CN209019850U

CN209019850U - Telecontrol equipment

Info

Publication number: CN209019850U
Application number: CN201821372425.5U
Authority: CN
Inventors: 庄龙飞
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-08-24
Filing date: 2018-08-24
Publication date: 2019-06-25
Anticipated expiration: 2028-08-24
Also published as: EP3613475A1; JP3221280U; KR20200000494U; TWM594485U; US20200061446A1

Abstract

The utility model discloses a kind of telecontrol equipments, and it includes fixed structure, gear member and elastic force group, gear member is installed on fixed structure, and elastic force group is installed on fixed structure and selectively interlocks with gear member；Wherein, when gear member and elastic force group do not interlock, gear member movement stores power without power group of moving, and when gear member and the gearing of elastic force group, gear member movement makes elastic force group store power.Whereby, the telecontrol equipment of the utility model passes through selectively continuous action relation between gear member and elastic force group, and telecontrol equipment can be allowed to provide user and move toward rehabilitation abdomen or the operation without reciprocating force movement.

Description

Telecontrol equipment

Technical field

The utility model be about a kind of telecontrol equipment, especially with regard to one kind can multifunctional use and capable of facilitating transported Dynamic telecontrol equipment.

Background technique

Since body building has very great help for the exercise of body, miscellaneous fitness equipment is widely available, Such as power roller formula fitness equipment, it is to allow body builder to bend the body in ground back and forth to be trained, and can allow abdomen, waist buttocks There are also the proud flesh of bodies each place equal on arm to be taken exercise, and has stretching, extension chest, shoulder, arm and muscle of back to promote The effect of health, therefore power roller formula fitness equipment is preferable product when modern wants to take exercises.However, for power roller formula For function or the motor performance variation of fitness equipment, usual power roller formula fitness equipment still has many shortcomings.

General power roller formula fitness equipment is mainly that the hand handle held by offer user and the gear member for being incorporated into hand handle form. Specially such as TaiWan, China issued patents the M513713rd " involution formula abdominal muscle-exercising apparatus " and patent the M435939th " strong abdomen device " Sharp technology discloses, and inside has elastic element and can folding or dismountable two handle.Handle provides user and holds, when When gear member rotates in a clockwise direction, elastic element is compressed, rotate in a counter-clockwise direction gear member, at this time elastic element Restoring force can carry out replying with assisting user the operation of posture.

On the other hand, skateboarding is also one of sports equipment popular now；And slider technique is then divided into without dynamic Power and two kinds dynamic, various slide plate on the market are still to be purely by way of skateboarding use.

Although power roller formula fitness equipment and slide plate can reach respectively expected strong abdomen movement or movement purpose, it can not Variation is other motion morphologies, and the variation of body building can be more carried out without other modes, it is difficult to receive general body builder. Therefore, a kind of telecontrol equipment that can produce more motor performance modes, alterable motor pattern still is being found in the market, with energy Meet general public demand.

Utility model content

Therefore, the purpose of this utility model is to provide one kind can release or keep the telecontrol equipment of restoring force effect, It has more a variety of sport and body-building modes, and the telecontrol equipment of the utility model not only can be carried out back and forth strong abdomen movement or without past Multiple power movement more can simply adjust the restoring force direction of strong abdomen movement.

One embodiment of the one side of the utility model provides a kind of telecontrol equipment, it includes fixed structure, gear member with And elastic force group, gear member are installed on fixed structure, elastic force group is installed on fixed structure and selectively interlocks with gear member；Wherein, when When gear member and elastic force group do not interlock, gear member movement stores power without power group of moving, and when gear member and the gearing of elastic force group, gear member movement makes Elastic force group stores power.

Whereby, the telecontrol equipment of the utility model passes through selectively continuous action relation between gear member and elastic force group, Ke Yirang Telecontrol equipment provides user and carries out the operation for moving toward rehabilitation abdomen or moving without reciprocating force.

Other embodiments according to aforementioned embodiments are as follows: aforementioned elastic force group has at least one spring, past to provide The restoring force moved again.Aforementioned movement device also may include two sides that two handles are respectively arranged in fixed structure, two handles For user's hands grasping, and two handles can be journaled into fixed structure to folding.In addition, gear member may include two arc holes and two A inclined guide groove, each inclined guide groove are located at the side in each arc hole；Telecontrol equipment can also include plug-in unit, and plug-in unit is set to gear member, And plug-in unit includes two inserted links and two guide blocks, two inserted links are respectively limited by two arc holes, and two guide blocks are located at respectively The end of inserted link, each guide block correspond to each inclined guide groove；Wherein, plug-in unit is rotated and keeps each guide block fixed in sliding in each inclined guide groove Position, so that axial displacement of the plug-in unit along gear member.

