CN103706097A

CN103706097A - Inclined adjusting device of golf striking area

Info

Publication number: CN103706097A
Application number: CN201310384699.1A
Authority: CN
Inventors: 赵完济
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-08-30
Filing date: 2013-08-29
Publication date: 2014-04-09
Anticipated expiration: 2033-08-29
Also published as: KR20140028787A; CN103706097B; KR101440866B1

Abstract

The invention relates to an inclined adjusting device of a golf striking area comprising an inclined plate; a frame used for supporting the inclined plate; an inclined angle adjusting transmission device, which is disposed on the frame, is used to press one side of the inclined plate, and is used to adjust the inclined angle of the inclined plate; a joint part, which is disposed between the inclined plate and the frame, and can be used to support the rotation of the inclined plate by taking the frame as the reference. During the angular motion of the inclined plate, the weight can be dispersed on the joint part, and the angular motion of the inclined plate can be successfully carried out, and at the same time, the angular rotation of the inclined plate can be firmly supported, and therefore the shaking or the shedding phenomenon of the inclined plate can be prevented.

Description

The inclination adjusting device in golf ball-batting district

Technical field

The present invention relates to the inclination adjusting device in a kind of golf ball-batting district, more specifically, relate to a kind of hang plate that makes and carry out smoothly angular movement, and under heeling condition, can firmly support and can supply smoothly golf, and then the inclination adjusting device in the golf ball-batting district that can easily bat.

Background technology

Generally, golf is that golf is sunk one by one, and the few person of number of times that bats of take is the sports of victory, is the project that men and women, old and young all like.

In order to play golf giocoso, association is extremely important to the technology of the required separation distance of required direction by golf ball, therefore, removes field golf course (field) before, for the technology of learning to play golf, generally at indoor and outdoor golf driving cages, practise.

The oriented user of this golf driving cages, automatically supply the device of golf, the golf automatic supply device of so-called tee up machine, recently, except described golf automatic supply device, also developed a kind of at user's square stance, embody golf course ground, actual field gradient golf ball-batting district inclination adjusting device and be widely used.

Generally, the inclination adjusting device in existing golf ball-batting district, comprising: hang plate; Support the framework of described hang plate; And transmission device is adjusted, the heavy burden of described inclination angle adjustment transmission device supporting user in the inclination angle being arranged between described hang plate and framework.

But, the inclination adjusting device in described existing golf ball-batting district, because concentrating on described inclination angle, heavy burden adjusts transmission device, therefore need to use large capacity motor, or because of its structure, transmission device tender is adjusted and its durability reduction in inclination angle, and, when subscriber station moves at the edge of hang plate, hang plate rocks together and user feels uneasy, even because hang plate seriously rocks or depart from the problem safety such as causing user's tumble injury from described framework.

And the inclination adjusting device in existing golf ball-batting district exists under the state that tilts at described hang plate, be positioned over that golf above ball seat easily tumbles and the problem that can not bat smoothly.

Summary of the invention

The object of the invention is to, the inclination adjusting device in a kind of golf ball-batting district is provided, utilization has and when carrying out angular movement, can contact with the concave part of hang plate side and the joint component of non-contacting rounded nose, when angular movement, heavy burden can be scattered in to joint component, and, the rounded nose of joint component becomes turning cylinder and the angle of support inclined plates rotation more securely, and utilize steady pin parts can prevent rocking of hang plate or break-off, and, utilize fixedly golf of golf fixator, thereby at square stance, even if hang plate tilts also can prevent that golf from tumbling.

For reaching described object, the invention provides the inclination adjusting device in golf ball-batting district, comprising: hang plate; Framework, mutually in the face of being arranged at the downside of described hang plate; Transmission device is adjusted at inclination angle, between described lframe cross piece, is being provided with more than three, supports the bottom surface of corresponding described hang plate, drives and makes described hang plate increase, or hang plate is declined by deadweight in the mode of extending or shrinking; And joint component, at compartment between described hang plate and framework, be provided with more than three, take described framework as hang plate described in reference support is according to the rotation at inclination angle.

