. 1. FIG. 2 is a perspective view showing the arrow mounting tool of the first embodiment. FIG. 4 is a cross-sectional view showing a state where a magnet arrow is mounted on the arrow holder of the first embodiment. FIG. 5 is an enlarged sectional view taken along the line BB of FIG. 4. FIG. 4 is a conceptual diagram illustrating a case where a magnet arrow is skipped in the first embodiment. FIG. 3 is a conceptual diagram of a case where a magnet arrow is directed toward a target in the first embodiment. FIG. 4 is a side view showing a state where a magnet arrow is attracted to a target in the first and second embodiments. FIG. 9 is a perspective view showing an arrow holder of the second embodiment. FIG. 10 is a sectional view taken along line CC of FIG. 9. Sectional drawing which shows the state which mounted | worn the magnet arrow to the arrow holder of Example 2. FIG. FIG. 9 is a perspective view showing an arrow mounting tool according to a third embodiment. The side view which shows the arrow mounting tool of Example 3. FIG. FIG. 14 is a partially enlarged side view showing the support plate portion of FIG. 13. FIG. 13 is a partially enlarged perspective view of FIG. 12. FIG. 4 is a partially enlarged side view showing a state where a magnet arrow is mounted on the arrow holder. FIG. 3 is a partially enlarged side view showing a state where a magnet arrow is pressed against an insertion tube with a finger. FIG. 4 is a partially enlarged side view showing a state where an annular flange of a magnet arrow is engaged with a rotating plate. The side view of the target hitting play equipment which shows the state which put the finger on the trigger. FIG. 4 is a side view of the target contact play equipment showing a state where a trigger is pulled by a finger.

  The first embodiment of the present invention will be described in detail below. (1) shown in FIG. 1 is a magnet arrow. This magnet arrow (1) is provided with a magnet (3) at the tip of a long rod-shaped arrow body (2). That is, as shown in FIG. 2, an annular flange (27) is provided on the outer periphery of the distal end of the arrow main body (2), and a short-axis engagement having a T-shaped cross section is provided further distally than the annular flange (27). A member (4) is protruded, and a support member (5) for supporting the magnet (3) is engaged and disposed on the distal end side of the engagement member (4).

  This support member (5) is provided with an engagement hole (6) on the bottom side for engaging the tip of the engagement member (4), and an insertion hole for inserting and disposing the magnet (3) on the tip side. A recess (7) is provided. As shown in FIG. 2, the support member (5) has an engagement portion (8) protruding in the radial direction at the tip of the engagement member (4) and an engagement hole (6) of the support member (5). ). The inside diameter of the engagement hole (6) is set to a size such that an engagement interval (10) is formed between the inside diameter of the engagement hole (6) and the engagement member (4). Therefore, the support member (5) is rotatably and slidably attached to the engagement member (4).

  A disk-shaped magnet (3) is fixedly arranged in the insertion recess (7) of the support member (5) formed as described above, and the surface side of the magnet (3) is exposed. As shown in FIG. 2, an O-ring, which is an elastic member (11) of the present embodiment, is provided between the support member (5) thus formed and the annular flange (27) as an engagement member (4). It is arranged in a state where it is inserted.

  Next, the arrow holder (12) of the present embodiment will be described. As shown in FIG. 3, the arrow holder (12) of the present embodiment includes a square cylindrical casing (13). A pipe-shaped insertion tube (14) is inserted through the casing (13), and the tip (15) of the insertion tube (14) projects from the tip of the casing (13). As shown in FIG. 4, the rear end (16) is fixedly arranged so as to be located in the casing (13). The inner diameter of the insertion tube (14) is formed to be larger than the outer diameter of the arrow body (2) of the magnet arrow (1), and the tip opening (17) is inserted by the magnet arrow (1). The diameter is enlarged to make it easier.