Another embodiment of the one side of the utility model provides a kind of telecontrol equipment, and it includes fixed structures, four Gear member and elastic force group, fixed structure include plate body and two wheel shafts, and plate body includes two opposite side plates, between two wheel shafts are distinguished Every being connected between two side plates, wherein two gear member is respectively arranged at the both ends of one of wheel shaft, in addition two gear member point It is not set to the both ends of another wheel shaft.Elastic force group be mounted at least one wheel shaft in two wheel shafts and selectively with The one of gear member being installed at least one wheel shaft interlocks.Wherein, when aforementioned one of gear member is not interlocked with elastic force group When, aforementioned one of gear member movement stores power without power group of moving, aforementioned when aforementioned one of gear member and the gearing of elastic force group One of gear member movement makes elastic force group store power.

Whereby, equally there is the telecontrol equipment of the utility model offer user move toward rehabilitation abdomen or without reciprocating force The operating function of movement.The other embodiments of the utility model are as follows: aforementioned movement device also includes plug-in unit, and elastic force group includes extremely A few spring is set at least one wheel shaft, plug-in unit it is movable in ground be set to aforementioned one of gear member and it is aforementioned at least Between one spring, interlocks, insert at least one aforementioned spring when plug-in unit is located at first position season aforementioned one of gear member Part is located at second position season aforementioned one of gear member and does not interlock at least one aforementioned spring.Aforementioned one of gear member can Comprising two arc holes and two inclined guide grooves, each inclined guide groove is located at the side in each arc hole；Plug-in unit is set to aforementioned wherein one A gear member, and plug-in unit includes two inserted links and two guide blocks, two inserted links are respectively limited by two arc holes, two guide block difference Positioned at the end of each inserted link, each guide block corresponds to each inclined guide groove；Wherein, plug-in unit is rotated and makes each guide block in each inclined guide groove Sliding positioning, so that axial displacement of the plug-in unit along aforementioned one of gear member, and the second position is switched to by first position.

Other embodiments according to aforementioned each embodiment are as follows: elastic force group includes two springs, and two springs are pacified respectively On two wheel shafts, and each spring removably connects with the one of gear member being located on the wheel shaft that it is installed respectively Knot；Wherein, when one of gear member on the wheel shaft that each spring is installed links with each spring removal without interlocking, Each aforementioned one of gear member movement does not drive each spring energy storage, each other when each aforementioned one of gear member and the connection of each spring It interlocks, then each aforementioned one of gear member interlocks each spring energy storage.

Other embodiments according to aforementioned each embodiment are as follows: wherein each spring has certain torsion clockwork spring structure or torsion Turn spring structure, telecontrol equipment also includes two handles, and two handles are mounted on two side of plate body, and two handles are double for user Hand is held；Wherein two handle can be journaled into plate body to folding.

Compared with prior art, the telecontrol equipment of the utility model, user can be provided by, which having, move toward rehabilitation abdomen Or the beneficial effect of the multi-functional operation without reciprocating force movement.

Detailed description of the invention

Fig. 1 is painted the Three-dimensional combination diagram of the embodiment one of the utility model telecontrol equipment；

Fig. 2 is painted the sectional perspective combination diagram of the embodiment one of Fig. 1；

Fig. 3 is painted the partial exploded perspective view of the embodiment one of Fig. 1；

The stereoscopic figure that the gear member of Fig. 4 A illustrated embodiments one is combined with plug-in unit；

Another stereoscopic figure that the gear member of Fig. 4 B illustrated embodiments one is combined with plug-in unit；

Fig. 4 C is painted Fig. 4 B along the cross-sectional view of face line 4c-4c；

Fig. 4 D is painted another cross-sectional view of Fig. 4 B；

Fig. 5 is painted the another partial exploded perspective view of the embodiment one of Fig. 1；

Fig. 6 is painted another partial exploded perspective view of the embodiment one of Fig. 1；

Fig. 7 is painted partial sectional view of the embodiment one along face line 7-7 of Fig. 2；

