WO2019136738A1 - 推杆力量练习器 - Google Patents

推杆力量练习器 Download PDF

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Publication number
WO2019136738A1
WO2019136738A1 PCT/CN2018/072563 CN2018072563W WO2019136738A1 WO 2019136738 A1 WO2019136738 A1 WO 2019136738A1 CN 2018072563 W CN2018072563 W CN 2018072563W WO 2019136738 A1 WO2019136738 A1 WO 2019136738A1
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WIPO (PCT)
Prior art keywords
rotating member
rotating shaft
putter
rotating
display
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PCT/CN2018/072563
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English (en)
French (fr)
Inventor
李仲明
Original Assignee
李仲明
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Publication date
Application filed by 李仲明 filed Critical 李仲明
Priority to PCT/CN2018/072563 priority Critical patent/WO2019136738A1/zh
Publication of WO2019136738A1 publication Critical patent/WO2019136738A1/zh

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    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
    • A63B69/00—Training appliances or apparatus for special sports
    • A63B69/36—Training appliances or apparatus for special sports for golf

Definitions

  • the invention relates to a sports equipment, in particular to a putter strength exerciser.
  • putter practice equipment which usually includes a hole base for simulating a green and an elongated artificial turf for use as a fairway, the artificial turf having a length of about 8 to 10 inches.
  • This putter can be used to train the strength and accuracy of the putter in this distance to improve the user's ability to push the ball, but there is a lack of training in the putter distance of more than 8 ⁇ 10 ⁇ At the office. Due to the limited length of the long strip of artificial turf, it is not possible to effectively practice the strength and accuracy of the putter over the length of the existing artificial turf on this long strip of artificial turf.
  • the invention provides a putter strength exerciser, which comprises a rotating member, so that the user of the exercise can know the strength of the putter according to the rotation number of the rotating member, and then can practice in the existing putter. On the device, practice the power and accuracy of the putter that exceeds the distance of the artificial turf length of the existing exerciser.
  • the present invention provides a putter strength trainer that includes a frame body, a shaft, a rotating member, and a counter.
  • the frame supports the rotating shaft and the rotating member.
  • the rotating shaft is disposed on the frame body and carries the rotating member.
  • the rotating member is disposed on the rotating shaft and is subjected to an impact force to rotate along the axis of the rotating shaft.
  • the counter is used to measure the number of turns of the impacted rotating member about the axis of rotation.
  • the frame body, the rotating shaft and the rotating member are an integral structure, and different sizes and types are set according to different impact objects.
  • the rotating parts are configured with different weights according to different impacting objects to present an appropriate suitable rotational rotation.
  • the counter is used to calculate the number of turns of the rotating member, and can be used in combination with different frames, rotating shafts and rotating parts. After an object hits the rotating member, the rotating member rotates 360 degrees with respect to the frame along the rotating shaft, and the number of turns of the rotating member about the rotating shaft is measured via a counter.
  • the frame body includes a pair of holding parts, wherein a central portion of the rotating shaft is located between the supporting members, and the rotating member is rotatably disposed on the rotating shaft central.
  • the axis of the shaft extends horizontally.
  • the spindle passes through the center of the rotating member.
  • the spindle does not pass through the center of the rotating member.
  • the counter is a mechanical counter.
  • the counter includes a switch electrode, a triggering conductor, and a display.
  • the switch electrode is connected to the display to excite the display to record the number of revolutions and is fixed to one of the supports or the rotating shaft between the supports.
  • a triggering conductor is fixed to the rotating member for turning on the switching electric shock.
  • the display shows the number of revolutions of the rotating member. When the rotating member rotates relative to the frame along the rotating shaft, the triggering conductor touches the switch electrode, and the display displays the number of turns of the rotating member about the rotating shaft according to the number of times the triggering conductor touches the switch electrode.
  • the counter includes a reflector, an optical transceiver, a trigger switch and a display.
  • the reflecting members are located on the rotating member side of the supporting members and are fixed to one of the supporting members.
  • the optical transceiver is fixed to the other support and is used to emit a light toward the reflector and receive the light reflected by the reflector to switch the switch.
  • a trigger switch is connected to the display to activate the display to record the number of revolutions.
  • the display shows the number of revolutions of the rotating member.
  • the rotating member When the rotating member rotates relative to the frame along the rotating shaft, the rotating member shields the light from entering the optical transceiver, and the optical transceiver switch triggers the switch, and the display displays the rotating member rotating around the rotating shaft according to the number of times of switching the trigger switch Number of turns.
  • the user can know the strength of the putter by using the number of turns of the rotating member of the putter strength trainer. In this way, the user can use the putter strength exerciser of the present invention to practice the putter power.
