CN103010373A - Entertainment exercise bicycle - Google Patents
Entertainment exercise bicycle Download PDFInfo
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- CN103010373A CN103010373A CN2012103425288A CN201210342528A CN103010373A CN 103010373 A CN103010373 A CN 103010373A CN 2012103425288 A CN2012103425288 A CN 2012103425288A CN 201210342528 A CN201210342528 A CN 201210342528A CN 103010373 A CN103010373 A CN 103010373A
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Abstract
The invention belongs to the technical field of fitness equipment, and relates to an entertainment exercise bicycle, in particular to a double competitive exercise bicycle. The entertainment exercise bicycle comprises a bicycle body assembly, a power treatment box, a first bicycle claw assembly, a second bicycle claw assembly, a first structure in a shape like a Chinese character 'ji' and a second structure in a shape like the Chinese character 'ji'; and a control circuit is arranged on the box, speed information acquired through a photoelectric encoder is analyzed by a controller, and a relay controls the actuation of an electromagnetic clutch a or an electromagnetic clutch b, so that the rotation directions of the structures in the shape like the Chinese character 'ji' are controlled and the movement direction of the exercise bicycle is further determined.
Description
Technical field
The invention belongs to the health and fitness facilities technical field, relate to a kind of body-building amusement cycle, particularly a kind of body-building vehicle of double sports.
Background technology
In the prior art, there have been various dissimilar indoor and outdoor amusement, body-building and fitness facilities.The disclosed number of patent application of Patent Office of the People's Republic of China is " reptile " body-building vehicle utility model of 200720080180.4, " looper " formula motion by body-building vehicle, can make the multiple locations such as participant's upper limbs, lower limb, neck obtain simultaneously taking exercise, also can be used as the body-building vehicle of instead of walking.But because the restriction on its physical construction can not realize double competing for speed, recreational deficiency on a body-building vehicle again.Move forward and backward and change by the manual regulation ratchet, reliability is inadequate, and way moving is difficulty.Height of seat is unadjustable, is not suitable for crowd and teenager and children's use of different statures.
Summary of the invention
The purpose of this invention is to provide a kind of double body-building vehicle of competing for speed that is fit to from children to the various health-physical fitnesses of adult.This body-building vehicle has not only possessed the general advantage that has of common body-building vehicle, obtain taking exercise such as whole bodies such as the upper and lower extremities that can make the participant, waist and belly, heads, also possessed double competing for speed and double cooperation function, can make the car load trend pedal the fast side of speed, also can two people cooperate, car is walked to a direction, and car load integrates recreational and interest body-building.
To achieve these goals, technical scheme of the present invention is a kind of body-building amusement cycle of design, comprises body assembly, power processing casing, the first car pawl assembly, the second car pawl assembly, the first "Ji" type structure and the second "Ji" type structure;
Wherein, body assembly is comprised of vehicle frame, wheel a, wheel b, wheel c, wheel d, pedal a, pedal b, sprocket wheel m, sprocket wheel n, brake actuator a and brake actuator b;
Power is processed casing and is comprised of upper box and lower box; In upper box, be fixed with three axles by bearing, three triangular in shape arranging of axle, the top is the first axle, and the left side, below is the second axle, and the right, below is the 3rd axle; At lower box by being provided with successively from left to right the 4th axle, the 5th axle, the 6th axle, the 7th axle and the 8th axle; The first axle is provided with gear a, sprocket wheel a, sprocket wheel b and gear b successively from A-P; The second axle is equipped with sprocket wheel c, gear c, magnetic clutch a driven member, magnetic clutch a driving link, power-transfer clutch fixed cover, magnetic clutch b driving link, magnetic clutch b driven member and gear d successively from A-P; Gear e is installed on the 3rd axle; The 4th axle is provided with gear f and sprocket wheel d from front to back; The 5th axle is provided with gear g and sprocket wheel e from A-P; The 6th axle is provided with sprocket wheel f, sprocket wheel g, helical wheel a, planet axis, helical wheel b, helical wheel c from A-P, helical wheel d, sprocket wheel h; The 7th axle is provided with sprocket wheel i and sprocket wheel j from A-P; The 8th axle is provided with sprocket wheel k and sprocket wheel l from A-P;
The first car pawl assembly is comprised of wheel e, wheel f, support a, support b, bar a, bar b, bar c, seat a, front fork a, front fork b, brake actuator c, brake actuator d and sprocket wheel p;
The second car pawl assembly is comprised of wheel g, wheel h, support c, support d, bar d, bar e, bar f, seat b and sprocket wheel o;
The first "Ji" type structure is comprised of pipe link b, installation shaft c, installation shaft d, installation minor axis c and installation minor axis d; Described installation shaft c and installation shaft d are parallel arrangement, are connected an end with installation shaft d by pipe link b connection at installation shaft c, be connected with in the other end outside of installation shaft c minor axis c is installed, and be connected with in the other end outside of installation shaft d minor axis d is installed;
The second "Ji" type structure is comprised of pipe link a, installation shaft a, installation shaft b, installation minor axis a and installation minor axis b; Described installation shaft a and installation shaft b are parallel arrangement, are connected an end with installation shaft b by pipe link a connection at installation shaft a, be connected with in the other end outside of installation shaft a minor axis a is installed, and be connected with in the other end outside of installation shaft b minor axis b is installed;