The left spring seat that Fig. 8 A is painted the embodiment one of Fig. 7 is located at the cross-sectional view of disengaging configuration；

The left spring seat that Fig. 8 B is painted the embodiment one of Fig. 7 is located at the cross-sectional view of the position of engagement；

Fig. 9 is painted the sectional perspective combination diagram of the embodiment two of the utility model telecontrol equipment；

Figure 10 is painted the partial exploded perspective view of the embodiment two of Fig. 9；

Figure 11 is painted the elastic force group and wheel shaft exploded perspective view of the embodiment two of Fig. 9；

Figure 12 is painted the elastic force group and wheel shaft three-dimensional combination figure of the embodiment two of Fig. 9；

Figure 13 A is painted the elastic force group of the embodiment two of Fig. 9 and the side view diagram of wheel shaft；

Figure 13 B be painted the embodiment two of Figure 13 A elastic force group and wheel shaft along face line 13b-13b cross-sectional view；

Figure 14 is painted the elastic force group of the embodiment two of Fig. 9 and another side view of wheel shaft；

Figure 15 A is painted the elastic force group of the embodiment two of Fig. 9 and the side view diagram again of wheel shaft；

Figure 15 B be painted the embodiment two of Figure 15 A elastic force group and wheel shaft along face line 15b-15b a cross-sectional view；

Figure 16 is painted partial sectional view of the embodiment two along face line 16-16 of Fig. 9；

Figure 17 is painted the Three-dimensional combination diagram of the embodiment three of the utility model telecontrol equipment；

Figure 18 is painted the partial sectional view of the embodiment three of Figure 17；

Figure 19 A is painted a cross-sectional view of the handle along face line 19-19 of the embodiment three of Figure 18；

Figure 19 B is painted another cross-sectional view of the handle along face line 19-19 of the embodiment three of Figure 18；

Figure 20 is painted the first usage state diagram of the embodiment one of Fig. 1；

Figure 21 is painted second of usage state diagram of the embodiment one of Fig. 1；And

Figure 22 is painted the third usage state diagram of the embodiment one of Fig. 1.

Specific embodiment

The following drawings illustrate multiple embodiments of the utility model.As clearly stated, in many practices Details will be explained in the following description.However, reader is not it will be understood that the details in these practices is applied to limit this Utility model.That is, the details in these practices is non-essential in the utility model section Example.In addition, being For the sake of simplifying attached drawing, some known usual structures and element will be painted in a manner of simply illustrating in the accompanying drawings；And again Multiple element will likely use be identically numbered expression.

The utility model is painted also referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4 A, Fig. 4 B, Fig. 4 C, Fig. 4 D, Fig. 5 and Fig. 6, Fig. 1 The Three-dimensional combination diagram of the embodiment one of telecontrol equipment 100；Fig. 2 is painted the sectional perspective combination signal of the embodiment one of Fig. 1 Figure；Fig. 3 is painted the partial exploded perspective view of the embodiment one of Fig. 1；The gear member 300 of Fig. 4 A illustrated embodiments one with 830 groups of plug-in unit Another stereoscopic figure that the stereoscopic figure of conjunction, the gear member 300 of Fig. 4 B illustrated embodiments one are combined with plug-in unit 830, Fig. 4 C are drawn Diagram 4B is painted another cross-sectional view of Fig. 4 B along cross-sectional view, Fig. 4 D of face line 4c-4c；Fig. 5 is painted the embodiment one of Fig. 1 again A part of exploded perspective view；Fig. 6 is painted another partial exploded perspective view of the embodiment one of Fig. 1.The utility model embodiment one For a kind of telecontrol equipment 100, it includes fixed structure 700, at least one gear member 300 and at least one elastic force groups 400.

Gear member 300 is installed on fixed structure 700, elastic force group 400 be installed on fixed structure 700 and with 300 selectivity of gear member Ground interlocks；Wherein, when gear member 300 and elastic force group 400 do not interlock, the movement of gear member 300 stores power without power group 400 of moving.Work as wheel When part 300 and elastic force group 400 interlock, then the movement of gear member 300 makes elastic force group 400 store power.Each characteristic members of the utility model will be detailed It describes in detail bright as after.

In the embodiment in figure 1, telecontrol equipment 100 includes four gear member 300 and elastic force group 400, and fixed structure 700 includes Plate body 101 and two wheel shafts 200, plate body 101 include two opposite side plates 102, and two wheel shafts 200 are respectively separated and are connected to two Between a side plate 102.Wherein two gear member 300 is respectively arranged at the both ends of one of wheel shaft 200, in addition two gear member 300 It is respectively arranged at the both ends of another wheel shaft 200.

