CN204296426U - A kind of scenic spot sightseeing electric car ceiling structure - Google Patents
A kind of scenic spot sightseeing electric car ceiling structure Download PDFInfo
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- CN204296426U CN204296426U CN201420669112.1U CN201420669112U CN204296426U CN 204296426 U CN204296426 U CN 204296426U CN 201420669112 U CN201420669112 U CN 201420669112U CN 204296426 U CN204296426 U CN 204296426U
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- movable panel
- top board
- scenic spot
- electric car
- ceiling structure
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Abstract
The utility model discloses a kind of scenic spot sightseeing electric car ceiling structure, the support frame that ceiling comprises the top board in top and is connected between top board and body bottom panel; It is characterized in that, described top board comprises the fixing top board being fixedly installed on vehicle front and the movable panel be arranged at below fixing top board, and movable panel can lean on telescoping mechanism to drive and extend out to tail of body or be retracted to below fixing top board.The utility model has and facilitates passenger particularly to arrange passenger afterwards to appreciate scape, and structure is simple, with low cost, the advantages such as having stable behavior is reliable.
Description
Technical field
The utility model relates to a kind of scenic spot sightseeing electric car, particularly relates to a kind of scenic spot sightseeing electric car ceiling structure.
Background technology
Along with the development of society, it is plentiful that people live, and the tourist industry of China also presents more and more development and improvement.Oneself tourist attractions and characteristic tourism are all being made in a lot of place, the whole nation.In tourist attractions, adopt tour bus to ride instead of walk, visitor can be facilitated to go sight-seeing, save visitor's muscle power.Therefore tour bus becomes the requisite configuration sightseeing in each large tourism sight spot instrument gradually.
In order to protect sight spot environment, avoid Vehicular exhaust to pollute, tour bus is generally use battery to produce power, environment friendly and pollution-free, efficent use of resources.Most tour bus adopts storage battery power supply type of drive, and the pernicious gas of not exhaust emission air itself, only needs battery charge to use.The power charge of having more than needed when tour bus can make full use of low power consumption in night, makes the generating set of power plant can make full use of round the clock, is conducive to the strong points such as the discharge capacity of economize energy and minimizing carbon dioxide.
The tour bus of existing Open architecture, structure is generally and comprises body bottom panel, be positioned at the wheel system below body bottom panel, be positioned at the many rows seat above body bottom panel, the driving compartment being positioned at body bottom panel front and the ceiling be positioned at above vehicle body, driving compartment comprises operator platform, bearing circle, the formation such as steering wheel and Windshield, the support frame that ceiling comprises the top board in top and is connected between top board and body bottom panel.In the tour bus of Open architecture, vehicle body two side position is open by design, can very convenient passenger getting on/off, and viewing landscape when travelling.
But, still there is following defect in the tour bus of the Open architecture of this existing structure.1, in tour bus, general tail row has one discharged to the seat of rear setting, arrange in passenger's riding process to facilitate tail and view and admire landscape, but tour bus ceiling and top board are stationary structure, use under tour bus is generally fine day condition, ceiling and top board do not need effect of keeping off the rain, simultaneously generally fine in scenic spot, aerial contamination is less, and the setting of ceiling, allow passenger (particularly tail row passenger) blue sky and white cloud and eminence scenery can not be viewed and admired, to the appreciation effect of landscape when reducing by bus.2, provide electric power by storage battery, electricity is less, and flying power is not enough.3, seat both sides are open by design, such Ackermann steer angle, and the passenger of seat both sides is easily thrown out of outside car, arrange handrail and improve safety, but have like this and be unfavorable for passenger getting on/off, do not meet the design concept of tour bus in part tour bus in seat both sides.4, the structure in driving compartment is generally copied normal automotive driving demand and designs, and contain windshield wiper mechanism, gearshift, steering indicating light and loudspeaker device etc., structure is comparatively complicated, and cost is higher and partial function is practical not, causes waste.
Utility model content
For above-mentioned the deficiencies in the prior art, technical problem to be solved in the utility model is: how to provide a kind of passenger of convenience particularly to arrange the scenic spot sightseeing electric car ceiling structure that passenger appreciates scape afterwards; And a kind of scenic spot sightseeing electric car that have employed this ceiling structure is provided further, make it have the feature that flying power is strong, and solution facilitates passenger getting on/off to improve two side position passenger safety further simultaneously, optimize cabin structure design to save cost, can the problems such as ease-to-operate be improved.
