CN204567920U - Forerunner's Collapsible bicycle and case and bag integrated device - Google Patents
Forerunner's Collapsible bicycle and case and bag integrated device Download PDFInfo
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- CN204567920U CN204567920U CN201520164502.8U CN201520164502U CN204567920U CN 204567920 U CN204567920 U CN 204567920U CN 201520164502 U CN201520164502 U CN 201520164502U CN 204567920 U CN204567920 U CN 204567920U
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Abstract
The utility model discloses a kind of forerunner's Collapsible bicycle and case and bag integrated device, comprise front vehicle frame and be arranged on the structures such as front fork, front vehicle wheel, handlebar and actuating device in front vehicle frame and telescopic pedal assembly, baggage container and two trailing wheels.This forerunner's Collapsible bicycle and case and bag integrated device, have draw-bar box and dual-purpose bicycle function, both functions are reasonably obtained maximized realization by it; Meanwhile, user, when driving this garage to enter, can utilize the arm handlebar that rocks back and forth to produce power, final drives front vehicle wheel to rotate to advance, reach the object of tempering user's upper limbs arm strength.
Description
Technical field
The utility model relates to articles for daily use technical field, particularly relates to a kind of forerunner's Collapsible bicycle and case and bag integrated device.
Background technology
In daily life, bicycle uses the vehicle the most frequently as a kind of people's go off daily, dark liking by everybody; But baggage container refers to the baggage container with pull bar and roller.Baggage container its be mainly used in carrying the article such as clothing, it is as travelling, and necessary article of going out, is also widely used by people.
As a rule, people use the convenient trip of bicycle, and baggage container (baggage container) can be used to hold luggage when article of going on a journey are more, baggage container can rely on pull bar to pull.But the bicycle in conventional art and baggage container are advanced not too convenient, not Portable belt and trip; Such as: if carry larger baggage container on the back with bicycle, be inconvenient to shelve baggage container, and be inconvenient to after finishing using receive; People just lower hire out or aircraft time, if luggage is often and heavier, now very inconvenient;
Meanwhile, the baggage container in conventional art often needs manpower to haul to move forward; These two kinds of modes can not reach the object of taking exercises, and especially cannot reach the object of tempering human upper limb arm strength.
In sum, how overcoming the above-mentioned technological deficiency in conventional art, is those skilled in the art's difficult problems urgently to be resolved hurrily.
Utility model content
The purpose of this utility model is to provide a kind of forerunner's Collapsible bicycle and case and bag integrated device, to solve the problem.
In order to achieve the above object, the technical solution of the utility model is achieved in that
The utility model provides a kind of forerunner's Collapsible bicycle and case and bag integrated device, comprises front vehicle frame and the front fork, front vehicle wheel, handlebar and the actuating device that are arranged in front vehicle frame and telescopic pedal assembly, baggage container and two trailing wheels, wherein:
In the structure of described front vehicle frame, the bottom of described front fork is fixedly connected with described front vehicle wheel, and the top of described front fork is fixedly connected with the bottom of described front vehicle frame; Described handlebar arranges the top of described front vehicle frame; Described actuating device is positioned in the middle part of described front vehicle frame, and described actuating device is for being collected in the mechanical energy of handlebar swing campaign generation as power, and the described front vehicle wheel of final driving rotates advance;
One end of described telescopic pedal assembly is fixedly connected with the bottom of described baggage container, and the other end of described telescopic pedal assembly is fixedly connected with the bottom of described front vehicle frame; Described telescopic pedal assembly is between described baggage container and described front vehicle frame, and described telescopic pedal assembly adjusts the spacing between front vehicle frame and baggage container for realizing; Described telescopic pedal assembly comprises the pedal be fixedly connected on bottom described front vehicle frame and the chute being fixedly connected on described bottom of luggage case; Two described trailing wheels are positioned at the both sides of described bottom of luggage case.
Preferably, as a kind of specific embodiments, described pedal is connected with described slide.
Preferably, as a kind of specific embodiments, the bottom of described baggage container is also provided with dead bolt; Described pedal is also provided with multiple catching groove along its bearing of trend; Described dead bolt and described catching groove bayonet fitting.
Preferably, actuating device has a kind of concrete technical scheme; Described actuating device comprises ratchet and the drive sprocket that is rotationally connected with coaxial ratchet and driving chain and f-w-d sprocket wheel;
The bottom of described handlebar is also provided with the ratchet sleeve be connected with a joggle with described ratchet; Described ratchet sleeve engages with described ratchet; Described ratchet sleeve is used for when handlebar front-rear reciprocation movement, and compartment of terrain driving pawl is rotated in a clockwise direction; Described driving chain respectively with drive sprocket and f-w-d sprocket engagement; And described f-w-d sprocket wheel is connected with described front vehicle wheel coaxial rotation.