  As shown in FIGS. 3 to 5, engagement shafts (18) are provided at four corners in the casing (13) in a vertical direction between an upper plate (20) and a bottom plate (21) of the casing (13). The insertion tube (14) is inserted and arranged between these engagement shafts (18) as shown in FIG. A wide rubber band, which is the elastic band (22) of the present invention, is engaged with the outer periphery of the four engagement shafts (18). Thereby, as shown in FIG. 4, the elastic band (22) is arranged so as to cover the rear end opening (30) of the casing (13) in a state where the elastic band (22) faces the rear end (16) of the insertion tube (14). Will be done.

  As shown in FIG. 3, on the bottom surface (23) of the casing (13), a cylindrical gripping member (24) that can be gripped by hand is fixedly arranged vertically downward. Further, an L-shaped extending rod (25) extending in the horizontal direction is provided from the gripping member (24) toward the rear end side of the casing (13), and at the tip of the extending rod (25), A short cylindrical palm rest (26) is fixedly arranged vertically above.

  The target hitting game of the present embodiment using the target hitting game device having the above configuration will be described. First, a sheet-like target (28) formed of a magnetic material is fixed to a wall surface. Then, as shown in FIG. 4, the magnet arrow (1) is inserted and arranged from the tip (15) side of the insertion tube (14) of the arrow holder (12). From this state, as shown in FIG. 6, the magnet arrow (1) is further pulled and pressed against the rear end of the casing (13) by the finger or the like against the urging force of the elastic band (22) provided on the casing (13). Thus, the rear end side of the magnet arrow (1) projects together with the elastic band (22) from the rear end side of the casing (13). Then, with the palm resting on the palm abutment part (26) as shown in FIG. 6, the rear end side of the magnet arrow (1) protruding from the casing (13) as described above, together with the elastic band (22), is fingers. Pinch and fix.

  Then, as shown in FIG. 7, the aim of the magnet arrow (1) is aimed at the target (28), and the finger holding the magnet arrow (1) is released. As a result, the magnet arrow (1) protrudes toward the target (28) by the urging force of the elastic band (22), and the magnet (3) of the magnet arrow (1) strikes the target (28) as shown in FIG. To be fixed.

  Thus, when the magnet arrow (1) is shot at the target (28), the magnet (3) of the magnet arrow (1) comes into contact with the target (28), and the repulsive force of the magnet arrow (1) is It is absorbed at the engagement interval (10) between the engagement member (4) of the arrow body (2) and the support member (5). Therefore, the magnet arrow (1) can be reliably adhered to the target (28) by the force of the magnet (3) without the magnet arrow (1) dropping off the target (28) due to the repulsive force.

  In the first embodiment, the magnet arrow (1), which is inserted through the arrow holder (12) and held by the finger, is separated from the finger, so that the magnet arrow (1) is blown toward the target (28). However, in the second embodiment, the trigger (31) is provided on the arrow holder (12), and the magnet arrow (1) can be made to fly toward the target (28) by pulling the trigger (31). You can do it.

  This embodiment will be described. First, the same magnet arrow (1) as that of the first embodiment is used as the magnet arrow (1) of the present embodiment. Further, the casing (13) constituting the arrow holder (12) of this embodiment and the internal configuration thereof are also the same as those of the first embodiment. That is, the arrow holder (12) of the present embodiment includes a quadrangular prism-shaped cylindrical casing (13) as shown in FIG. A pipe-shaped insertion tube (14) is inserted through the casing (13), and the tip (15) of the insertion tube (14) projects from the tip of the casing (13). As shown in FIG. 10, the rear end (16) is fixedly arranged so as to be located in the casing (13). The inner diameter of the insertion tube (14) is formed to be larger than the outer diameter of the arrow body (2) of the magnet arrow (1), and the tip opening (17) is inserted by the magnet arrow (1). The diameter is enlarged to make it easier.

  At four corners in the casing (13), engaging shafts (18) are vertically provided between the upper plate (20) and the bottom plate (21) of the casing (13). The insertion tube (14) is inserted between the mating shafts (18). A wide rubber band, which is the elastic band (22) of the present invention, is engaged with the outer periphery of the four engagement shafts (18). Thereby, as shown in FIG. 10, the elastic band (22) is arranged so as to cover the rear end opening (30) of the casing (13) in a state where the elastic band (22) faces the rear end (16) of the insertion tube (14). Will be done.