  • the putter strength trainer measures the push rod force by the number of revolutions of the rotary member, the pusher strength trainer of the present invention can be used in a limited space compared to the existing putter practice apparatus. So that the existing putter trainer is more flexible in use.
  • FIG. 1 is a perspective view of a putter strength trainer of the present invention.
  • FIG. 2 is a perspective view of another putter strength trainer of the present invention.
  • FIG. 3 is a perspective view of another putter strength trainer of the present invention.
  • FIG. 4 is a perspective view of another putter strength trainer of the present invention.
  • the putter strength trainer of the present invention can be applied to specific ball sports such as golf balls, croquet balls or gateball balls.
  • the putter strength trainer 100 includes a frame body 110 , a rotating shaft 120 , a rotating member 130 , and a counter 140 .
  • the rotating shaft 120 is disposed on the frame body 110 and carries the rotating member 130 , and the frame body 110 supports the rotating shaft 120 and the rotating shaft 120 .
  • the rotating member 130 is disposed on the rotating shaft 120 and is pivotally connected to the frame body 110 via the rotating shaft 120 so that the rotating member 130 can withstand an impact force and can rotate 360 degrees relative to the frame body 110 along the rotating shaft 120, that is, the rotating member.
  • the 130 can be rotated around the rotating shaft 120, wherein the rotating member 130 is rotated on the rotating shaft 120.
  • the putter strength exerciser 100 is not provided with an element that limits the angle of rotation of the rotating member 130, so the rotating member 130 can rotate 360 degrees along the rotating shaft 120.
  • the counter 140 is used to measure the number of revolutions of the impacted rotating member 130 about the rotating shaft 120.
  • the rotating member 130 is available for impact by the object 10, wherein the object 10 is, for example, a golf ball, a croquet or a gateball. After the object 10 hits the rotating member 130, the rotating member 130 rotates along the rotating shaft 120. At this time, the counter 140 is used to measure the number of turns of the rotating member 130 about the rotating shaft 120. It can be seen from this that the number of turns of the rotating member 130 about the rotating shaft 120 is determined by the impact force of the object 10 on the rotating member 130. The greater the force of the object 10 striking the rotating member 130, the more the number of revolutions of the rotating member 130. Conversely, the smaller the force of the object 10 striking the rotating member 130, the smaller the number of revolutions of the rotating member 130, and even the case where the rotating member 130 cannot rotate one turn.
  • the user can first place the putter strength trainer 100, wherein the putter strength trainer 100 can be placed in an indoor or outdoor environment.
  • the putter strength trainer 100 located in an indoor environment may be configured on an artificial turf of an existing putter exercise apparatus, while the putter strength trainer 100 located in an outdoor environment may be disposed on a green or a cricket pitch.
  • the user fires the object 10 (eg, a golf ball or a croquet) toward the rotating member 130 with the putter strength trainer 100.
  • the object 10 eg, a golf ball or a croquet
  • the frame body 110 includes a pair of supports 110p, wherein the pair of supports 110p carry the rotating member 130 and the rotating shaft 120, and the rotating shaft 120 is located between the supporting members 110p. Since the rotary member 130 is located between the support members 110p, the object 10 must pass through the passage between the support members 110p to smoothly strike the rotary member 130 to rotate the rotary member 130. That is to say, the user must drive the object 10 into the passage between the support members 110p, and hit the rotary member 130 to measure the push rod force, so the putter strength exerciser 100 can also help the user to push the putter to hit the ball. Accuracy. After the object 10 successfully hits the rotating member 130, the rotating member 130 rotates about the rotating shaft 120.
  • the counter 140 also records and displays the number of turns of the rotating member 130 about the rotating shaft 120 until the rotating member 130 stops rotating. Since the number of revolutions of the rotating member 130 is determined by the impact force of the object 10 on the rotating member 130, after the rotating member 130 stops rotating, the user can know his own putter according to the number of turns displayed by the counter 140 at this time. power.
  • the frame body 110 may include a pair of support members 110p that are shaped as two upright columns, as shown in FIG.
  • the rotating shaft 120 is coupled between the supporting members 110p such that the central portion of the rotating shaft 120 is located between the supporting members 110p.
  • the rotating shaft 120 is rotatably mounted between the supporting members 110p.
  • the rotating shaft 120 can be clearance fit with the supporting members 110p, so that the rotating shaft 120 is rotatably mounted between the supporting members 110p, and It can rotate relative to the frame body 110.
  • a bearing (not shown) may be disposed in each of the support members 110p, and the rotating shaft 120 may be inserted into the Palin in the support members 110p so that the rotating shaft 120 can also rotate relative to the frame body 110.
  • the rotating member 130 and the rotating shaft 120 are fixed together, and the rotating member 130 cannot be rotated and rotated on the rotating shaft 120.