Described ratchet is connected with axle key with described drive sprocket, and described f-w-d sprocket wheel is connected with axle key with described front vehicle wheel.
Preferably, actuating device has another kind of concrete technical scheme; Described actuating device comprises quadrant gear, engages by four gears gear cluster, main drive sprocket and the driving chain and f-w-d sprocket wheel that form successively; And described quadrant gear, gear cluster and main drive sprocket engage successively;
The bottom of described handlebar and described quadrant gear hinged fixing; Described quadrant gear is used for when handlebar front-rear reciprocation movement, and compartment of terrain drives described gear cluster and described main drive sprocket to be rotated in a clockwise direction; Described driving chain respectively with main drive sprocket and f-w-d sprocket engagement; And described f-w-d sprocket wheel is connected with described front vehicle wheel coaxial rotation.
Preferably, actuating device has another kind of concrete technical scheme; Described actuating device comprises cam, hydraulic actuating cylinder and the piston rod be arranged on bottom described cam and hydraulic accumulation energy device, storage battery and electrical motor; Described cam and described piston rod are all positioned at described hydraulic actuating cylinder, in free-running fit between described cam and described piston rod;
The middle part of described handlebar is also provided with the bearing pin be rotatably connected with described front vehicle frame; Bottom and the described cam of described handlebar are hinged; Described cam is used for when handlebar front-rear reciprocation movement, drives described piston rod along vertical direction crank motion in described hydraulic actuating cylinder casing wall; The mechanical energy that described hydraulic accumulation energy device produces for collecting described piston rod crank motion, and be that electrical power storage arrives described storage battery by changes mechanical energy; Described electrical motor advances for driving described front vehicle wheel to rotate;
Described hydraulic accumulation energy device is connected with described storage battery, and described storage battery is also connected with described electric electromechanics.
Preferably, as a kind of specific embodiments, described hydraulic actuating cylinder, described hydraulic accumulation energy device, described storage battery and described electrical motor are successively set in described front vehicle frame from top to bottom; Also driving device is provided with between described electrical motor and described front vehicle wheel; Described driving device is sprocket wheel chain group or gear cluster.
Preferably, as a kind of specific embodiments, described electrical motor is servomotor torque constant.
Preferably, as a kind of specific embodiments, described handlebar is also provided with drg; Described drg is used for implementing braking to described front vehicle wheel and described rear wheel; And described handlebar is also provided with bicycle bell, car light and light deflector.
Preferably, as a kind of specific embodiments, be also provided with snap close between described front vehicle frame and described baggage container, described snap close is for locking and decontrol the connection between described baggage container and described front vehicle frame.
Compared with prior art, the advantage of the utility model embodiment is:
A kind of forerunner's Collapsible bicycle that the utility model provides and case and bag integrated device, it mainly comprises front vehicle frame and the front fork, front vehicle wheel, handlebar and the actuating device that are arranged in front vehicle frame and telescopic pedal assembly, baggage container and two trailing wheels, wherein:
Specifically in the structure of front vehicle frame, have following structure and connection mode: the bottom of above-mentioned front fork is fixedly connected with described front vehicle wheel, the top of described front fork is fixedly connected with the bottom of described front vehicle frame; Described handlebar arranges the top of described front vehicle frame; Described actuating device is positioned in the middle part of described front vehicle frame, and actuating device can be collected in the mechanical energy of handlebar swing campaign generation as power, and the final front vehicle wheel that drives rotates advance;
In concrete structure, above-mentioned telescopic pedal assembly is between baggage container and front vehicle frame, and described telescopic pedal assembly adjusts the spacing between front vehicle frame and baggage container for realizing; Two trailing wheels are positioned at the both sides of described bottom of luggage case;
Like this when telescopic pedal assembly specifically launches to use, by the effect of telescopic pedal assembly, front vehicle frame can be pulled open and baggage container certain distance by user, exposes pedal and promote handlebar to move forward, and then serves as the effect of bicycle; Meanwhile, some weights can also be put into pedal or baggage container; In traveling process, user can push handlebar and move forward, and the handlebar that also can rock back and forth drives car to advance; When the handlebar that rocks back and forth drives car advance, this actuating device can be collected in the mechanical energy of handlebar swing campaign generation as power, and the final front vehicle wheel that drives rotates advance; Such user, when driving this garage to enter, can utilize arm to rock back and forth handlebar, then produce power, and (or by driving device, closed-center system) the most at last transmission of power, to front vehicle wheel, enters in the driving effect Xia Keshigai garage of front vehicle wheel; In the process, user can drive vehicle to advance by the handlebar that rocks back and forth, and can also reach the object of tempering self upper limbs force simultaneously.