In order to solve the problems of the technologies described above, the utility model have employed following technical scheme:
A kind of scenic spot sightseeing electric car ceiling structure, the support frame that ceiling comprises the top board in top and is connected between top board and body bottom panel; It is characterized in that, described top board comprises the fixing top board being fixedly installed on vehicle front and the movable panel be arranged at below fixing top board, and movable panel can lean on telescoping mechanism to drive and extend out to tail of body or be retracted to below fixing top board.
In the utility model, top board is set to anterior fixing top board and the movable panel at rear portion, like this when in driving process, can control movable panel is retracted to below fixing top board, reserve the space at rear portion, top, passenger for the passenger, particularly seat of vehicle rear can view and admire blue sky and white cloud and the eminence scene at scenic spot better, is more beneficial to passenger and appreciates scape.
Further, described ceiling also comprises two side plates be vertically arranged at above vehicle body both sides, and side plate is supported and fixed on support frame, and described fixing top board and movable panel are all arranged between described two side plates.
Like this, support and the installation of top board and movable panel can conveniently be fixed.
Further, be positioned between described two side plates fixing top board lower position also relative level be provided with a lower baffle plate, press from both sides between lower baffle plate and fixing top board every formed for storage movable panel space.
Like this, can block and protect telescoping mechanism, making vehicle interior moulding more attractive in appearance simultaneously.
As a kind of optimal way of telescoping mechanism, described telescoping mechanism comprises the leading screw that two levels being horizontally placed on two side plate interior sides positions are oppositely arranged, leading screw two ends are installed in rotation on side plate by bearing, also comprise the nut being installed on movable panel lower surface two side position rear and front end, nut screw connection forms screw nut driven auxiliary structure on leading screw, and leading screw is connected with power motor.
Realize stretching out of mechanical structure transmission by screw nut driven like this and retract, avoiding adopting cylinder or hydraulic actuating cylinder transmission easily to occur the problem of electrical accident.And in structure on a rhizoid thick stick before and after have employed two nuts simultaneously, while realizing transmission, forward back nut achieves the horizontal support to movable panel, saves support component, makes its structure very simple and stable transmission.
Further, also comprise nut synchronous coordination mechanism, described nut synchronous coordination mechanism comprises the contiguous block be fixedly connected on above nut, contiguous block upper end is fixedly connected with a horizontally disposed slide block, slide block can be installed in a chute on movable panel slidingly back and forth, slide block rear and front end is respectively provided with a coil spring, and coil spring acts between slide block end and chute end sidewalls along the longitudinal direction.
Like this, during two nut transmissions, because spacing is longer, when occur to silk inconsistent can not synchronously time, nut can do the fine setting of front and back position by coil spring, make two nut consistent to silk, ensure that two nuts rotate synchronous, avoid stuck, ensure that the stability of transmission better.
Further, ceiling also comprises the rear upper decoration plate and rear lower trim board that are horizontally placed on latter half of upper and lower two side positions in side plate interior sides face, described leading screw and the nut position all between rear upper decoration plate and rear lower trim board; Rear upper decoration plate is also fixedly installed the vertically relative shutter extended near movable panel surface location with the side of rear lower trim board and lower baffle plate.
Like this, telescoping mechanism can be protected better, make good looking appearance simultaneously.
As the another kind of optimal way of telescoping mechanism, described telescoping mechanism comprises respective two belt pulley for feeding foil being rotatably installed on rear and front end, two side plate interior sides faces, and two belt pulley for feeding foil on two side plates are surrounded with a load-transfer device separately, belt pulley for feeding foil is connected with power motor and power motor driving conveying belt can be leaned on around belt pulley for feeding foil circulatory motion, and described load-transfer device is fixedly connected with movable panel.
Like this, realize horizontal extension transmission by load-transfer device, avoid adopting cylinder or hydraulic actuating cylinder transmission easily to occur the problem of electrical accident.There is structure simple, the advantage of stable drive.
Further, the position of described side plate interior sides face between two belt pulley for feeding foil also has row's pulley of horizontal arrangement, and described movable panel rolling support is on pulley.
Like this, provide the support to movable panel by pulley, movable panel rolls on two side rollers, and structure is simple and ensure that supporting & stablizing, fore and aft motion process steadily reliable.Further chamfering can also be set in bottom, movable panel rear and front end, avoid and pulley collision, ensure that fore and aft motion is smooth and easy.