  • the rotating shaft 120 can also be fixed to the frame body 110 so that the rotating shaft 120 does not rotate relative to the frame body 110.
  • the rotating shaft 120 can be inserted into the frame body 110 and interfere with the frame body 110 (interference fit) or tight fit.
  • the rotating shaft 120 and the frame body 110 may be integrally formed, such as the rotating shaft 120 and the frame body 110 shown in FIG.
  • the rotating shaft 120 and the frame body 110 can be bent into a spherical shape or a horizontal bar type by means of metal processing to form the rotating shaft 120 and the frame body 110 as shown in FIG.
  • the rotating shaft 120 and the frame body 110 can also be cast or injection molded to achieve the purpose of integrally forming the two.
  • the frame body 210 includes a pair of support members 210p, and each of the support members 210p further includes a base 211 and a wall body 212, wherein the wall body 212 is disposed on the base 211.
  • These wall bodies 212 are connected to the rotating shaft 120 and can be respectively fixed to the bases 211.
  • the wall may be secured to the base 211 by means of fastening means, such as screwing, gluing, riveting or welding.
  • the base 211 has sufficient weight and can be made of metal, stone or wood.
  • the bases 211 can stabilize the frame body 110 so that the frame body 210 is not easily tipped due to the rotation of the rotary member 130.
  • the base 211 and the wall 212 in the same support member 210p may be integrally formed into one piece.
  • the base 211 and the wall 212 may be formed by machining a bulk, such as a metal block, a block of wood or a block of stone.
  • the rotating member 130 and the rotating shaft 120 can be eccentrically designed.
  • the rotating shaft 120 passes through the center C1 of the rotating member 130, and the rotating member 130 may further include a weight 133 fixed to the striking end portion 132 of the rotating member 130, wherein the weight 133 may be a metal or stone object, so that The rotating member 130 has a heavier weight at the impact end 132.
  • the axis 121 of the rotating shaft 120 extends horizontally, so that during the rotation of the rotating member 130, the striking end portion 132 is rotationally moved between different levels.
  • the weight 133 can be caused to automatically stop the impact end portion 132 at a lowest level due to the influence of gravity, so that the impact end portion 132 when not rotated can be held by the object. 10 the appropriate position of the impact. In this way, when the impact end portion 132 is in a stationary state, the user can use the putter strength trainer 100 to fire the object 10 to rotate the member 130 without prior adjustment of the height of the impact end portion 132, thereby facilitating the user's operation.
  • the counterweight 133 helps to prevent the rotating member 130 from rotating due to the influence of the wind, preventing the counter 140 from measuring the wrong number of turns.
  • the putter strength trainer 100 can employ other types of eccentric designs, such as the rotating member 230 shown in FIG.
  • the rotating shaft 120 does not pass through the center C2 of the rotating member 230, so that when the rotating member 230 is stopped rotating, the striking end portion 232 of the rotating member 230 can also be automatically affected by gravity.
  • the ground stops at the lowest height, and the center C2 of the rotating member 230 is below the rotating shaft 120.
  • the impact end 232 can also be in an appropriate position that can be struck by the object 10 to facilitate the user to perform the putt practice.
  • the counter 140 it may be a mechanical counter (as shown in FIG. 3) or an electronic counter (as shown in FIG. 4).
  • the counter 340 is shown as a mechanical counter.
  • the counter 340 can be mounted to the frame body, such as the frame body 110 of FIG. 1, the frame body 210 of FIG. 2, or other aspects of the frame body.
  • FIG. 3 is an example of the frame body 210, but FIG. 3 is for illustrative purposes only and does not limit the scope of the invention.
  • the counter 340 includes a switch electrode 341, a trigger conductor 343 and a display (not shown in FIG. 3), wherein the switch electrode 341 is fixed to the support 210p or the rotating shaft 120 and located between the two supports 210p, and the trigger conductor 343 is fixed to the rotation.
  • the device 130 is used to turn on the switch electrode 341.
  • the display is connected to the switch electrode 341 and displays the number of rotations of the rotating member 130, wherein the switch electrode 341 is used to excite the display to record the number of revolutions.
  • the trigger conductor 343 touches the switch electrode 341.
  • the display of the counter 340 can display the number of turns of the rotating member 130 about the rotating shaft 120 according to the number of times the triggering conductor 343 touches the switch electrode 341, and the number of touches recorded and displayed by the counter 340 represents the rotation of the rotating member 130. Number of turns.
  • the trigger conductor 343 is located above the switch electrode 341 to prevent the trigger conductor 343 from coming into contact with the switch electrode 341, preventing the counter 340 from measuring an error.