In another case, when telescopic pedal narrows, pedal regains bottom of luggage case, and bicycle handle bar uses as trunk draw bar;
In sum, above-mentioned forerunner's Collapsible bicycle and case and bag integrated device, at ordinary times, pedal regains bottom of luggage case, and bicycle handle bar uses as trunk draw bar; Use during bicycle and pedal is extracted out from bottom of luggage case, rely on bicycle handle bar's swing to provide power.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model detailed description of the invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in detailed description of the invention or description of the prior art below, apparently, accompanying drawing in the following describes is embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The perspective view of forerunner's Collapsible bicycle that Fig. 1 provides for the utility model embodiment and case and bag integrated device;
Fig. 1 a is the partial enlargement structural representation of Fig. 1;
The telescopic pedal assembly of forerunner's Collapsible bicycle that Fig. 2 provides for the utility model embodiment and case and bag integrated device is in the side-looking structural representation after stretching, extension;
Fig. 2 a is the partial enlargement structural representation of Fig. 2;
The telescopic pedal assembly of forerunner's Collapsible bicycle that Fig. 3 provides for the utility model embodiment and case and bag integrated device is in the side-looking structural representation after contraction;
The side-looking structural representation of forerunner's Collapsible bicycle that Fig. 4 provides for the utility model embodiment in Fig. 3 and another state of case and bag integrated device;
A kind of partial enlargement structural representation of actuating device in forerunner's Collapsible bicycle that Fig. 5 provides for the utility model embodiment and case and bag integrated device;
The partial enlargement structural representation of another kind of actuating device in forerunner's Collapsible bicycle that Fig. 6 provides for the utility model embodiment and case and bag integrated device;
The partial enlargement structural representation of another actuating device in forerunner's Collapsible bicycle that Fig. 7 provides for the utility model embodiment and case and bag integrated device;
Reference numeral:
Front vehicle frame 1; Front fork 2; Front vehicle wheel 3; Handlebar 4; Actuating device 5; Telescopic pedal assembly 6; Baggage container 7; Trailing wheel 8; Snap close 9;
Ratchet sleeve 40; Bearing pin 41;
Ratchet 50; Drive sprocket 51; Driving chain 52; F-w-d sprocket wheel 53; Cam 54; Hydraulic actuating cylinder 55; Piston rod 56; Hydraulic accumulation energy device 57; Storage battery 58; Electrical motor 59;
Quadrant gear 5A; Gear cluster 5B; Main drive sprocket 5C; Driving chain 5D; F-w-d sprocket wheel 5E;
Pedal 61; Chute 62; Catching groove 63;
Dead bolt 71.
Detailed description of the invention
Be clearly and completely described the technical solution of the utility model below in conjunction with accompanying drawing, obviously, described embodiment is the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
In description of the present utility model, it should be noted that, orientation or the position relationship of the instruction such as term " " center ", " on ", D score, "left", "right", " vertically ", " level ", " interior ", " outward " they be based on orientation shown in the drawings or position relationship; be only the utility model and simplified characterization for convenience of description; instead of instruction or imply the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore can not be interpreted as restriction of the present utility model.In addition, term " first ", " second ", " the 3rd " only for describing object, and can not be interpreted as instruction or hint relative importance.
In description of the present utility model, it should be noted that, unless otherwise clearly defined and limited, term " installation ", " being connected ", " connection " should be interpreted broadly, and such as, can be fixedly connected with, also can be removably connect, or connect integratedly; Can be mechanical connection, also can be electrical connection; Can be directly be connected, also indirectly can be connected by intermediary, can be the connection of two element internals.For the ordinary skill in the art, particular case the concrete meaning of above-mentioned term in the utility model can be understood.
Also by reference to the accompanying drawings the utility model is described in further detail below by specific embodiment.
See Fig. 1 (structure of the partial enlargement simultaneously illustrated see Fig. 1 a), a kind of forerunner's Collapsible bicycle that the utility model embodiment provides and case and bag integrated device, comprise front vehicle frame 1 and the front fork 2, front vehicle wheel 3, handlebar 4 and the actuating device 5 that are arranged in front vehicle frame and telescopic pedal assembly 6, baggage container 7 and two trailing wheels 8, wherein:
In the structure of described front vehicle frame 1, the bottom of described front fork 2 is fixedly connected with described front vehicle wheel 3, and the top of described front fork 2 is fixedly connected with the bottom of described front vehicle frame 1; Described handlebar 4 arranges the top of described front vehicle frame 1; Described actuating device 5 is positioned in the middle part of described front vehicle frame 1, and described actuating device 5 is for being collected in the mechanical energy of handlebar 4 swing campaign generation as power, and the described front vehicle wheel 3 of final driving rotates advance;
One end of described telescopic pedal assembly 6 is fixedly connected with the bottom of described baggage container 7, and the other end of described telescopic pedal assembly 6 is fixedly connected with the bottom of described front vehicle frame 1; Described telescopic pedal assembly 6 is between described baggage container 7 and described front vehicle frame 1, and described telescopic pedal assembly 6 adjusts the spacing between front vehicle frame and baggage container for realizing; Described telescopic pedal assembly 6 comprises the pedal 61 be fixedly connected on bottom described front vehicle frame and the chute 62 (see also Fig. 2) being fixedly connected on described bottom of luggage case; Described pedal 61 and described chute 62 sliding block joint.
