CN202777607U - Treading movement device switching structure - Google Patents
Treading movement device switching structure Download PDFInfo
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- CN202777607U CN202777607U CN 201220388032 CN201220388032U CN202777607U CN 202777607 U CN202777607 U CN 202777607U CN 201220388032 CN201220388032 CN 201220388032 CN 201220388032 U CN201220388032 U CN 201220388032U CN 202777607 U CN202777607 U CN 202777607U
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- wheel
- spindle rod
- linkage part
- automatic
- interlock
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Abstract
A treading movement device switching structure comprises a base, a main shaft rod, a non-automatic mechanism, an automatic mechanism and a switching mechanism, wherein shaft combination parts are arranged on two sides of the base, the main shaft rod is arranged on the shaft combination parts of the base, two ends of the main shaft rod are protruded out of the outer side of the base and provide connection treading rods, the non-automatic mechanism is arranged on the base and connected with the main shaft rod, and the non-automatic mechanism drives the main shaft rods to rotate in a linkage or non-linkage mode. The non-automatic mechanism is provided with a first linkage part, the automatic mechanism is arranged on the base and connected with the main shaft rod, and the automatic mechanism is further provided with a power source and a second linkage part and can drive the main shaft rod to rotate in a linkage or non-linkage mode. the switching mechanism is provided with an action wheel, a first connection port and a second connection part are respectively arranged on two sides of the action wheel, the action wheel can be controlled conduct axial movement corresponding to the main shaft rod to enable the first connection part and the first linkage part to be connected to form a non-automatic model, or the second connection part and the second linkage part are connected to form an automatic model. The treading movement device switching structure can provide non-automatic and automatic switching to improve applicability functions.
Description
Technical field
The utility model is about body-building apparatus, espespecially a kind of telecontrol equipment switching construction of trampling.
Background technology
The body-building apparatus of indoor sport can be provided is day by day to prevail in the modern society of urbanization, and can be convenient to people and must can not reach the sport and body-building effect to the open air, and this body-building apparatus also can provide sufferer or handicapped person's modest movement so that the rehabilitation function to be provided.
Common tool can provide the telecontrol equipment of trampling of trampling function such as bicycle in various body-building apparatus, and in the seat of trampling telecontrol equipment one side setting and can providing human body to take or lie and lean on, be against on this seat and make foot or hand is trampled telecontrol equipment to this and is rotated motion so that people can take or lie.
And this tramples the non-automatic or automatic mode of the general tool of telecontrol equipment, and this non-automatic pattern must be by user foot or hand to the treadle application of force spinning movement of trampling telecontrol equipment to have movement effects, and this is non-automatic tramples telecontrol equipment and magnetic control or other damping mechanism can be set again with the adjustment resistance that rotatablely moves, the telecontrol equipment trampled of automatic mode mainly drives the treadle rotation of trampling telecontrol equipment by power source again, thereby user's foot or hand can be passive when placing on the treadle moved by the treadle driven rotary, and can have laborsaving and foot or the movable effect of hand, and this automatic mode more can be suitable for sufferer rehabilitation use.
Yet the known generally single non-automatic or automatic function of tool only of telecontrol equipment of trampling, the more undesirable disappearance of tool applicability, so this is same tramples telecontrol equipment and can be suitable for simultaneously non-automatic or automatic mode has its applicable effect, and also must have can stablize switch non-automatic or automatic mode to meet user demand.
The utility model content
The utility model purpose is providing a kind of telecontrol equipment switching construction of trampling, and it can provide non-automatic, automatic switchover mode promoting better applicability, and has convenience easy to operate.
For reaching above-mentioned purpose, solution of the present utility model is:
A kind of telecontrol equipment switching construction of trampling comprises:
One pedestal has the axle junction surface;
One spindle rod is located on the axle junction surface of pedestal, and the two ends evagination is established double wedge in the corresponding spindle rod axial rings of central authorities again in the pedestal outside and the joint treadle is provided;
One non-automatic mechanism is located on the pedestal and with spindle rod and engages, but and interlock or not interlock spindle rod rotation, and this non-automatic mechanism has the first linkage part;
One automechanism is located on the pedestal and with spindle rod and is engaged, and has power source, the second linkage part, and can drive or not drive the spindle rod rotation;
One switching mechanism has motor wheel, and these motor wheel central authorities have perforation, and in perforation groove is set, and motor wheel is located on the spindle rod between corresponding non-automatic mechanism and automechanism, and the groove of the groove of this motor wheel and spindle rod is engaged and linked; In the motor wheel both sides first, second junction surface is set respectively again, and this first and second junction surface can distinguish displacement and engage with aforementioned first and second linkage part, and the corresponding spindle rod axial displacement of controlled making driving wheel makes the first junction surface engage the non-automatic pattern of formation with the first linkage part or the second junction surface engages the formation automatic mode with the second linkage part.