  • the counter 440 is an electronic counter, which may have a photointerrupter and may be mounted on a frame body, wherein the frame body is, for example, the frame body 110 of FIG.
  • the frame 210 is also a frame of other aspects.
  • FIG. 4 is also exemplified by the frame 210, but FIG. 4 is for illustrative purposes only and does not limit the scope of the invention.
  • the counter 440 includes an optical transceiver 441, a reflector 442, a display 443, and a trigger switch (not shown), wherein the display 443 is electrically connected to the optical transceiver 441 and displays the number of revolutions of the rotating member 130.
  • the reflecting member 442 is located on the rotating member side of the supporting members 210p and is fixed to a supporting member 210p, wherein the reflecting member 442 is, for example, a metal layer capable of reflecting light, which may be a patch or a coating.
  • the optical transceiver 441 is fixed to the support 410p and has a light source emitting and a light receiver (both of which are not shown).
  • the light source may be a Light Emitting Diode (LED) and may be a visible light source or a non-visible light source.
  • the light receiver is, for example, a photodiode or a photoresistor and is capable of receiving visible or non-visible light.
  • the optical transceiver 441 can emit a light L4 toward the reflector 442, which is, for example, visible or non-visible (e.g., infrared or ultraviolet) to switch the switch.
  • a trigger switch is coupled to display 443 to activate display 443 to record the number of revolutions. After being incident on the reflector 442, the light beam L4 is reflected by the reflector 442 to the optical transceiver 441, so that the optical transceiver 441 receives the light L4 reflected by the reflector 442.
  • the optical transceiver 441 When the optical transceiver 441 receives the light L4, the number shown on the display 443 does not change. However, when the light ray L4 is blocked so that the optical transceiver 441 does not receive the light ray L4, the optical transceiver 441 records the occlusion of the light ray L4, and the number shown on the display 443 changes to indicate The number of times the light L4 is blocked.
  • the rotating member 130 rotates relative to the frame 410 along the rotating shaft 120, the rotating member 130 blocks the light L4 from entering the optical transceiver 441, wherein the optical transceiver 441 switches the trigger switch, and the display 443 switches according to the trigger switch. The number of turns of the rotating member 130 about the rotating shaft 120 is shown in the number of times.
  • the rotary member 130 when the rotary member 130 makes one rotation, the rotary member 130 shields the primary light L4.
  • the counter 440 can measure the number of revolutions of the rotating member 130 about the rotating shaft 120 according to the number of times the rotating member 130 blocks the light L4, and the number of times the counter 440 is recorded and displayed can represent the number of revolutions of the rotating member 130.
  • the putter strength trainer since the number of revolutions of the rotating member is determined by the impact force of the object (such as a golf ball or a croquet) on the rotating member push rod, the use is The person can know the size of his pushing force according to the rotation of the rotating member. In this way, the user can use the putter strength exerciser of the present invention to practice the putter power.
  • the putter strength trainer of the present invention measures the pusher force by the number of turns of the rotary member, the pusher exercise device that measures the pusher force compared to the existing travel distance of the ball is used.
  • the putter strength trainer of the present invention can be used in a limited space, thereby making the existing putter trainer more flexible in use.
  • the above-mentioned putt strength exerciser can also be used in an actual course (such as a golf course or a cricket pitch), and the user on the course can practice the putter so that the user can immediately understand the status of the putter place. For example, the current green speed, relative to the power of the putter, thus self-adjusting the best putt power that can be played on different courts.

