CN205492095U - Multi -functional athletic training marble ware of wireless remote control - Google Patents
Multi -functional athletic training marble ware of wireless remote control Download PDFInfo
- Publication number
- CN205492095U CN205492095U CN201620264158.4U CN201620264158U CN205492095U CN 205492095 U CN205492095 U CN 205492095U CN 201620264158 U CN201620264158 U CN 201620264158U CN 205492095 U CN205492095 U CN 205492095U
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- marble
- remote
- driving lever
- marble device
- indent
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Abstract
The utility model discloses a multi -functional athletic training marble ware of wireless remote control, it includes marble ware base and marble ware dustcoat, the top of marble ware dustcoat is provided with the marble indent of the marble that are used for impressing, its characterized in that: be provided with marble mechanism, remote triggering mechanism and energy storage unit on the marble ware base, remote triggering mechanism includes driving lever, CD -ROM drive motor and is used for controlling the remote switch of CD -ROM drive motor, there is the compression in marble mechanism and extends two kinds of operating condition, when impressing marble indent on the marble ware dustcoat with marble, marble mechanism is in compression balanced state, after popping out the marble indent on the marble ware dustcoat with marble, marble mechanism is in the extension state, when remote triggering mechanism received the remote control signal who comes from the remote controller, can start the CD -ROM drive motor and then drive the driving lever and change the marble autogenous pressure of the mechanism state of contracting into the extension state, realize throwing out of marble. The utility model discloses market vacancy has been filled.
Description
Technical field
This utility model belongs to Excercise training apparatus technical field, is specifically related to a kind of radio remote-controlled multifunctional training marble device.
Background technology
Marble device is used to the equipment upspring by spheroid or eject, and such as when training Psittacula alexandri fasciata or other animals to pick up ball, is first ejected by marble by marble device, then allows Psittacula alexandri fasciata face be picked up by ball and be placed into the place specified.Disclosing a kind of net seat type marble as toy for children in prior art, this net seat type marble includes that elastic dictyosome, one end of described elastic dictyosome are fixed on ground, and the other end is provided with spherical groove.During game, marble are positioned in the ball recess on elastic dictyosome and firmly the elastic dictyosome of extruding is allowed to elastic deformation, then marble are discharged, it is possible to utilize the restoring force of elastic dictyosome to be dished out by marble.Although this net seat type marble can realize the purpose ejected by spheroid, but due to after placing marble staff can not leave, it is impossible to placing the work carrying out other while marble, thus be not suitable for animal movement action training.Other are not the most also had to be specifically used to the marble device of animal training on market.It addition, in existing commercially available various marble devices, even having in the product of other purposes, also there is not yet the marble device that can realize remote control.
Utility model content
For the problems referred to above, this utility model provides a kind of radio remote-controlled multifunctional training marble device, this marble device mainly includes that following both sides is improved: one, have employed novel marble mechanism, this marble mechanism freely can change between compressive state and extended configuration, it is possible to the most stable support marble；Two, use remote control unit as the trigger mechanism of marble device.By above 2 technological improvements, this utility model achieves the remote control of marble device and starts, and allows staff to carry out other work after placing marble, enriches animal movement action training equipment market, improves training effect, filled up the market vacancy.
This utility model is that the technical scheme that its technical problem of solution uses is: a kind of radio remote-controlled multifunctional training marble device, it is characterized in that: this radio remote-controlled multifunctional training marble device includes marble device base and marble device outer housing, is fastenedly connected between described marble device base and marble device outer housing；The top of described marble device outer housing is provided with the marble indent for being pressed into marble, and the bottom of described marble indent offers opening；It is provided with marble mechanism, remote control trigger mechanism and energy storage units on described marble device base；There is compression in described marble mechanism and stretches two kinds of duties, and after marble are pressed into the marble indent on marble device outer housing, marble mechanism is in compressive state；After marble eject the marble indent on marble device outer housing, marble mechanism is in extended configuration；The position of marble mechanism just bottom opening to described marble indent, marble can be ejected marble indent during compressive state is changed into extended configuration by marble mechanism；Described remote control trigger mechanism includes remote switch, driving lever and the driving motor controlled by remote switch；Described remote switch includes remote control signal receiving module, and after described remote control signal receiving module receives remote signal, remote switch can turn on the power supply circuits driving motor, starts and drives motor；During described driving motor running, driving lever can be driven to trigger marble mechanism, marble are ejected marble indent；Described energy storage units is for supplying electric power for remote control trigger mechanism.