Further, described load-transfer device is fixedly connected on the joint pin of movable panel side, and joint pin leaves a segment distance apart from movable panel front/rear end.
Like this, the belt pulley for feeding foil of vehicle tail can be beneficial to be arranged at more inner position, movable panel also can stretch out backward and put in place, conveniently protects belt pulley for feeding foil.
Further, ceiling also comprises the rear upper decoration plate and rear lower trim board that are horizontally placed on latter half of upper and lower two side positions in side plate interior sides face, described belt pulley for feeding foil and the load-transfer device position all between rear upper decoration plate and rear lower trim board; Rear upper decoration plate is also fixedly installed the vertically relative shutter extended near movable panel surface location with the side of rear lower trim board and lower baffle plate.
Like this, telescoping mechanism can be protected better, make good looking appearance simultaneously.
In sum, the utility model has and facilitates passenger particularly to arrange passenger afterwards to appreciate scape, and structure is simple, with low cost, the advantages such as having stable behavior is reliable.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of scenic spot sightseeing electric car.
Fig. 2 is the part sectional view in Fig. 1 after independent seat portion amplification.
Fig. 3 is the schematic perspective view after storage battery independent in Fig. 1 and insulation sleeve part are amplified.
Fig. 4 is the partial schematic diagram in Fig. 1 after independent steering column part-structure amplification.
Fig. 5 is for structure shown in Fig. 4 is from the structural representation overlooking direction.
Fig. 6 is the structural representation of the scenic spot sightseeing electric car that have employed another kind of telescoping mechanism, and in figure, except telescoping mechanism, remainder structure is identical with Fig. 1.
detailed description of the inventionscape
Below in conjunction with have employed the scenic spot sightseeing electric car of the utility model structure and accompanying drawing thereof, the utility model is described in further detail.
During concrete enforcement: as Figure 1-Figure 5, a kind of scenic spot sightseeing electric car that have employed the utility model structure, comprise vehicle body and be positioned at the wheel 1 below vehicle body, vehicle body comprises base plate 2, is positioned at the many rows seat above base plate 2, and be positioned at the driving compartment in base plate 2 front, described driving compartment comprises operator platform 3, bearing circle 4, the formations such as steering wheel and Windshield 5, vehicle body is also provided with ceiling, and ceiling comprises the top board in top and is connected to the support frame 7 between top board and body bottom panel 2; Described top board comprises the fixing top board 6 being fixedly installed on vehicle front and the movable panel 30 be arranged at below fixing top board 6, and movable panel 30 can lean on telescoping mechanism to drive and extend out to tail of body or be retracted to below fixing top board 6; Described fixing top board 6 upper surface is fixedly installed solar panels 8, and solar panels 8 and the battery pack 9 be arranged on vehicle body are connected to form charge circuit.
Like this top board is set to anterior fixing top board and the movable panel at rear portion, like this when in driving process, can control movable panel is retracted to below fixing top board, reserve the space at rear portion, top, for the passenger of vehicle rear, particularly the passenger at seat can view and admire blue sky and white cloud and the eminence scene at scenic spot better, is more beneficial to passenger and appreciates scape.Simultaneously, fixing cover top surface is provided with solar panels, when tour bus being travelled or stops, as long as be positioned at the place that the sun directly shines, solar panels all can be leaned on to absorb solar power and to be converted into electric energy and then the continuation of the journey that charges a battery, improve tour bus flying power, increase travelled distance, and the energy-saving effect obtained.
Wherein, described ceiling also comprises two side plates 31 be vertically arranged at above vehicle body both sides, and side plate 31 is supported and fixed on support frame 7, and described fixing top board 6 and movable panel 30 are all arranged between described two side plates 31.Like this, support and the installation of top board and movable panel can conveniently be fixed.
Wherein, be positioned between described two side plates 31 fixing top board 6 lower position also relative level be provided with a lower baffle plate 32, press from both sides between lower baffle plate 32 and fixing top board 6 every formed for storage movable panel 30 space.Like this, can block and protect telescoping mechanism, making vehicle interior moulding more attractive in appearance simultaneously.