Its annexation is: installing wheel a on vehicle frame, wheel b, wheel c, wheel d, described wheel a is connected connection and be positioned at the left side of vehicle frame with wheel b, wheel c is connected connection and be positioned at the right side of vehicle frame with wheel d, medium position is equipped with pedal a and pedal b by bearing at the two ends, the left and right sides of vehicle frame, on the axle of pedal a and pedal b, be fixed with respectively sprocket wheel m, sprocket wheel n, the sprocket wheel m of body assembly connects by chain with the sprocket wheel d of the 4th axle, the sprocket wheel n of body assembly connects by chain with the 8th axle sprocket wheel k, and brake actuator a and brake actuator b and wheel a and wheel b are free-running fit; The upper box that described power is processed casing is to be connected with sprocket wheel f chain by sprocket wheel c with lower box; Described gear c be installed on the second axle by bearing after magnetic clutch a driven member is captiveed joint, described magnetic clutch a driving link, magnetic clutch b driving link and after the power-transfer clutch fixed cover is captiveed joint integral installation on the second axle, described magnetic clutch b driven member be installed on the second axle by bearing after gear d is captiveed joint; Described gear e respectively with gear b, gear d engagement, gear a and gear c engagement, be provided with brake controller a and brake controller b in the front and back of upper box, the first axle penetrates respectively brake controller a and brake controller b, the first axle in brake controller a and brake controller b is equipped with eccentric wheel, the first axle left upper end in brake controller a and brake controller b is provided with fix shaft, the first axle right side in brake controller a and brake controller b is provided with locations, one end and the fix shaft of fork are articulated and connected, the other end of fork is captiveed joint with an end of two brake cable, two brake cable at described brake controller a are passed locations and wheel e, brake actuator on the wheel f links to each other, and passes locations and wheel a in two brake cable of described brake controller b, brake actuator on the wheel b links to each other; Sprocket wheel g be installed on the 6th axle by bearing after helical wheel a is captiveed joint, sprocket wheel h be installed on the 6th axle by bearing after helical wheel d is captiveed joint, planet axis is at right angles intersected with the 6th axle, is provided with helical wheel b and helical wheel c at the two ends, the left and right sides of planet axis; Gear f and gear g engagement, sprocket wheel e is connected chain with sprocket wheel g and connects, sprocket wheel h is connected chain with sprocket wheel i and connects, sprocket wheel j is connected chain with sprocket wheel l and connects, the bottom of the support c of described the second car pawl assembly connects respectively wheel g, wheel h, support c top and support d top are articulated and connected, and the bottom of support d is connected with vehicle frame by bearing; The end of the bar d of described the second car pawl assembly, bar e and bar f is articulated and connected, and the other end of bar d is hinged on the middle and upper part of support c, and the other end of bar e is hinged on the middle and upper part of support d, and described seat b is installed on the support d; The other end at bar f has radial direction through hole, the pipe link a of the second "Ji" type structure is installed by bearing in radial direction through hole, described sprocket wheel o is installed on the installation minor axis a of the second "Ji" type structure, described sprocket wheel o is connected by chain with sprocket wheel b, and the installation minor axis a of described the second "Ji" type structure and the same axle center of installation minor axis b are installed in the right-hand member middle part of vehicle frame by bearing; The bottom of the support a of described the first car pawl assembly connects respectively wheel e, wheel f, support a top and support b top are articulated and connected, the bottom of support b is connected with vehicle frame by bearing, brake actuator c and brake actuator d and wheel e and wheel f are free-running fit, bottom at described support a connects front fork a, front fork b, and by front fork a, front fork b and wheel e, wheel f connects, the bar a of described the first car pawl assembly, the end of bar b and bar c is articulated and connected, the other end of bar a is hinged on the middle and upper part of support a, the other end of bar b is hinged on the middle and upper part of support b, and described seat a is installed on the support b; The other end at bar c has radial direction through hole, the pipe link b of the first "Ji" type structure is installed by bearing in radial direction through hole, described sprocket wheel p is installed on the installation minor axis c of the first "Ji" type structure, described sprocket wheel p is connected by chain with sprocket wheel a, and the installation minor axis c of described the first "Ji" type structure and the same axle center of installation minor axis d are installed in the left end middle part of vehicle frame by bearing.
The left side of the vehicle body in the middle of being positioned at and car pawl assembly I are hinged by bearing, sleeve and bearing seat, and the vehicle body right-hand member is hinged by same structure and car pawl assembly II, and body frame structure is symmetrical about line of centers.Vehicle body each side is equipped with a secondary pedal, fixes by " L " shape structure on bearing and bearing seat and the vehicle body." several " character form structure is arranged directly over the pedal, link to each other with " L " shape structure on the vehicle body by bearing and bearing seat equally." several " character form structure of vehicle body both sides is also hinged with car pawl assembly I, car pawl assembly II respectively by bearing and bearing seat.