Further, driving motor described in the radio remote-controlled multifunctional training marble device of this utility model offer is line motor；Described remote control trigger mechanism also includes back-moving spring and pull bar；Described driving lever include axle portion and with integrated push rod portion of described axle portion and draw rod attachment part；One end of described pull bar is movably attached on the power output shaft of described line motor, and the other end is connected to the draw rod attachment part of described driving lever；One end of described back-moving spring is fastened on described marble device base, and the other end is connected to the draw rod attachment part of described driving lever；The push rod portion of described driving lever stretches into the bottom of described marble mechanism, and driving lever is in poised state under the effect of pull bar and back-moving spring, and the push rod portion of driving lever is parallel to described marble device base；Drive motor starting time, pull bar can drive driving lever to rotate, and make push rod portion be flipped up, jack-up, triggering marble mechanism；After marble mechanism is triggered, described driving lever returns to poised state under the effect of back-moving spring.
Further, described in the radio remote-controlled multifunctional training marble device of this utility model offer, marble mechanism includes that two elasticity arms, described two elasticity arms are rotatably connected on marble device base respectively；Described elasticity arm includes fixed arm and telescopic arm, is provided with telescopic arm containing cavity in described fixed arm, described telescopic arm be arranged in described telescopic arm containing cavity and and fixed arm between be provided with an elastic component；The end of the telescopic arm of described two elasticity arms is mutually hinged；On marble device outer housing opening bottom marble indent extrude described arbitrary telescopic arm or simultaneously two telescopic arms of extruding time, described elastic mechanism can be changed into compressive state from extended configuration；When described marble mechanism is in compressive state, two telescopic arms are parallel to described marble device base；When described marble mechanism is in extended configuration, between two telescopic arms and described marble device base, structure is in an acute angle.Preferably, described marble mechanism also includes that a chute, described chute are fastened on described marble device base；The fixed arm of described two elasticity arms is rotatably connected to the two ends of described chute respectively, and two elasticity arms are rotatably connected relation by setting up between chute and marble device base.
Further, described in the radio remote-controlled multifunctional training marble device of this utility model offer, energy storage units is Li-ion batteries piles, lead-acid battery group or Ni-MH battery group.
Further, described in the radio remote-controlled multifunctional training marble device of this utility model offer, radio remote-controlled multifunctional training marble device also includes that on and off switch, the button of described on and off switch are arranged at the outside of described marble device base.
Further, described in the radio remote-controlled multifunctional training marble device of this utility model offer, energy storage units also includes that charging inlet, described charging inlet are arranged on described marble device base.
Further, being circular at marble device base described in the radio remote-controlled multifunctional training marble device that this utility model provides, described marble device outer housing is taper or truncated cone-shaped；Described marble indent is arranged on conical top or the truncated cone-shaped crown center position of marble device outer housing.
The technique effect that this utility model is the most useful:
During use by marble from marble device outer housing top marble indent press-in marble device, during pressure ball, marble extruding elasticity arm is allowed to be in compressive state, now two elasticity arms are each parallel to marble device base, marble mechanism reaches balance with the stress being perpendicular on the direction of marble device base on the direction being parallel to marble device base simultaneously, will not pop up in the case of not by External Force Acting, such that it is able to stable supports spheroid.After the remote control signal receiving module of remote switch receives the wireless remote control signals that staff sends, conducting drives the power supply circuits of motor, motor is driven to drive driving lever to rotate by pull bar, the push rod portion making driving lever is flipped up, jack-up, trigger marble mechanism, marble are popped up by two elasticity arms of marble mechanism, it is achieved that commanding behind the scenes of marble device.After marble mechanism is triggered, driving lever restores balance state under the effect of back-moving spring.
For convenience of to technique scheme and the understanding of technique effect, below in conjunction with specification drawings and specific embodiments, radio remote-controlled multifunctional training marble device disclosed in this utility model is described in detail.
Accompanying drawing explanation
Fig. 1: the top view of radio remote-controlled multifunctional training marble device in preferred embodiment；
Fig. 2: front view when radio remote-controlled multifunctional training marble device does not ejects marble in preferred embodiment；
Fig. 3: front view when radio remote-controlled multifunctional training marble device has ejected marble in preferred embodiment；
A direction view in Fig. 4: Fig. 3；
Fig. 5: the driving lever axonometric chart in preferred embodiment.