  Further, on the bottom surface (23) side of the casing (13) of the present embodiment, a trigger (31) formed by a rectangular flat plate is fixedly disposed in the same manner as in the first embodiment, and a rectangular flat plate is formed. It is arranged facing the distal end opening (17) of the insertion tube (14). That is, a pair of support rods (32) are erected vertically downward from the bottom surface (23) on the distal end side of the holding member (24) fixing position of the casing (13), and the pair of support rods (32) are One end (34) of a support leaf spring (33) for supporting the trigger (31) is fixed.

  The other end (35) of the support leaf spring (33) is connected and fixed to the upper end (36) of the trigger (31) in a substantially vertical direction. A trigger leaf spring (37) is interposed between the support leaf spring (33) and the trigger (31). That is, as shown in FIG. 10, one end (40) of the trigger leaf spring (37) is connected and fixed to the support rod (32) fixing side of the support leaf spring (33).

  The other end (41) of the trigger leaf spring (37) is connected and fixed to the inner surface (42) of the trigger (31) in a state where the trigger leaf spring (37) is bent inward. The upper end (36) of the trigger (31) is arranged at a position close to the distal end opening (17) of the insertion tube (14) as shown in FIG. Further, in the present embodiment, the leaf spring (38) of the present invention is constituted by the support leaf spring (33) and the trigger leaf spring (37). By assembling the trigger (31) and the leaf spring (38) to the arrow holder (12) as described above, the lower end (43) of the trigger (31) is moved away from the casing (13) by the leaf spring (38). Will be energized.

  The target hitting game of the present embodiment using the target hitting game device having the above configuration will be described. First, a sheet-like target (28) formed of a magnetic material is fixed to a wall surface. Then, the magnet arrow (1) is mounted on the arrow holder (12) formed as described above. That is, the magnet arrow (1) is inserted from the rear end side of the magnet arrow (1) to the inside of the insertion tube (14) through the distal end opening (17) of the insertion tube (14). Then, the magnet arrow (1) projects further rearward than the rear end of the casing (13) against the biasing force of the elastic band (22). In this state, by pulling the trigger (31) toward the gripping member (24) against the urging force of the leaf spring (38), the upper end (36) of the trigger (31) and the distal end opening of the insertion tube (14) are opened. Increase the distance between (17). Then, in this state, the annular collar (27) of the magnet arrow (1) is arranged at this interval.

  Then, by restoring the trigger (31) to the original position in accordance with the biasing force of the leaf spring (38), the upper end (36) of the trigger (31) is moved to the annular flange (27) of the magnet arrow (1) as shown in FIG. ). As a result, the state in which the magnet arrow (1) inserted and arranged in the arrow holder (12) is held in the arrow holder (12) by the urging force of the leaf spring (38) provided in the trigger (31) is maintained. Dripping. It is assumed that the urging force of the trigger leaf spring (37) is stronger than the urging force of the elastic band (22). This completes the mounting of the magnet arrow (1) on the arrow holder (12).

  As shown in FIG. 11, the gripping member (24) is supported on the thumb side, and a finger other than the thumb is applied to the trigger (31), and the lower end (43) side of the trigger (31) is gripped against the urging force. Pull to the member (24) side. As a result, the distance between the upper end (36) of the trigger (31) and the distal end opening (17) of the insertion tube (14) is increased, and the engagement between the trigger (31) and the annular flange (27) of the magnet arrow (1) is increased. Will be canceled. As a result, the magnet arrow (1) flies toward the target (28) by the urging force of the elastic band (22), and the magnet (3) of the magnet arrow (1) strikes the target (28) as shown in FIG. Adhesively fixed.

  Thus, when the magnet arrow (1) is shot at the target (28), the magnet (3) of the magnet arrow (1) comes into contact with the target (28), and the repulsive force of the magnet arrow (1) is It is absorbed at the engagement interval (10) between the engagement member (4) of the arrow body (2) and the support member (5). Therefore, the magnet arrow (1) can be reliably abutted and fixed to the target (28) by the force of the magnet (3) without the magnet arrow (1) dropping off from the target (28) due to the repulsive force.

