JP3181597U - Badminton shuttle collector - Google Patents

Abstract

Provided is a badminton shuttle collecting tool capable of collecting quickly, reliably and efficiently without damaging a badminton shuttle scattered on a floor surface of a coat such as around a net.
SOLUTION: A handle 2 having a handle grip 3 and a direction changing mechanism 11 capable of changing the direction of the handle 2 in the left-right direction following the twisting motion of the handle 2 in the left-right direction are orthogonal to the handle 2. The brush attached to the front collection body 4 obliquely outwardly via the front collection body 4 of the attached brush structure and the vertical swing mechanism 21 that can swing up and down on both sides of the front collection body 4. Side collectors 5, 6 of the structure. The direction changing mechanism 11 includes a center stay 14 provided at the upper center of the front collector 4 and a bifurcated connecting stay 15 provided at the tip of the handle 2, and the center stay 14 is inserted between the bifurcated connecting stay 15. It is fixed movably. The vertical swing mechanism 21 follows the movement of the front collector 4 and swings the side collectors 5 and 6 in close contact with the coat surface.
[Selection] Figure 1

Description

  The present invention, for example, can be easily and reliably collected in a short time while standing the badminton shuttle scattered on the floor surface of the court etc. in practice by shuttle knock in badminton competition, etc., less interruption of practice time for collection, As a result, the present invention relates to a badminton shuttle collection tool called a so-called sweeper that enables efficient practice.

  In badminton competition, it is important to practice smashing and receiving and clearing repeatedly, and badminton shuttles are scattered on the floor around the net when practicing with badminton shuttle knock. Leaving these scattered badminton shuttles is not only an impediment to practice, but also dangerous and must be collected and removed accordingly.

  In order to collect such scattered badminton shuttles, for example, a collecting tool as disclosed in Patent Document 1 has been proposed as one for collecting badminton shuttles one by one.

  The recovery tool disclosed in Patent Document 1 has a hook / loop type adhesive surface on the outer periphery of the racket frame so that the badminton shuttle dropped on the coat surface can be easily picked up using the racket. Attach the adhesive recovery member, and provide a bonded part with a loop / saddle-shaped adhesive surface on the outer periphery of the badminton shuttle head to engage and attach the adhesive member on the racket side and the bonded part on the shuttle side. The badminton shuttle dropped in can be collected using a racket.

  However, in the collection tool of Patent Document 1, since badminton shuttles are attached and collected one by one using the outer periphery of the tip of the racket frame, it is very troublesome to collect badminton shuttles scattered widely on the coat surface. Is not efficient.

  On the other hand, when collecting and collecting the badminton shuttle at one place, the badminton shuttle is collected by performing a work of collecting the badminton shuttle one by one using, for example, a mop used for cleaning. However, the range that can be collected with this mop is narrow, and if it is scattered all over the coat, it takes time to collect it, and during that time the practice must be interrupted and the practice time is substantially Will also be shorter.

  Therefore, in order to collect a large amount of badminton shuttles scattered on the court surface in the past, for example, a collecting instrument of Patent Document 2 or Patent Document 3 that collects various balls such as tennis balls, ping-pong balls, It can be used to collect badminton shuttles.

  The ball collecting tool disclosed in Patent Document 2 is capable of collecting balls scattered in practice of ball games or the like while standing, specifically, an opening frame, A handle provided at the top, a handle provided at the top of the handle, an intake plate provided at the bottom of the opening frame, an opening provided in the intake plate, and rubber or It is composed of a ball intake provided by mounting an elastic body such as an elastic resin, and a net bag anchored so that the opening frame side is an opening, and the intake is an arbitrary ball It is narrower than the outer diameter, and has a shape that allows the ball to pass by the elastic force of the intake when pressed from above the ball.

  In addition, the tennis ball collector disclosed in Patent Document 3 is a box having a size and shape that can store a tennis ball, and is provided with a ball outlet and a handle. It is intended to be transferred to a ball cage without opening a ball inlet in the front of the ball collecting box with a handle at the top, and the ball is placed on the side of the box and then removed to be transferred to the cage. It consists of an exit. By pushing the ball collector configured in this way on the court where the balls are scattered, the ball is brought towards the corner of the court and the ball is pushed against the fence or wall surrounding the edge of the tennis court. It is assumed that the ball that has been taken into the machine is moved into the basket by tilting the machine toward the outlet on the basket.