Detailed description of the invention
Seeing Fig. 1-Fig. 4, the radio remote-controlled multifunctional training marble device disclosed in preferred embodiment includes circular marble device base 1 and the marble device outer housing 2 close to taper, is set up by screw thread and removably connect between marble device base 1 and marble device outer housing 2.The top of marble device outer housing 2 offers the marble indent 21 for putting into marble.
Marble mechanism 3, Li-ion batteries piles 4, remote switch 5, pull bar 6, linear drives motor 7, driving lever 8, on and off switch 9, charge port 10 and back-moving spring 11 are installed on marble device base 1.Wherein remote switch 5, pull bar 6, linear drives motor 7, driving lever 8 and back-moving spring 11 constitute the remote control trigger mechanism in this preferred embodiment.
Li-ion batteries piles 4 is for providing electric power, on and off switch 9 to be used for closing or turning on power supply circuits for remote switch 5 and linear drives motor 7, and charge port 10 is used for connecting external power adapter, supplements electricity for Li-ion batteries piles 4.
There is compression in marble mechanism 3 and stretches two kinds of duties；When marble are pressed into the marble indent 21 on marble device outer housing 2, marble mechanism 3 is in compressive state, marble mechanism 3 reaches balance with the stress being perpendicular on the direction of marble device base 1 on the direction being parallel to marble device base 1 simultaneously, and marble device can stably be caught；After marble eject the marble indent 21 on marble device outer housing 2, marble mechanism is in extended configuration, structure (see figure 4) in an acute angle between two elasticity arms 32 and the marble device base 1 of marble mechanism 3.Marble mechanism 3 includes chute 31 and two elasticity arms 32, and two elasticity arms 32 are hinged on the two ends of chute 31.Elasticity arm 32 includes fixed arm and telescopic arm, and fixed arm is provided with telescopic arm containing cavity, and telescopic arm is arranged in telescopic arm containing cavity；A spring 33 it is provided with between telescopic arm and fixed arm.The end of the telescopic arm of two elasticity arms 32 is mutually hinged.When marble indent 21 on marble device outer housing 2 extrudes described arbitrary telescopic arm or extrudes two telescopic arms simultaneously, elastic mechanism 3 can be changed into compressive state from extended configuration；When marble mechanism is in compressive state, marble mechanism 3 reaches balance with the stress being perpendicular on the direction of marble device base 1 on the direction being parallel to marble device base 1 simultaneously, will not pop up in the case of not by External Force Acting, two telescopic arms are parallel to marble device base 1(and see Fig. 2), such that it is able to stable supports spheroid；When marble mechanism 3 is in extended configuration, two elasticity arms 32 of elastic mechanism 3 pop up, structure (see figure 4) in an acute angle between two telescopic arms and marble device base 1.
Driving lever 8 include axle portion 81 and with integrated push rod portion of described axle portion 81 82 and draw rod attachment part 83；When marble mechanism 3 is in compressive state, push rod portion 82 is parallel to marble device base 1；When marble mechanism 3 is in extended configuration, push rod portion 82 is perpendicular to marble device base 1.One end of pull bar 6 is movably attached to the power output shaft of described linear drives motor 6, and the other end is connected to the draw rod attachment part 83 of driving lever 8；One end of back-moving spring 11 is fastened on described marble device base 1, and the other end is connected to the draw rod attachment part 83 of described driving lever 8；On the chute 31 of described marble mechanism 3 side corresponding to driving lever push rod portion 82 offer for through and the square opening in accommodating push rod portion 82 or circular port；The push rod portion 83 of described driving lever 8 stretches into the bottom of elasticity arm 32 through the square opening on described chute 31 or circular port；Driving lever 8 is in poised state under the effect of pull bar 6 and back-moving spring 11, and the push rod portion 82 of driving lever 8 is parallel to marble device base 1；When linear drives motor 7 starts, pull bar 6 can drive driving lever 8 to rotate, and make push rod portion 82 be flipped up, jack-up, trigger marble mechanism 3；Marble mechanism 3 is triggered and dishes out after marble, and described driving lever 8 returns to poised state under the effect of back-moving spring 11.