Described non-automatic mechanism has the first wheel body, and first wheel body central authorities have can intert spindle rod and not with the perforation of spindle rod groove engagement, this first linkage part is located at first round side side again, and the corresponding spindle rod of this first linkage part radially arranges several the first engaging grooves, this automechanism has the fourth round body by the power source interlock again, and fourth round body central authorities have the perforation that can intert spindle rod and not be engaged and linked with spindle rod, the second linkage part is located on the fourth round body again, and the corresponding spindle rod of this second linkage part radially arranges several the second engaging grooves, and make the second linkage part and the first linkage part have spacer region, again first of switching mechanism, two junction surfaces have respectively can be with aforementioned first, two linkage part, first, the projection that two engaging grooves engage.
Described motor wheel outer rim arranges the cover access slot; Operating bar one end has and can overlap the junction surface that access slot engages with motor wheel again, and makes operating bar can drive the corresponding spindle rod axial displacement of motor wheel, and can drive first and second junction surface and engages respectively interlock with first and second linkage part or do not engage not that interlock moves; Control device engages with operating bar again, and controlled making lever displacement action.
Described non-automatic mechanism more comprises the second wheel body, the first belt and damping unit, and second wheel body be hubbed on the pedestal, and this first belt engages with the first wheel body, the second wheel body, so that the first wheel body can drive the rotation of the second wheel body, this damping unit is located on the pedestal again, and has resistance wheel, magnetic control seat, and this resistance wheel and the second wheel body interlock, and the magnetic control seat is located at resistance wheel one side, so that this magnetic control seat can be controlled the resistance wheel rotational resistance.
Described automechanism more comprises third round body and the second belt, and this power source has motor, and this motor is by the controller control action, and interlock train of reduction gears interlock third round body action; The second belt engages with third round body, fourth round body again, so that the third round body can drive the rotation of fourth round body.
After adopting said structure, the utility model can be located on the telecontrol equipment with sitting part, utility model can be controlled the motor wheel displacement by control device when non-automatic pattern, and make the first junction surface projection of motor wheel and the first linkage part of the first wheel body, the first engaging groove engages, and second the junction surface do not engage with the second linkage part, so that user foot or hand make treadle when rotation can drive the spindle rod rotation, and this spindle rod can drive motor wheel to interlock the first wheel body rotation with the tool movement effects, again this moment automechanism not with the spindle rod interlock, and the fourth round body does not rotate; The second junction surface projection that can make control device make the operating bar displacement when user wants to be adjusted into automatic mode again and drive motor wheel engages with the second engaging groove of the second linkage part, and the first junction surface is not engaged with the first linkage part, but so that make motor action interlock fourth round body, motor wheel, the spindle rod rotation of power source, can be driven action by treadle so that user foot or hand place on the treadle, and can have laborsaving and can be suitable for the sufferer rehabilitation and use effect.That thereby the utility model can provide is non-automatic, automatic switchover mode to be promoting better applicability effect, and has easy-operating convenience.
Description of drawings
Fig. 1 is exploded view of the present utility model;
Fig. 2 is combination schematic diagram of the present utility model;
Fig. 3 is another angle schematic diagram of combination of the present utility model;
Fig. 4 is the schematic diagram that the utility model is located at exercise;
Fig. 5 is that the utility model is in non-automatic pattern diagram;
Fig. 6 is that the utility model is in the automatic mode schematic diagram.
