CN203425503U - Strongly-moving bouncing recreation sliding vehicle - Google Patents
Strongly-moving bouncing recreation sliding vehicle Download PDFInfo
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- CN203425503U CN203425503U CN201320529767.4U CN201320529767U CN203425503U CN 203425503 U CN203425503 U CN 203425503U CN 201320529767 U CN201320529767 U CN 201320529767U CN 203425503 U CN203425503 U CN 203425503U
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Abstract
The utility model relates to a strongly-moving bouncing recreation sliding vehicle. For solving the problem that an existing sliding vehicle is weak in motion and poor in recreation property, a supporting frame is hinged to a chassis of the sliding vehicle operating on a main track, a plurality of pairs of large rocker arms are hinged to the upper portion of the supporting frame, seat bins are assembled on the end portions of the large rocker arms, and the main track is provided with a concave-convex middle track or/and a concave-convex auxiliary track, wherein the concave-convex middle track or/and the concave-convex auxiliary track are parallel with the main track and are provided with bouncing driving mechanisms. Buffering limiting mechanisms are assembled between the large rocker arms and the supporting frame. According to the bouncing driving mechanisms, a bouncing middle wheel is assembled on the concave-convex middle track and connected with the supporting frame through a bouncing drive mechanism, and the concave-convex auxiliary track is provided with a bouncing auxiliary wheel driving the large rocker arms to bounce through a bouncing linkage mechanism. The strongly-moving bouncing recreation sliding vehicle has the advantages of having bouncing driving, and being multiple and strong in driving mode, strong in bouncing motion, and good in thrill and recreation property.
Description
Technical field
The utility model relates to a kind of amusement device, particularly relates to a kind of moving by force and jumps the coaster of travelling.
Background technology
It is poor that existing recreation facility generally has novelty, and a little less than action, excitant is recreational poor, can not meet the special demands of modern to intense stimulus amusement far away.
Summary of the invention
The utility model object is to provide a kind of action powerful, and the coaster of travelling is jumped in recreational good moving by force.
For achieving the above object, the utility model is moved by force and jumped the coaster of travelling is that the coaster chassis of moving on main orbit is upwards hinged with bracing frame, the multipair large rocking arm that is uniformly distributed equipped seat storehouse, end or seat of bracing frame upper articulation, described main orbit is furnished with parallel with it concavo-convex middle orbit or concavo-convex secondary track, or concavo-convex middle orbit and concavo-convex secondary track, described concavo-convex middle orbit or concavo-convex secondary track or concavo-convex middle orbit and concavo-convex secondary track are furnished with spring driving mechanism; Between described large rocking arm and bracing frame, be equipped with buffer limit mechanism.When move in coaster in service like this chassis itself, the meeting of spring driving mechanism directly or indirectly or directly and indirectly drives large rocking arm spring jointly, large rocking arm finally can drive a storehouse or seat to bounce in horizontal movement again, bracing frame is hinged on coaster chassis upwards, and the spring-like movement meeting of this driving is stronger.Therefore, it has spring and drives drive form many and strong, and spring-like movement is powerful, the recreational good advantage of excitant.
As optimization, described spring driving mechanism is to be furnished with in spring and to take turns on described concavo-convex middle orbit, and in described spring, wheel drives support frame as described above to bounce by spring transmission mechanism;
Or described concavo-convex secondary track is furnished with spring accessory whorl, described spring accessory whorl drives described large rocking arm to bounce by spring interlinked mechanism;
Or be furnished with in spring and take turns on described concavo-convex middle orbit, in described spring, wheel is furnished with spring accessory whorl by spring transmission mechanism connection support frame as described above and described concavo-convex secondary track, and described spring accessory whorl drives described large rocking arm to bounce by spring interlinked mechanism.Three kinds of springs drive can be selected to be suitable for.Described concavo-convex middle orbit and described concavo-convex secondary track configure respectively or merge into one.
As optimization, described spring transmission mechanism is the hopping leg that in the equipped spring in lower end, wheel, upper end and bracing frame are connected;
Described spring interlinked mechanism is the equipped spring in lower end accessory whorl, upper end or middle part and bracing frame are hinged, top or upper end by described in buffer limit mechanism supports greatly rocking arm bounce.Described buffer limit mechanism is the limiting leg of air spring or air spring and upper end band cushion.