Two described trailing wheels 8 are positioned at the both sides bottom described baggage container 7;
Analyze above-mentioned keystone configuration known: it mainly comprises front vehicle frame 1 and the front fork 2, front vehicle wheel 3, handlebar 4 and the actuating device 5 that are arranged in front vehicle frame and telescopic pedal assembly 6, baggage container 7 and two trailing wheels 8, wherein: in concrete structure, above-mentioned telescopic pedal assembly 6 is between baggage container 7 and front vehicle frame 1, and described telescopic pedal assembly 6 adjusts the spacing between front vehicle frame 1 and baggage container 7 for realizing; Two trailing wheels 8 are positioned at the both sides bottom described baggage container 7;
Like this when telescopic pedal assembly 6 specifically launches to use, by the effect of telescopic pedal assembly, front vehicle frame 1 can be pulled open and baggage container 7 certain distance by user, expose pedal 61 and promote handlebar and move forward, and then serve as the effect (the structure for amplifying schematic diagram see Fig. 2 and Fig. 2 a illustrates) of bicycle; Meanwhile, some weights can also be put into pedal or baggage container; In traveling process, user can push handlebar and move forward, and the handlebar that also can rock back and forth drives car to advance; When the handlebar that rocks back and forth drives car advance, this actuating device 5 can be collected in the mechanical energy of handlebar swing campaign generation as power, and the final front vehicle wheel that drives rotates advance; Such user, when driving this garage to enter, can utilize arm to rock back and forth handlebar 4, then produce power, and (or by driving device, closed-center system) the most at last transmission of power, to front vehicle wheel 3, enters in the driving effect Xia Keshigai garage of front vehicle wheel; In the process, user can drive vehicle to advance by the handlebar that rocks back and forth, and can also reach the object of tempering self upper limbs force simultaneously.Therefore, forerunner's Collapsible bicycle that the utility model provides and case and bag integrated device, the alerting ability that can take exercises (being particularly suitable for tempering upper limbs force), increases amount of exercise, strengthen body resistivity, especially to teenager or children, there is more use benefits.
In another case, when telescopic pedal assembly 6 shrinks, pedal 61 regains the chute 62 interior (see also Fig. 3) of bottom of luggage case, and bicycle handle bar uses (see also Fig. 4) as trunk draw bar;
In sum, above-mentioned forerunner's Collapsible bicycle and case and bag integrated device, at ordinary times, pedal regains bottom of luggage case, and bicycle handle bar uses as trunk draw bar; Use during bicycle and pedal is extracted out from bottom of luggage case, rely on bicycle handle bar's swing to provide power.Forerunner's Collapsible bicycle that the utility model embodiment provides and case and bag integrated device, by baggage container and bicycle designs to together with, adopt three-wheel design, have two-wheeled below baggage container, take turns below handlebar or pull bar, wheel can 360 degree of rotations.Handlebar top is provided with brake brake, and bottom of luggage case two is taken turns and is provided with corresponding brake gear.Bottom of luggage case is provided with pedal, and can stretch extraction.
Preferably, as a kind of specific embodiments, the bottom of described baggage container 7 be also provided with dead bolt 71 (as Fig. 2 a); Described pedal 61 is also provided with multiple catching groove 63 (as Fig. 1) along its bearing of trend; Described dead bolt and described catching groove bayonet fitting.In addition, as shown in Figure 3, be also provided with snap close 9 between described front vehicle frame 1 and described baggage container 7, described snap close 9 is for locking and decontrol the connection between described baggage container and described front vehicle frame.See also Fig. 4, if need to lift this device formula, need the pull bar handlebar 4 of bicycle being used as baggage container 7 to use, now just need to be fixed baggage container and front vehicle frame, now namely by the fastening effect of snap close 9, both are fixed; When not needed, snap close 9 can be untied.