Utility Model Registration No. 3002565 JP 2006-116263 A Japanese Utility Model Publication No. 8-449

  However, when the ball picking tool according to Patent Document 2 described above is applied to the collection of the badminton shuttle, the opening provided in the picking plate by pressing the picking plate of the ball picking tool from above the badminton shuttle. Since the badminton shuttle is collected by the elastic force of the intake of the part, the badminton shuttle may be damaged. Moreover, since the badminton shuttle collects the badminton shuttle one by one through the intake port, the efficiency of the collection work is very poor as in the case of using a conventional mop.

  Similarly, even when trying to collect the badminton shuttle with the ball collector according to Patent Document 3, by pressing the badminton shuttle against the fence or wall with this collector, the badminton shuttle is taken into the machine from the intake on the front of the box. There is a risk of damaging the badminton shuttle. In addition, since there is an outlet on the side of the box for transferring the badminton shuttle to the fence, there is a risk that the badminton shuttle may escape from the outlet while multiple badminton shuttles are being taken into the machine from the intake. .

  Therefore, the present invention was devised in view of the existing circumstances as described above. For example, when collecting badminton shuttles scattered on the floor surface of the coat including the periphery of the net, the badminton shuttle can be collected without damaging it. Furthermore, to provide a badminton shuttle collecting tool that can collect a large number of badminton shuttles quickly, reliably and efficiently in a short period of time, and thereby can reduce the interruption time of the practice and sufficiently secure the practice time. With the goal.

In order to solve the above-described problems, in the present invention, the handle 2 having the handle grip 3 on the rear end side, and the direction of the handle 2 can be changed in the left-right direction following the twisting operation in the left-right direction. Through the front collecting body 4 attached so as to be orthogonal to the handle 2 via the direction changing mechanism 11 and through the vertical swinging mechanism 21 that can swing up and down on both sides of the front collecting body 4. The side collectors 5 and 6 are attached to both sides of the front collector 4 obliquely outward.
The front collection body 4 and the side collection bodies 5 and 6 can have a brush structure.
The direction changing mechanism 11 has, for example, a protruding piece-shaped center stay 14 provided at the upper center of the front collector 4, and a pair of upper and lower protruding piece-like bifurcated connecting stays 15 provided at the tip of the handle 2. For example, the projecting piece side of the center stay 14 may be inserted between the upper and lower projecting pieces of the bifurcated connecting stay 15 and fixed movably.
The vertical swing mechanism 21 includes a side stay 22 that is bent at an obtuse angle and includes a first holding piece 22a that holds the front collector 4 and a second holding piece 22b that holds the side collectors 5 and 6 respectively. Provided, one end of the front collector 4 is fixed to the first holding piece 22a, and the other ends of the side collectors 5 and 6 are rotatably attached to the second holding piece 22b via the support shaft 24, The second holding piece 22b is provided with an arc-shaped guide slot 26 centered on the support shaft 24, and a guide projection 27 formed on the side collectors 5 and 6 is engaged with the guide slot 26. Can be.

In the badminton shuttle collector according to the present invention configured as described above, the front collector 4 and the side collectors 5 and 6 are slid on the coat surface by the handle 2 to be scattered on the coat surface. The badminton shuttle P that has been collected can be scraped and accumulated at a predetermined location, and a large amount of the badminton shuttle P is collected and collected.
The front collection body and the side collection bodies 5 and 6 having a brush structure smoothly slide on the coat surface, and collect the collected badminton shuttles P without damaging them.
Further, the direction changing mechanism 11 is configured such that when the handle 2 is twisted leftward or rightward, the projecting piece side of the center stay 14 of the front collecting body 4 disposed between the upper and lower projecting pieces of the bifurcated connecting stay 15 at the tip of the handle 2. Is twisted left or right by the upper and lower projecting pieces of the bifurcated connecting stay 15, and the front collector 4 is turned left or right following this twist.
The vertical swing mechanism 21 changes the vertical angle of the handle 2, that is, the elevation angle, so that the guide protrusions 27 formed on the side collection bodies 5 and 6 are arcuate guide lengths of the second holding piece 22 b. While being guided by the hole 26, the side collection bodies 5 and 6 are swung in the vertical direction with the support shaft portion 24 as a fulcrum and brought into contact with the coat surface, so that the badminton shuttle P is not missed.

  According to the present invention, for example, badminton shuttle P scattered not only on the periphery of the net but also on the floor of the court can be collected on the court surface without being damaged, and a large amount is collected during the collection. The badminton shuttle P can be collected quickly, reliably and efficiently without escaping. Therefore, the badminton shuttle P scattered on the court surface can be put into practice by removing the badminton shuttle P from the court surface in a short time, for example, by putting it out of the court surface, thereby reducing the interruption time for collection. Sufficient practice time and practice amount can be secured.