As optimization, support frame as described above is the horizontal L shaped of supporting leg under front end band, and under the front end band of support frame as described above, supporting leg lower end and coaster chassis are hinged, and support frame as described above is shaped with lower end the arc bending hopping leg of taking turns in spring is housed to the back lower place;
Described spring interlinked mechanism is the equipped spring in lower end accessory whorl, and upper end and bracing frame are hinged, top is by the arc bending lever leg that described in buffer limit mechanism supports, large rocking arm bounces; Or described spring interlinked mechanism is the equipped spring in lower end accessory whorl, and upper end or top and bracing frame are hinged, and top or upper end are by the shape lever leg that turns round of large rocking arm spring described in buffer limit mechanism supports.Described buffer limit mechanism is the limiting leg of air spring or air spring and upper end band cushion.
As optimization, under support frame as described above front end, supporting leg lower end and front portion, coaster chassis are hinged, and in described spring, wheel is positioned at described coaster chassis lower rear; The flat type of described arc bending lever leg top for stretching out forward, bottom is arc bending, bounce by large rocking arm described in buffer limit mechanism supports in straight top; The described shape lever leg that turns round is for being comprised of upper lateral or the vertical section of longitudinal flat segments and bottom;
And the concavo-convex middle orbit of taking turns adapted in described spring is one of middle part or a side between described main orbit;
With the secondary track of described spring accessory whorl adapted be arranged side by side two, described arc bending lever leg is arranged side by side two in left and right: every separately to a set of described large rocking arm spring of upper support, separately by a spring accessory whorl equipped secondary track downwards; Or with the secondary track of described spring accessory whorl adapted be one, described arc bending lever leg is two Y shapes that are merged into two upper end section arranged side by side and a lower end section, two upper end section are separately to a set of described large rocking arm spring of upper support, and a lower end section is equipped with a described secondary track downwards by spring accessory whorl;
With the secondary track of described spring accessory whorl adapted be arranged side by side two, described in the shape lever leg that turns round be arranged side by side two in left and right, every separately to a set of described large rocking arm spring of upper support, separately by a spring accessory whorl equipped secondary track downwards; Or with the secondary track of described spring accessory whorl adapted be one, the described shape lever leg that turns round is that arc turns shape lever leg: i.e. two Y shapes that are merged into two upper end section arranged side by side and a lower end section, two upper end section are separately to a set of described large rocking arm spring of upper support, and a lower end section is equipped with a described secondary track downwards by spring accessory whorl.Described buffer limit mechanism is the limiting leg of air spring or air spring and upper end band cushion.
As optimization, support frame as described above is the cross of supporting leg under the band of middle part, and in support frame as described above, subordinate's supporting leg lower end and coaster chassis are hinged, below the support frame as described above before and after lower supporting leg and be fitted with buffer limit mechanism between coaster chassis;
Described spring driving mechanism is the flat type that stretch out forward on top, and bottom is arc bending, and straight top is by the arc bending lever leg of large rocking arm spring described in buffer limit mechanism supports; Arc bending lever leg upper end and bracing frame are hinged, the equipped spring accessory whorl coordinating with concavo-convex secondary track in lower end;
Described buffer limit mechanism is the limiting leg of air spring or air spring and upper end band cushion.
As optimization, configuration operation drive unit on described main orbit or on coaster chassis;
Described main orbit is reciprocal track, and two ends are fixedly mounted with respectively a position limiting pile, and described position limiting pile inner side is fitted with the elastic buffering pad corresponding with coaster chassis or air spring; Described main orbit is flat type or is the high bent moon camber in middle low two ends; Described main orbit is configured on a plurality of supports arranged side by side; Wherein bent moon camber can alleviate collision dynamics relatively, and extension device service life, safety guarantee is good, during operation, can enjoy the excitant that main orbit significantly rises and falls again.Described main orbit is configured on a plurality of supports arranged side by side, can further increase excitant.
Or described main orbit is circular orbit.