Inclination adjusting device according to the golf ball-batting district of thought of the present invention, further comprises: the Shear command input unit, the Shear command of reception user; And control part, receive the Shear command signal of described the Shear command input unit, and apply inclination angle adjustment signal to described inclination angle adjustment transmission device.

According to thought of the present invention, described joint component, can comprise: re-entrant part, be arranged at described hang plate below, when described hang plate carries out angular movement, can rise or decline along described hang plate; And rounded nose parts, be arranged at described framework above, and possess rounded nose, when described re-entrant part declines, described rounded nose contacts with described re-entrant part and can support the rotation of described re-entrant part.

According to thought of the present invention, described joint component comprises: steady pin parts, are optionally inserted in the holddown groove of the described rounded nose parts that contact with described re-entrant part; And steady pin transmission device, can towards the directional selectivity of described holddown groove press described steady pin parts.

According to thought of the present invention, described holddown groove is formed in the neck of the rounded nose bottom of described rounded nose parts, described steady pin parts are elasticity press sections, in described elasticity press section, be formed with and there is the opening that can insert the diameter of described rounded nose, described elasticity press section is pressed by elasticity towards described holddown groove direction by the recuperability of spring, described steady pin transmission device comprises rotating cam, described rotating cam is rotated by motor, and according to the anglec of rotation towards the directional selectivity of removing from described holddown groove press described elasticity press section.

According to thought of the present invention, transmission device is adjusted at described inclination angle, comprising: motor; Motor frame, supports described motor, in a side, is provided with fixed mount; Movable frame, can move forward and backward along the screw bar that is arranged on the rotating shaft of described motor; Link assembly, is connected to respectively fixed mount and the described movable frame of described motor frame with " X " print train; And scroll wheel, be articulated with described link assembly.

According to thought of the present invention, described joint component is disposed at 4 corner parts of described hang plate and framework.

According to thought of the present invention, on being further included in, hang plate is formed with the tee up machine of golf outlet, and described tee up machine, comprising: guide portion, towards described golf outlet direction guiding golf; Screw conveyor, is sent to described guide portion by described golf; Flexible pipe, one end is connected in described screw conveyor, and transmits golf.

According to thought of the present invention, on described hang plate, be provided with chinampa layer, at the periphery of the corresponding described pedaline flat bed of the golf outlet of tee up machine with being arranged on described hang plate, be at least formed with a plurality of golf fixators that formed by elastic material.

Invention effect

According to the inclination adjusting device in golf ball-batting of the present invention district, there is following effect: when angular movement, by heavy burden being scattered in to joint component, make hang plate can carry out smoothly angular movement, and securely the angle rotation of support inclined plates in case rocking and break-off of hang plate, thereby, can improve reliability and the security of product, and, at square stance, even if hang plate tilts also can prevent that golf from tumbling, thereby can improve user's convenience and comfortableness.

Accompanying drawing explanation

Fig. 1 is the part exploded perspective schematic diagram according to the inclination adjusting device in the golf ball-batting district of some embodiments of the present invention.

Fig. 2 removes the chinampa layer of Fig. 1 and the part exploded perspective schematic diagram of hang plate.

Fig. 3 is according to the top view of the inclination adjusting device in the golf ball-batting district of some embodiments of the present invention.

Fig. 4 is the side view of Fig. 3.

Fig. 5 is the front view of Fig. 3.

Fig. 6 is the operating state front view that the elongation state (left side state) of transmission device is adjusted at inclination angle, right side that Fig. 5 is shown.

Fig. 7 is the operating state front view that the elongation state (right side heeling condition) of transmission device is adjusted at left side angle that Fig. 5 is shown.

Fig. 8 is the operating state side view that the elongation state (rear heeling condition) of transmission device is adjusted at inclination angle, the place ahead that Fig. 5 is shown.

Fig. 9 is the schematic top plan view of rounded nose parts of the joint component of Fig. 3.

Figure 10 is that the master of rounded nose parts of the joint component of Fig. 3 looks schematic diagram.

Figure 11 is the operating state upward view of the state of untiing that the joint component of Fig. 1 is shown.

Figure 12 is the side cross-sectional view of Figure 11.

Figure 13 is the operating state upward view of lock-out state that the joint component of Fig. 1 is shown.

Figure 14 is the side cross-sectional view of Figure 13.