Car pawl assembly I consists of skeleton by support a and support b are hinged on the top.There are bar a, bar b, bar c hinged between support a and the support b.Two wheels are equipped with in the bottom of support a.Car pawl assembly I is identical with car pawl assembly II basic structure, and difference is that car pawl assembly I manys two auxiliary brakes than car pawl assembly II.
Vehicle body is fixed with power and processes casing, power process casing by 4 chains respectively with the crank shaft of the vehicle body left and right sides on chain drum and the chain drum on " several " character form structure link to each other.The side that power is processed casing links to each other with brake controller with small-sized electric generating apparatus respectively.Brake controller links to each other with braking device on car pawl and the vehicle body respectively by brake cable.
Power treatment box inside has 8 axles, is divided into up and down two parts casing.Lower box mainly carries out two to pedal power synthetic, and upper box is main according to velocity ratio result to pedal, determines the working direction of car load.In lower box, pass through gear transmission between the 4th axle and the 5th axle; Between the 5th axle and the 6th axle, between the 8th axle and the 7th axle, between the 7th axle and the 6th axle all by chain gear.In the upper box, the driving link by magnetic clutch anchor fitting and two magnetic clutchs on the second axle is connected, and driven member links to each other with gear c, gear d respectively, and gear c, gear d pass through the bearing empty set on the second axle.Gear a and gear c engagement, gear d and gear b mesh with idle pulley gear e respectively.When magnetic clutch a principal and subordinate moving part in conjunction with the time, the second axle and the first axle can backward rotation, when principal and subordinate's moving part of magnetic clutch b in conjunction with the time, the second axle and the first axle can rotating in same directions.The 4th axle and the 8th axle are the power input shaft of power treatment box, have arranged coaxially two code-discs that test the speed on the axle.Two parts casing key is by the chain transferring power between sprocket wheel f and the sprocket wheel c.
Casing top is control circuit, by the velocity information that photoelectric code disk obtains, controller analysis speed information is by the adhesive of Control magnetic clutch a or magnetic clutch b, thereby the hand of rotation of control " several " character form structure, and then the sense of motion of decision body-building vehicle.At power treatment box body side surface electrical generator is installed, this electrical generator is connected with the driving system gear, and electrical generator can be by circuit to battery charge, and storage battery provides necessary electric energy for magnetic clutch.
When using, this body-building vehicle needs one to two participant, because two people's body-building processes have more representativeness, therefore take two people's body-building as example.On fore paw and vehicle body, a pair of secondary V-type brake is respectively arranged, the backguy of brake is by brake controller tension or release.By the design of brake controller inner structure, guaranteed that at any one time vehicle body and fore paw only have a pair of brake to be in braking mode.This body-building vehicle has guaranteed the flexible heterogeneite of two car pawls in the process of design and assembling simultaneously.Namely a car pawl is when upholding, and another car pawl must shrink.
Under the pattern of competing for speed, two participants are by trampling pedal, input power.Power passes to respectively on the 4th axle and the 8th axle by the chain between power treatment box and the crank shaft, and through the 5th axle and the 7th axial adjustment rotating speed, two power finally synthesize at diff, and as the propulsive effort of car load motion.Meanwhile, the code-disc that tests the speed on power input shaft the 4th axle and the 8th axle can be monitored two participants rotating speed to pedal, compares under the control of control system.Take the participant in left side to pedal speed when control system monitors the left side participant speed is fast to pedal, can engage magnetic clutch a soon as example, power drives two " several " character form structures rotations by the output of output shaft the first axle.Known by aforementioned, the brake of fore paw and vehicle body only has one to be in braking mode, under the drive of " several " character form structure, among three hinged bar a, b, the c, angle between bar b and the bar c will strengthen, and will force the distance between fore paw and vehicle body to strengthen, and this moment, the brake of vehicle body was in braking mode, fore paw is in release position, and then fore paw can move forward.By the flexible heterogeneite of aforesaid fore paw and rear solid end as can be known, rear solid end must be in contraction state.As a whole, two claws, one stretches a contracting, and one bends one.So repeatedly carry out, just as " looper " of a climbing.
Advantage of the present invention and beneficial effect are: this body-building vehicle can be realized doublely competing for speed to pedal at same health and fitness facilities, and traditional single body building is combined with double sports; Similar one of the mode of motion of body-building vehicle " double end looper " can bidirectional creeping.The direction of creeping is determined by two participants' the speed ratio result of pedaling; The mode of motion of " looper " formula relies on the angle between three connecting rods that are hinged to change directly and realizes; The mode of motion of " looper " formula relies on the cooperation that replaces brake and brake controller between vehicle body and the car pawl indirectly to realize; In the power coupling function of body-building vehicle utilization diff, the power that two participants are inputted synthesizes; Utilize photoelectric code disk to measure the pedal rotating speed, by the controller analysis, utilize the Control magnetic clutch to disconnect and adhesive, thereby realize the control of spinning direction; Realized double competing for speed at a body-building apparatus, strengthened the recreational of body-building, competitive sport can suitably increase the intensity of motion, and then increases the aerobic exercise amount; " looper " formula mode of motion makes the participant roll up stretching, extension, height rough ground motion along with the fluctuating of vehicle body, can make upper limbs, lower limb, back, neck, so whole body all obtain actv. and take exercise, improve the harmony of whole body; Utilize automatically controlled mode to realize the switching of spinning direction, test the speed accurately, the direction switch speed is fast.