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Abstract

一种推杆力量练习器，包括架体（110）、转轴（120）、旋转件（130）以及计数器（140）。架体（110）支持转轴（120）与旋转件（130）。转轴（120）配置于架体（110），并承载旋转件（130）。旋转件（130）配置于转轴（120），经受撞击力而能沿转轴（120）轴心做360度旋转转动。计数器（140）用于量测受撞击的旋转件（130）绕着转轴（120）而旋转的圈数。

Description

推杆力量练习器 技术领域
本发明涉及一种运动器材，尤其涉及一种推杆力量练习器。
背景技术
现今市面上贩售的高尔夫球器材已有出现推杆练习器具，其通常包括模拟果岭的球洞底座以及用来作为球道的长条形人造草皮，其人造草皮长度约略8～10呎。这种推杆练习器可以用来训练在此距离内推杆击球的力量与准确度，以改善使用者推球的能力，但在推杆距离超过8～10呎的训练上却有不足之处。因长条形人造草皮的长度有限，因此无法在此长条形人造草皮上有效练习超过现有人造草皮长度的推杆力量与准确度。如果要用这种推杆练习器让使用者进行更长距离的推杆练习，使用者需要有足够宽敞的空间，加长人工草皮的长度，才能作长距离的推杆练习，以至于限制了现有推杆练习器的使用。
发明内容
本发明提供了一种推杆力量练习器，其包括的旋转件，使练习的使用者可根据旋转件的旋转圈数状况来知道自己推杆力量的大小，进而可在现有的推杆练习器上，练习控制超过现有练习器人工草皮长度距离的推杆力量与准确度。
本发明提出一种推杆力量练习器，其包括架体、转轴(shaft)、旋转件以及计数器。架体支持转轴与旋转件。转轴配置于架体，承载旋转件。旋转件配置于转轴，经受撞击力而沿转轴轴心转动。计数器用于量测受撞击的旋转件绕着转轴而旋转的圈数。
架体、转轴及旋转件为一整体架构，依不同大小的撞击物体而设定不同 大小的尺寸与型式。旋转件则依不同的撞击物体配置不同的重量，以呈现恰当合适的旋转转动。计数器为计算旋转件转动圈数之用，与不同架体，转轴及旋转件之组合均能搭配使用。在一物体撞击于旋转件之后，旋转件沿着转轴而相对于架体做360度旋转转动，经由计数器量测出旋转件绕着转轴而旋转的圈数。
在本发明其中一实施例中，架体包括一对支撑件(holding part)，其中转轴的中央部位(central portion)位于这些支撑件之间，而旋转件可转动地(rotatably)配置于该转轴中央。
在本发明其中一实施例中，转轴的轴心呈水平延伸。
在本发明其中一实施例中，转轴通过旋转件的中心。
在本发明其中一实施例中，转轴未通过旋转件的中心。
在本发明其中一实施例中，计数器为机械式计数器(mechanical counter)。
在本发明其中一实施例中，计数器包括开关电极，触发导体(triggering conductor)，以及显示器(display)。开关电极连接显示器，以激发显示器纪录旋转圈数，并固定于其中一个支撑件或转轴，位于这些支撑件之间。触发导体(triggering conductor)固定于旋转件，用以导通开关电击。显示器显示旋转件旋转转动圈数。当旋转件沿着转轴而相对于架体旋转时，触发导体碰触开关电极，而显示器依据触发导体碰触开关电极的次数来显示转动件绕着转轴而旋转的圈数。
在本发明其中一实施例中，计数器包括反射件、光学收发器，触发开关与显示器。反射件位于这些支撑件的旋转件侧，并固定于其中一个支撑件。光学收发器固定于另一个支撑件，并用于朝向反射件发出一光线以及接收被反射件反射的光线，以开关触发开关。触发开关连接显示器，以激发显示器纪录旋转圈数。显示器显示旋转件旋转转动圈数。当旋转件沿着转轴而相对于架体旋转时，旋转件遮蔽光线入射至光学收发器，光学收发器开关触发开 关，而显示器依据触发开关的开关次数来显示该旋转件绕着转轴而旋转的圈数。
基于上述，利用推杆力量练习器的旋转件旋转的圈数，使用者可知道自己推杆力量的大小。如此，使用者可使用本发明的推杆力量练习器来作推杆力量的练习。其次，由于推杆力量练习器是利用旋转件旋转的圈数来量测推杆力量，因此相较于现有的推杆练习器具，本发明的推杆力量练习器可在有限的空间中使用，从而使现有推杆练习器在使用方面更具有弹性。
上述说明仅是本发明技术方案的概述，为了能够更清楚了解本发明的技术手段，而可依照说明书的内容予以实施，并且为了让本发明的上述和其他目的、特征和优点能够更明显易懂，以下特举实施例，并配合附图，详细说明如下。
附图说明
图1是本发明的一种推杆力量练习器的立体示意图。
图2绘示本发明另一种推杆力量练习器的立体示意图。
图3绘示本发明另一种推杆力量练习器的立体示意图。
图4绘示本发明另一种推杆力量练习器的立体示意图。
具体实施方式