  Also, by providing the trigger (31) as described above, with the magnet arrow (1) attached to the arrow holder (12), the arrow holder (12) is held with one hand without using both hands. The magnet arrow (1) can be easily shot. Therefore, for example, even when both hands cannot be used, it is possible to release the magnet arrow (1) to the target (28) with only one hand.

  In the second embodiment, the magnet arrow (1) is attached to the arrow holder (12) with the trigger (31) pulled, but in the present embodiment, the magnet (1) is mounted without pulling the trigger (31). The arrow (1) can be mounted on the arrow holder (12).

  This embodiment will be described. First, the same magnet arrow (1) as that of the first embodiment is used as the magnet arrow (1) of the present embodiment. Further, the casing (13) constituting the arrow holder (12) of this embodiment and the internal configuration thereof are also the same as those of the first embodiment. That is, the arrow holder (12) of the present embodiment includes a quadrangular prism-shaped cylindrical casing (13) as shown in FIG.

  A pipe-shaped insertion tube (14) is inserted through the casing (13), and the distal end (15) side of the insertion tube (14) projects from the distal end of the casing (13) and extends rearward. It is fixedly arranged so that the end (16) is located inside the casing (13). The inner diameter of the insertion tube (14) is formed larger than the outer diameter of the arrow body (2) of the magnet arrow (1), and the tip opening (17) is inserted by the magnet arrow (1). The diameter is enlarged to make it easier.

  At four corners in the casing (13), engaging shafts (18) are vertically provided between the upper plate (20) and the bottom plate (21) of the casing (13). The insertion tube (14) is inserted between the mating shafts (18). A wide rubber band, which is the elastic band (22) of the present invention, is engaged with the outer periphery of the four engagement shafts (18). Accordingly, the elastic band (22) is arranged so as to cover the rear end opening (30) of the casing (13) in a state where the elastic band (22) faces the rear end (16) of the insertion tube (14).

  As shown in FIG. 13, a gripping member (24) is fixedly arranged on the bottom surface (23) side of the casing (13) of this embodiment in the same manner as in the second embodiment, and is formed of a rectangular flat plate. The trigger (31) is arranged so as to face the distal end opening (17) of the insertion tube (14). That is, a pair of support rods (32) are erected vertically downward from the bottom surface (23) on the distal end side of the holding member (24) fixing position of the casing (13), and the pair of support rods (32) are One end (34) of a support leaf spring (33) for supporting the trigger (31) is fixed.

  The other end (35) of the support leaf spring (33) is connected and fixed to the upper end (36) of the trigger (31) in a substantially vertical direction. A trigger leaf spring (37) is interposed between the support leaf spring (33) and the trigger (31). That is, as shown in FIG. 13, one end (40) of the trigger leaf spring (37) is connected and fixed to the support rod (32) fixing side of the support leaf spring (33).

  The other end (41) of the trigger leaf spring (37) is connected and fixed to the inner surface (42) of the trigger (31) in a state where the trigger leaf spring (37) is bent inward. The upper end (36) of the trigger (31) is located at a position close to the distal end opening (17) of the insertion tube (14) as shown in FIG. Further, in the present embodiment, the leaf spring (38) of the present invention is constituted by the support leaf spring (33) and the trigger leaf spring (37). By assembling the trigger (31) and the leaf spring (38) to the arrow holder (12) as described above, the lower end (43) of the trigger (31) is moved away from the casing (13) by the leaf spring (38). Will be energized.

  As shown in FIGS. 12 and 13, a flat support plate (44) is provided from the grip member (24) toward the trigger (31), and one end (45) of the support plate (44) is gripped. It is fixedly arranged on the bottom surface of the member (24). Also, by bending the other end (46) side of the support plate (44) vertically upward, a bent portion (47) is provided, and a plate through hole (48) is provided in the bent portion (47). ing. In addition, a trigger through hole (50) is provided at the lower end (43) side of the trigger (31) at a position facing the plate through hole (48), and the trigger through hole (50) and the plate through hole (48) are provided. The engaging shaft (51) is inserted and arranged. An engagement ring (52) is provided on each outer periphery of both ends of the engagement shaft (51), and each engagement ring (52) is connected to the bent portion (47) of the support plate (44) and the trigger ( 31) is engaged with.