The forerunner's Collapsible bicycle provided the utility model embodiment below and case and bag integrated device concrete structure and concrete technique effect do and describe in detail:
In the concrete structure of forerunner's Collapsible bicycle and case and bag integrated device, actuating device its constitute crucial engine installation together with handlebar, this actuating device can be collected in the mechanical energy of handlebar swing campaign generation as power, and the final front vehicle wheel that drives rotates advance; Therefore, this actuating device can have the structure structure of various ways, provides two kinds of preferred organization plans to this utility model embodiment:
In the concrete technical scheme of one that actuating device has, as shown in Figure 5,
Described actuating device 5 comprises ratchet 50 and the drive sprocket 51 that is connected with ratchet 50 coaxial rotation and driving chain 52 and f-w-d sprocket wheel 53;
The bottom of described handlebar 4 is also provided with the ratchet sleeve 40 be connected with a joggle with described ratchet 50; Described ratchet sleeve 40 engages with described ratchet 50; Described ratchet sleeve 40 is for when handlebar 4 front-rear reciprocation movement, and compartment of terrain driving pawl 50 is rotated in a clockwise direction; Described driving chain 52 engages with drive sprocket 51 and f-w-d sprocket wheel 53 respectively; And described f-w-d sprocket wheel 53 is connected with described front vehicle wheel 3 coaxial rotation.
Described ratchet 50 is connected with axle key with described drive sprocket 51, and described f-w-d sprocket wheel 53 is connected with axle key with described front vehicle wheel 3.
It should be noted that, due to the ratchet sleeve bottom handlebar and ratchet engageable, like this when user by before backward with ratchet sleeve be fulcrum forward go-cart time (simultaneously downward ratchet sleeve is engaged by ratchet sleeve with bottom ratchet), now ratchet sleeve is rotated in a clockwise direction, and then ratchet sleeve drives ratchet to be rotated in a clockwise direction, simultaneously because drive sprocket 51 is connected with ratchet 50 coaxial rotation (such as being connected by key (spline)), such drive sprocket also can be rotated in a clockwise direction under the effect of ratchet, pass through driving chain 52 so again by transmission of power to f-w-d sprocket wheel 53, now f-w-d sprocket wheel 53 is rotated in a clockwise direction, it is last because f-w-d sprocket wheel 53 is connected with front vehicle wheel 3 coaxial rotation, at this moment front vehicle wheel 3 also can be rotated in a clockwise direction, and by moving forward with ground friction, to sum up, by above-mentioned a series of drive actions, actuation, the power-conversion that handlebar rocks back and forth by final actuating device to front vehicle wheel, and finally drives forward travel.Rock back and forth in handlebar process user, after handlebar is pushed to front certain distance, user needs handlebar to lift certain distance, then ratchet sleeve and ratchet is made to realize being separated, again downwardly towards front pushing away (even if ratchet sleeve and ratchet realize engaging) until before body pulled back by handlebar time, carry out the Power output of next stroke.
Obviously, user can control ratchet sleeve in use handlebar process and ratchet realizes clutch, realize the control to Power output, this driving device structure is reasonable, the transmission of power that handlebar can be rocked back and forth is to front vehicle wheel, and final realization tempers the object of arm strength and the function of S. A. driving vehicle advance.
As shown in Figure 6, actuating device can also have another kind of concrete technical scheme:
Described actuating device 5 comprises cam 54, hydraulic actuating cylinder 55 and the piston rod 56 be arranged on bottom described cam 54 and hydraulic accumulation energy device 57, storage battery 58 and electrical motor 59; Described cam 54 and described piston rod 56 are all positioned at described hydraulic actuating cylinder 55;
The middle part of described handlebar 4 is also provided with the bearing pin 41 be rotatably connected with described front vehicle frame 1; Bottom and the described cam 54 of described handlebar 4 are hinged; Described cam 54, for when handlebar front-rear reciprocation movement, drives described piston rod 56 along vertical direction crank motion in described hydraulic actuating cylinder 55 casing wall; The mechanical energy that described hydraulic accumulation energy device 57 produces for collecting described piston rod crank motion, and be that electrical power storage arrives described storage battery 58 by changes mechanical energy; Described electrical motor 59 advances for driving described front vehicle wheel to rotate;
Described hydraulic accumulation energy device 57 is electrically connected with described storage battery 58, and described storage battery 58 is also electrically connected with described electrical motor 59.
It should be noted that, this actuating device is primarily of cam 54, hydraulic actuating cylinder 55 and several structure division composition such as the piston rod 56 be arranged on bottom described cam 54 and hydraulic accumulation energy device 57, storage battery 58 and electrical motor 59, and the middle part of this handlebar 4 is also provided with the bearing pin 41 be rotatably connected with front vehicle frame 1; And the bottom of handlebar 4 and cam 54 hinged; The fulcrum that such bearing pin 41 will rock back and forth as handlebar, rocks back and forth in process at handlebar, and handlebar, along fulcrum reciprocating rotary certain angle, is with moving cam 54 to pump in hydraulic actuating cylinder simultaneously; So, when cam 54 also can piston rod 56 along vertical direction crank motion in hydraulic actuating cylinder 55 casing wall; Hydraulic accumulation energy device 57 can collect the mechanical energy that piston rod crank motion produces, and is that electrical power storage arrives storage battery 58 by changes mechanical energy; Such storage battery 58 will constantly store the electric energy being filled with conversion, when person to be used needs to advance, (or directly controlling electrical motor by being arranged on switch on handlebar) can control storage battery and export electric energy, driving motor 59 starts work, and such electrical motor directly or will rotate indirectly by actuator drives front vehicle wheel and advance.