本发明的推杆力量练习器可应用于特定的球类运动，例如高尔夫球、槌球(croquet ball)或门球(gateball ball)。请参阅图1，推杆力量练习器100包括架体110、转轴120、旋转件130及计数器140，其中转轴120配置于架体110，并承载旋转件130，而架体110支持转轴120与旋转件130。旋转件130配置于转轴120，并经由转轴120而枢接于架体110，以使旋转件130可经受撞击力而能沿着转轴120而相对于架体110做360度的旋转，即旋转件130能沿着转轴120而绕圈转，其中旋转件130置于转轴120上旋转转动。 推杆力量练习器100未设有限制旋转件130旋转角度的元件，所以旋转件130能沿着转轴120做360度的旋转。计数器140用于量测受撞击的旋转件130绕着转轴120而旋转的圈数
旋转件130可供物体10撞击，其中物体10例如是高尔夫球、槌球或门球。在物体10撞击旋转件130后，旋转件130沿着转轴120旋转。此时，计数器140用于量测旋转件130绕着转轴120而旋转的圈数。由此可知，旋转件130绕着转轴120而旋转的圈数是由物体10对旋转件130的撞击力来决定。物体10撞击于旋转件130的力量越大，旋转件130的旋转圈数越多。反之，物体10撞击于旋转件130的力量越小，旋转件130的旋转圈数越少，甚至可能出现旋转件130无法旋转一圈的情形。
当使用推杆力量练习器100来练习推杆时，使用者可先安置好推杆力量练习器100，其中推杆力量练习器100可安置于室内或室外环境。举例来说，位于室内环境的推杆力量练习器100可配置在现有推杆练习器具的人造草皮上，而位于室外环境的推杆力量练习器100可配置于果岭上或槌球场。之后，使用者将推杆力量练习器100朝向旋转件130击发物体10(例如高尔夫球或槌球)。
架体110包括一对支撑件110p，其中这对支撑件110p承载旋转件130与转轴120，而转轴120位于这些支撑件110p之间。由于旋转件130位于这些支撑件110p之间，因此物体10必须通过位于支撑件110p之间的通道才能顺利地撞击到旋转件130，让旋转件130旋转。也就是说，使用者须将物体10打进支撑件110p之间的通道，撞击旋转件130才能量测到推杆力量，所以推杆力量练习器100也能帮助训练使用者推杆击球的准确度。在物体10顺利地撞击于旋转件130之后，旋转件130会绕着转轴120而旋转。
同时，计数器140也会记录与显示旋转件130绕着转轴120而旋转的圈数，直到旋转件130停止转动。由于旋转件130旋转的圈数是由物体10对旋转件130的撞击力来决定，因此在旋转件130停止旋转之后，使用者可根 据此时计数器140所显示的圈数来了解自己的推杆力量。
架体110可包括一对支撑件110p，其形状为两根直立的柱体，如图1所示。转轴120连接在这些支撑件110p之间，以使转轴120的中央部位位于这些支撑件110p之间。转轴120可转动地装设在这些支撑件110p之间，例如转轴120可与这些支撑件110p余隙配合(clearance fit)，以使转轴120可转动地装设于这些支撑件110p之间，并能相对于架体110转动。或者，各个支撑件110p内可装设培林(bearing，图未绘示)，而转轴120可插设于这些支撑件110p内的培林，以使转轴120也能相对于架体110转动。在此一情况下，旋转件130与转轴120是固定一起的，旋转件130不能在转轴120上旋转转动。
此外，转轴120也可与架体110固定，以使转轴120不与架体110相对转动，例如转轴120可插设于架体110，并与架体110干涉配合(interference fit)或紧配，像是螺锁、胶黏、铆接或焊接。或者，转轴120与架体110可以是一体成型的结构，例如图1所示的转轴120与架体110。转轴120与架体110可用金属加工的手段，将一金属棍弯曲成球门形或单杠型，以形成如图1所示的转轴120与架体110。当然，转轴120与架体110也可采用铸造或射出成形而达到两者一体成型的目的。
除了图1所示的架体110外，本发明的推杆力量练习器也可采用图2所示的架体210。架体210包括一对支撑件210p，而各个支撑件210p还包括基座211与壁体212，其中壁体212配置于基座211上。这些壁体212连接转轴120，并可分别固定于这些基座211。例如，壁体可采用紧配手段(fastening means)而固定在基座211上，其中此紧配手段例如是螺锁、胶黏、铆接或焊接。基座211具有足够的重量，并可由金属、石材或木材所制成。当旋转件130或230转动时，这些基座211能稳定架体110，以使架体210不容易因为旋转件130的转动而发生倾倒。此外，同一支撑件210p中的基座211与壁体212可以一体成型(be integrally formed into one piece)。例 如，基座211与壁体212可由一块材(bulk)经机械加工(machining)后而形成，其中此块材例如是金属块、木块或石块。
旋转件130与转轴120可采偏心设计。详细而言，转轴120通过旋转件130的中心C1，而旋转件130还可包括配重133，其固定于旋转件130的撞击端部132，其中配重133可以是金属或石材物件，以使旋转件130在撞击端部132处具有较重的重量。转轴120的轴心121呈水平延伸，因此在旋转件130旋转的过程中，撞击端部132会在不同高度(level)之间旋转移动。