When marble are extruded into the marble indent 21 on marble device outer housing 2, push rod portion 82 is parallel to marble device base 1, and marble mechanism 3 is in stress balance state, and marble device is stably caught.When remote switch 5 receives after the remote signal of remote controller, starting linear drives motor 7 and drive driving lever 8 to rotate by pull bar 6, push rod portion 82 is flipped up from the state being parallel to marble device base 1, jack-up, triggers marble mechanism 3.After the stress balance state of marble mechanism 3 is broken, two elasticity arms 32 of elastic mechanism 3 pop up, and are ejected by the marble in marble device.After marble are ejected, elastic mechanism 3 is in extended configuration, constitutes acute angle between two elasticity arms 32 and marble device base 1.Meanwhile, driving lever 8 restores balance state under the effect of back-moving spring 11, and the push rod portion 82 of driving lever 8 is parallel to marble device base 1.
For being electrically connected with between remote switch 5 and linear drives motor 7.Remote switch 5 includes reception antenna, remote control signal receiving module and on-off circuit.After remote switch 5 receives remote signal, the power supply circuits of conducting linear drives motor 7, start linear drives motor 7.Driving lever 8 triggers marble mechanism 3 under the driving of linear drives motor 7 and pull bar 6, and from compressive state, marble mechanism 3 is changed into extended configuration, ejects marble.In the expanded state from marble indent 21, marble being pressed into marble device, the marble mechanism 3 compression poised state of Reversion Level again, marble device is stably caught.
It should be noted that, two elasticity arms 32 of marble mechanism described in this preferred embodiment 3 are rotatably connected on described marble device base 1 by chute 31, in other some embodiments, chute 31 can also be omitted, directly two elasticity arms 32 are rotatably connected on marble device base 1, as long as when marble indent 21 is pressed into marble, two elasticity arms 32 can be changed into compression poised state from extended configuration, and marble can be ejected when driving lever 8 triggers marble mechanism 3, all can realize the technical solution of the utility model, obtain intended technique effect.
It addition, as it is shown in figure 5, the driving lever 8 in this preferred embodiment includes axle portion 81, the push rod portion 82 being perpendicular to axle portion 81 and draw rod attachment part 83, wherein draw rod attachment part 83 includes the vertical rod being perpendicular to axle portion 81 and is parallel to the cross bar in axle portion 81；In other some embodiments, driving lever 8 can also use other some concrete structures, as long as driving lever 8 is parallel to marble device base 1 in push rod portion 82 when balancing compressive state, it is impossible to trigger marble mechanism 3；When linear drives motor 7 operates, push rod portion 82 can upwards jack-up, trigger marble mechanism 3, all can realize the technical solution of the utility model, obtain intended technique effect.
Furthermore, in this preferred embodiment, the push rod portion 82 of driving lever is approximately perpendicular to marble device base 1 when marble mechanism 3 reaches extended configuration, in other some specific embodiments, marble device base 1 not necessarily have to be perpendicular to when push rod portion 82 triggers marble mechanism 3, as long as push rod portion 82 is flipped up, the degree of jack-up be enough to trigger marble mechanism 3, the technical solution of the utility model can be realized, obtain intended technique effect.
Above in association with Figure of description and specific embodiment, the technical solution of the utility model is elaborated; the technical staff in described field should know; protection domain of the present utility model includes, but are not limited to above-described embodiment; any simple deformation without departing from this utility model innovative idea or equivalent; all it is covered by this utility model, belongs to protection domain of the present utility model.
Claims (9)
1. a radio remote-controlled multifunctional training marble device, it is characterised in that: this radio remote-controlled multifunctional training marble device includes marble device base and marble device outer housing, is fastenedly connected between described marble device base and marble device outer housing；The top of described marble device outer housing is provided with the marble indent for being pressed into marble, and the bottom of described marble indent offers opening；It is provided with marble mechanism, remote control trigger mechanism and energy storage units on described marble device base；There is compression in described marble mechanism and stretches two kinds of duties, and after marble are pressed into the marble indent on marble device outer housing, marble mechanism is in compressive state；After marble eject the marble indent on marble device outer housing, marble mechanism is in extended configuration；The position of marble mechanism just bottom opening to described marble indent, marble can be ejected marble indent during compressive state is changed into extended configuration by marble mechanism；Described remote control trigger mechanism includes remote switch, driving lever and the driving motor controlled by remote switch；Described remote switch includes remote control signal receiving module, and after described remote control signal receiving module receives remote signal, remote switch can turn on the power supply circuits driving motor, starts and drives motor；During described driving motor running, driving lever can be driven to trigger marble mechanism, marble are ejected marble indent；Described energy storage units is for supplying electric power for remote control trigger mechanism.