Wherein, between described cam 54 and described piston rod 56 be free-running fit.Described hydraulic actuating cylinder 55, described hydraulic accumulation energy device 57, described storage battery 58 and described electrical motor 59 are successively set in described front vehicle frame 1 from top to bottom.Wherein, described electrical motor 59 preferably preferably uses servomotor torque constant.
It should be noted that, servomotor (servo motor) refers to the electrical motor controlling mechanical element running in Fu, is the indirect transmission system of a kind of subsidy motor.Servomotor can make control rate, and positional precision is very accurate, voltage signal can be converted into torque and rotational speed with drived control object.Servo motor rotor rotating speed controls by incoming signal, and energy rapid reaction, in autonomous cruise speed system, as power element, and there is the characteristics such as electromechanical time constant is little, the linearity is high, pickup voltage, received electric signal can be converted to the technical characterstic such as angular transposition or cireular frequency output on motor reel.Servomotor also has following technical advantage: 1, precision is high: achieve position, the closed loop control of speed and moment; Overcome the problem of step out of stepping motor; 2, rotating speed: high speed performance is good, general rated speed of rotation can reach 2000 ~ 3000 turns; 3, stability is strong: low cruise is steady, can not produce the step run phenomenon being similar to stepping motor during low cruise.Be applicable to the occasion that high-speed response requires; 4, promptness: the dynamic corresponding time of motor acceleration and deceleration is short, generally within a few tens of milliseconds; Due to the forerunner's Collapsible bicycle in the utility model embodiment and case and bag integrated device, drive the electric energy transformed uneven by handlebar, the exportable voltage signal potentially unstable of storage battery, therefore choice for use servomotor, it is particularly suitable for the relatively low equipment of voltage signal requirement.
Wherein, driving device (not shown) is also provided with between described electrical motor 59 and described front vehicle wheel 3; Described driving device is sprocket wheel chain group or gear cluster.
It should be noted that, electrical motor will be advanced in the rotation of Direct driver front vehicle wheel; Or rotate advance indirectly by actuator drives front vehicle wheel, the preferred usage chain wheel chain group of this driving device or gear cluster.Wherein, select the requirement of sprocket wheel chain group drive mechanism lower, type of drive is also easier, and the rubbing effect of chain is little, and transmission is smooth steady more.In addition, select gear cluster that transmission can be made more stable, but drive mechanism material and layout requirements higher.
As shown in Figure 7, actuating device can also have another kind of concrete technical scheme; Described actuating device 5 comprises quadrant gear 5A, engages by four gears gear cluster 5B, main drive sprocket 5C and the driving chain 5D and f-w-d sprocket wheel 5E that form successively; And described quadrant gear 5A, gear cluster 5B and main drive sprocket 5C engage successively;
The bottom of described handlebar 4 and described quadrant gear 5A hinged fixing; Described quadrant gear 5A is used for when handlebar 4 front-rear reciprocation movement, and compartment of terrain drives described gear cluster 5B and described main drive sprocket 5C to be rotated in a clockwise direction; Described driving chain 5D engages with main drive sprocket 5C and f-w-d sprocket wheel 5E respectively; And described f-w-d sprocket wheel 5E is connected with described front vehicle wheel 3 coaxial rotation.
It should be noted that, this actuating device primarily of quadrant gear 5A, engage by four gears the several structure division such as gear cluster 5B, main drive sprocket 5C and driving chain 5D and f-w-d sprocket wheel 5E formed successively and form, bottom and the quadrant gear 5A of this handlebar 4 are hinged; Rock back and forth in process at handlebar like this, handlebar, along hinged support reciprocating rotary certain angle, drives the drive gear set at quadrant gear 5A interval to rotate clockwise simultaneously; Gear cluster drives main drive sprocket 5C also clockwise movement more subsequently; Main drive sprocket 5C passes through driving chain 5D by transmission of power again to f-w-d sprocket wheel 5E; Because f-w-d sprocket wheel 5E is connected with described front vehicle wheel 3 coaxial rotation, like this when f-w-d sprocket wheel 5E rotates, front vehicle wheel will rotate naturally thereupon, and completes front vehicle wheel 3 and rotate forward motion.