Description of drawings
Fig. 1 is overall assembly drowing;
Fig. 2 is the scheme drawing of body assembly;
Fig. 3 is the scheme drawing that power is processed casing;
Fig. 4 is that power is processed casing upper box inner structure scheme drawing;
Fig. 5 is that power is processed casing lower box inner structure scheme drawing;
Fig. 6 is the structural representation of the first car pawl assembly;
Fig. 7 is the first "Ji" type structural representation;
Fig. 8 is the structural representation of the second car pawl assembly;
Fig. 9 is the second "Ji" type structural representation;
Figure 10 is the structural representation of brake controller;
Figure 11 is the structural representation of brake actuator;
Figure 12 is motion scheme drawing of the present invention.
Wherein: 1-body assembly, 101-vehicle frame, 102-wheel a, 103-wheel b, 104-wheel c, 105-wheel d, 106-pedal a, 107-pedal b, 108-sprocket wheel m, 109-sprocket wheel n, 110-brake actuator a, 111-brake actuator b;
2-power is processed casing, 21-the first axle, 210-gear a, 211-sprocket wheel a, 212-sprocket wheel b, 213-gear b, 22-the second axle, 221-sprocket wheel c, 222-gear c, 223-magnetic clutch a driven member, 224-magnetic clutch a driving link, 225-power-transfer clutch fixed cover, 226-magnetic clutch b driving link, 227-magnetic clutch b driven member, 228-gear d, 23-the 3rd axle, 231-gear e, 24-the 4th axle, 241-gear f, 242-sprocket wheel d, 25-the 5th axle, 251-gear g, 252-sprocket wheel e, 26-the 6th axle, 261-sprocket wheel f, 262-sprocket wheel g, 263-helical wheel a, 264-planet axis, 265-helical wheel b, 266-helical wheel c, 267-helical wheel d, 268-sprocket wheel h, 27-the 7th axle, 271-sprocket wheel i, 272-sprocket wheel j, 28-the 8th axle, 281-sprocket wheel k, 282-sprocket wheel l;
3-the second car pawl assembly, 301-wheel g, 302-wheel h, 303-support c, 304-support d, 305-bar d, 306-bar e, 307-bar f, 308-seat b, 309-pipe link a, 310-installation shaft a, 311-installation shaft b, 312-installs minor axis a, and 313-installs minor axis b, 314-sprocket wheel o;
4-the first car pawl assembly, 401-wheel e, 402-wheel f, 403-support a, 404-support b, 405-bar a, 406-bar b, 407-bar c, 408-seat a, 409-pipe link b, 410-installation shaft c, 411-installation shaft d, 412-installs minor axis c, 413-installs minor axis d, 414-front fork a, 415-front fork b, 416-brake actuator c, 417-brake actuator d, 418-sprocket wheel p.
The specific embodiment
Below in conjunction with drawings and Examples the specific embodiment of the present invention is further described, following examples only are used for technical scheme of the present invention more clearly is described, and can not limit protection scope of the present invention with this.