Radio remote-controlled multifunctional training marble device the most according to claim 1, it is characterised in that: described driving motor is line motor；Described remote control trigger mechanism also includes back-moving spring and pull bar；Described driving lever include axle portion and with integrated push rod portion of described axle portion and draw rod attachment part；One end of described pull bar is movably attached on the power output shaft of described line motor, and the other end is connected to the draw rod attachment part of described driving lever；One end of described back-moving spring is fastened on described marble device base, and the other end is connected to the draw rod attachment part of described driving lever；The push rod portion of described driving lever stretches into the bottom of described marble mechanism, and driving lever is in poised state under the effect of pull bar and back-moving spring, and the push rod portion of driving lever is parallel to described marble device base；Drive motor starting time, pull bar can drive driving lever to rotate, and make push rod portion be flipped up, jack-up, triggering marble mechanism；After marble mechanism is triggered, described driving lever returns to poised state under the effect of back-moving spring.
Radio remote-controlled multifunctional training marble device the most according to claim 1, it is characterised in that: described marble mechanism includes that two elasticity arms, described two elasticity arms are rotatably connected on marble device base respectively；Described elasticity arm includes fixed arm and telescopic arm, is provided with telescopic arm containing cavity in described fixed arm, described telescopic arm be arranged in described telescopic arm containing cavity and and fixed arm between be provided with an elastic component；The end of the telescopic arm of described two elasticity arms is mutually hinged；On marble device outer housing opening bottom marble indent extrude arbitrary telescopic arm or simultaneously two telescopic arms of extruding time, described elastic mechanism can be changed into compressive state from extended configuration；When described marble mechanism is in compressive state, two telescopic arms are parallel to described marble device base；When described marble mechanism is in extended configuration, between two telescopic arms and described marble device base, structure is in an acute angle.
Radio remote-controlled multifunctional training marble device the most according to claim 3, it is characterised in that: described marble mechanism also includes a chute, and described chute is fastened on described marble device base；The fixed arm of described two elasticity arms is rotatably connected to the two ends of described chute respectively.
Radio remote-controlled multifunctional training marble device the most according to claim 3, it is characterised in that: described elastic component is spring or shell fragment.
Radio remote-controlled multifunctional training marble device the most according to claim 1, it is characterized in that: radio remote-controlled multifunctional training marble device according to claim 1, it is characterised in that: described energy storage units is Li-ion batteries piles, lead-acid battery group or Ni-MH battery group.
7. according to the radio remote-controlled multifunctional training marble device described in claim any one of claim 1-6, it is characterized in that: described radio remote-controlled multifunctional training marble device also includes that on and off switch, the button of described on and off switch are arranged at the outside of described marble device base.
8. according to the radio remote-controlled multifunctional training marble device described in claim any one of claim 1-6, it is characterised in that: described energy storage units also includes that charging inlet, described charging inlet are arranged on described marble device base.
9. according to the radio remote-controlled multifunctional training marble device described in claim any one of claim 1-6, it is characterised in that: described marble device base is circular, and described marble device outer housing is taper or truncated cone-shaped；Described marble indent is arranged on conical top or the truncated cone-shaped crown center position of marble device outer housing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620264158.4U CN205492095U (en) | 2016-04-01 | 2016-04-01 | Multi -functional athletic training marble ware of wireless remote control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620264158.4U CN205492095U (en) | 2016-04-01 | 2016-04-01 | Multi -functional athletic training marble ware of wireless remote control |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205492095U true CN205492095U (en) | 2016-08-24 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620264158.4U Withdrawn - After Issue CN205492095U (en) | 2016-04-01 | 2016-04-01 | Multi -functional athletic training marble ware of wireless remote control |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205492095U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105724266A (en) * | 2016-04-01 | 2016-07-06 | 张昆 | Wireless remote control multifunctional exercise training marble device |
-
2016
- 2016-04-01 CN CN201620264158.4U patent/CN205492095U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105724266A (en) * | 2016-04-01 | 2016-07-06 | 张昆 | Wireless remote control multifunctional exercise training marble device |
| CN105724266B (en) * | 2016-04-01 | 2018-09-14 | 张昆 | A kind of radio remote-controlled multifunctional training marble device |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160824 Effective date of abandoning: 20180914 |
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| AV01 | Patent right actively abandoned |