  That is, this is because the present invention has a handle 2 provided with a handle grip 3 on the rear end side, and a direction changing mechanism 11 that can change the direction in the left-right direction following the twisting motion of the handle 2 in the left-right direction. Both of the front collector 4 are attached via a front collector 4 attached so as to be orthogonal to the handle 2 and a vertical swing mechanism 21 that can swing vertically on both sides of the front collector 4. This is because the side collectors 5 and 6 attached obliquely outward to the side are provided. As a result, the front collector 4 and the side collectors 5 and 6 can be obtained without damaging a large amount of badminton shuttle P scattered on the floor of the court by moving the handle 2 forward while holding the handle grip 3 while standing. Therefore, it is possible to collect them quickly without fail, and to collect them quickly, reliably and efficiently.

  Further, since the front collector 4 and the side collectors 5 and 6 have a brush structure, they can slide smoothly on the coat surface, do not damage the coat surface, and do not damage the collected badminton shuttle P. In addition, it is useful for cleaning the coated surface accompanying the slide movement of the front collector 4, the side collectors 5, 6 and the like.

  The direction changing mechanism 11 includes a center stay 14 provided at the upper center of the front collection body 4 and a bifurcated connecting stay 15 provided at the tip of the handle 2. The center stay 14 is inserted between the bifurcated connecting stay 15. Since the handle 2 is movably fixed, when the handle 2 is twisted leftward or rightward, for example, the protruding piece side of the center stay 14 is twisted leftward or rightward by the upper and lower protruding pieces of the bifurcated connecting stay 15. . Therefore, following the twist, the front collector 4 can be turned leftward or rightward, and a large amount of badminton shuttle P scattered all over the floor of the court can be collected skillfully. it can.

  The vertical swing mechanism 21 is bent at an obtuse angle and has a first holding piece 22a for holding the front collector 4 and a second holding piece 22b for holding the side collector 5 (6). One end side of the front collector 4 is fixed to the first holding piece 22a, and the other end of the side collector 5 (6) is rotatably attached to the second holding piece 22b via the support shaft 24. The second holding piece 22b is provided with an arc-shaped guide slot 26 centered on the support shaft 24, and a guide projection 27 formed on the side collecting body 5 (6) is provided in the guide slot 26. Engaged. Since it comprised in this way, it can guide the up-and-down rocking | fluctuation of the side collection bodies 5 and 6 reliably by using the support shaft part 24 as a fulcrum, and the handle | steering-wheel 2 is moved ahead with the handle grip 3. FIG. When the vertical angle of the handle 2 is changed halfway, the guide protrusions 27 formed on the side collecting bodies 5 and 6 are supported while being guided by the arc-shaped guide slot 26 of the second holding piece 22b. Since the side collection bodies 5 and 6 can be swung in the vertical direction with the shaft portion 24 as a fulcrum, the front collection body 4 or the side collection bodies 5 and 6 do not lift the badminton shuttle P from the floor surface. The badminton shuttle P can be reliably captured.

  Note that the reference numerals added in the means for solving the above-mentioned problems and the effects of the invention are given for easy reference to the parts showing the components shown in the drawings. The present invention is not limited to the structure and shape indicated by the reference numeral.

It is a perspective view of the use condition in embodiment of this invention. It is a principal part perspective view of a direction change mechanism similarly. It is a principal part side view of an up-and-down swing mechanism similarly.

  The embodiment of the present invention will be described in detail below with reference to the drawings. Reference numeral 1 shown in the figure represents a badminton shuttle P scattered on the floor of the court, for example, by a shuttle knock during practice in a badminton competition. It is a collection tool called a so-called sweeper that collects collectively.

  As shown in FIG. 1, the collecting tool 1 includes a handle 2 having a handle grip 3 on the rear end side, and a brush structure having a length of about 800 mm, for example, attached so as to be orthogonal to the handle 2. The front collector 4 thus formed and a pair of left and right side collectors 5 having a brush structure with a length of, for example, about 400 mm, attached to both sides of the front collector 4 obliquely outward as viewed from the plane. , 6. Of course, the setting of these lengths can be arbitrarily changed, and the handle grip 3 is not limited to being particularly partitioned, and it is only required that the operator can hold it. Is.