To shown in Figure 12, the technical scheme of implementation of the present invention is such as Fig. 1: comprise body assembly 1, power processing casing 2, the first car pawl assembly 4, the second car pawl assembly 3, the first "Ji" type structure and the second "Ji" type structure;
Wherein, body assembly 1 is comprised of vehicle frame 101, wheel a102, wheel b103, wheel c104, wheel d105, pedal a106, pedal b107, sprocket wheel m108, sprocket wheel n109, brake actuator a110 and brake actuator b111;
Power is processed casing 2 and is comprised of upper box and lower box; In upper box, be fixed with three axles by bearing, three triangular in shape arranging of axle, the top is the first axle 21, and the left side, below is the second axle 22, and the right, below is the 3rd axle 23; At lower box by being provided with successively from left to right the 4th axle 24, the 5th axle 25, the 6th axle 26, the 7th axle 27 and the 8th axle 28; The first axle 21 is provided with gear a210, sprocket wheel a211, sprocket wheel b212 and gear b213 successively from A-P; The second axle 22 is equipped with sprocket wheel c221, gear c222, magnetic clutch a driven member 223, magnetic clutch a driving link 224, power-transfer clutch fixed cover 225, magnetic clutch b driving link 226, magnetic clutch b driven member 227 and gear d228 successively from A-P; On the 3rd axle 23 gear e231 is installed; The 4th axle 24 is provided with gear f241 and sprocket wheel d242 from front to back; The 5th axle 25 is provided with gear g251 and sprocket wheel e252 from A-P; The 6th axle 26 is provided with sprocket wheel f261, sprocket wheel g262, helical wheel a263, planet axis 264, helical wheel b265, helical wheel c266 from A-P, helical wheel d267, sprocket wheel h268; The 7th axle 27 is provided with sprocket wheel i271 and sprocket wheel j272 from A-P; The 8th axle 28 is provided with sprocket wheel k281 and sprocket wheel l282 from A-P;
The first car pawl assembly 4 is comprised of wheel e401, wheel f402, support a403, support b404, bar a405, bar b406, bar c407, seat a408, front fork a414, front fork b415, brake actuator c416, brake actuator d417 and sprocket wheel p418;
The second car pawl assembly 3 is comprised of wheel g301, wheel h302, support c303, support d304, bar d305, bar e306, bar f307, seat b308 and sprocket wheel o314;
The first "Ji" type structure is comprised of pipe link b409, installation shaft c410, installation shaft d411, installation minor axis c412 and installation minor axis d413; Described installation shaft c410 and installation shaft d411 are parallel arrangement, be connected an end with installation shaft d411 by pipe link b409 connection at installation shaft c410, be connected with installation minor axis c412 in the other end outside of installation shaft c410, be connected with in the other end outside of installation shaft d411 minor axis d413 is installed;
The second "Ji" type structure is comprised of pipe link a309, installation shaft a310, installation shaft b311, installation minor axis a312 and installation minor axis b313; Described installation shaft a310 and installation shaft b311 are parallel arrangement, be connected an end with installation shaft b311 by pipe link a309 connection at installation shaft a310, be connected with installation minor axis a312 in the other end outside of installation shaft a310, be connected with in the other end outside of installation shaft b311 minor axis b313 is installed;
Its annexation is: installing wheel a102 on vehicle frame 101, wheel b103, wheel c104, wheel d105, described wheel a102 is connected connection and be positioned at the left side of vehicle frame 101 with wheel b103, wheel c104 is connected connection and be positioned at the right side of vehicle frame with wheel d105, medium position is equipped with pedal a106 and pedal b107 by bearing at the two ends, the left and right sides of vehicle frame 101, on the axle of pedal a106 and pedal b107, be fixed with respectively sprocket wheel m108, sprocket wheel n109, the sprocket wheel m108 of body assembly 1 connects by chain with the sprocket wheel d242 of the 4th axle 24, the sprocket wheel n109 of body assembly 1 connects by chain with the 8th axle 28 sprocket wheel k281, and brake actuator a110 and brake actuator b111 and wheel a102 and wheel b103 are free-running fit; The upper box that described power is processed casing 2 is to be connected with sprocket wheel f261 chain by sprocket wheel c221 with lower box; Described gear c222 be installed on the second axle 22 by bearing after magnetic clutch a driven member 223 is captiveed joint, described magnetic clutch a driving link 224, magnetic clutch b driving link 226 and after power-transfer clutch fixed cover 225 is captiveed joint integral installation on the second axle 22, described magnetic clutch b driven member 227 be installed on the second axle 22 by bearing after gear d228 is captiveed joint; Described gear e231 respectively with gear b213, gear d228 engagement, gear a210 and gear c222 engagement, be provided with brake controller a and brake controller b in the front and back of upper box, the first axle 21 penetrates respectively brake controller a and brake controller b, the first axle 21 in brake controller a and brake controller b is equipped with eccentric wheel, the first axle 21 left upper ends in brake controller a and brake controller b are provided with fix shaft, the first axle 21 right sides in brake controller a and brake controller b are provided with locations, one end and the fix shaft of fork are articulated and connected, the other end of fork is captiveed joint with an end of two brake cable, two brake cable at described brake controller a are passed locations and wheel e401, brake actuator on the wheel f402 links to each other, and passes locations and wheel a102 in two brake cable of described brake controller b, brake actuator on the wheel b103 links to each other; Sprocket wheel g262 be installed on the 6th axle 26 by