[primary clustering symbol description]
1 pedestal, 11 axle junction surfaces, 2 spindle rods
21 treadles, 22 grooves, 3 non-automatic mechanisms
312 perforation of 31 first wheel bodys, 311 double wedges
313 first linkage part, 314 first engaging grooves, 32 second wheel bodys
321 double wedges, 33 first belts, 331 double wedges
34 damping units, 341 resistance wheels, 342 magnetic control seats
4 automechanisms, 41 power sources, 411 motors
42 third round bodies, 421 double wedges, 43 fourth round bodies
431 double wedges, 432 perforation, 433 second linkage part
434 second engaging grooves, 44 second belts, 441 double wedges
45 spacer regions, 5 switching mechanisms, 51 motor wheels
511 perforation, 512 grooves, 513 first junction surfaces
5131 projections, 514 second junction surfaces, 5141 projections
515 cover access slots, 52 operating bars, 521 junction surfaces
53 control device, 6 sitting parts.
The specific embodiment
In order further to explain the technical solution of the utility model, the utility model is elaborated below by specific embodiment.
See also Fig. 1 to Fig. 6, the utility model comprises a pedestal 1, a spindle rod 2, a non-automatic mechanism 3, an automechanism 4, a switching mechanism 5, and these pedestal 1 both sides have axle junction surface 11.
Automechanism 4 is located on the pedestal 1 and with spindle rod 2 and is engaged, but and interlock or not interlock spindle rod 2 rotations, and this automechanism 4 has power source 41, third round body 42, fourth round body 43, the second belt 44, and this power source 41 has motor 411, and this motor 411 is by controller (among the figure indicate) control action, and 42 actions of interlock train of reduction gears (indicating among the figure) interlock third round body; These third round body 42 outer rim rings are established double wedge 421 again; Fourth round body 43 outer rims have double wedge 431 again, central authorities have the perforation 432 that can intert spindle rod 2 and not be engaged and linked with spindle rod 2, in fourth round body 43 sides the second linkage part 433 is set again, and these the second linkage part 433 corresponding spindle rods 2 radially arrange several the second engaging grooves 434, and make the second linkage part 433 and the first linkage part 313 have spacer region 45 (such as Fig. 3 to shown in Figure 6); The second belt 44 inboards have groove 441 again, and engage with third round body 42, fourth round body 43, so that third round body 42 can drive 43 rotations of fourth round body.
See also Fig. 1, Fig. 2, Fig. 4 and Fig. 5, the utility model can be located on the telecontrol equipment with sitting part 6, and the utility model can drive 51 displacements of operating bar 52 control motor wheels by control device 53 when non-automatic pattern, and the first junction surface 513 projections 5131 of motor wheel 51 are engaged with the first linkage part 313 first engaging grooves 314 of the first wheel body 31, and second junction surface 514 do not engage with the second linkage part 433, so that user foot or hand can drive spindle rod 2 rotations when making treadle 21 rotation, and this spindle rod 2 can drive motor wheel 51 to 31 rotations of interlock the first wheel body, and this first wheel body 31 can drive again resistance wheel 341 rotations of the second wheel body 32 and damping unit 34 with the tool movement effects, again this moment automechanism 4 not with spindle rod 2 interlocks, and fourth round body 43 does not rotate.
See also Fig. 1, Fig. 2, Fig. 3 and Fig. 6, when wanting to be adjusted into automatic mode, the user can be engaged with the second engaging groove 434 of the second linkage part 433 by the second junction surface 514 projections 5141 that control device 53 makes operating bar 52 displacements and drives motor wheel 51, and the first junction surface 513 is not engaged with the first linkage part 313, so that make motor 411 actions of power source 41 can drive third round body 42, the second belt 44, fourth round body 43, motor wheel 51, spindle rod 2 rotations, can be driven action by treadle 21 so that user foot or hand place on the treadle 21, and can have laborsaving and can be suitable for the sufferer rehabilitation and use effect.
With by the above, that the utility model can provide is non-automatic, automatically switch to promote better applicability effect, and can have a convenience easy to operate, and the damping unit of the non-automatic mechanism of the utility model is the non-essential setting, and power source also can directly drive the fourth round body action on the automechanism, not necessarily the third round body must be set, operating bar also can by Artificial Control, not necessarily must require changeable action with tool the utility model by the control device control action again.
Above-described embodiment and graphic and non-limiting product form of the present utility model and style, any person of an ordinary skill in the technical field all should be considered as not breaking away from patent category of the present utility model to its suitable variation or modification of doing.