Figure 15 is the schematic top plan view that transmission device is adjusted at the inclination angle of Fig. 1.

Figure 16 is that the master that the contraction state of transmission device is adjusted at the inclination angle of Fig. 1 looks schematic diagram.

Figure 17 is that the master that the elongation state of transmission device is adjusted at the inclination angle of Figure 16 looks schematic diagram.

Figure 18 is the stereogram of Figure 15.

Figure 19 is the joint component of Fig. 1 and the schematic top plan view that the configuration status of transmission device is adjusted at inclination angle.

Figure 20 is the front view of Figure 19.

Figure 21 is the side view of elongation state of ball seat that the tee up machine of Fig. 1 is shown.

Figure 22 is the side view of contraction state of ball seat that the tee up machine of Figure 21 is shown.

Figure 23 is the schematic top plan view of the screw conveyor of Fig. 1.

Figure 24 is that the master of the screw conveyor of Figure 23 looks schematic diagram.

Figure 25 is the schematic top plan view of the golf fixator of Fig. 1.

Figure 26 is the schematic side view of the golf fixator of Figure 25.

Figure 27 is the side view of the inclination adjusting device in golf ball-batting district according to an embodiment of the invention.

Figure 28 is the top view of the inclination adjusting device in golf ball-batting district according to an embodiment of the invention.

In figure:

1: hang plate, 2: joint component, 3: the Shear command input unit, 5: transmission device is adjusted at inclination angle, 7: framework, 8: control part, 100: the inclination adjusting device in golf ball-batting district, 21: re-entrant part, 22: rounded nose parts, 22a: rounded nose, 22a1: holddown groove, 22c: connecting portion, 22b: holddown groove, 22b-1: neck, 23: steady pin parts, 231: elasticity press section, P: steady pin, 232: opening, 233: spring, 24: steady pin transmission device, 241: motor, 242: rotating cam, 51: motor frame, 52: motor, 53: screw bar, 54: movable frame, 55: guide rail, 56: fixed mount, 57, 58, 59, 60: link assembly, 61: scroll wheel, 63: brake component, B: golf, T: ball seat, 110: corrugated curtain, 120: tee up machine, 121: golf outlet, 130: screw conveyor, 140: flexible pipe, 150: golf fixator, 151: basal part, 160: chinampa layer, 170: electromagnetism fixed pin arrangement, 171: steady pin, W: hammer, G: guide portion, 180: elasticity locks roller.

The specific embodiment

Below, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Embodiments of the invention are for more intactly illustrating that to those skilled in the art the present invention provides, and following examples can be deformed into other form, do not limit the present invention.Following examples will make the present invention more complete, and provide more complete invention thought to those skilled in the art.And, in order to facilitate and to clearly state, in figure, amplify and represent each layer thickness or size.

In whole description, film is described, an inscape such as region or substrate " connection ", " stacked " or " coupling " in other inscapes " on " time, can be interpreted as a described inscape directly " connection ", " stacked " or " coupling " in other inscapes " on " or between it, there is other inscape.On the contrary, inscape " directly connect " or " direct-coupling " in other inscapes " on " time, should be interpreted as between it, there is no other inscape.Now, identical element is marked to identical symbol.As this description is used, term " and/or " one and more than one all combinations in enumerated project comprised.

In this description, first, second term such as grade is used for various parts, part, region, layer and/or part are described, is for parts, part, region, layer and/or part are used with other regions, layer or part difference.First, second term such as grade does not limit these parts, part, region, layer and/or part.In not departing from the scope of the present invention, the first component of the following stated, part, region, layer or part can be censured as second component, part, layer or part.

And the relative terms such as " on " or " above " and " under " or " below " are as shown to be explanation one key element the relation of other key elements is used.Relative terms can be additional to direction as shown and comprise other directions of element.For example, in figure, the key element that (turned over) is positioned at the upper side of other key elements if element turns over can be positioned in the bottom surfaces of described element.For example, the specific direction of term " on " based in figure all can comprise " under " and " on " direction.If element, towards other direction (with respect to other direction rotation 90 degree), should be used relative explanation as used in this specification is made an explanation.