As optimization, described operation drive unit be the configuration of described main orbit can make main orbit to the turnover driving mechanism of the mutual tip tilt in two ends, described coaster chassis and other parts all hang down below main orbit or are just fitting over above main orbit, described main orbit is furnished with respectively the limited post that the top fixing on the ground is equipped with air spring or cushion pad below two ends, described main orbit middle part is hinged on middle standing pillar or pedestal, described main orbit by pneumatic or Driven by Hydraulic Cylinder, spun upside down or described main orbit on the interval paired driving wheels that evenly the many groups of configuration reducing motors drive, the described coaster chassis friction plate that configuration coordinates with described paired driving wheel downwards, or the interval paired driving wheel that evenly the many groups of configuration reducing motor drives on described main orbit, the described coaster chassis friction plate that configuration coordinates with described paired driving wheel downwards, or the interval paired driving wheel that evenly the many groups of configuration reducing motor drives on described main orbit, the described coaster chassis paired friction plate that configuration coordinates with described paired driving wheel respectively downwards, or the reducing motor of coaster chassis configuration driven main orbit wheel, or the configuration of coaster chassis drives the reducing motor of main orbit wheel by rear axle differential, or the configuration of coaster chassis drives the hydraulic motor of main orbit wheel by rear axle differential, or the chain driving along main orbit configuration reducing motor, the coaster chassis clamping locking plate that configuration coordinates with the bearing pin of described chain downwards, described chain is nakedly to put or be fitted in opening up C shape channel-section steel,
The rear and front end on described coaster chassis is all fitted with the elastic buffering pad corresponding with position limiting pile or air spring corresponding to air spring; Described driving wheel is pneumatic rubber wheel or other elastic wheel.
As optimization, described main orbit is comprised of two tracks arranged side by side, and described coaster chassis is taken turns track arranged side by side with two respectively below by two groups of main orbits and coordinated; Described large rocking arm is an integral arms or for middle hinged and be furnished with inside and outside two sections of compositions of buffer limit mechanism; Described buffer limit mechanism is the limiting leg of air spring or air spring and upper end band cushion.
As optimization, each organize main orbit wheel be respectively on track, outside and below the external three main orbit wheels that coordinate with track or respectively on track, inner side and below the built-in three main orbit wheels that coordinate with track; Described main orbit upper surface is concave-convex or straight shape.
Adopt after technique scheme, the utility model is moved by force and is jumped the coaster of travelling and have spring and drive drive form many and strong, and spring-like movement is powerful, the recreational good advantage of excitant.
Accompanying drawing explanation
Fig. 1 is that the utility model is moved by force and jumped the side-looking structural representation of coaster the first embodiment of travelling;
Fig. 2 is the main TV structure schematic diagram of Fig. 1;
Fig. 3 is that the utility model is moved by force and jumped the main TV structure schematic diagram of coaster the second embodiment of travelling;
Fig. 4 is that the utility model is moved by force and jumped the side-looking structural representation of the third embodiment of coaster of travelling;
Fig. 5 is the main TV structure schematic diagram of Fig. 4;
Fig. 6 is that the utility model is moved by force and jumped the main TV structure schematic diagram of the 4th kind of embodiment of coaster of travelling;
Fig. 7 is that the utility model is moved by force and jumped the side-looking structural representation of the 5th kind of embodiment of coaster of travelling;
Fig. 8 is the main TV structure schematic diagram of Fig. 7;
Fig. 9 is that the utility model is moved by force and jumped the main TV structure schematic diagram of the 6th kind of embodiment of coaster of travelling;
Figure 10 is that the utility model is moved by force and jumped the side-looking structural representation of the 7th kind of embodiment of coaster of travelling;
Figure 11 is the main TV structure schematic diagram of Figure 10;
Figure 12 is that the utility model is moved by force and jumped the main TV structure schematic diagram of the 8th kind of embodiment of coaster of travelling;
Figure 13 is that the utility model is moved by force and jumped the side-looking structural representation of the 9th kind of embodiment of coaster of travelling;
Figure 14 is the main TV structure schematic diagram of Figure 13;
Figure 15 is that the utility model is moved by force and jumped the side-looking structural representation of the tenth kind of embodiment of coaster of travelling;
Figure 16 is that the utility model is moved by force and jumped the side-looking structural representation of the 11 kind of embodiment of coaster of travelling;
Figure 17 is the main TV structure schematic diagram of Figure 16;
Figure 18 is that the utility model is moved by force and jumped the side-looking structural representation of the 12 kind of embodiment of coaster of travelling;
Figure 19 is that the utility model is moved by force and jumped the side-looking structural representation of the 13 kind of embodiment rail portion of coaster of travelling
Figure 20 is that the utility model is moved by force and jumped the plan structure schematic diagram of the 13 kind of embodiment rail portion of coaster of travelling.
