TW201412363A - Ball serve mechanism - Google Patents

Abstract

A ball serve mechanism is provided. The ball serve mechanism includes a driving main wheel and four driving assisted wheels. The assisted wheel has a hypothesized axis, and an angle between a level line and the hypothesized axis. Four assisted wheels are located around the ball. Wherein, every wheel has an adjusting device to adapt the different size of the ball in different ways.

Description

Ball machine

The present invention relates to a sports apparatus, and more particularly to a ball machine that can accommodate a variety of sphere sizes.

With the increase of the sports population and the improvement of living standards, today's leisure sports are increasingly demanding refinement and convenience, and many ball machine designs appear on the market. However, most of the current ball machines on the market are mostly used in table tennis, tennis and baseball and softball. For example, although the baseball and softball can see the automatic serve design in the market, the average athlete can only practice against the baseball and softball. However, it has not yet been seen that a ball machine can be launched in a variety of different types of balls and can convert more than two types of balls. In addition, although the volleyball ball machine can adjust the left and right direction and the tilting angle, it is often driven by a semi-automatic transport ball, and it is still necessary to manually place the ball into the ball machine. This design is still inconvenient. Therefore, in the fact that the general school funds are limited, even if the performance of the ball machine is good, if the school can not buy the ball machine of all kinds of balls at once, it is also awkward, and it is also limited by the venue. If the function of the ball machine is not perfect, If you are diversified, there are very few schools that are willing to buy a ball machine. This is one of the reasons why the ball machine can't be popular in school.

In addition, whether it is table tennis, tennis, baseball or volleyball ball machine design, although the automatic stable serve can make the killing and serving more obvious than the traditional method, but because the machine takes more than one driving wheel plus A single idler or a drive wheel plus a pair of idlers (two opposite idlers), always serve at a fixed angle, even if the adjustment mechanism is used to serve the ball The machine launches the angle, but there is a preset ball in the subconscious of the practitioner before the serve, and because the ball is rigid and not diverse, the long-term practice makes the practitioner's ability to respond to the situation and the ability to react gradually decline, over time. In the volleyball machine with the practice of significant practice, the variables are hidden.

Therefore, the author of the present invention can solve the problem of ball size limitation and path change ability by using this creation.

Therefore, an aspect of the present invention is to provide a ball machine capable of not only transmitting a ball but also adapting to a ball of a different size for serving.

According to one embodiment of the foregoing aspect, the ball machine has a main serve roller set and a four tilt wheel set. The main serve roller set includes a main roller driven by a main power motor by a linkage mechanism, and the main roller is correspondingly sent by the sphere. center of. The other inclined roller sets include a tilting roller driven by the secondary power motor by the linkage mechanism. A virtual central axis of the inclined roller is staggered with a virtual horizontal plane by a predetermined angle, and the four inclined roller sets are correspondingly disposed on the circumference of the spherical body.

According to the foregoing embodiment, a virtual central axis of the main roller of the ball machine is parallel to a virtual horizontal plane, and the virtual central axes of the rollers of the four sets of inclined roller sets are alternately formed into a virtual quadrilateral. Each of the aforementioned service roller groups is equipped with an adjusting device and can be telescopically displaced toward the center of the sphere to adapt to different sizes of spheres.

According to another embodiment of the invention, the body may have a ball-filling space. The main serve roller set includes a main roller driven by the main power motor by the linkage mechanism, the main roller extends into the ball space, and the main roller corresponds to the center of the ball space. Four tilting roller sets consist of four consecutive power motors with four linkages The four tilting rollers driven by the mechanism, a virtual central axis of the tilting roller is staggered at a predetermined angle with a virtual horizontal plane, and each inclined roller is disposed on the circumference side of the ball-receiving space to extend into the ball-filling space. There are also five sets of adjusting devices respectively installed on the roller sets, and each adjusting device comprises an adjusting seat and an adjusting member telescopically positioned on the adjusting seat, the adjusting seat is positioned on the body, and each adjusting piece is One end supports the main roller and the inclined roller respectively, and the adjusting member allows the rollers to be telescopically displaced toward the center of the ball receiving space.

By this design, the main roller and the four tilting roller of the present invention can simulate the change of the force of five fingers, four fingers, three fingers, three fingers or a single finger, and can be adjusted by using the rotational torque adjustment of different motors to change the spherical body. The direction of rotation allows for a change in the ball path. Please refer to Appendix 1 of the application together. The present invention can easily generate various baseball change paths by using the main power motor, the rotation direction of the four power motors, and the selection of each roller group.

It is worth mentioning that the adjusting seat can utilize a sliding rail and a through screw hole to cooperate with a screw member, so that the adjusting member can be telescopically slid or screwed to the preset position of the sliding rail.

In addition, the body of the aforementioned ball machine may include a launching frame for positioning the main serve roller set, the tilting roller set and the adjusting device. And a feeding mechanism automatically sends the ball into the launching frame. In addition, a launching base can be provided for pivoting the launching frame, and the launching frame can be rotated and adjusted by the launching base. In addition, a vertical telescopic bracket can be added to adjust the launching frame.