bearing after helical wheel a263 is captiveed joint, sprocket wheel h268 be installed on the 6th axle 26 by bearing after helical wheel d267 is captiveed joint, planet axis 264 is at right angles intersected with the 6th axle 26, is provided with helical wheel b265 and helical wheel c266 at the two ends, the left and right sides of planet axis 264; Gear f241 and gear g251 engagement, sprocket wheel e252 is connected chain with sprocket wheel g262 and connects, sprocket wheel h268 is connected chain with sprocket wheel i271 and connects, sprocket wheel j272 is connected chain with sprocket wheel l282 and connects, the bottom of the support c303 of described the second car pawl assembly 3 connects respectively wheel g301, wheel h302, support c303 top and support d304 top are articulated and connected, and the bottom of support d304 is connected with vehicle frame 101 by bearing; The end of the bar d305 of described the second car pawl assembly 3, bar e306 and bar f307 is articulated and connected, the other end of bar d305 is hinged on the middle and upper part of support c303, the other end of bar e306 is hinged on the middle and upper part of support d304, and described seat b308 is installed on the support d304; The other end at bar f307 has radial direction through hole, the pipe link a309 of the second "Ji" type structure is installed by bearing in radial direction through hole, described sprocket wheel o314 is installed on the installation minor axis a312 of the second "Ji" type structure, described sprocket wheel o314 is connected by chain with sprocket wheel b212, and the installation minor axis a312 of described the second "Ji" type structure and the same axle center of installation minor axis b313 are installed in the right-hand member middle part of vehicle frame 101 by bearing; The bottom of the support a403 of described the first car pawl assembly 4 connects respectively wheel e401, wheel f402, support a403 top and support b404 top are articulated and connected, the bottom of support b404 is connected with vehicle frame 101 by bearing, brake actuator c416 and brake actuator d417 and wheel e401 and wheel f402 are free-running fit, bottom at described support a403 connects front fork a414, front fork b415, and by front fork a414, front fork b415 and wheel e401, wheel f402 connects, the bar a405 of described the first car pawl assembly 4, the end of bar b406 and bar c407 is articulated and connected, the other end of bar a405 is hinged on the middle and upper part of support a403, the other end of bar b406 is hinged on the middle and upper part of support b404, and described seat a408 is installed on the support b404; The other end at bar c407 has radial direction through hole, the pipe link b409 of the first "Ji" type structure is installed by bearing in radial direction through hole, described sprocket wheel p418 is installed on the installation minor axis c412 of the first "Ji" type structure, described sprocket wheel p418 is connected by chain with sprocket wheel a211, and the installation minor axis c412 of described the first "Ji" type structure and the same axle center of installation minor axis d413 are installed in the left end middle part of vehicle frame 101 by bearing.
Also comprise electrical generator, electrical generator is installed in the rear end of lower box, and electrical generator links to each other with the 6th axle 26 of lower box.
Also comprise controller, controller is comprised of the code-disc that tests the speed, arithmetic and logic unit, relay, and the code-disc that tests the speed is installed on the 4th axle 24 and the 8th axle 28, and the code-disc that tests the speed transmits arithmetic and logic unit with speed signal;
Arithmetic and logic unit compares the rotating speed of the 4th axle 24 and the 8th axle 28, when the rotating speed of the 4th axle 24 during greater than the 8th axle 28, arithmetic and logic unit is by Control magnetic clutch a adhesive, and when the rotating speed of the 4th axle 24 during less than the 8th axle 28, arithmetic and logic unit is by Control magnetic clutch b adhesive.
The people who participates in taking exercise plays with the adversary on body-building vehicle, when competing for speed, along with car body rises and falls, upholds, and not only makes whole body obtain exercise, and has increased the recreational of motion, has reduced the uninteresting of body-building.Body-building vehicle also can have the single-way moving of selection pattern, at this moment, can select by button, and body-building vehicle is moved to a direction.In body-building, can temper two people's the coordination ability.
This body-building vehicle not only can be used for body-building and the amusement of indoor and outdoor, also can be used for place sports etc.The most of structure of this car is all in hinged mode simultaneously, and folding dismounting is comparatively convenient, is convenient to accumulating.
The above only is preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the technology of the present invention principle; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (3)
1. a body-building amusement cycle is characterized in that: comprise body assembly (1), power processing casing (2), the first car pawl assembly (4), the second car pawl assembly (3), the first "Ji" type structure and the second "Ji" type structure;
Wherein, body assembly (1) is by vehicle frame (101), wheel a(102), wheel b(103), wheel c(104), wheel d(105), pedal a(106), pedal b(107), sprocket wheel m(108), sprocket wheel n(109), brake actuator a(110) and brake actuator b(111) form;