Wherein, described telescoping mechanism comprises the leading screw 33 that two levels being horizontally placed on two side plate interior sides positions are oppositely arranged, leading screw 33 two ends are installed in rotation on side plate 31 by bearing 34, also comprise the nut 35 being installed on movable panel 30 lower surface two side position rear and front end, nut 35 is engaged on leading screw 33 and forms screw nut driven auxiliary structure, and leading screw 33 is connected with power motor.Realize stretching out of mechanical structure transmission by screw nut driven like this and retract, avoiding adopting cylinder or hydraulic actuating cylinder transmission easily to occur the problem of electrical accident.And in structure on a rhizoid thick stick before and after have employed two nuts simultaneously, while realizing transmission, forward back nut achieves the horizontal support to movable panel, saves support component, makes its structure very simple and stable transmission.
Wherein, also comprise nut synchronous coordination mechanism, described nut synchronous coordination mechanism comprises the contiguous block be fixedly connected on above nut 35, contiguous block upper end is fixedly connected with a horizontally disposed slide block 36, slide block 36 can be installed in a chute on movable panel 30 slidingly back and forth, slide block 36 rear and front end is respectively provided with a coil spring 37, and coil spring 37 acts between slide block 36 end and chute end sidewalls along the longitudinal direction.Like this, during two nut transmissions, because spacing is longer, when occur to silk inconsistent can not synchronously time, nut can do the fine setting of front and back position by coil spring, make two nut consistent to silk, ensure that two nuts rotate synchronous, avoid stuck, ensure that the stability of transmission better.
Wherein, ceiling also comprises the rear upper decoration plate 38 and rear lower trim board 39 that are horizontally placed on latter half of upper and lower two side positions of side plate 31 medial surface, described leading screw 33 and nut 35 position all between rear upper decoration plate 38 and rear lower trim board 39; Rear upper decoration plate 38 is also fixedly installed the vertically relative shutter 40 extended near movable panel surface location with the side of rear lower trim board 39 and lower baffle plate 32.Like this, telescoping mechanism can be protected better, make good looking appearance simultaneously.
Wherein, described seat comprises the seat box 10 be formed on body bottom panel, is horizontally placed on the seat cushions 11 in seat box 10, is arranged at the back of seat 12 of seat box back side top straight up, arranges described battery pack 9 in described seat box 10.Like this, seat box is set at under-seat, and battery pack is arranged in it, the structure be positioned at below driving compartment with traditional tour bus storage battery is compared, ingeniously make use of interior space, and significantly can increase the quantity of storage battery, improve vehicle flying power further.
Wherein, described seat cushions 11 comprises the backing plate 13 and the elastic layer be positioned at above backing plate and top layer cloth formation that are positioned at below, described backing plate 13 adopts stop-off plastics to obtain, and described elastic layer adopts the cotton bed of material to obtain, with the hinged setting of described seat box 10 below seat cushions 11 leading flank.Like this, when changing storage battery or maintenance, seat cushions is opened in convenient direction forward, automatically can not fall back, conveniently keep in repair after seat cushions outwards overturns.Meanwhile, the material of backing plate and elastic layer, can improve insulation effect, ensures passenger safety.
Wherein, there is bottom described seat box 10 part of giving prominence to 15-20cm along body bottom panel downwards.This is because tour bus driving path is the path of the evenness of road surface in scenic spot, thus can by bottom seat box to downward-extension one segment distance, to increase cabinets cavity volume, strengthen accumulator capacity, improve flying power further.
Wherein, described seat cushions 11 both sides and back position are provided with the fixed frame 14 of the irony being fixed on seat box 10, and fixed frame 14 is positioned at the part that seat cushions back position has the back position extending up to back of seat 12.Like this, can fixed frame be leaned on, form better protective effect, avoid seat cushions and back of seat to offset crooked, more firm when passenger is taken, improve safety.
Wherein, described seat is also provided with safety belt structure, safety belt structure comprises four safety strap 15 of the both sides, seat being positioned at seat both sides of the edge, and safety strap 15 one end is connected on the seat of seat cushions 11 rearward position, and the other end is the joint end 16 being provided with clamping apparatus.Like this, the seat often arranging both sides on seat is all provided with safety belt structure, keep seat side edges be handrail is not set unenclosed construction with convenient for passenger to get on and off, be positioned at the passenger often arranging seat two side position after getting on the bus simultaneously, safety strap can be leaned on self fastening, so namely, passenger loading speed can not be affected, in turn ensure that passenger safety.
Wherein, described safety strap 15 is elastic weaving band, and one end that safety strap 15 is connected with seat is for being fixedly connected with.Because tour bus views and admires landscape to be beneficial to passenger like this, generally that to travel road conditions good and travel in slow situation, therefore the safety strap without the need to adopting automobile to use, change the safety strap be simply directly fixedly connected to form by elastic webbing into, namely enough meet the use of tour bus, so just dramatically saves on cost.