Claims (5)
1. trample the telecontrol equipment switching construction for one kind, it is characterized in that, comprising:
One pedestal has the axle junction surface;
One spindle rod is located on the axle junction surface of pedestal, and the two ends evagination is established double wedge in the corresponding spindle rod axial rings of central authorities again in the pedestal outside and the joint treadle is provided;
One non-automatic mechanism is located on the pedestal and with spindle rod and engages, but and interlock or not interlock spindle rod rotation, and this non-automatic mechanism has the first linkage part;
One automechanism is located on the pedestal and with spindle rod and is engaged, and has power source, the second linkage part, and can drive or not drive the spindle rod rotation;
One switching mechanism has motor wheel, and these motor wheel central authorities have perforation, and in perforation groove is set, and motor wheel is located on the spindle rod between corresponding non-automatic mechanism and automechanism, and the groove of the groove of this motor wheel and spindle rod is engaged and linked; In the motor wheel both sides first, second junction surface is set respectively again, and this first and second junction surface can distinguish displacement and engage with aforementioned first and second linkage part, and the corresponding spindle rod axial displacement of controlled making driving wheel makes the first junction surface engage the non-automatic pattern of formation with the first linkage part or the second junction surface engages the formation automatic mode with the second linkage part.
2. the telecontrol equipment switching construction of trampling as claimed in claim 1, it is characterized in that: this non-automatic mechanism has the first wheel body, and first wheel body central authorities have can intert spindle rod and not with the perforation of spindle rod groove engagement, this first linkage part is located at first round side side again, and the corresponding spindle rod of this first linkage part radially arranges several the first engaging grooves, this automechanism has the fourth round body by the power source interlock again, and fourth round body central authorities have the perforation that can intert spindle rod and not be engaged and linked with spindle rod, the second linkage part is located on the fourth round body again, and the corresponding spindle rod of this second linkage part radially arranges several the second engaging grooves, and make the second linkage part and the first linkage part have spacer region, again first of switching mechanism, two junction surfaces have respectively can be with aforementioned first, two linkage part, first, the projection that two engaging grooves engage.
3. the telecontrol equipment switching construction of trampling as claimed in claim 1 or 2, it is characterized in that: the motor wheel outer rim arranges the cover access slot; Operating bar one end has and can overlap the junction surface that access slot engages with motor wheel again, and makes operating bar can drive the corresponding spindle rod axial displacement of motor wheel, and can drive first and second junction surface and engages respectively interlock with first and second linkage part or do not engage not that interlock moves; Control device engages with operating bar again, and controlled making lever displacement action.
4. the telecontrol equipment switching construction of trampling as claimed in claim 3, it is characterized in that: this non-automatic mechanism more comprises the second wheel body, the first belt and damping unit, and second wheel body be hubbed on the pedestal, and this first belt engages with the first wheel body, the second wheel body, so that the first wheel body can drive the rotation of the second wheel body, this damping unit is located on the pedestal again, and have resistance wheel, a magnetic control seat, and this resistance wheel and the second wheel body interlock, and the magnetic control seat is located at resistance wheel one side, and this magnetic control seat can be controlled the resistance wheel rotational resistance.
5. the telecontrol equipment switching construction of trampling as claimed in claim 4, it is characterized in that: automechanism more comprises third round body and the second belt, and this power source has motor, and this motor is by the controller control action, and interlock train of reduction gears interlock third round body action; The second belt engages with third round body, fourth round body again, so that the third round body can drive the rotation of fourth round body.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN 201220388032 CN202777607U (en) | 2012-08-07 | 2012-08-07 | Treading movement device switching structure |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN 201220388032 CN202777607U (en) | 2012-08-07 | 2012-08-07 | Treading movement device switching structure |
Publications (1)
Publication Number | Publication Date |
---|---|
CN202777607U true CN202777607U (en) | 2013-03-13 |
Family
ID=47804962
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN 201220388032 Expired - Fee Related CN202777607U (en) | 2012-08-07 | 2012-08-07 | Treading movement device switching structure |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN202777607U (en) |
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2012
- 2012-08-07 CN CN 201220388032 patent/CN202777607U/en not_active Expired - Fee Related
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Legal Events
Date | Code | Title | Description |
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C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
C17 | Cessation of patent right | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130313 Termination date: 20130807 |