In detail, two correspondences parallel to each other of side plate 102 and respectively include two pivot hole 1021 and eight guide holes 1023, Four guide holes 1023 are equidistantly located on outside a pivot hole 1021, and the axially penetrating through along gear member 300 of each guide hole 1023.Movement Device 100 includes connection group 800, and connection group 800 includes guide member 850, and guide member 850 and four guide holes 1023 cooperate, and Guide member 850 includes that four guide posts 851 are slideably limited in each guide hole 1023.

Two wheel shafts 200 are set in pivot hole 1021, and two wheel shafts 200 are arranged in parallel between two side plates 102, respectively 200 both ends of wheel shaft are equipped with screw thread 201, and each wheel shaft 200 includes the axis that two bearings 202 and a bearing sleeve 203 are sheathed on wheel shaft 200 Body.

Four gear member 300 are respectively arranged on bearing 202, and each wheel shaft 200 also includes two screw pieces 301, and screw piece 301 is linked to wheel The screw thread 201 of axis 200, is pivotly limited in outside pivot hole 1021 so as to each gear member 300 of holding and the position of gear member 300 correspondence is led Draw part 850.

At least one gear member 300 in four gear member 300 may include two arc holes 320 and two inclined guide grooves 321, each inclination Guide groove 321 is located at the side in each arc hole 320.The connection group 800 of telecontrol equipment 100 includes at least one plug-in unit 830, and one is inserted Part 830 is set to a gear member 300, and plug-in unit 830 includes two inserted links 831 and two guide blocks 832, and two inserted links 831 limit respectively In in two arc holes 320, two guide blocks 832 are located at the end of two inserted links 831, and the corresponding each inclination of each guide block 832 is led Slot 321.Wherein, rotation plug-in unit 830 can make each guide block 832 in sliding positioning in each inclined guide groove 321, so that plug-in unit 830 is along wheel The axial displacement of part 300, and second position 831B is switched to by first position 831A.Whereby, the inserted link 831 of plug-in unit 830 is optional It is positioned at first position 831A or second position 831B with selecting.

Aforementioned 831 end of inserted link is supported on guide member 850, and inserted link 831 in first position 831A towards the second position Guide member 850 is pushed against when 831B is mobile, and keeps four guide posts 851 axially displaced in guide hole 1023.Connection group 800 It can be also comprising two plug-in unit springs 840 between plug-in unit 830 and gear member 300.Plug-in unit spring 840 can ensure that plug-in unit 830 whereby The locating effect of 831A and second position 831B in first position.

Elastic force group 400 includes two springs 410 and two wheel shaft toothholders 420, and wherein spring 410 has certain torsion clockwork spring Structure, and two springs 410 of elastic force group 400 are separately mounted on two wheel shafts 200, each spring 410 have crimp end 411 and Distort end 412.Elastic force group 400 also includes two cylinder type axle sleeves 4121, and two distortion ends 412 cooperate two cylinder type axle sleeves 4121 are respectively set on two wheel shafts 200.Wheel shaft toothholder 420 is sheathed on each wheel shaft 200, and wheel shaft toothholder 420 includes more Ring of numbers tooth 421 and caulking groove 422.Two crimp ends 411 are opposite to be installed on the caulking groove 422 of two wheel shaft toothholders 420.

Connection group 800 includes also left spring seat 810 and right spring base 820, and left spring seat 810 and right spring base 820 all wrap Containing multiple positioning tooths 870；The positioning tooth 870 of left spring seat 810 is optionally engaged one of wheel shaft toothholder 420 Ring tooth 421, the positioning tooth 870 of right spring base 820 is then optionally engaged the ring tooth of another wheel shaft toothholder 420 421。

Fig. 7, Fig. 8 A and Fig. 8 B are please referred to again, and also referring to Fig. 1 to Fig. 6.Fig. 7 is painted the embodiment one of Fig. 2 along cutting The partial sectional view of upper thread 7-7；The left spring seat 810 that Fig. 8 A is painted the embodiment one of Fig. 7 is located at the section view of disengaging configuration 810A Figure；The left spring seat 810 that Fig. 8 B is painted the embodiment one of Fig. 7 is located at the cross-sectional view of position of engagement 810B.Wherein, left spring seat 810 or right spring base 820 pushed and selectively positioned in position of engagement 810B and disengaging configuration by aforementioned guide member 850 810A, and the left spring seat 810 that shows Fig. 7 and Fig. 8 A merely exemplary into 8B is located at position of engagement 810B or disengaging configuration The schematic diagram of 810A.