  The front collection body 4 itself and the side collection bodies 5 and 6 themselves are made by planting a brush of a predetermined length on the bottom surface of each bar made of, for example, wood or synthetic resin. The surface is smoothly slid on the coat surface without being damaged, and the coat surface can be cleaned by moving smoothly on the coat surface.

  The handle 2 and the front collection body 4 follow the twisting motion of the handle 2 in the left-right direction, and the front collection body 4 is attached to the tip of the handle 2 via the direction changing mechanism 11 so that the front collection body 4 can be changed in the left-right direction. The front collector 4 is connected.

  As shown in FIG. 2, the direction changing mechanism 11 includes a center stay 14 provided with a substantially triangular projecting portion 13 along the upper surface longitudinal direction of a substantially U-shaped base 12. It is fixed to the upper center of the front collector 4 with an attachment screw 18 or the like.

  In addition, the protruding piece 13 of the center stay 14 is inserted between the upper and lower protruding pieces 15a and 15b of the bifurcated connecting stay 15 constituted by a pair of upper and lower protruding pieces 15a and 15b extended at the tip of the handle 2. Has been.

  And after inserting the center volt | bolt 16 in the bolt insertion hole (illustration omitted) formed in each protrusion piece part 15a, 15b and the bolt insertion hole (illustration omitted) formed in the protrusion piece part 13, respectively. A wing nut 17 is screwed to the tip of the central bolt 16. At this time, the bolt insertion hole formed in the projecting piece 13 of the center stay 14 is made larger than the outer diameter of the central bolt 16, whereby the front collector 4 is left and right about the central bolt 16 at the tip of the handle 2. It can swing in the direction.

  When the handle 2 is twisted leftward or rightward (in the direction of arrow AB in FIG. 2) by the direction changing mechanism 11 having the above-described configuration, the protruding piece 13 of the center stay 14 of the front collector 4 is displayed. Is twisted leftward or rightward by the upper and lower protrusions 15a, 15b of the bifurcated connecting stay 15, and following this twist, the front collector 4 is moved leftward or rightward (arrow A'-B in FIG. 2). ′ Direction).

  The front collection body 4 and the side collection bodies 5 and 6 can swing the side collection bodies 5 and 6 in the vertical direction with respect to the front collection body 4 following the change in the angle of the handle 2 in the vertical direction. The left and right side collection bodies 5 and 6 are connected to the left and right side portions of the front collection body 4 through the vertical swing mechanism 21 so as to be swingable. The front collector 4 and the side collectors 5 and 6 are connected to each other at the left and right ends of the front collector 4 by being directed obliquely outwardly from the front collector 4. [It has a parenthesis shape, and the badminton shuttle P that has been scraped is moved to the front collector 4 side so that it can be gathered.

  As shown in FIG. 3, a specific configuration of the vertical swing mechanism 21 is, for example, a first plate for holding the front collector 4 by forming a band plate-shaped metal plate from an approximately center to an obtuse angle. One holding piece 22a is provided with a side stay 22 formed on one side and a second holding piece 22b for holding the side collectors 5 and 6 divided on the other. One end side of the front collecting body 4 is fixed to the first holding piece 22a with a mounting screw 23 or the like.

  On the other hand, a support shaft portion 24 protrudes at a position below the outer surface on the other end side of the side collectors 5 and 6, and this support shaft portion 24 is engaged with the support hole portion 25 of the second holding piece portion 22 b. Thus, the side collectors 5 and 6 themselves can swing in the vertical direction (in the direction of arrow CD in FIG. 3) with respect to the front collector 4.

  In addition, a guide protrusion 27 is projected at a position located in front of and in the center of the support shaft portion 24 of the side collectors 5 and 6, and correspondingly, on the front end side of the second holding piece portion 22b. An arcuate guide long hole 26 is formed with the support shaft portion 24 positioned rearward as the center of the arc. Then, guide protrusions 27 formed on the side collection bodies 5 and 6 are engaged with the guide long holes 26 to guide the vertical swing of the side collection bodies 5 and 6 with the support shaft portion 24 that is the center of the arc as a fulcrum. doing. That is, the vertical swing range of the side collectors 5 and 6 is restricted by the arc length of the guide long hole 26.

  In this figure, the vertical swing mechanism 21 with respect to one side collection body 5 is described. However, the configuration of the vertical swing mechanism 21 in the other side collection body 6 is the same as described above. Omitted.