  The length of the engagement shaft (51) is adjusted so that the trigger (31) is arranged parallel to the gripping member (24), and the trigger (31) is provided with a trigger leaf spring (37). The engagement ring (52) is engaged against the force.

  The upper end (36) of the trigger (31) is provided with a rotating plate (53) as shown in FIGS. The rotation plate (53) is supported on the inner surface (42) of the trigger (31) on the upper end (36) side in parallel with the trigger (31), and rotates from the trigger (31) side to the insertion tube (14) side. It is pivotally supported. The tip (54) of the rotating plate (53) is arranged so as to protrude from the upper end (36) of the trigger (31). Further, an elastic body (56) is provided on the inner surface (55) of the rotating plate (53).

  The elastic body (56) includes a central shaft (58) provided with a protruding flange (57) at the tip, and an elastic material (60) provided on the outer periphery of the central shaft (58). The elastic member (60) is disposed between the inner surface (55) of the rotating plate (53) and the protruding flange (57) of the center shaft (58) in a state of being urged in the compression direction. Therefore, the rotating plate (53) is biased toward the inner surface (42) of the trigger (31) by the elastic force of the elastic member (60).

  The target hitting game of the present embodiment using the target hitting game device having the above configuration will be described. First, a sheet-like target (28) formed of a magnetic material is fixed to a wall surface. Then, the magnet arrow (1) is mounted on the arrow holder (12) formed as described above. That is, the magnet arrow (1) is inserted from the rear end side of the magnet arrow (1) to the inside of the insertion tube (14) through the distal end opening (17) of the insertion tube (14). By pressing the magnet arrow (1) with fingers against the urging force of the elastic band (22), the rear end side of the magnet arrow (1) is further rearward than the rear end of the casing (13). Protrude.

  Thereby, the annular collar (27) of the magnet arrow (1) approaches the trigger (31) as shown in FIG. By further pressing the magnet arrow (1), the annular flange (27) of the magnet arrow (1) comes into contact with the tip (54) of the rotating plate (53), and as shown in FIG. 53) rotates toward the distal end opening (17) of the insertion tube (14) against the urging force of the elastic member (60), and further presses the magnet arrow (1), thereby causing the magnet arrow (1) to rotate. The annular flange (27) of the vehicle rides over the rotating plate (53).

  Then, by releasing the pressing of the magnet arrow (1) after the annular flange (27) has passed over the rotating plate (53), as shown in FIG. 18, the annular flange (27) becomes the elastic band (22). The urging force pushes the rotating plate (53) to abut against the rotating plate (53) to be locked. This completes the mounting of the magnet arrow (1) on the arrow holder (12).

  As shown in FIG. 19, while holding the gripping member (24) on the thumb side, a finger other than the thumb is applied to the trigger (31), and the trigger (31) is gripped against the urging force of the leaf spring (38). Pull to the member (24) side. As a result, as shown in FIG. 20, the distance between the upper end (36) of the trigger (31) and the distal end opening (17) of the insertion tube (14) increases, so that the rotation plate (53) provided on the trigger (31) The engagement of the magnet arrow (1) with the annular collar (27) is released. As a result, the magnet arrow (1) flies toward the target (28) by the urging force of the elastic band (22), and the magnet (3) of the magnet arrow (1) strikes the target (28) as shown in FIG. Adhesively fixed.

  Thus, when the magnet arrow (1) is shot at the target (28), the magnet (3) of the magnet arrow (1) comes into contact with the target (28), and the repulsive force of this magnet arrow (1) is It is absorbed at the engagement interval (10) between the engagement member (4) of the arrow body (2) and the support member (5). Therefore, the magnet arrow (1) can be reliably adhered to the target (28) by the magnetic force without falling off the target (28) by the repulsive force.