When plug-in unit 830 rotates, the axial displacement along gear member 300 can be synchronized, and makes plug-in unit 830 by first position 831A It is moved to second position 831B and pushes against guide member 850, and make four guide posts 851 slide displacement in guide hole 1023, into And left spring seat 810 is pushed to be positioned at position of engagement 810B.At this point, left spring seat 810 is engaged with wheel shaft toothholder 420, gear member 300 Rotation can make spring 410 store power, can provide restoring force whereby.Connection group 800 can also include two disengaging springs 860, and two de- It is located between two wheel shaft toothholders 420 and left spring seat 810 and right spring base 820 from spring 860, is detached from spring whereby 860 can effectively ensure locating effect of the left spring seat 810 when position of engagement 810B and disengaging configuration 810A switches.

And when plug-in unit 830 is toward when reversely rotating, plug-in unit 830 is moved to first position 831A by second position 831B, and two It is detached from the difference ejection left spring seat 810 of spring 860 and right spring base 820, left spring seat 810 and right spring base 820 pushes against respectively Guide member 850 slides four guide posts 851 in guide hole 1023 and replys position, and last left spring seat 810 can reset and determine Positioned at disengaging configuration 810A.At this point, wheel shaft toothholder 420 and left spring seat 810 borrow disengaging spring 860 to remain disengaged from meshing state, The rotation of gear member 300 is unable to drive elastic force group 400 and stores power, and is no restoring force state.

Referring back to Fig. 1 to Fig. 3, telecontrol equipment 100 also may include that two handles 500 are respectively arranged in fixed structure 700 Two sides, and two handles 500 are for user's hands grasping, and two handles 500 can be journaled into folding fixed structure 700. Wherein, fixed structure 700 may include that two side accommodating grooves 1022 are located at two side plates 102, and two handles 500 can folding Ground is journaled into accommodating groove 1022, in order to selectively store or operate with.

Whereby, by the continuous action relation between the changeable gear member 300 of connection group 800 and elastic force group 400, sportswear is allowed whereby Setting 100 can choose generation restoring force, be purely by way of free roller wheel to provide user as reciprocal body building, or selection Do not have the motion state operation of restoring force completely.In addition, utilizing two springs 410 and left spring seat 810 of elastic force group 400 With the structure that is relative to the configuration of right spring base 820, user can be allowed to switch the operation mould of unidirectional restoring force or two-way restoring force Formula.

Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13 A, Figure 13 B, Figure 14, Figure 15 A, Figure 15 B and Figure 16 are please referred to again.Fig. 9 is drawn Show the sectional perspective combination diagram of the embodiment two of the utility model telecontrol equipment 100T；Figure 10 is painted the embodiment two of Fig. 9 Partial exploded perspective view；Figure 11 is painted elastic force group 400T and wheel shaft the 200T exploded perspective view of the embodiment two of Fig. 9；Figure 12 It is painted elastic force group 400T and wheel shaft the 200T three-dimensional combination figure of the embodiment two of Fig. 9；Figure 13 A is painted the bullet of the embodiment two of Fig. 9 The side view diagram of power group 400T and wheel shaft 200T；Figure 13 B is painted the edge elastic force group 400T and wheel shaft 200T of the embodiment two of Figure 13 A A cross-sectional view of face line 13b-13b；Figure 14 is painted another side view of the elastic force group 400T and wheel shaft 200T of the embodiment two of Fig. 9 Figure；Figure 15 A is painted the side view diagram again of the elastic force group 400T and wheel shaft 200T of the embodiment two of Fig. 9；Figure 15 B is painted Figure 15 A's A cross-sectional view of the elastic force group 400T and wheel shaft 200T of embodiment two along face line 15b-15b；Figure 16 is painted the embodiment two of Fig. 9 Along the partial sectional view of face line 16-16.Wherein, in Fig. 9, in order to which attached drawing is succinct and omits plate body, detailed structure and Operation will illustrate as after.