Wherein, described battery pack 9 comprises the many rows storage battery be set up in parallel, each storage battery surface is provided with connection terminal and connects connection terminal by electric wire 17 and forms series connection, connection terminal is provided with insulation sleeve 18, described insulation sleeve 18 has the columnar sealing sleeve portion be vertically socketed on connection terminal of a upper end closed, side, sealing sleeve portion has an open sleeve part be socketed on electric wire 17, and open sleeve part outer cover is provided with the wire harness 19 tightened.Like this, in storage battery, adopt insulation sleeve pair of wire connection terminals position to shield, ensure that connection terminal place can not produce leakage of electricity leaky, ensure the safety of passenger.
Wherein, also comprise the insulcrete 20 of a plastic material, insulcrete 20 is positioned at above seat box battery pack 9, insulcrete 20 surrounding has one to the frame of downward-extension and in the gap that is fixed between battery pack 9 and seat box 10 of the frame partial insertion that keeps to the side, insulcrete 20 upper surface is provided with safety instruction poster.Like this, seat cushion and storage battery can be separated formation insulation by insulcrete better, ensure passenger safety better, even if seat opens by passenger simultaneously, also directly can not touch storage battery, insulcrete are provided with prompting poster simultaneously, ensure safety better.
Wherein, in driving compartment, operator platform 3 is just convexing to form the mounting cylinder 21 of interior sky to the below forward upward of operator seat, mounting cylinder 21 inside has steering column, steering column lower end is connected with wheel by steering wheel, direction cylinder is extended and installation direction dish 4 in steering column upper end, bearing circle 4 bottom is also provided with shift control apparatus, shift control apparatus comprises driving lever 22, driving lever 22 outer end laterally extends mounting cylinder 21 and for stirring switching controls, driving lever 22 inner end is positioned at mounting cylinder 21 and is connected with change-over switch, described change-over switch to be connected and for vehicle shift with gearshift module, described driving lever 22 top is also provided with button switch 23, and button switch 23 is connected with horn control circuit and for controlling horn blast, in described driving compartment, the tube structure that mounting cylinder 21 is shaped for unitary mould, mounting cylinder 21 upper surface is provided with service openings, service openings covers matchingly and is provided with cover plate 24.The setting of such mounting cylinder, can facilitate the installation of bearing circle, is beneficial to bearing circle and keeps stable.Simultaneously by being originally used for the driving lever of rain brush control in existing automobile, changing the mechanism realizing gearshift into, eliminating the structure of rain brush, this is because the tour bus generally manned sightseeing form of ability when becoming a fine day, time rainy, can not car be gone out, therefore without the need to arranging unnecessary Wiper structure.After changing gearshift control into, just save space, simplify component, reduce cost; Further the button switch controlling horn blast is changed into simultaneously and be arranged on driving lever top, further simplify structure, reduce cost.Meanwhile, service openings is set above mounting cylinder and adopts cover plate to cover and install, when convenient installation or maintenance, the installation of the various wire harness of mounting cylinder inside is connected.
Wherein, described service openings lower end position place has the mounting blocks 25 being bent downwardly and extending to form, along being each side provided with a jack on mounting blocks 25, described cover plate 24 inner surface has two root cuttings 26 extended obliquely near lower position, and lean on cutting 26 to insert jack formation grafting cooperation, both sides, described cover plate 24 upper end are respectively provided with a screw and are fastened in the screw of correspondence on mounting cylinder 21 by screw 27 installation.Like this, the installation of cover plate, only needs cutting to insert jack, then adopts two screws to connect can to realize to install fixing, ensures the fixing failure-free basis of safety simplifying component, decreases installation steps, makes it for convenience detachly reduce cost simultaneously.
Wherein, on mounting cylinder, service openings periphery has the installation step of the recessed formation of a circle, and the screw on mounting cylinder is positioned on installation step, and described cover plate 24 is embedded in installation step.Like this, installation step can be leaned on during installation to facilitate contraposition to be beneficial to the insertion of cutting to jack, cover plate is embedded in installation step simultaneously, improves and installs fixing reliability.Be beneficial to monnolithic case attractive in appearance simultaneously.Wherein, the shape of service openings and cover plate 24 is top, and semicircle that to be rectangular lower be is connected obtains, more convenient to install like this.