Wherein, as a kind of specific embodiments, described handlebar is also provided with drg; Described drg is used for implementing braking to described front vehicle wheel and described rear wheel.Described handlebar is also provided with bicycle bell, car light and light deflector.
It should be noted that, forerunner's Collapsible bicycle that the utility model embodiment provides and case and bag integrated device, mainly there is guidance system, driving system and brake system and other structural portion are driven to grade a few part composition, wherein, 1, guidance system is primarily of the parts such as handlebar, front fork, front axle, front vehicle wheel composition, and other belong to known technology as dependency structures such as tire, bearing, spoke, wheel rim (rim), tires, repeat no longer one by one this utility model embodiment.User can change travel direction by handling handlebar and keep car body balance.2, driving system is driven: be made up of (this being repeated no longer one by one about the chain wheel in actuating device, crank, chain, flywheel and electrical motor, closed-center system) parts such as handlebar, actuating device, pedals.3, brake system: it is made up of brake parts, rider can handle brake at any time, makes that forerunner's Collapsible bicycle of traveling and case and bag integrated device slow down, stagnation of movement, guarantees traffic safety.Notice that in the structure of forerunner's Collapsible bicycle in the utility model embodiment and case and bag integrated device, drg can directly be braked front vehicle wheel, directly like this to brake main driving (i.e. front vehicle wheel), braking effect is better faster.4, other structure divisions: in addition, in order to safety and realize bicycle basic function and from practical standpoint, forerunner's Collapsible bicycle that the utility model embodiment provides and case and bag integrated device are also assembled with car light, support, the parts such as bicycle bell.
Equally, forerunner's Collapsible bicycle that the utility model embodiment provides and the luggage case of case and bag integrated device, be also equipped with the structures such as handle in the side of baggage container body or end face, repeats no longer one by one this utility model embodiment.
In sum, forerunner's Collapsible bicycle that the utility model provides and case and bag integrated device, have the function being deformed into draw-bar box or being deformed into bicycle, can adapt to the multiple real requirement of user; Meanwhile, user, when driving this garage to enter, can utilize arm to rock back and forth handlebar, then produce power, and (or by driving device, closed-center system) the most at last transmission of power, to front vehicle wheel, enters in the driving effect Xia Keshigai garage of front vehicle wheel; In the process, user can drive vehicle to advance by the handlebar that rocks back and forth, and can also reach the object of tempering self upper limbs force simultaneously; Forerunner's Collapsible bicycle that the utility model provides and case and bag integrated device, have save space, be convenient to trip, be adapted to improve the health and f-w-d structure simple, lightweight, many technical advantages such as rear space is large.
Last it is noted that above each embodiment is only in order to illustrate the technical solution of the utility model, be not intended to limit; Although be described in detail the utility model with reference to foregoing embodiments, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of each embodiment technical scheme of the utility model.
Claims (10)
1. forerunner's Collapsible bicycle and a case and bag integrated device, is characterized in that,
The front fork, front vehicle wheel, handlebar and the actuating device that comprise front vehicle frame and be arranged in front vehicle frame and telescopic pedal assembly, baggage container and two trailing wheels, wherein:
In the structure of described front vehicle frame, the bottom of described front fork is fixedly connected with described front vehicle wheel, and the top of described front fork is fixedly connected with the bottom of described front vehicle frame; Described handlebar arranges the top of described front vehicle frame; Described actuating device is positioned in the middle part of described front vehicle frame, and described actuating device is for being collected in the mechanical energy of handlebar swing campaign generation as power, and the described front vehicle wheel of final driving rotates advance;
One end of described telescopic pedal assembly is fixedly connected with the bottom of described baggage container, and the other end of described telescopic pedal assembly is fixedly connected with the bottom of described front vehicle frame; Described telescopic pedal assembly is between described baggage container and described front vehicle frame, and described telescopic pedal assembly adjusts the spacing between front vehicle frame and baggage container for realizing; Described telescopic pedal assembly comprises the pedal be fixedly connected on bottom described front vehicle frame and the chute being fixedly connected on described bottom of luggage case; Two described trailing wheels are positioned at the both sides of described bottom of luggage case.
2. forerunner's Collapsible bicycle as claimed in claim 1 and case and bag integrated device, is characterized in that,
Described pedal is connected with described slide.
3. forerunner's Collapsible bicycle as claimed in claim 2 and case and bag integrated device, is characterized in that,
The bottom of described baggage container is also provided with dead bolt; Described pedal is also provided with multiple catching groove along its bearing of trend; Described dead bolt and described catching groove bayonet fitting.