The term that this description is used, for explanation specific embodiment is used, is not for limiting the present invention.As described herein, odd number form also can comprise plural form.And, in this description, " comprise (comprise) " and/or " comprising (comprising) " is used for being particularly limited the existence of mentioned shape, numeral, step, action, parts, key element and/or these combinations, but do not get rid of the existence of more than one other shapes, numeral, action, parts, key element and/or combination or additional.

Below, embodiments of the present invention will be described in detail with reference to the accompanying drawings.In the drawings, can change shape shown by manufacturing technology and/or tolerance (toleranoe).Therefore, embodiments of the invention are not limited to illustrated given shape, for example, should comprise the change in shape of bringing due to manufacture.

Fig. 1 is the part exploded perspective schematic diagram according to the inclination adjusting device 100 in the golf ball-batting district of some embodiments of the present invention, Fig. 2 removes the chinampa layer 160 of Fig. 1 and the part exploded perspective schematic diagram of hang plate 1, Fig. 3 is the top view according to some embodiments of the present invention, Fig. 4 is the side view of Fig. 3, Fig. 5 is the front view of Fig. 3, Fig. 6 is the operating state front view that the elongation state (left side state) of transmission device 5 is adjusted at inclination angle, right side that Fig. 5 is shown, Fig. 7 is the operating state front view that the elongation state (right side heeling condition) of transmission device 5 is adjusted at left side angle that Fig. 5 is shown, Fig. 8 is the operating state side view that the elongation state (rear heeling condition) of transmission device 5 is adjusted at inclination angle, the place ahead that Fig. 5 is shown.

First, as shown in Figures 1 to 8, according to the inclination adjusting device 100 in the golf ball-batting district of some embodiments of the present invention, can comprise: transmission device 5, joint component 2, the Shear command input unit 3 and control part 8 are adjusted in hang plate 1, framework 7, inclination angle.

Herein, described hang plate 1 is as the criterion and can be adjusted into various gradients with described framework 7, as Fig. 1, shown in Figure 25 and Figure 26, on described hang plate 1, pedaline flat bed 160 can be set.

Figure 25 is the schematic top plan view of the golf fixator 150 of Fig. 1, and Figure 26 is the schematic side view of the golf fixator 150 of Figure 25.

Shown in Figure 25 and Figure 26, in the surrounding that is arranged at the described chinampa layer 160 corresponding with golf outlet 121 tee up machine 120 described hang plate 1, a plurality of golf fixators 150 that formed by elastomeric material can be set, described golf fixator is given prominence to and is formed from described basal part 151, thereby, also fixing golf when described hang plate 1 carries out angular movement.

Especially, the hang plate 1 of the inclination adjusting device 100 in golf ball-batting district, at it, around towards multiple directions, dispose described the Shear command input unit 3, by user, with pin, press or exert pressure or contact the action command of club etc., and can automatically adjust the gradient of described hang plate 1.

Herein, described the Shear command input unit 3 can suitable configuration at the command input device of all the sensors such as the various pressure sensors of a side of described hang plate 1, feeler, magnetometric sensor, magnetic field sensor or switch form.

And described framework 7, for supporting described hang plate 1, can be arranged at the ground such as golf range or golf course or cage.

And, as shown in Figure 1, consider outward appearance and durability, corrugated curtain can be set between described hang plate 1 and framework 7 with protection inner body.

Figure 15 is the schematic top plan view that transmission device 5 is adjusted at the inclination angle of Fig. 1, Figure 16 is the front view that the contraction state of transmission device 5 is adjusted at inclination angle that Fig. 1 is shown, Figure 17 is the front view that the elongation state of transmission device 5 is adjusted at inclination angle that Figure 16 is shown, and Figure 18 is the stereogram of Figure 15.

As shown in FIG. 15 to 18, described inclination angle is adjusted transmission device 5 and is disposed more than three in the upper compartment of described framework 7, and support respectively the bottom surface of corresponding described hang plate 1, in the mode of extending or shrink, drive and make on the position of described hang plate 1 to rise, or declining by deadweight.

As shown in Figure 15 to 20, described inclination angle is adjusted transmission device 5 and is comprised motor 52, motor frame 51, movable frame 54,

link assembly

57,58,59,60 and scroll wheel 61.