The remote control unit can be installed on the creation to generate a remote control function, and the remote control method can be used to change the serve speed, angle, height or the ball path, so that one can also perform various ball practice conveniences.

1 to FIG. 1 is a perspective view showing an embodiment of the present invention; and FIG. 2 is a side view showing an embodiment according to FIG. 1. Next, a plan view of a ball machine according to an embodiment is shown in FIG. 4 and 5 are used to illustrate the extended and retracted perspective view of the adjustment device.

As shown in the figure, the ball machine 100 of an embodiment of the present invention is configured to correspondingly emit a sphere X (see FIG. 6 for the position of the sphere). The ball machine 100 includes a feeding mechanism 200, a body 300, and five sets of adjusting devices. 400, a main serve roller set 500, and a four tilt wheel set 600. The agencies are detailed in the following: The feeding mechanism 200 includes a ball storage device 210, a ball feeding rail 220 and a driving ball feeding unit 230. The ball feeding rail 220 is coupled between the ball storage device 210 and the driving ball feeding unit 230 for driving the ball feeding unit 230 to load the ball device. Most of the spheres in 210 are sent one by one along the ball-feeding track 220.

The body 300 includes a launching frame 310 having a ball-receiving space 311, a launching base 320, and a vertical telescopic bracket 330. The launching base 320 is pivotally mounted for the launching frame 310, and the launching frame 310 is adjusted for horizontal axial rotation by the launching base 310. The vertical telescopic bracket 330 has a pneumatic or hydraulic lifting power device 331 therein, and the vertical telescopic bracket 330 is supported under the launching base 320, and the launching frame 320 is vertically adjusted by the vertical telescopic bracket 330. Further, a rotating motor 321 is mounted on the launching base 320, and the rotating motor 321 is coupled to the belt to drive the launching frame 310 to rotate.

The design of the adjusting device 400 is as shown in Figures 4-5, and the adjusting device 400 Each of the adjusting devices 400 includes an adjusting base 410, an adjusting member 411 telescopically positioned on the adjusting base 410, a sliding rail 420, a through screw hole 430 and a screw member 440. The through hole 430 penetrates the adjusting base 410 and communicates with the sliding rail 420. The adjusting member 411 is a pair of members that can be screwed into the clamping seat 410, and the adjusting member 411 is slidably disposed in the sliding rail 420, and the adjusting member 411 is screwed. The 440 locks against the preset height of the slide rail 420, and one end of the adjuster 410 is positioned at the inner edge of the launch frame 310. The other end of the adjusting base 410 is configured to allow the adjusting member 411 to expand and contract and expose.

The main service roller set 500 is mounted on the upper side of the inner edge of the launching frame 310, and includes a main roller 530 driven by a main power motor 510 by a belt-type linkage mechanism 520. The main roller 530 is pivotally mounted on the outer end of the adjusting member 411 to be telescopically inserted. The ball space 311, and the main roller 530 corresponds to the center of the ball space 311; the outer end of the adjusting member 411 of the adjusting device 400 not only supports the main roller 530, but also the main roller 530 is oriented toward the center of the ball X by the adjusting member 411. Telescopic displacement positioning.

The four sets of inclined roller sets 600 are respectively mounted on opposite sides of the inner edge of the launching frame 310. Each of the inclined roller sets 600 includes a tilting roller 630 driven by the primary power motor 610 by a belt-type linkage mechanism 620, and four tilting rollers 630 are four virtual The central axes A1~A4 are interlaced with a virtual horizontal plane B by a predetermined angle, and the four virtual central axes A1~A4 are alternately staggered to form a virtual quadrilateral (see FIG. 7 for the inclined roller configuration), and the four inclined rollers 630 are pivotally mounted. The outer ends of the respective adjusting members 411 can extend into the ball receiving space 311, and each of the inclined rollers 630 corresponds to the circumference X side of the ball. The aforementioned preset angle may be between 3 degrees and 87 degrees, and all of them can stably drive the sphere X.

The aforementioned ball receiving space 311 refers to the main roller 530 and each inclined roller 630 Retract to the hollow space of the terminal. Further, the virtual central axis (not shown) of the main roller 530 can be kept parallel to the virtual horizontal plane B.

It is worth mentioning that the ball machine of the present invention can be further designed to include a remote control unit, thereby corresponding to the rotation of the remote control launching frame, the lifting and lowering of the feeding mechanism, the rotational torque and direction of the main serve roller set, the rotational torque and direction of the inclined roller set or Adjust the expansion and contraction of the device.

It can be seen from the above embodiments of the present invention that the application of the present invention has the following advantages:

First, each of the aforementioned service roller sets can be telescopically displaced toward the center of the sphere with an adjustment device, thereby adapting to spheres of different sizes.

Second, a virtual central axis of the main roller of the serve keeps the virtual horizontal plane parallel, and the virtual central axis of the four sets of inclined roller sets is interlaced with the pseudo-horizontal plane; thereby the main roller and the four inclined rollers can simulate the finger angle and the force Change, and then be able to issue a change path.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and the present invention can be modified and modified without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached.