Specific implementation
Embodiment mono-, as shown in Figure 1-2, the utility model is moved by force and jumped the coaster of travelling is that the coaster chassis 2 of moving on main orbit is upwards hinged with bracing frame 3, the multipair large Rocker arm 5 that is uniformly distributed equipped seat storehouse 4, end (or seat) of bracing frame 3 upper articulations, described main orbit is furnished with parallel with it concavo-convex middle orbit 8, and described concavo-convex middle orbit 8 is furnished with spring driving mechanism; Between described large Rocker arm 5 and bracing frame 3, be equipped with buffer limit mechanism.
Described spring driving mechanism is to be furnished with in spring and to take turns 81 on described concavo-convex middle orbit 8, takes turns 81 and drive support frame as described above 3 springs by spring transmission mechanism in described spring; Described spring transmission mechanism be in the equipped spring in lower end, take turns 81, hopping leg 82 that upper end and bracing frame 3 are connected; Support frame as described above 3 is the horizontal L shaped of supporting leg under front end band, and under support frame as described above front end, supporting leg lower end and coaster chassis 2 are hinged, and support frame as described above 3 is shaped with lower end the arc bending hopping leg 82 of taking turns 81 in spring is housed to the back lower place; Under support frame as described above 3 front ends, supporting leg lower end and coaster chassis 1 are anterior hinged, take turns 81 and be positioned at described coaster chassis 2 lower rear in described spring; With the concavo-convex middle orbit 8 of taking turns 81 adapteds in described spring for being positioned in the middle of described main orbit.
Configuration operation drive unit on described main orbit; Described main orbit is reciprocal track, and two ends are fixedly mounted with respectively a position limiting pile 25, and described position limiting pile 25 inner sides are fitted with the air spring corresponding with coaster chassis 27; Described main orbit is flat type; Described main orbit is configured on a plurality of supports arranged side by side;
Described operation drive unit is the interval paired driving wheel 13 that evenly the many groups of configuration reducing motor 12 drives on described main orbit, the described coaster chassis 2 paired friction plate 14 that is positioned at concavo-convex middle orbit 8 both sides that configuration coordinates with described paired driving wheel 13 respectively downwards.Transmission of power is even like this, can prevent chassis unbalance loading.
Described main orbit is comprised of two tracks arranged side by side 1, described coaster chassis 2 below by two groups of main orbits wheel 11 respectively the track 1 arranged side by side with two coordinate; Described large Rocker arm 5 is an integral arms (or for centre is hinged and be furnished with inside and outside two sections of compositions of buffer limit mechanism); Described buffer limit mechanism is the limiting leg 71 of air spring 7 or air spring 7 and upper end band cushion.Above large Rocker arm 5 and be fitted with air spring 7 between bracing frame 3, below large Rocker arm 5 and be fitted with the limiting leg 71 of air spring 7 and upper end band cushion between bracing frame 3.
Each organize main orbit wheel 11 be respectively on track 1, outside and below the external three main orbit wheels that coordinate with track.Described main orbit upper surface is straight shape.
Embodiment bis-, as shown in Figure 3, the utility model move by force that the difference of jumping travel coaster and embodiment mono-is and described spring in take turns 81 adapteds concavo-convex middle orbit 8 be an of side between described main orbit.Described operation drive unit is the interval paired driving wheel 13 that evenly the many groups of configuration reducing motor 12 drives on described main orbit, described coaster chassis 2 friction plate 14 that configuration coordinates with described paired driving wheel 13 downwards.