Therefore above-mentioned scenic spot sightseeing electric car has flying power especially by force, improves two side position passenger safety while facilitating passenger getting on/off, cabin structure design is optimized more, reduces cost, improves the advantages such as ease-to-operate.
Fig. 6 is the structural representation of the scenic spot sightseeing electric car that have employed the different another kind of ceiling of telescoping mechanism, and in figure, except telescoping mechanism, remainder structure is identical with the scenic spot sightseeing electric car structure of Fig. 1.As shown in it, during concrete enforcement, telescoping mechanism can also adopt following version, described telescoping mechanism comprises respective two belt pulley for feeding foil 41 being rotatably installed on two side plate 31 medial surface rear and front ends, and two belt pulley for feeding foil on two side plates 31 are surrounded with a load-transfer device 42 separately, belt pulley for feeding foil 42 is connected with power motor and power motor driving conveying belt 42 can be leaned on around belt pulley for feeding foil circulatory motion, and described load-transfer device 42 is fixedly connected with movable panel 30.Like this, realize horizontal extension transmission by load-transfer device, avoid adopting cylinder or hydraulic actuating cylinder transmission easily to occur the problem of electrical accident.There is structure simple, the advantage of stable drive.
Wherein, the described position of side plate 31 medial surface between two belt pulley for feeding foil also has row's pulley 43 of horizontal arrangement, and described movable panel 30 rolling support is on pulley 43.Like this, provide the support to movable panel by pulley, movable panel rolls on two side rollers, and structure is simple and ensure that supporting & stablizing, fore and aft motion process steadily reliable.Further chamfering can also be set in bottom, movable panel rear and front end, avoid and pulley collision, ensure that fore and aft motion is smooth and easy.
Wherein, described load-transfer device 42 is fixedly connected on the joint pin 44 of movable panel 30 side, and joint pin 44 leaves a segment distance apart from movable panel 30 front/rear end.Like this, the belt pulley for feeding foil of vehicle tail can be beneficial to be arranged at more inner position, movable panel also can stretch out backward and put in place, conveniently protects belt pulley for feeding foil.
Wherein, ceiling also comprises the rear upper decoration plate 38 and rear lower trim board 39 that are horizontally placed on latter half of upper and lower two side positions in side plate interior sides face, described belt pulley for feeding foil 41 and load-transfer device 42 position all between rear upper decoration plate 38 and rear lower trim board 39; Rear upper decoration plate 38 is also fixedly installed the vertically relative shutter 40 extended near movable panel surface location with the side of rear lower trim board 39 and lower baffle plate 32.Like this, telescoping mechanism can be protected better, make good looking appearance simultaneously.
Claims (10)
1. a scenic spot sightseeing electric car ceiling structure, the support frame that ceiling comprises the top board in top and is connected between top board and body bottom panel; It is characterized in that, described top board comprises the fixing top board being fixedly installed on vehicle front and the movable panel be arranged at below fixing top board, and movable panel can lean on telescoping mechanism to drive and extend out to tail of body or be retracted to below fixing top board.
2. scenic spot as claimed in claim 1 sightseeing electric car ceiling structure, it is characterized in that, described ceiling also comprises two side plates be vertically arranged at above vehicle body both sides, and side plate is supported and fixed on support frame, and described fixing top board and movable panel are all arranged between described two side plates.
3. scenic spot as claimed in claim 2 sightseeing electric car ceiling structure, it is characterized in that, be positioned between described two side plates fixing top board lower position also relative level be provided with a lower baffle plate, press from both sides between lower baffle plate and fixing top board every formed for storage movable panel space.
4. scenic spot as claimed in claim 3 sightseeing electric car ceiling structure, it is characterized in that, described telescoping mechanism comprises the leading screw that two levels being horizontally placed on two side plate interior sides positions are oppositely arranged, leading screw two ends are installed in rotation on side plate by bearing, also comprise the nut being installed on movable panel lower surface two side position rear and front end, nut screw connection forms screw nut driven auxiliary structure on leading screw, and leading screw is connected with power motor.
5. scenic spot as claimed in claim 4 sightseeing electric car ceiling structure, it is characterized in that, also comprise nut synchronous coordination mechanism, described nut synchronous coordination mechanism comprises the contiguous block be fixedly connected on above nut, contiguous block upper end is fixedly connected with a horizontally disposed slide block, slide block can be installed in a chute on movable panel slidingly back and forth, and slide block rear and front end is respectively provided with a coil spring, and coil spring acts between slide block end and chute end sidewalls along the longitudinal direction.