The telecontrol equipment 100T of the utility model embodiment two includes fixed structure (not indicating), four gear member 300T and two A elastic force group 400T.Details are not described herein for the same or like structure of the present embodiment two and preceding embodiment one.

Fixed structure includes plate body (not being painted), and plate body includes two opposite side plate 102T, and two side plate 102T are each other A pivot hole is equidistantly located on comprising two pivot hole 1021T and eight guide holes (not indicating), four guide holes in parallel and respectively 1021T, and each guide hole axially penetrating through along gear member 300T, telecontrol equipment may include connection group (not indicating), connection group packet 850T containing guide member, guide member 850T and four guide holes cooperate, and guide member 850T can comprising four guide posts (not indicating) It is slidably limited in each guide hole, the structure of guide member 850T and 850 structure of guide member of Fig. 5 are identical.Another each side plate 102T Also it is located inside comprising two unidirectional ring tooth 1024T and respectively around two pivot hole 1021T.

Two wheel shaft 200T are set in pivot hole 1021T, and two wheel shaft 200T be arranged in parallel in two side plate 102T it Between, connection group also includes steering base 600T, guiding spring 610T and guide pins 620T, and wherein steering base 600T is rotationally arranged Outside wheel shaft 200T, steering base 600T is located at both ends comprising multiple left engaging tooth 601T and multiple right engaging tooth 602T, and Two inclined guide slot 603T are located at opposite sides in including on steering base 600T, and guide pins 620T vertically fixation through wheel Axis 200T, and bis- end guide pins 620T is installed in inclined guide slot 603T, guiding spring 610T is sheathed on steering base 600T Outside.

Four gear member 300T are respectively arranged in two wheel shaft 200T, and each gear member 300T is kept pivotly to be limited in pivot whereby Hole 1021T is outer and its position corresponds to guide member 850T.The connection group of telecontrol equipment includes at least one plug-in unit 830T, a plug-in unit 830T is set to gear member 300T.The structure of plug-in unit 830T is identical as plug-in unit 830 shown in Fig. 4 C, and plug-in unit 830T with guide block (not Label again) inclined guide groove (the not label again) sliding and positioning of gear member 300T are corresponded to, and each plug-in unit 830T can be allowed in rotation position The axial displacement along gear member 300T is synchronized when shifting, and enables plug-in unit 830T selectively positioned in first position (not label again) and the Two positions (not label again).And aforementioned inserted link end is supported on guide member 850T, and inserted link pushes guide member 850T movement.

Two elastic force group 400T respectively include a spring 410T, and connection group includes left spring toothholder 810T, right spring toothholder 820T and protection cylinder 870T, and a spring 410T is mounted on a wheel shaft 200T, spring 410T has torsion-spring structure And both ends are individually fixed in left spring toothholder 810T and right spring toothholder 820T.Left spring toothholder 810T and right spring toothholder 820T is all cylindric and is displaceably set between protection cylinder 870T and wheel shaft 200T；Left spring toothholder 810T includes multiple Left ring tooth 811T, and right spring toothholder 820T includes multiple right ring tooth 821T；The left ring tooth 811T of left spring toothholder 810T is optional It is engaged the left engaging tooth 601T of steering base 600T with selecting, the right ring tooth 821T of right spring toothholder 820T is then selectively right The right engaging tooth 602T of steering base 600T should be engaged.Left spring toothholder 810T is equipped with multiple positioning tooth 812T to be engaged phase The unidirectional ring tooth 1024T of opposite side, right spring toothholder 820T are equipped with multiple positioning tooth 822T to be engaged another unidirectional ring tooth 1024T.Another aforementioned guiding spring 610T is located between left spring toothholder 810T and right spring toothholder 820T.

By two structure of previous embodiment, telecontrol equipment 100T can choose generation restoring force, using provide user as Reciprocal body building, or selection are purely by way of the motion state operation for not having restoring force completely of free roller wheel.In addition, utilizing bullet Two springs 410 of power group 400T and being relative to the configuration for left spring toothholder 810T and right spring toothholder 820T, can allow use Person switches the operation mode of unidirectional restoring force or two-way restoring force.