Herein, described motor 52 produces rotary power, and described motor frame 51 supports described motor 52, in a side, is provided with fixed mount 56.

Described movable frame 54 can move forward and backward along the screw bar 53 and the guide rail 55 that are arranged at the rotating shaft of described motor 52 by the driving of described motor 52.

As shown in Figure 15 to 20, in described

link assembly

57,58,59,60, the two ends of

lower link

57,58 are articulated with respectively fixed mount 56 and the described movable frame 54 of described motor frame 51, each rod hinge connection in the mutual cross one another position, each end of each connecting rod, the front and back by movable frame 54 drive towards above-below direction extends or shrinks.

At the hinge point hinged rolling wheel 61 of

upper links

59,60, described scroll wheel rolls and is contacted with the bottom surface of described hang plate 1, adjusts the angle of described hang plate 1 by elongation and contractive action.

And, the sidepiece prolongation of at least one connecting rod adjoining each other in described

link assembly

57,58,59,60 is formed with retainer 63, in the process of extending or shrinking at

link assembly

57,58,59,60, described retainer contacts at the sidepiece of other connecting rods of correspondence and limits and extend or contraction scope.

Therefore, as shown in figure 17, when described motor 52 positive direction rotation, described screw bar 53 is carried out positive direction rotation, and meanwhile, described movable frame 54 is advanced towards the direction of described fixed mount 56, and, when described

link assembly

57,58 is compressed pressure and its length when elongated, described scroll wheel 61 extends, and pushes away the bottom surface of described hang plate 1 and can change towards positive direction the angle of hang plate.

On the contrary, as shown in figure 16, when described motor 52 opposite spin, described screw bar 53 is carried out opposite spin, meanwhile, described movable frame 54 towards from described fixed mount 56 away from direction retreat, and, when described

link assembly

57,58 is subject to tensile pressures and during its Length Contraction, described scroll wheel 61 shrinks, and push away the bottom surface of described hang plate 1 and can change in the opposite direction the angle of hang plate.

Therefore, can adjust angle of inclination towards 4 directions, as shown in Figure 6, the left side state that can form described hang plate 1 when transmission device 5 extends is adjusted at the inclination angle, right side of Fig. 5, and as shown in Figure 7, the right side heeling condition that can form described hang plate 1 when transmission device 5 extends is adjusted at the left side angle of Fig. 5, in addition, as shown in Figure 8, when transmission device 5 elongation is adjusted at the inclination angle, the place ahead of Fig. 5, form the rear heeling condition of described hang plate 1 etc.

Described joint component 2 is arranged between described hang plate 1 and framework 7, with described framework 7, is as the criterion and supports according to the rotation at the inclination angle of described hang plate 1.

Herein, as shown in Fig. 2, Figure 11 to Figure 14, described joint component 2, comprising: re-entrant part 21, be arranged at described hang plate 1 below, when described hang plate 1 carries out angular movement, can rise or decline along described hang plate 1; Rounded nose parts 22, be arranged at described framework 7 above, and possess rounded nose 22a, when described re-entrant part 21 declines, described rounded nose is contacted with described re-entrant part 21, and can support described re-entrant part 21 according to the rotation at inclination angle.

As shown in Figures 1 to 8, described control module 8 receives the Shear command signal of described the Shear command input unit 3, and applies inclination angle adjustment signal to described inclination angle adjustment transmission device 5.Though not shown, described control module 8 can arrange by the wireless transceiver of the various signals of wireless receiving and dispatching and order.

Fig. 9 is the schematic top plan view of rounded nose parts 22 of the joint component 2 of Fig. 3, and Figure 10 is that the master of rounded nose parts 22 of the joint component 2 of Fig. 3 looks schematic diagram.

According to the described joint component 2 of some embodiments of the present invention, comprise: steady pin 171, be contacted with re-entrant part 21, and being optionally inserted in fixed groove 22a1, described fixed groove is formed on the rounded nose 22a of the described rounded nose parts 22 that supported by attaching parts 22c towards a direction or two directions; Electromagnetism fixed pin arrangement 170, optionally presses described steady pin 171 towards the direction of described holddown groove 22a1.