当旋转件130停止旋转时，配重133因受到重力的影响而能使得撞击端部132自动地停止在最低高度(lowest level)，以使未旋转时的撞击端部132能保持于可被物体10撞击的适当位置。如此，在撞击端部132处于静止状态时，使用者可以不用事先调整撞击端部132的所在高度，即可使用推杆力量练习器100，击发物体10去旋转件130，从而方便使用者操作。当推杆力量练习器100安置于室外环境时，配重133更有助于防止旋转件130因风吹的影响而旋转，避免计数器140量测到错误的圈数。
除了图1的偏心设计之外，推杆力量练习器100也可采用其他种类型的偏心设计，例如图2所示的旋转件230。详细而言，在图2的旋转件230中，转轴120未通过旋转件230的中心C2，因此当旋转件230处于停止旋转时，旋转件230的撞击端部232也能受到重力的影响而自动地停止在最低高度，而旋转件230的中心C2会处于转轴120的下方。如此，在撞击端部232处于静止状态时，撞击端部232同样也能处于可被物体10撞击的适当位置，以方便使用者进行推杆练习。
关于计数器140，其可为机械式计数器(mechanical counter，如图3所示)或电子式计数器(electronic counter，如图4示)。请参阅图3，其所示的计数器340为机械式计数器。计数器340可装设于架体，其例如是图1的架体110、图2的架体210或是其他态样的架体。另外，图3是以架体210为例，但图3仅供举例说明，并非限定本发明的权利范围。
计数器340包括开关电极341、触发导体343与显示器(图3未标示)，其中开关电极341固定于支撑件210p或转轴120，并位于这两个支撑件210p之间，而触发导体343固定于旋转件130，并用以导通开关电极341。显示器连接开关电极341，并显示旋转件130旋转转动圈数，其中开关电极341用以激发显示器纪录旋转圈数。当开关电极341与触发导体343一碰触时，开关电极341与触发导体343之间会形成电流通路，以触发计数器340，从而让计数器340记录触发导体343与开关电极341之间的碰触次数。
当旋转件130沿着转轴120而相对于架体210旋转时，触发导体343会碰触开关电极341。从图3可看出，当旋转件130每旋转一圈时，触发导体343会碰触一次开关电极341。因此，计数器340的显示器可依据触发导体343碰触开关电极341的次数来显示旋转件130绕着转轴120而旋转的圈数，而计数器340所记录及显示的碰触次数代表旋转件130旋转的圈数。另外，当旋转件130未旋转时，触发导体343会位于开关电极341的上方，以避免触发导体343与开关电极341接触，防止计数器340量测错误。
请参阅图4，其所示的计数器440为电子式计数器，其可具有光遮断器(photointerrupter)，并可装设于架体，其中此架体例如是图1的架体110、图2的架体210或是其他态样的架体。另外，图4也是以架体210为例，但图4仅供举例说明，并非限定本发明的权利范围。
计数器440包括光学收发器441、反射件442、显示器443以及触发开关(未绘示)，其中显示器443电连接光学收发器441，并显示旋转件130旋转转动圈数。反射件442位于这些支撑件210p的旋转件侧，并且固定于一个支撑件210p上，其中反射件442例如是能反射光线的金属层，其可以是贴片或涂层。光学收发器441固定于支撑件410p，并具有光源发射与光接收器(图皆未绘示两者)。光源可以是发光二极管(Light Emitting Diode，LED)，且可为可见光源或非可见光源。光接收器例如是光二极管或光敏电阻，并能接收可见光或非可见光。光学收发器441能朝向反射件442发出光 线L4，其例如是可见光或非可见光(例如红外光或紫外光)，以开关触发开关。触发开关连接显示器443，以激发显示器443纪录旋转圈数。光线L4在入射于反射件442之后，会被反射件442反射至光学收发器441，以使光学收发器441接收被反射件442反射的光线L4。
当光学收发器441接收到光线L4时，显示器443所示的数字不会发生变动。然而，当光线L4被遮蔽(blocked)，以至于光学收发器441没有接收到光线L4时，光学收发器441会记录此次光线L4的遮蔽，而显示器443所示的数字会发生变动，以表示光线L4被遮蔽的次数。当旋转件130沿着转轴120而相对于架体410旋转时，旋转件130会遮蔽光线L4入射至光学收发器441，其中光学收发器441开关触发开关，而显示器443会依据此触发开关的开关次数来显示旋转件130绕着转轴120而旋转的圈数。从图4可看出，当旋转件130每旋转一圈时，旋转件130会遮蔽一次光线L4。如此，计数器440可依据旋转件130遮蔽光线L4的次数来量测旋转件130绕着转轴120而旋转的圈数，而计数器440所记录及显示的遮蔽次数可代表旋转件130旋转的圈数。