Embodiment tri-, and as shown in Fig. 4-5, move the by force difference of jumping travel coaster and embodiment mono-of the utility model is that described main orbit is furnished with concavo-convex middle orbit 8 and the concavo-convex secondary track 9 walking abreast with it, and concavo-convex middle orbit 8 and concavo-convex secondary track 9 are furnished with spring driving mechanism.On described concavo-convex middle orbit 8, be furnished with in spring and take turns 81, in described spring, take turns 81 and be furnished with spring accessory whorl 91 by spring transmission mechanism connection support frame as described above 3 and described concavo-convex secondary track 9, described spring accessory whorl 91 drives described large Rocker arm 5 to bounce by spring interlinked mechanism.
Described spring interlinked mechanism is the equipped spring in lower end accessory whorl 91, and upper end and bracing frame 3 are hinged, bounce by large Rocker arm 5 described in buffer limit mechanism supports in top.Described spring interlinked mechanism is the equipped spring in lower end accessory whorl 91, and upper end and bracing frame 3 are hinged, top is by the arc bending lever leg 92 that described in buffer limit mechanism supports, large rocking arm bounces.The flat type of described arc bending lever leg 92 tops for stretching out forward, bottom is arc bending, bounce by large Rocker arm 5 described in buffer limit mechanism supports in straight top.Described buffer limit mechanism is the limiting leg 71 of air spring 7 or air spring 7 and upper end band cushion.
Embodiment tetra-, as shown in Figure 6, the utility model move by force that the difference of jumping travel coaster and embodiment tri-is and described spring in take turns 81 adapteds concavo-convex middle orbit 8 be an of side between described main orbit.Described operation drive unit is the interval paired driving wheel 13 that evenly the many groups of configuration reducing motor 12 drives on described main orbit, described coaster chassis 2 friction plate 14 that configuration coordinates with described paired driving wheel 13 downwards.
Embodiment five, as Figure 7-8, the utility model difference of jumping travel coaster and embodiment tri-of moving is by force that described spring interlinked mechanism is the equipped spring in lower end accessory whorl 91, and upper end and bracing frame are hinged, and top is by the shape lever leg 92 that turns round that described in buffer limit mechanism supports, Rocker arm 5 bounces greatly.The described shape lever leg 92 that turns round is for being comprised of the vertical section of upper lateral flat segments and bottom.With the secondary track 9 of described spring accessory whorl 91 adapteds be arranged side by side two, described in turn round shape lever leg 92 for arranged side by side two in left and right, every separately to a set of described large Rocker arm 5 spring of upper support, separately by a spring accessory whorl 91 equipped secondary track 9 downwards.
Embodiment six, as shown in Figure 9, the utility model move by force that the difference of jumping travel coaster and embodiment five is and described spring in take turns 81 adapteds concavo-convex middle orbit 8 be an of side between described main orbit.Described operation drive unit is the interval paired driving wheel 13 that evenly the many groups of configuration reducing motor 12 drives on described main orbit, described coaster chassis 2 friction plate 14 that configuration coordinates with described paired driving wheel 13 downwards.With the secondary track 9 of described spring accessory whorl 91 adapteds be arranged side by side two, described in turn round shape lever leg 92 for arranged side by side two in left and right, every separately to a set of described large Rocker arm 5 spring of upper support, separately by a spring accessory whorl 91 equipped secondary track 9 downwards.Left side turn round described in one shape lever leg 92 for by upper lateral flat segments and bottom vertically section form.Described in one, right side, turn round shape lever leg 92 for by the longitudinal flat segments in top and bottom vertically section form.
Embodiment seven, as shown in Figure 10-11, the utility model difference of jumping travel coaster and embodiment tri-of moving is by force that support frame as described above 3 is the cross of supporting leg under the band of middle part, in support frame as described above 3, subordinate's supporting leg lower end and coaster chassis 2 are hinged, and the support frame as described above 3 before and after lower supporting leg is fitted with buffer limit mechanism below and between coaster chassis 2.Described buffer limit mechanism is the limiting leg 71 of air spring 7 and upper end band cushion.