Joint component 2 has described rounded nose parts 22, when described hang plate carries out angular movement, described rounded nose parts can contact or noncontact with the re-entrant part 21 of described hang plate 1 side, thereby, when carrying out angular movement, when utilizing described joint component 2 that heavy burden is scattered in to joint component 2, the rounded nose parts 22 of described joint component 2 become turning cylinder, and can support more securely the angle rotation of described hang plate 1.And, even if user applies external force to hang plate 1, also can utilize described steady pin 171 and electromagnetism fixed pin arrangement 170 to prevent rocking of described hang plate 1 or break-off, thereby can increase substantially reliability and the security of product.

In addition, as shown in Figure 3, the hammer W several kilograms to tens of kilograms of described hang plate 1 hangings, utilizes its gravity to prevent that described hang plate 1 from easily departing from, or, though not shown, can by utilizing the whole bag of tricks of magnetic force etc. to prevent the disengaging of described hang plate 1.

Figure 11 is the operating state upward view of disarm state that the joint component 2 of Fig. 1 is shown, and Figure 12 is the side cross-sectional view of Figure 11, and Figure 13 is the operating state upward view of lock-out state that the joint component 2 of Fig. 1 is shown, and Figure 14 is the side cross-sectional view of Figure 13.

As shown in Figure 11 to 14, described joint component 2 can comprise steady pin parts 23, is optionally inserted in the holddown groove 22b of the described rounded nose parts 22 that contact with described re-entrant part 21; Steady pin transmission device 24, can towards the directional selectivity of described holddown groove 22b press described steady pin parts 23.

As shown in Figure 11 to 14, described holddown groove 22b is the neck 22b-1 below that is formed on the rounded nose 22a of described rounded nose parts 22, described steady pin parts 23 are for having the elasticity press section 231 of the steady pin P that can be inserted in described rounded nose 22a in inside, described elasticity press section is formed with the opening 232 with the diameter D that can insert described rounded nose 22a, and by elasticity, pressed towards the direction of described holddown groove 22b by the recuperability of spring 233, described steady pin transmission device 24 can comprise rotating cam 242, described rotating cam is rotated by motor 241, and according to angle towards the directional selectivity of removing from described holddown groove 22b press described elasticity press section 231.

As shown in Figure 6, the described inclination angle of one side is adjusted transmission device 5 and is extended, and the described inclination angle of opposite side is when adjusting transmission device 5 and shrinking, as shown in FIG. 13 and 14, when the described rounded nose parts 22 of one side contact with described re-entrant part 21, can be firmly fixed in case depart from from described re-entrant part 21 by described steady pin parts 23 and steady pin transmission device 24.

Joint component 2 has described rounded nose parts 22, when described hang plate carries out angular movement, described rounded nose parts can contact or noncontact with the re-entrant part 21 of described hang plate 1 side, thereby, when carrying out angular movement, when utilizing described joint component 2 that heavy burden is scattered in to joint component 2, the rounded nose parts 22 of described joint component 2 become turning cylinder, and can support more securely the angle rotation of described hang plate 1.And, even if applying external force to hang plate 1, user also can utilize described steady pin parts 23 to prevent rocking of described hang plate 1 or break-off, therefore, can increase substantially reliability and the security of product.

As shown in Figure 7, the described inclination angle of one side is adjusted transmission device 5 and is shunk, and the described inclination angle of opposite side is when adjusting transmission device 5 and extending, as shown in FIG. 11 and 12, the described re-entrant part 21 that becomes disarm state by described steady pin parts 23 and steady pin transmission device 24 departs from and can rise from described rounded nose parts 22.

Figure 19 illustrates the joint component 2 of Fig. 1 and the top view that the configuration status of transmission device 5 is adjusted at inclination angle, and Figure 19 is the front view of Figure 18.

As shown in FIG. 19 and 20, described joint component 2 can be disposed at respectively 4 corner parts of described hang plate 1 and framework 7, and described inclination angle is adjusted transmission device 5 and is as the criterion and can be configured to " X " font with the center of described framework 7.Herein, configuration status and the quantity of transmission device 5 is adjusted at described joint component 2 and inclination angle, within not departing from the scope of thought of the present invention, such as can modifications and changes be 8 etc.