Plug-in unit 830T on user's rotary wheel member 300T can switch restoring force.In detail, when inserting positioned at right side When part 830T is by rotation and along the axial displacement of gear member 300T, the plug-in unit 830T on right side switches to the second position.Aforementioned inserted link end Guide member 850T is supported with the displacement that slides axially in end.At this point, right spring toothholder 820T is pushed positioning by guide member 850T and taken off From unidirectional ring tooth 1024T, wheel shaft is driven in inclined guide slot 603T, gear member 300T since bis- end guide pins 620T is installed with When 200T is rotated, guide pins 620T guiding steering base 600T is moved to the position as shown in Figure 13 A and Figure 13 B, and allows right engagement Tooth 602T is engaged in right ring tooth 821T, and wheel shaft 200T is made to interlock right spring toothholder 820T rotation.Therefore, because left spring toothholder 810T is fixed on side plate 102T and can not rotate, therefore gear member 300T drives right spring toothholder 820T to store spring 410T torsion Power.

Conversely, when being located at the plug-in unit 830T in left side by rotation and along the axial displacement of gear member 300T, the plug-in unit in left side 830T switches to the second position, and guide member 850T is supported with the displacement that slides axially in aforementioned inserted link end.At this point, left spring tooth Seat 810T is pushed positioning by guide member 850T and is detached from unidirectional ring tooth 1024T, therefore gear member 300T drives wheel shaft 200T rotation When, guide pins 620T guiding steering base 600T is moved to the position as shown in Figure 15 A and Figure 15 B, and left engaging tooth 601T is allowed to nibble Together in left ring tooth 811T, wheel shaft 200T is made to interlock left spring toothholder 810T rotation.Therefore, because right spring toothholder 820T is fixed on Side plate 102T and can not rotate, therefore gear member 300T drive left spring toothholder 810T make spring 410T torsion store power, can change whereby Become restoring force direction.

When the plug-in unit 830T on the upper four gear member 300T of two wheel shaft 200T is rotated to the second position, steering base 600T It can be disengaged from left spring toothholder 810T and right spring toothholder 820T, and left spring toothholder 810T and right spring toothholder 820T It will not all be engaged with unidirectional ring tooth 1024T, achieve the effect that gear member 300T is rotated freely whereby.

Figure 17, Figure 18, Figure 19 A and Figure 19 B are please referred to again；Figure 17 is painted the embodiment of the utility model telecontrol equipment 100S Three Three-dimensional combination diagram, Figure 18 are painted the partial sectional view of the embodiment three of Figure 17, and Figure 19 A is painted the embodiment of Figure 18 For three handle 500 along a cross-sectional view of face line 19-19, Figure 19 B is painted the handle 500 of the embodiment three of Figure 18 along face line Another cross-sectional view of 19-19.Telecontrol equipment 100S also may include that two handles 500 are respectively arranged in fixed structure (not indicating) On two side plate 102T, and two handles 500 are for user's hands grasping, and two handles 500 can be journaled into fixation to folding Structure.Wherein, fixed structure may include that two side accommodating groove 1022T are located at two side plate 102T, and two handles 500 It can be journaled into accommodating groove 1022T, folding in order to selectively store or operate with.

Flexible positioning mechanism 501 is equipped in aforementioned two handles 500, flexible positioning mechanism 501 has two protrusion positioning Portion 502, separately installation has the rod-shaped control piece 503 of returning spring 504 in two handles 500, and control piece 503 protrudes from handle With controlled pressing, user can press control piece 503 when holding to push flexible positioning mechanism 501 to withdraw two for 500 ends Protrude positioning region 502.And two 500 folding of handle positioning and expansion positioning are effectively carried out, in order to selectively store or grasp It uses.

Figure 20 to Figure 22 is please referred to, Figure 20 to Figure 22 is painted three kinds of different usage state diagrams of telecontrol equipment 100.Figure 20 It is painted the first usage state diagram of the embodiment one of Fig. 1, Figure 21 is painted second of usage state diagram of the embodiment one of Fig. 1, Figure 22 is painted the third usage state diagram of the embodiment one of Fig. 1.

Wherein, in Figure 20, telecontrol equipment 100 cooperates handle as the state model for being good for abdomen sports equipment, at this time this wound Work, which is suitble to be switched to, unidirectionally has the function of restoring force.In Figure 21, the plate body of telecontrol equipment 100 is for user back against work For the state model for balancing abdomen sports equipment, this creation at this time, which is suitble to be switched to, two-way has the function of restoring force.In Figure 22 In, the plate body of telecontrol equipment 100 is available for users to standing, so that state model of the telecontrol equipment 100 as skateboarding, at this time What this creation was suitble to be switched to not no restoring force rotates freely function.