4. forerunner's Collapsible bicycle as claimed in claim 1 and case and bag integrated device, is characterized in that,
Described actuating device comprises ratchet and the drive sprocket that is rotationally connected with coaxial ratchet and driving chain and f-w-d sprocket wheel;
The bottom of described handlebar is also provided with the ratchet sleeve be connected with a joggle with described ratchet; Described ratchet sleeve engages with described ratchet; Described ratchet sleeve is used for when handlebar front-rear reciprocation movement, and compartment of terrain driving pawl is rotated in a clockwise direction; Described driving chain respectively with drive sprocket and f-w-d sprocket engagement; And described f-w-d sprocket wheel is connected with described front vehicle wheel coaxial rotation.
5. forerunner's Collapsible bicycle as claimed in claim 4 and case and bag integrated device, is characterized in that,
Described ratchet is connected with axle key with described drive sprocket, and described f-w-d sprocket wheel is connected with axle key with described front vehicle wheel.
6. forerunner's Collapsible bicycle as claimed in claim 1 and case and bag integrated device, is characterized in that,
Described actuating device comprises quadrant gear, engages by four gears gear cluster, main drive sprocket and the driving chain and f-w-d sprocket wheel that form successively; And described quadrant gear, gear cluster and main drive sprocket engage successively;
The bottom of described handlebar and described quadrant gear hinged fixing; Described quadrant gear is used for when handlebar front-rear reciprocation movement, and compartment of terrain drives described gear cluster and described main drive sprocket to be rotated in a clockwise direction; Described driving chain respectively with main drive sprocket and f-w-d sprocket engagement; And described f-w-d sprocket wheel is connected with described front vehicle wheel coaxial rotation.
7. forerunner's Collapsible bicycle as claimed in claim 1 and case and bag integrated device, is characterized in that,
Described actuating device comprises cam, hydraulic actuating cylinder and the piston rod be arranged on bottom described cam and hydraulic accumulation energy device, storage battery and electrical motor; Described cam and described piston rod are all positioned at described hydraulic actuating cylinder, in free-running fit between described cam and described piston rod;
The middle part of described handlebar is also provided with the bearing pin be rotatably connected with described front vehicle frame; Bottom and the described cam of described handlebar are hinged; Described cam is used for when handlebar front-rear reciprocation movement, drives described piston rod along vertical direction crank motion in described hydraulic actuating cylinder casing wall; The mechanical energy that described hydraulic accumulation energy device produces for collecting described piston rod crank motion, and be that electrical power storage arrives described storage battery by changes mechanical energy; Described electrical motor advances for driving described front vehicle wheel to rotate;
Described hydraulic accumulation energy device is connected with described storage battery, and described storage battery is also connected with described electric electromechanics.
8. forerunner's Collapsible bicycle as claimed in claim 7 and case and bag integrated device, is characterized in that,
Described hydraulic actuating cylinder, described hydraulic accumulation energy device, described storage battery and described electrical motor are successively set in described front vehicle frame from top to bottom; Also driving device is provided with between described electrical motor and described front vehicle wheel; Described driving device is sprocket wheel chain group or gear cluster; Described electrical motor is servomotor torque constant.
9. forerunner's Collapsible bicycle as claimed in claim 1 and case and bag integrated device, is characterized in that,
Described handlebar is also provided with drg; Described drg is used for implementing braking to described front vehicle wheel and described trailing wheel; And described handlebar is also provided with bicycle bell, car light and light deflector.
10. forerunner's Collapsible bicycle as claimed in claim 1 and case and bag integrated device, is characterized in that,
Also be provided with snap close between described front vehicle frame and described baggage container, described snap close is for locking and decontrol the connection between described baggage container and described front vehicle frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520164502.8U CN204567920U (en) | 2015-03-23 | 2015-03-23 | Forerunner's Collapsible bicycle and case and bag integrated device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520164502.8U CN204567920U (en) | 2015-03-23 | 2015-03-23 | Forerunner's Collapsible bicycle and case and bag integrated device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204567920U true CN204567920U (en) | 2015-08-19 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520164502.8U Withdrawn - After Issue CN204567920U (en) | 2015-03-23 | 2015-03-23 | Forerunner's Collapsible bicycle and case and bag integrated device |
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| Country | Link |
|---|---|
| CN (1) | CN204567920U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104743028A (en) * | 2015-03-23 | 2015-07-01 | 张建威 | Forwards-driving foldable bicycle and luggage integrated device |
-
2015
- 2015-03-23 CN CN201520164502.8U patent/CN204567920U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104743028A (en) * | 2015-03-23 | 2015-07-01 | 张建威 | Forwards-driving foldable bicycle and luggage integrated device |
| CN104743028B (en) * | 2015-03-23 | 2017-06-13 | 张建威 | Forerunner's Collapsible bicycle and case and bag integrated device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150819 Effective date of abandoning: 20170613 |