Figure 21 is the side view of elongation state of ball seat T that the tee up machine 120 of Fig. 1 is shown, and Figure 22 is the side view of contraction state of ball seat T that the tee up machine 120 of Figure 21 is shown.

As shown in Figure 21 and Figure 22, tee up machine 120 can be arranged at described hang plate 1, is formed with golf outlet 121 passes through for the ball seat T that is placed with golf ball B in the above at described tee up machine.Therefore,, as shown in Figure 21 and Figure 22, when described tee up machine 120 extends and shrinks described ball seat T, the described golf ball B guiding by guide portion G is supplied to user automatically.

Herein, described guide portion G can be provided for preventing described golf ball B in the other direction mobile elasticity lock scroll wheel 180, make when the described tee up machine 120 of separation, prevent that the golf ball B waiting in described guide portion G inside from dropping to outside.

In addition, as shown in Fig. 6 to 8, when described control part 8 receives the Shear command signal of described the Shear command input unit 3 and this inclination angle adjustment signal is put on to described inclination angle adjustment transmission device 5, described tee up machine 120 receives golf from described control part 8 and lands anti-stop signal and make described ball seat T be automatically punctured into the position lower than described golf outlet 121, thereby can prevent that described golf from departing from and being dropped from the described ball seat T of heeling condition.

Figure 23 is the schematic top plan view of the screw conveyor 130 of Fig. 1, and Figure 24 is that the master of the screw conveyor 130 of Figure 23 looks schematic diagram.

As shown in Figure 23 and Figure 24, described tee up machine 120 can be connected in the screw conveyor 130 of forcing to transmit golf ball B.Therefore, utilize described screw conveyor 130 to force to transmit described golf ball B towards the ball seat T direction of described tee up machine 120.

As shown in Figure 2, can also arrange to the flexible pipe 140 of described screw conveyor 130 guiding golf ball B.Therefore, can utilize described flexible pipe 140 that golf ball B is guided to described screw conveyor 130.

As shown in Figure 27 and Figure 28, at the other end of described flexible pipe 140, be provided with the blast ball feeding device 200 of supply golf ball B.

Described blast ball feeding device 200, comprising: main body 206, in a side, be formed with the golf floss hole 202 being connected with the other end of described flexible pipe 140, and at opposite side, be formed with golf input port 204; Ventilating fan 208, is arranged at described main body 206, by CD-ROM drive motor, produces blast; The first pipeline 210, connects ventilating fan 208 and golf floss hole 202; Second pipe 212, one sides become golf input port 204, and opposite side is communicated in the pars intermedia of the first pipeline 210.

Herein, as shown in Figure 27 and Figure 28, described main body 206 is for supporting the structure of the first pipeline 210, second pipe 212 and ventilating fan 208.

And, the golf input port 204 of one side of described second pipe 212 is connected in the common distributor of supply golf ball B, described ventilating fan 208 guides the golf ball B that moves to second pipe 212 from distributor supply by blast, and is sent to described tee up machine 120 by the golf floss hole 202 of described the first pipeline 210.

And, as shown in figure 27, the setting position of described main body 206 preferably higher than the position of described flexible pipe 140 so that golf ball B is passed through the first pipeline 210 by deadweight.

The claimed scope of the present invention by claim scope and technological thought thereof and determine, is not to be determined by the scope describing in detail.

Claims

1.Yi Zhong the inclination adjusting device in golf ball-batting district, is characterized in that, comprising:

Hang plate;

Framework, mutually in the face of being arranged at the downside of described hang plate;

Transmission device is adjusted at inclination angle, between described lframe cross piece, is being provided with more than three, supports the bottom surface of corresponding described hang plate, drives and makes described hang plate increase, or hang plate is declined by deadweight in the mode of extending or shrinking; And

Joint component, is provided with more than three at compartment between described hang plate and framework, take described framework as hang plate described in reference support is according to the rotation at inclination angle.

2. the inclination adjusting device in golf ball-batting according to claim 1 district, is characterized in that, further comprises:

The Shear command input unit, the Shear command of reception user; And

Control part, receives the Shear command signal of described the Shear command input unit, and applies inclination angle adjustment signal to described inclination angle adjustment transmission device.