  Further, by providing the rotation plate (53) on the trigger (31) as described above, the rotation plate (53) can be pulled without pulling the trigger (31) when the magnet arrow (1) is inserted and arranged in the insertion tube (14). The annular collar (27) of the magnet arrow (1) can be easily engaged with the trigger (31) only by rotating the 53). Therefore, the magnet arrow (1) can be easily mounted on the insertion tube (14) of the arrow holder (12) without operating the trigger (31).

  In the third embodiment and the first and second embodiments, the target hitting game is performed using the arrow holder (12). However, the present invention is not limited to this in other different embodiments. Without using, it is also possible to play a target hitting game in which the user holds the magnet arrow (1) with his finger and throws it toward the target (28) as it is.

DESCRIPTION OF SYMBOLS 1 Magnet arrow 2 Arrow main body 3 Magnet 4 Engagement member 5 Support member 10 Engagement interval 11 Elastic member 12 Arrow holder 13 Casing 14 Inserting cylinder 15 Tip 16 Rear end 17 Tip opening 22 Elastic band 23 Bottom surface 24 Gripping member 25 Extension Rod 26 Palm contact 27 Ring flange 28 Target 31 Trigger 33 Support leaf spring 36 Upper end (trigger)
37 Trigger leaf spring 38 Leaf spring 42 Inner surface 53 Rotating plate 54 Tip 56 Elastic body

Claims (7)

  A long rod-shaped arrow main body, a short-axis-shaped engaging member protruding in the axial direction of the tip of the arrow main body, and an engaging interval provided at an end of the engaging member so as to be rotatable and slidable. 1. A magnet arrow, comprising: a support member engaged with and disposed on a supporting member; and a magnet fixedly disposed at a tip of the support member.   An arrow holder having a cylindrical casing, an insertion tube inserted and fixed in the casing, an elastic band disposed on a rear end side of the insertion tube, and a gripping member provided on a bottom surface of the casing, and the arrow holder. A long rod-shaped arrow main body that can be inserted into the insertion cylinder up to the position of the elastic band, a short-axis shaped engaging member protruding in the axial direction of the distal end of the arrow main body, a tip of the engaging member, A hitting game device comprising: a support member which is rotatably and slidably engaged at an engagement interval; and a magnet arrow having a magnet fixedly disposed at the tip of the support member.   3. The magnet arrow according to claim 1, wherein an annular flange is projected from an outer periphery of a tip of the arrow body.   4. The magnet arrow according to claim 1, wherein an elastic member is provided between a tip of the arrow body and the support member.   The arrow holder is provided with a palm abutment portion fixedly arranged via an extending rod from the gripping member of the mounting member to the rear end side of the casing, and a magnet arrow is inserted through the leading end opening of the insertion cylinder of the arrow holder, In a state where the magnet arrow is pulled toward the rear end side of the casing against the urging force of the elastic band, the rear end of the magnet arrow is gripped and fixed by a finger from the palm contact side through the elastic band, 6. A hitting game in which the finger is moved away from the magnet arrow toward the target so that the magnet arrow flies toward the target by the urging force of the elastic band. The target play equipment described in.   The arrow holder has a flat trigger having a distal end portion desirably arranged at the distal end opening of the insertion cylinder and a base end side connected to the casing via a leaf spring having a stronger biasing force than the elastic band. The magnet arrow is inserted through the insertion cylinder of the arrow holder, and the magnet collar is pulled toward the rear end of the casing against the urging force of the elastic band. In the state where the magnet arrow is fixed in the insertion tube by the urging force of the leaf spring, a trigger is pulled toward the target, and the magnet arrow is moved toward the target by the urging force of the elastic band. The target hitting game device according to claim 2, 3 or 4, wherein the target hitting game is performed.   A rotating plate is pivotally supported on the inner surface side, which is the insertion cylinder side of the tip of the trigger, so that the tip of the rotation plate projects beyond the upper end of the trigger, and the rotation plate is rotatable toward the insertion cylinder. 7. The target play game device according to claim 6, wherein an elastic body for urging the rotation plate toward the trigger is fixedly arranged on the rotation plate on a surface facing the insertion tube.