Power is processed casing (2) and is comprised of upper box and lower box; In upper box, be fixed with three axles by bearing, three triangular in shape arranging of axle, the top is the first axle (21), and the left side, below is the second axle (22), and the right, below is the 3rd axle (23); At lower box by being provided with successively from left to right the 4th axle (24), the 5th axle (25), the 6th axle (26), the 7th axle (27) and the 8th axle (28); The first axle (21) is provided with gear a(210 successively from A-P), sprocket wheel a(211), sprocket wheel b(212) and gear b(213); The second axle (22) is equipped with sprocket wheel c(221 successively from A-P), gear c(222), magnetic clutch a driven member (223), magnetic clutch a driving link (224), power-transfer clutch fixed cover (225), magnetic clutch b driving link (226), magnetic clutch b driven member (227) and gear d(228); The 3rd axle is equipped with gear e(231 on (23)); The 4th axle (24) is provided with gear f(241 from front to back) and sprocket wheel d(242); The 5th axle (25) is provided with gear g(251 from A-P) and sprocket wheel e(252); The 6th axle (26) is provided with sprocket wheel f(261 from A-P), sprocket wheel g(262), helical wheel a(263), planet axis (264), helical wheel b(265), helical wheel c(266), helical wheel d(267), sprocket wheel h(268); The 7th axle (27) is provided with sprocket wheel i(271 from A-P) and sprocket wheel j(272); The 8th axle (28) is provided with sprocket wheel k(281 from A-P) and sprocket wheel l(282);
The first car pawl assembly (4) is by wheel e(401), wheel f(402), support a(403), support b(404), bar a(405), bar b(406), bar c(407), seat a(408), front fork a(414), front fork b(415), brake actuator c(416), brake actuator d(417) and sprocket wheel p(418) form;
The second car pawl assembly (3) is by wheel g(301), wheel h(302), support c(303), support d(304), bar d(305), bar e(306), bar f(307), seat b(308) and sprocket wheel o(314) form;
The first "Ji" type structure is by pipe link b(409), installation shaft c(410), installation shaft d(411), minor axis c(412 is installed) and installation minor axis d(413) form; Described installation shaft c(410) and installation shaft d(411) be parallel arrangement, at installation shaft c(410) end of being connected with installation shaft d(411 is by pipe link b(409) connect, at installation shaft c(410) the other end outside be connected with minor axis c(412 is installed), at installation shaft d(411) the other end outside be connected with minor axis d(413 is installed);
The second "Ji" type structure is by pipe link a(309), installation shaft a(310), installation shaft b(311), minor axis a(312 is installed) and installation minor axis b(313) form; Described installation shaft a(310) and installation shaft b(311) be parallel arrangement, at installation shaft a(310) end of being connected with installation shaft b(311 is by pipe link a(309) connect, at installation shaft a(310) the other end outside be connected with minor axis a(312 is installed), at installation shaft b(311) the other end outside be connected with minor axis b(313 is installed);
Its annexation is: at the upper installing wheel a(102 of vehicle frame (101)), wheel b(103), wheel c(104), wheel d(105), described wheel a(102) is connected coaxial connection and be positioned at the left side of vehicle frame (101) with wheel b(103, wheel c(104) is connected coaxial connection and be positioned at the right side of vehicle frame with wheel d(105, medium position is equipped with pedal a(106 by bearing at the two ends, the left and right sides of vehicle frame (101)) and pedal b(107), at pedal a(106) and pedal b(107) axle on be fixed with respectively sprocket wheel m(108), sprocket wheel n(109), the sprocket wheel m(108 of body assembly (1)) with the sprocket wheel d(242 of the 4th axle (24)) connect by chain, the sprocket wheel n(109 of body assembly (1)) with the 8th axle (28) sprocket wheel k(281) connect brake actuator a(110 by chain) and brake actuator b(111) and wheel a(102) and wheel b(103) be free-running fit; The upper box that described power is processed casing (2) is by sprocket wheel c(221 with lower box) with sprocket wheel f(261) chain is connected; Described gear c(222) with after magnetic clutch a driven member (223) is captiveed joint be installed on the second axle (22) by bearing, described magnetic clutch a driving link (224), magnetic clutch b driving link (226) and after power-transfer clutch fixed cover (225) is captiveed joint integral installation on the second axle (22), described magnetic clutch b driven member (227) and gear d(228) be installed on the second axle (22) by bearing after captiveing joint; Described gear e(231) respectively with gear b(213), gear d(228) engagement, gear a(210) and gear c(222) engagement, be provided with brake controller a and brake controller b in the front and back of upper box, the first axle (21) penetrates respectively brake controller a and brake controller b, the first axle (21) in brake controller a and brake controller b is equipped with eccentric wheel, the first axle (21) left upper end in brake controller a and brake controller b is provided with fix shaft, the first axle (21) right side in brake controller a and brake controller b is provided with locations, one end and the fix shaft of fork are articulated and connected, the other end of fork is captiveed joint with an end of two brake cable, two brake cable at described brake controller a are passed locations and wheel e(401), wheel f(402) brake actuator on links to each other, and passes locations and wheel a(102 in two brake cable of described brake controller b), wheel b(103) brake actuator on links to each other; Sprocket wheel g(262) with helical wheel a(263) be installed on the 6th axle (26) by bearing after captiveing joint, sprocket wheel h(268) with helical wheel d(267) be installed on the 6th axle (26) by bearing after captiveing joint, planet axis (264) is at right angles intersected with the 6th axle (26), is provided with helical wheel b(265 at the two ends, the left and right sides of planet axis (264)) and helical wheel c(266); Gear f(241) and gear g(251) engagement, sprocket wheel e(252) is connected with sprocket wheel g(262 and connects by chain, sprocket wheel h(268) is connected with sprocket wheel i(271 and connects by chain, sprocket wheel j(272) is