Described spring driving mechanism is the flat type that stretch out forward on top, and bottom is arc bending, and straight top is by the arc bending lever leg 92 of large rocking arm spring described in buffer limit mechanism supports; Arc bending lever leg 92 upper ends and bracing frame 3 are hinged, the equipped spring accessory whorl 91 coordinating with concavo-convex secondary track 9 in lower end; Described buffer limit mechanism is the limiting leg 71 of air spring 7 and upper end band cushion.Described operation drive unit is the interval paired driving wheel 13 that evenly the many groups of configuration reducing motor 12 drives on described main orbit, described coaster chassis 2 friction plate 14 that configuration coordinates with described paired driving wheel 13 downwards.
Embodiment eight, as shown in figure 12, the utility model difference of jumping travel coaster and embodiment seven of moving is by force that described spring interlinked mechanism is the equipped spring in lower end accessory whorl 91, and upper end and bracing frame 3 are hinged, and top is by the shape lever leg 92 that turns round that described in buffer limit mechanism supports, Rocker arm 5 bounces greatly.Two shape lever legs 92 that turn round are to be all comprised of the vertical section of upper lateral flat segments and bottom.
Embodiment nine, and as shown in Figure 13-14, the utility model difference of jumping travel coaster and embodiment tri-of moving is by force; Described concavo-convex middle orbit 8 and described concavo-convex secondary track 9 are merged into one that is positioned in the middle of main orbit, described arc bending hopping leg 82 and the 92 front and back configurations of described arc bending lever leg, and described arc bending lever leg 92 is above described arc bending hopping leg 82.Described arc bending lever leg 92 is two Y shapes that are merged into two upper end section arranged side by side and a lower end section, two upper end section are separately to a set of described large Rocker arm 5 spring of upper support, and a lower end section is equipped with a described concavo-convex secondary track 9 downwards by spring accessory whorl 91.
Embodiment ten, and as shown in figure 15, move the by force difference of jumping travel coaster and embodiment nine of the utility model is that described concavo-convex middle orbit 8 and described concavo-convex secondary track 9 are merged into and is biased in an of side between main orbit.
Each embodiment above, can also adopt as down conversion technique measure: as described in operation drive unit be as described in main orbit configuration can make main orbit to the turnover driving mechanism of the mutual tip tilt in two ends, described coaster chassis and other parts all hang down below main orbit or are just fitting over above main orbit, described main orbit is furnished with respectively the limited post that the top fixing on the ground is equipped with air spring or cushion pad below two ends, described main orbit middle part is hinged on middle standing pillar or pedestal, described main orbit by pneumatic or Driven by Hydraulic Cylinder, spun upside down or described main orbit on the interval paired driving wheels that evenly the many groups of configuration reducing motors drive, the described coaster chassis friction plate that configuration coordinates with described paired driving wheel downwards, or the reducing motor of coaster chassis configuration driven main orbit wheel, or the configuration of coaster chassis drives the reducing motor of main orbit wheel by rear axle differential, or the configuration of coaster chassis drives the hydraulic motor of main orbit wheel by rear axle differential, or the chain driving along main orbit configuration reducing motor, the coaster chassis clamping locking plate that configuration coordinates with the bearing pin of described chain downwards, described chain is nakedly to put or be fitted in opening up C shape channel-section steel,
The rear and front end on described coaster chassis is all fitted with the elastic buffering pad corresponding with position limiting pile or air spring corresponding to air spring; Described driving wheel is pneumatic rubber wheel or other elastic wheel.Described large rocking arm is for centre is hinged and be furnished with inside and outside two sections of compositions of buffer limit mechanism.Each organize main orbit wheel be respectively on track, inner side and below the built-in three main orbit wheels that coordinate with track; Described main orbit upper surface is concave-convex or straight shape.
Claims (10)
1. move by force and jump the coaster of travelling for one kind, it is characterized in that the coaster chassis of moving is upwards hinged with bracing frame on main orbit, the multipair large rocking arm that is uniformly distributed equipped seat storehouse, end or seat of bracing frame upper articulation, described main orbit is furnished with parallel with it concavo-convex middle orbit or concavo-convex secondary track, or concavo-convex middle orbit and concavo-convex secondary track, described concavo-convex middle orbit or concavo-convex secondary track or concavo-convex middle orbit and concavo-convex secondary track are furnished with spring driving mechanism; Between described large rocking arm and bracing frame, be equipped with buffer limit mechanism.