6. scenic spot as claimed in claim 5 sightseeing electric car ceiling structure, it is characterized in that, ceiling also comprises the rear upper decoration plate and rear lower trim board that are horizontally placed on latter half of upper and lower two side positions in side plate interior sides face, described leading screw and the nut position all between rear upper decoration plate and rear lower trim board; Rear upper decoration plate is also fixedly installed the vertically relative shutter extended near movable panel surface location with the side of rear lower trim board and lower baffle plate.
7. scenic spot as claimed in claim 3 sightseeing electric car ceiling structure, it is characterized in that, described telescoping mechanism comprises respective two belt pulley for feeding foil being rotatably installed on rear and front end, two side plate interior sides faces, and two belt pulley for feeding foil on two side plates are surrounded with a load-transfer device separately, belt pulley for feeding foil is connected with power motor and power motor driving conveying belt can be leaned on around belt pulley for feeding foil circulatory motion, and described load-transfer device is fixedly connected with movable panel.
8. scenic spot as claimed in claim 7 sightseeing electric car ceiling structure, is characterized in that, the position of described side plate interior sides face between two belt pulley for feeding foil also has row's pulley of horizontal arrangement, and described movable panel rolling support is on pulley.
9. scenic spot as claimed in claim 7 sightseeing electric car ceiling structure, it is characterized in that, described load-transfer device is fixedly connected on the joint pin of movable panel side, and joint pin leaves a segment distance apart from movable panel front/rear end.
10. scenic spot as claimed in claim 9 sightseeing electric car ceiling structure, it is characterized in that, ceiling also comprises the rear upper decoration plate and rear lower trim board that are horizontally placed on latter half of upper and lower two side positions in side plate interior sides face, described belt pulley for feeding foil and the load-transfer device position all between rear upper decoration plate and rear lower trim board; Rear upper decoration plate is also fixedly installed the vertically relative shutter extended near movable panel surface location with the side of rear lower trim board and lower baffle plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420669112.1U CN204296426U (en) | 2014-11-11 | 2014-11-11 | A kind of scenic spot sightseeing electric car ceiling structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420669112.1U CN204296426U (en) | 2014-11-11 | 2014-11-11 | A kind of scenic spot sightseeing electric car ceiling structure |
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| CN204296426U true CN204296426U (en) | 2015-04-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420669112.1U Expired - Fee Related CN204296426U (en) | 2014-11-11 | 2014-11-11 | A kind of scenic spot sightseeing electric car ceiling structure |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108016515A (en) * | 2016-10-28 | 2018-05-11 | 通用汽车环球科技运作有限责任公司 | Reconfigure the method and system of vehicle geometry |
| CN108621761A (en) * | 2018-05-11 | 2018-10-09 | 福建三龙新能源汽车有限公司 | A kind of false ceiling length continuation of the journey high-mechanic Environmental-friendelectric electric vehicle |
| CN112223993A (en) * | 2020-10-28 | 2021-01-15 | 中国煤炭科工集团太原研究院有限公司 | Height-variable control system for mining explosion-proof trackless rubber-tyred mancar |
-
2014
- 2014-11-11 CN CN201420669112.1U patent/CN204296426U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108016515A (en) * | 2016-10-28 | 2018-05-11 | 通用汽车环球科技运作有限责任公司 | Reconfigure the method and system of vehicle geometry |
| CN108621761A (en) * | 2018-05-11 | 2018-10-09 | 福建三龙新能源汽车有限公司 | A kind of false ceiling length continuation of the journey high-mechanic Environmental-friendelectric electric vehicle |
| CN108621761B (en) * | 2018-05-11 | 2019-10-01 | 福建三龙新能源汽车有限公司 | A kind of long continuation of the journey high-mechanic Environmental-friendelectric electric vehicle of false ceiling |
| CN112223993A (en) * | 2020-10-28 | 2021-01-15 | 中国煤炭科工集团太原研究院有限公司 | Height-variable control system for mining explosion-proof trackless rubber-tyred mancar |
| CN112223993B (en) * | 2020-10-28 | 2021-12-21 | 中国煤炭科工集团太原研究院有限公司 | Height-variable control system for mining explosion-proof trackless rubber-tyred mancar |
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