connected with sprocket wheel l(282 and connects by chain, the support c(303 of described the second car pawl assembly (3)) bottom connects respectively wheel g(301), wheel h(302), support c(303) top and support d(304) top is articulated and connected support d(304) the bottom be connected with vehicle frame (101) by bearing; The bar d(305 of described the second car pawl assembly (3)), bar e(306) and bar f(307) an end be articulated and connected, bar d(305) the other end is hinged on support c(303) the middle and upper part, bar e(306) the other end is hinged on support d(304) the middle and upper part, described seat b(308) be installed in support d(304) on; At bar f(307) the other end have radial direction through hole, the pipe link a(309 of the second "Ji" type structure is installed) by bearing in radial direction through hole, described sprocket wheel o(314) be installed in the installation minor axis a(312 of the second "Ji" type structure) on, described sprocket wheel o(314) with sprocket wheel b(212) be connected the installation minor axis a(312 of described the second "Ji" type structure by chain) and minor axis b(313 is installed) same axle center is installed in the right-hand member middle part of vehicle frame (101) by bearing; The support a(403 of described the first car pawl assembly (4)) bottom connects respectively wheel e(401), wheel f(402), support a(403) top and support b(404) top is articulated and connected, support b(404) bottom is connected with vehicle frame (101) by bearing, brake actuator c(416) and brake actuator d(417) with wheel e(401) and wheel f(402) be free-running fit, at described support a(403) the bottom connect front fork a(414), front fork b(415), and by front fork a(414), front fork b(415) with wheel e(401), wheel f(402) connects, the bar a(405 of described the first car pawl assembly (4)), bar b(406) and bar c(407) an end be articulated and connected, bar a(405) the other end is hinged on support a(403) the middle and upper part, bar b(406) the other end is hinged on support b(404) the middle and upper part, described seat a(408) be installed in support b(404) on; At bar c(407) the other end have radial direction through hole, the pipe link b(409 of the first "Ji" type structure is installed) by bearing in radial direction through hole, described sprocket wheel p(418) be installed in the installation minor axis c(412 of the first "Ji" type structure) on, described sprocket wheel p(418) with sprocket wheel a(211) be connected the installation minor axis c(412 of described the first "Ji" type structure by chain) and minor axis d(413 is installed) same axle center is installed in the left end middle part of vehicle frame (101) by bearing.
2. a kind of body-building amusement cycle according to claim 1, it is characterized in that: comprise that also electrical generator, electrical generator are installed in the rear end of lower box, electrical generator links to each other with the 6th axle (26) of lower box.
3. a kind of body-building amusement cycle according to claim 1, it is characterized in that: also comprise controller, controller is comprised of the code-disc that tests the speed, arithmetic and logic unit, relay, and the code-disc that tests the speed is installed on the 4th axle (24) and the 8th axle (28), and the code-disc that tests the speed transmits arithmetic and logic unit with speed signal;
Arithmetic and logic unit compares the rotating speed of the 4th axle (24) and the 8th axle (28), when the rotating speed of the 4th axle (24) during greater than the 8th axle (28), arithmetic and logic unit is by Control magnetic clutch a adhesive, when the rotating speed of the 4th axle (24) during less than the 8th axle (28), arithmetic and logic unit is by Control magnetic clutch b adhesive.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210342528.8A CN103010373B (en) | 2012-04-06 | 2012-09-14 | Entertainment exercise bicycle |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210098170 | 2012-04-06 | ||
| CN201210098170.9 | 2012-04-06 | ||
| CN201210342528.8A CN103010373B (en) | 2012-04-06 | 2012-09-14 | Entertainment exercise bicycle |
Publications (2)
| Publication Number | Publication Date |
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| CN103010373A true CN103010373A (en) | 2013-04-03 |
| CN103010373B CN103010373B (en) | 2014-02-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210342528.8A Expired - Fee Related CN103010373B (en) | 2012-04-06 | 2012-09-14 | Entertainment exercise bicycle |
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| Country | Link |
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| CN (1) | CN103010373B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104274940A (en) * | 2014-04-16 | 2015-01-14 | 伍以炳 | Multifunctional fitness machine |
| CN113002689A (en) * | 2021-04-07 | 2021-06-22 | 浙江阿波罗摩托车制造有限公司 | Children electric bicycle |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004044739A (en) * | 2002-07-15 | 2004-02-12 | Hirokazu Tanaka | Reduction gear |
| CN2675527Y (en) * | 2003-12-17 | 2005-02-02 | 陈定兴 | Scooter |
| CN101761607A (en) * | 2008-11-20 | 2010-06-30 | 肖荣 | Improved speed reduction gear box transmission mechanism for cold bending machine |
-
2012
- 2012-09-14 CN CN201210342528.8A patent/CN103010373B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004044739A (en) * | 2002-07-15 | 2004-02-12 | Hirokazu Tanaka | Reduction gear |
| CN2675527Y (en) * | 2003-12-17 | 2005-02-02 | 陈定兴 | Scooter |
| CN101761607A (en) * | 2008-11-20 | 2010-06-30 | 肖荣 | Improved speed reduction gear box transmission mechanism for cold bending machine |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104274940A (en) * | 2014-04-16 | 2015-01-14 | 伍以炳 | Multifunctional fitness machine |
| CN113002689A (en) * | 2021-04-07 | 2021-06-22 | 浙江阿波罗摩托车制造有限公司 | Children electric bicycle |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103010373B (en) | 2014-02-26 |
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