100‧‧‧ serve machine

200‧‧‧Feed institutions

210‧‧‧Ball storage device

220‧‧‧Send ball track

230‧‧‧Send ball unit

300‧‧‧ body

310‧‧‧ Launch Frame

311‧‧‧容球空间

320‧‧‧ launch base

321‧‧‧Rotary motor

330‧‧‧Vertical telescopic bracket

331‧‧‧ Lifting power unit

400‧‧‧Adjustment device

410‧‧‧ adjustment seat

411‧‧‧Adjustment

420‧‧‧rails

430‧‧‧through screw holes

440‧‧‧ screw

500‧‧‧Main Serving Roller Set

510‧‧‧main power motor

520‧‧‧ linkage mechanism

530‧‧‧Main wheel

600‧‧‧inclined roller set

610‧‧ power motor

620‧‧‧ linkage mechanism

630‧‧‧Tilt wheel

X‧‧‧ sphere

A1~A4‧‧‧Virtual Center Axis

B‧‧‧virtual level

The above and other objects, features, advantages and embodiments of the present invention will become more <RTIgt;

Fig. 2 is a side view showing an embodiment according to Fig. 1.

Figure 3 is a plan view showing a ball machine according to an embodiment of the present invention.

Fig. 4 is a perspective view showing the adjustment device of an embodiment.

Fig. 5 is a perspective view showing the retraction of the adjusting device of an embodiment.

Fig. 6 is a schematic view showing a service state of an embodiment of the present invention.

Figure 7 is a schematic view showing the configuration of four tilting rollers of an embodiment.

Attachment 1: Baseball change ball finishing table.

100‧‧‧ serve machine

200‧‧‧Feed institutions

210‧‧‧Ball storage device

220‧‧‧Send ball track

230‧‧‧Send ball unit

300‧‧‧ body

310‧‧‧ Launch Frame

311‧‧‧容球空间

320‧‧‧ launch base

331‧‧‧ Lifting power unit

330‧‧‧Vertical telescopic bracket

Claims (13)

A ball machine corresponding to launching a predetermined sphere, the ball machine comprising at least: a main serve roller set, comprising a main roller driven by a main power motor by a linkage mechanism, the main roller corresponding to a center of the sphere; and four The inclined roller group includes four inclined rollers respectively driven by the four-time power motor by the four-linking mechanism, and a virtual central axis of the inclined rollers is staggered with a virtual horizontal plane by a predetermined angle, and the inclined roller groups are correspondingly configured. On the side of the sphere. The ball machine of claim 1, wherein a virtual central axis of the main roller is parallel to a virtual horizontal plane. The ball machine of claim 1, wherein the four virtual central axes of the tilting rollers are staggered to form a virtual quadrilateral. A ball machine comprising: at least one body having a ball-filling space; and a main-going roller set comprising a main roller driven by a main power motor by a linkage mechanism, the main roller extending into the ball-filling space, and the main roller The main roller corresponds to the center of the ball space; the four inclined roller group includes four inclined rollers respectively driven by four power motors with four linkage mechanisms, and a virtual central axis of the inclined rollers is interleaved with a virtual horizontal plane. An angle is set, and the inclined rollers extend into the ball space, and the inclined rollers are correspondingly disposed in the ball space And the five sets of adjustment devices are respectively mounted on each of the service roller sets, and each of the adjustment devices includes an adjustment seat and an adjustment member telescopically positioned on the adjustment seat, the adjustment seats are positioned on the body And the one end of the adjusting member respectively supports the main roller and the inclined rollers, and the adjusting members are telescopically displaced toward the center of the ball receiving space. The ball-feeding machine of claim 4, wherein each of the adjusting seats has a sliding rail and at least one through-hole, the through-hole is connected to the sliding rail from the outside, and the adjusting member is slidably disposed on the sliding rail, and the screw is snail The screw is disposed on the through screw hole and can position the adjusting member against the top. The ball-sending machine of claim 4, wherein the body comprises: a launching frame, wherein the main serve roller set, the tilting roller sets and the adjusting devices are positioned to form the ball-filling space; The launching frame is pivotally mounted, and the launching frame is rotated and adjusted by the launching base; and a vertical telescopic bracket is mounted under the launching base, and the launching frame is lifted and adjusted by the vertical telescopic bracket. The ball-sending machine of claim 6, wherein a rotating motor is mounted on the launching base, and the rotating frame is coupled to drive the launching frame to rotate. The ball machine of claim 7 further includes a remote control unit, and the rotary motor is correspondingly remotely controlled. The ball-feeding machine of claim 6, wherein the vertical telescopic bracket is mounted with a lifting power device, and the vertical power-retracting device drives the vertical telescopic bracket to perform vertical telescopic displacement. The ball machine of claim 9, further comprising a remote control unit, corresponding to remotely controlling the lifting power unit. The ball machine of claim 4, further comprising: a feeding mechanism corresponding to the ball space and engaging the launching frame, the feeding mechanism having at least one ball sending unit for automatically feeding the ball into the ball space. The ball machine of claim 11 further includes a remote control unit corresponding to the remote control unit. The ball machine of claim 4, further comprising: a remote control unit, correspondingly remotely controlling the main serve roller set, the inclined roller set or the adjusting device.