综上所述，在以上实施例所披露的推杆力量练习器中，由于旋转件旋转的圈数是由物体(例如高尔夫球或槌球)对旋转件推杆的撞击力量来决定，因此使用者可根据旋转件的旋转来知道自己推力量的大小。如此，使用者可使用本发明的推杆力量练习器来作推杆力量的练习。此外，由于本发明的推杆力量练习器是利用旋转件旋转的圈数来量测推杆力量，因此相较于现有只能用球的行进距离来量测推杆力量的推杆练习器具，本发明的推杆力量练习器可在有限的空间中使用，从而使现有推杆练习器在使用方面更具有弹性。另外，上述推杆力量练习器也可在实际球场(例如高尔夫球场或槌球场)中使用，并可供球场上的使用者练习推杆，以使使用者可以立即了解球场推杆地点的状况，例如目前的果岭速度，与推杆力量的相对关系，从而自我调整出能在不同球场上发挥的最佳推杆力量。
以上所述，仅是本发明的实施例而已，并非对本发明作任何形式上的限制，虽然本发明已以实施例揭露如上，然而并非用以限定本发明，任何熟悉本专业的技术人员，在不脱离本发明技术方案范围内，当可利用上述揭示的方法及技术内容作出些许的更动或修饰为等同变化的等效实施例，但凡是未脱离本发明技术方案的内容，依据本发明的技术实质对以上实施例所作的任何简单修改、等同变化与修饰，均仍属本发明技术方案的范围内。

Claims (6)

  1. 一种推杆力量练习器，其特征在于，包括：
    一架体；
    一转轴，配置于该架体；
    一旋转件，配置于该转轴，其中该转轴承载该旋转件，而该旋转件经受一撞击力而能沿该转轴的一轴心做360度旋转转动；以及
    一计数器，用于量测受撞击的该旋转件绕着该转轴而旋转的圈数。
  2. 如权利要求1所述的推杆力量练习器，其特征在于，该架体包括：
    一对支撑件，承载该转轴，其中该转轴位于该对支撑件之间。
  3. 如权利要求1所述的推杆力量练习器，其特征在于，该转轴的轴心呈水平延伸。
  4. 如权利要求1所述的推杆力量练习器，其特征在于，该旋转件置于该转轴上旋转转动。
  5. 如权利要求2所述的推杆力量练习器，其特征在于，该计数器包括：
    一开关电极，固定于其中一个支撑件或该转轴，位于该些支撑件之间；
    一触发导体，固定于该旋转件，用以导通该开关电极；以及
    一显示器，连接该开关电极，并显示旋转件旋转转动圈数，其中该开关电极用以激发该显示器纪录旋转圈数；当该旋转件沿着该转轴而相对于该架体旋转时，该触发导体碰触该开关电极，而该显示器依据该触发导体碰触该开关电极的次数来显示该转动件绕着该转轴而旋转的圈数。
  6. 如权利要求2所述的推杆力量练习器，其特征在于，该计数器包括：
    一反射件，位于该些支撑件的一旋转件侧，并固定于其中一个支撑件；
    一光学收发器，固定于另一个支撑件，并用于朝向该反射件发出一光线以及接收被该反射件反射的该光线；
    一触发开关，连接该显示器，以激发该显示器纪录旋转圈数；以及
    一显示器，显示该旋转件旋转转动圈数；
    当该旋转件沿着该转轴而相对于该架体旋转时，该旋转件遮蔽该光线入射至该光学收发器，该光学收发器开关该触发开关，而该显示器依据该触发开关的开关次数来显示该旋转件绕着该转轴而旋转的圈数。
PCT/CN2018/072563 2018-01-15 2018-01-15 推杆力量练习器 WO2019136738A1 (zh)

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Publication number Priority date Publication date Assignee Title
CN101342419A (zh) * 2007-07-13 2009-01-14 张忠勃 高尔夫推杆练习器
CN202096683U (zh) * 2010-12-28 2012-01-04 龙仁电子(天津)有限公司 一种高尔夫数码推杆练习器
CN202161776U (zh) * 2008-06-20 2012-03-14 斯文莱特（英国）有限公司 高尔夫运动训练辅助器
KR20170027644A (ko) * 2015-09-02 2017-03-10 홍승욱 정교한 퍼팅 방향을 연습하기 위한 골프 퍼팅 연습장치

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101342419A (zh) * 2007-07-13 2009-01-14 张忠勃 高尔夫推杆练习器
CN202161776U (zh) * 2008-06-20 2012-03-14 斯文莱特（英国）有限公司 高尔夫运动训练辅助器
CN202096683U (zh) * 2010-12-28 2012-01-04 龙仁电子(天津)有限公司 一种高尔夫数码推杆练习器
KR20170027644A (ko) * 2015-09-02 2017-03-10 홍승욱 정교한 퍼팅 방향을 연습하기 위한 골프 퍼팅 연습장치

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