3. the inclination adjusting device in golf ball-batting according to claim 1 district, is characterized in that, described joint component comprises:

Re-entrant part, be arranged at described hang plate below, when described hang plate carries out angular movement, can rise or decline along described hang plate; And

Rounded nose parts, be arranged at described framework above, and possess rounded nose, when described re-entrant part declines, described rounded nose contacts with described re-entrant part and can support the rotation of described re-entrant part.

4. the inclination adjusting device in golf ball-batting according to claim 3 district, is characterized in that, described joint component comprises:

Steady pin parts, are optionally inserted in the holddown groove of the described rounded nose parts that contact with described re-entrant part; And

Steady pin transmission device, can towards the directional selectivity of described holddown groove press described steady pin parts.

5. the inclination adjusting device in golf ball-batting according to claim 4 district, it is characterized in that, described holddown groove is formed in the neck of the rounded nose bottom of described rounded nose parts, described steady pin parts are elasticity press sections, in described elasticity press section, be formed with and there is the opening that can insert the diameter of described rounded nose, described elasticity press section is pressed by elasticity towards described holddown groove direction by the recuperability of spring

Described steady pin transmission device comprises rotating cam, and described rotating cam is rotated by motor, and according to the anglec of rotation towards the directional selectivity of removing from described holddown groove press described elasticity press section.

6. the inclination adjusting device in golf ball-batting according to claim 1 district, is characterized in that, transmission device is adjusted at described inclination angle, comprising:

Motor;

Motor frame, supports described motor, in a side, is provided with fixed mount;

Movable frame, can move forward and backward along the screw bar that is arranged on the rotating shaft of described motor;

Link assembly, is connected to respectively fixed mount and the described movable frame of described motor frame with " X " print train; And

Scroll wheel, is articulated with described link assembly.

7. the inclination adjusting device in golf ball-batting according to claim 1 district, is characterized in that, described joint component is disposed at 4 corner parts of described hang plate and framework.

8. the inclination adjusting device in golf ball-batting according to claim 1 district, is characterized in that, is formed with the tee up machine of golf outlet on hang plate is further included in, and described tee up machine, comprising:

Guide portion, towards described golf outlet direction guiding golf;

Screw conveyor, is sent to described guide portion by described golf;

Flexible pipe, one end is connected in described screw conveyor, and transmits golf.

9. the inclination adjusting device in golf ball-batting according to claim 8 district, it is characterized in that, on described hang plate, be provided with chinampa layer, at the periphery of the corresponding described pedaline flat bed of the golf outlet of tee up machine with being arranged on described hang plate, be at least formed with a plurality of golf fixators that formed by elastic material.

10. the inclination adjusting device in golf ball-batting according to claim 1 district, is characterized in that, at described hang plate, hammer is set.

The inclination adjusting device in 11. golf ball-batting according to claim 3 districts, is characterized in that, described joint component comprises:

Steady pin, is optionally inserted in the holddown groove of the described rounded nose parts that contact with described re-entrant part; And

Electromagnetism fixed pin arrangement, can towards described holddown groove directional selectivity press described steady pin.

The inclination adjusting device in 12. golf ball-batting according to claim 8 districts, is characterized in that, is provided with elasticity locks roller in case golf moves in the opposite direction in described guide portion.

The inclination adjusting device in 13. golf ball-batting according to claim 2 districts, it is characterized in that, described control part applies golf Height Adjustment signal to when applying inclination angle adjustment signal to described inclination angle adjustment transmission device, make described ball seat (T) automatically be retracted to the position lower than described golf outlet (121) to described tee up machine (120).

The inclination adjusting device in 14. golf ball-batting according to claim 8 districts, is characterized in that, further comprises blast ball feeding device, and described blast ball feeding device, comprising:

Main body, is formed with the golf floss hole being connected with the other end of described flexible pipe in a side, at opposite side, be formed with golf input port;

Ventilating fan, is arranged at described main body, by CD-ROM drive motor, produces blast;

The first pipeline, connects described ventilating fan and golf floss hole; And

Second pipe, is communicated in the pars intermedia of described golf input port and described the first pipeline.