By above embodiment it is found that the utility model has the advantage that first, sports equipment can provide user Operation as the movement of unidirectional restoring force.Second, sports equipment still can switch progress without reply while body building The free movement of power operates.Third, the direction of changeable restoring force, or it is changed to two-way all have restoring force.

Although the utility model is disclosed as above with embodiment, so it is not intended to limit the utility model, Ren Hesuo The technical staff in category field, without departing from the spirit and scope of the utility model, when that can be used for a variety of modifications and variations, therefore Subject to the protection scope of the utility model ought be defined depending on claim.

Claims

1. a kind of telecontrol equipment, characterized by comprising:

Fixed structure；

Gear member is installed on the fixed structure；And

Elastic force group is installed on the fixed structure and selectively interlocks with the gear member；

Wherein, when the gear member and the elastic force group do not interlock, the gear member movement does not drive the elastic force group to store power, works as institute When stating gear member and elastic force group gearing, the gear member movement makes the elastic force group store power.

2. telecontrol equipment as described in claim 1, which is characterized in that the elastic force group has at least one spring.

3. telecontrol equipment as described in claim 1, which is characterized in that also include:

Two handles are respectively arranged in two sides of the fixed structure, and two handles are for user's hands grasping；

Wherein two handles can be journaled into folding the fixed structure.

4. telecontrol equipment as described in claim 1, which is characterized in that

The gear member includes two arc holes and two inclined guide grooves, and each inclined guide groove is located at the side in each arc hole； And

The telecontrol equipment also includes plug-in unit, and the plug-in unit is set to the gear member, and the plug-in unit includes:

Two inserted links are respectively limited by two arc holes；And

Two guide blocks, are located at the end of each inserted link, and each guide block corresponds to each inclined guide groove；

Wherein, the plug-in unit is rotated and makes each guide block in sliding positioning in each inclined guide groove, so that the plug-in unit Along the axial displacement of the gear member.

5. a kind of telecontrol equipment, characterized by comprising:

Fixed structure includes:

Plate body includes two opposite side plates；And

Two wheel shafts are respectively separated and are connected between two side plates；

Four gear member, wherein two gear member are respectively arranged at the both ends of one of them wheel shaft, other two gear member It is respectively arranged at the both ends of another wheel shaft；And

Elastic force group is mounted on wheel shaft described at least one of described two wheel shafts, and be installed at least one described wheel One of them described gear member on axis selectively interlocks；

Wherein, when one of gear member and the elastic force group do not interlock, one of gear member movement does not drive institute It states elastic force group and stores power, when one of gear member and elastic force group gearing, one of gear member movement makes described Elastic force group stores power.

6. telecontrol equipment as claimed in claim 5, which is characterized in that also include plug-in unit, the elastic force group includes at least one Spring is set at least one described wheel shaft, the plug-in unit be displaceably set to one of gear member and it is described at least Between one spring, when the plug-in unit is located at first position season one of gear member and at least one described spring company Dynamic, the plug-in unit is located at second position season one of gear member and does not interlock at least one described spring.

7. telecontrol equipment as claimed in claim 6, which is characterized in that one of gear member includes two arc holes and two Inclined guide groove, each inclined guide groove are located at the side in each arc hole, and the plug-in unit is set to one of gear member, And the plug-in unit includes:

Two inserted links are respectively limited by two arc holes；And

Wherein, the plug-in unit is rotated and makes each guide block in sliding positioning in each inclined guide groove, so that the plug-in unit Along the axial displacement of one of gear member, and the second position is switched to by the first position.

8. telecontrol equipment as claimed in claim 5, which is characterized in that the elastic force group includes two springs, two bullets Spring is separately mounted on two wheel shafts, and each spring respectively be located on its wheel shaft being installed its In a gear member removably link；

Wherein, when on one wheel shaft that each spring is installed one of gear member and each spring removal When connection is without interlocking, the one of gear member movement does not drive each spring energy storage, when one of gear member with Each spring interlocks each other when linking, then one of gear member interlocks each spring energy storage.

9. telecontrol equipment as claimed in claim 8, which is characterized in that each spring has certain torsion clockwork spring structure or torsion Turn spring structure.

10. telecontrol equipment as claimed in claim 5, which is characterized in that also include:

Two handles are separately mounted to two side of plate body, and two handles are for user's hands grasping；

Wherein two handles can be journaled into folding the plate body.