2. the coaster of travelling according to claim 1, is characterized in that described spring driving mechanism is to be furnished with in spring and to take turns on described concavo-convex middle orbit, and in described spring, wheel drives support frame as described above to bounce by spring transmission mechanism;
Or described concavo-convex secondary track is furnished with spring accessory whorl, described spring accessory whorl drives described large rocking arm to bounce by spring interlinked mechanism;
Or be furnished with in spring and take turns on described concavo-convex middle orbit, in described spring, wheel is furnished with spring accessory whorl by spring transmission mechanism connection support frame as described above and described concavo-convex secondary track, and described spring accessory whorl drives described large rocking arm to bounce by spring interlinked mechanism; Described concavo-convex middle orbit and described concavo-convex secondary track configure respectively or merge into one.
3. the coaster of travelling according to claim 2, is characterized in that described spring transmission mechanism is the hopping leg that in the equipped spring in lower end, wheel, upper end and bracing frame are connected;
Described spring interlinked mechanism is the equipped spring in lower end accessory whorl, upper end or middle part and bracing frame are hinged, top or upper end by described in buffer limit mechanism supports greatly rocking arm bounce.
4. the coaster of travelling according to claim 3, it is characterized in that support frame as described above is the horizontal L shaped of supporting leg under front end band, under the front end band of support frame as described above, supporting leg lower end and coaster chassis are hinged, and support frame as described above is shaped with lower end the arc bending hopping leg of taking turns in spring is housed to the back lower place;
Described spring interlinked mechanism is the equipped spring in lower end accessory whorl, and upper end and bracing frame are hinged, top is by the arc bending lever leg that described in buffer limit mechanism supports, large rocking arm bounces; Or described spring interlinked mechanism is the equipped spring in lower end accessory whorl, and upper end or top and bracing frame are hinged, and top or upper end are by the shape lever leg that turns round of large rocking arm spring described in buffer limit mechanism supports.
5. the coaster of travelling according to claim 4, is characterized in that under support frame as described above front end, supporting leg lower end and front portion, coaster chassis are hinged, and in described spring, wheel is positioned at described coaster chassis lower rear; The flat type of described arc bending lever leg top for stretching out forward, bottom is arc bending, bounce by large rocking arm described in buffer limit mechanism supports in straight top; The described shape lever leg that turns round is for being comprised of upper lateral or the vertical section of longitudinal flat segments and bottom;
And the concavo-convex middle orbit of taking turns adapted in described spring is one of middle part or a side between described main orbit;
With the secondary track of described spring accessory whorl adapted be arranged side by side two, described arc bending lever leg is arranged side by side two in left and right: every separately to a set of described large rocking arm spring of upper support, separately by a spring accessory whorl equipped secondary track downwards; Or with the secondary track of described spring accessory whorl adapted be one, described arc bending lever leg is two Y shapes that are merged into two upper end section arranged side by side and a lower end section, two upper end section are separately to a set of described large rocking arm spring of upper support, and a lower end section is equipped with a described secondary track downwards by spring accessory whorl;
With the secondary track of described spring accessory whorl adapted be arranged side by side two, described in the shape lever leg that turns round be arranged side by side two in left and right, every separately to a set of described large rocking arm spring of upper support, separately by a spring accessory whorl equipped secondary track downwards; Or with the secondary track of described spring accessory whorl adapted be one, the described shape lever leg that turns round is that arc turns shape lever leg: i.e. two Y shapes that are merged into two upper end section arranged side by side and a lower end section, two upper end section are separately to a set of described large rocking arm spring of upper support, and a lower end section is equipped with a described secondary track downwards by spring accessory whorl.
6. the coaster of travelling according to claim 1, it is characterized in that support frame as described above is the cross of the lower supporting leg of middle part band, in support frame as described above, subordinate's supporting leg lower end and coaster chassis are hinged, below the support frame as described above before and after lower supporting leg and be fitted with buffer limit mechanism between coaster chassis;
Described spring driving mechanism is the flat type that stretch out forward on top, and bottom is arc bending, and straight top is by the arc bending lever leg of large rocking arm spring described in buffer limit mechanism supports; Arc bending lever leg upper end and bracing frame are hinged, the equipped spring accessory whorl coordinating with concavo-convex secondary track in lower end;
Described buffer limit mechanism is the limiting leg of air spring or air spring and upper end band cushion.