  Next, an example of the use of the collecting tool according to the embodiment configured as described above will be described. As shown in FIG. 1, the badminton shuttle P is scattered by holding the handle grip 3 of the collecting tool 1 with a hand. By pushing the handle 2 forward on the floor surface, both the front collector 4 and the side collectors 5 and 6 are slid forward. At this time, the badminton shuttle P to which the side collection bodies 5 and 6 hit is gathered to the center side of the front collection body 4 by the side collection bodies 5 and 6 extending from both sides of the front collection body 4.

  Further, when turning the front collection body 4 leftward or rightward, as shown in FIG. 2, the handle 2 is twisted leftward or rightward (in the direction of arrows AB in FIG. 2). The direction change mechanism 11 changes the direction of the front collection body 4 in the left direction or the right direction (arrow A′-B ′ direction in FIG. 2) following the twist.

  Furthermore, when the vertical angle of the handle 2, that is, the elevation angle, is changed depending on the height of the worker, how to hold the hand, the posture, and the floor condition, the side collectors 5, 6 While the formed guide projection 27 is guided by the arc-shaped guide slot 6 of the second holding piece 22b, the side collecting bodies 5 and 6 are moved in the vertical direction with the support shaft 24 as a fulcrum (in FIG. 3, the arrow C- Since the front collecting body 4 and the side collecting bodies 5 and 6 are swung in the direction D), the adhesion of the coat to the floor surface can always be ensured.

  By sliding the collection tool 1 on the court surface in this way, the badminton shuttle P scattered on the court surface can be scraped to a predetermined location, and the badminton shuttle P is removed from the court surface and the practice is resumed. be able to. Also, the badminton shuttle P that has been scraped is collected by a predetermined bucket or the like and used again for continuous practice.

P ... Badminton shuttle 1 ... Collecting tool 2 ... Handle 3 ... Handle grip 4 ... Front collector 5, 6 ... Side collector 11 ... Direction changing mechanism 12 ... Base 13 ... Projection piece 14 ... Center stay 15 ... Bifurcated connecting stay 15a , 15b ... Vertical projection piece 16 ... Center bolt 17 ... Wing nut 18 ... Mounting screw 21 ... Vertical swing mechanism 22 ... Side stay 22a ... First holding piece portion 22b ... Second holding piece portion 23 ... Mounting screw 24 ... Support Shaft 25 ... support hole 26 ... guide slot 27 ... guide protrusion

Claims (5)

  A handle with a handle grip on the rear end side, and a direction change mechanism that can change the direction in the left-right direction following the twisting movement in the left-right direction of the handle, is attached to be orthogonal to the handle A front collector and a side collector attached obliquely outward to both sides of the front collector via a vertical swing mechanism that can swing vertically on both sides of the front collector; A badminton shuttle collection tool comprising:   The badminton shuttle collector according to claim 1, wherein the front collector and the side collector have a brush structure.   The direction changing mechanism has a center stay provided at the upper center of the front collecting body and a bifurcated connecting stay provided at the tip of the handle, and the center stay is inserted between the bifurcated connecting stay and is movably fixed. The badminton shuttle collector according to claim 1 or 2.   The vertical swing mechanism includes a side stay having a first holding piece portion that is bent at an obtuse angle and holds the front collection body and a second holding piece portion that holds the side collection body. One end side of the front collection body is fixed, the other end side of the side collection body is rotatably attached to the second holding piece portion via the support shaft portion, and the second holding piece portion is a circle centering on the support shaft portion. The badminton shuttle collector according to any one of claims 1 to 3, further comprising an arc-shaped guide slot, and a guide projection formed on the side collector is engaged with the guide slot.   A brush with a handle grip on the rear end side, and a brush attached so as to be orthogonal to the handle via a direction changing mechanism that can change the direction left and right following the twisting motion of the handle in the left and right direction Brush structure attached diagonally outward to both sides of the front collector through the front collector of the structure and a vertical swing mechanism that can swing up and down on both sides of the front collector The direction change mechanism has a center stay provided at the upper center of the front collection body and a bifurcated connecting stay provided at the tip of the handle, and the center stay is located between the bifurcated connecting stays. The vertical swing mechanism is inserted and fixed movably, and has a first holding piece portion that is bent at an obtuse angle and holds the front collecting body and a second holding piece portion that holds the side collecting body. First with side stays One end of the front collector is fixed to the holding piece, the other end of the side collector is pivotally attached to the second holding piece via a support shaft, and the support shaft is attached to the second holding piece. A badminton shuttle collection tool comprising an arc-shaped guide long hole as a center, and a guide protrusion formed on a side collection body engaged with the guide long hole.

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