7. according to the coaster of travelling described in claim 1 or 2 or 3 or 4 or 5 or 6, it is characterized in that configuration operation drive unit on described main orbit or on coaster chassis;
Described main orbit is reciprocal track, and two ends are fixedly mounted with respectively a position limiting pile, and described position limiting pile inner side is fitted with the elastic buffering pad corresponding with coaster chassis or air spring; Described main orbit is flat type or is the high bent moon camber in middle low two ends; Described main orbit is configured on a plurality of supports arranged side by side;
Or described main orbit is circular orbit.
8. the coaster of travelling according to claim 7, it is characterized in that described operation drive unit be the configuration of described main orbit can make main orbit to the turnover driving mechanism of the mutual tip tilt in two ends, described coaster chassis and other parts all hang down below main orbit or are just fitting over above main orbit, described main orbit is furnished with respectively the limited post that the top fixing on the ground is equipped with air spring or cushion pad below two ends, described main orbit middle part is hinged on middle standing pillar or pedestal, described main orbit by pneumatic or Driven by Hydraulic Cylinder, spun upside down or described main orbit on the interval paired driving wheels that evenly the many groups of configuration reducing motors drive, the described coaster chassis friction plate that configuration coordinates with described paired driving wheel downwards, or the interval paired driving wheel that evenly the many groups of configuration reducing motor drives on described main orbit, the described coaster chassis friction plate that configuration coordinates with described paired driving wheel downwards, or the interval paired driving wheel that evenly the many groups of configuration reducing motor drives on described main orbit, the described coaster chassis paired friction plate that configuration coordinates with described paired driving wheel respectively downwards, or the reducing motor of coaster chassis configuration driven main orbit wheel, or the configuration of coaster chassis drives the reducing motor of main orbit wheel by rear axle differential, or the configuration of coaster chassis drives the hydraulic motor of main orbit wheel by rear axle differential, or the chain driving along main orbit configuration reducing motor, the coaster chassis clamping locking plate that configuration coordinates with the bearing pin of described chain downwards, described chain is nakedly to put or be fitted in opening up C shape channel-section steel,
The rear and front end on described coaster chassis is all fitted with the elastic buffering pad corresponding with position limiting pile or air spring corresponding to air spring; Described driving wheel is pneumatic rubber wheel or other elastic wheel.
9. according to the coaster of travelling described in claim 1 or 2 or 3 or 4 or 5 or 6, it is characterized in that described main orbit is comprised of two tracks arranged side by side, described coaster chassis is taken turns track arranged side by side with two respectively below by two groups of main orbits and is coordinated; Described large rocking arm is an integral arms or for middle hinged and be furnished with inside and outside two sections of compositions of buffer limit mechanism; Described buffer limit mechanism is the limiting leg of air spring or air spring and upper end band cushion.
10. the coaster of travelling according to claim 9, it is characterized in that respectively organizing main orbit wheel and be respectively on track, outside and below the external three main orbit wheels that coordinate with track or respectively on track, inner side and below the built-in three main orbit wheels that coordinate with track; Described main orbit upper surface is concave-convex or straight shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320529767.4U CN203425503U (en) | 2013-08-29 | 2013-08-29 | Strongly-moving bouncing recreation sliding vehicle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320529767.4U CN203425503U (en) | 2013-08-29 | 2013-08-29 | Strongly-moving bouncing recreation sliding vehicle |
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| Publication Number | Publication Date |
|---|---|
| CN203425503U true CN203425503U (en) | 2014-02-12 |
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|---|---|---|---|
| CN201320529767.4U Expired - Fee Related CN203425503U (en) | 2013-08-29 | 2013-08-29 | Strongly-moving bouncing recreation sliding vehicle |
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| Country | Link |
|---|---|
| CN (1) | CN203425503U (en) |
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- 2013-08-29 CN CN201320529767.4U patent/CN203425503U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140212 Termination date: 20200829 |