Modularized parking intelligent traffic indicating device
Technical Field
The invention relates to an intelligent parking traffic indicating device, in particular to a modular intelligent parking traffic indicating device.
Background
In recent years, with the continuous progress of society, the living standard of people is continuously improved, the automobile holding capacity is continuously increased, however, new problems and pressure are brought to the society, the traffic pressure of cities is continuously increased due to the continuous increase of the automobile holding capacity, the scientificity of parking space setting becomes an important part for relieving the traffic pressure, and meanwhile, researchers continuously try new means and new equipment to be used in the traffic field for relieving a series of problems caused by the large increase of the number of automobiles.
With regard to the research and the current situation of application of vehicle parking stall, although in recent years the appearance of stereo garage provides a fine solution for alleviating urban traffic pressure to a great extent, the construction of stereo garage has certain requirement to the region of locating to the flexibility ratio is not high, and the construction cost is higher, and the comparatively extensive parking stall mode of using at present stage is mostly the road surface formula of spraying paint, but this kind of mode is strong in applicability, nevertheless lacks the flexibility ratio, it is comparatively loaded down with trivial details to change the flow after finishing spraying paint. Therefore, in order to meet the requirements of mass traffic on the number, position and the like of parking spaces at the present stage, the parking space device which can adjust the position, size and number of the parking spaces at any time according to the traffic flow is developed, has the advantages of strong maneuverability, simplicity in operation, energy conservation, environmental protection and the like, and has important practical significance for meeting the rapid development requirements of the present society, relieving the pressure of traffic control departments and improving the traveling happiness of people.
Disclosure of Invention
Aiming at the defects, the invention provides the modular parking intelligent traffic indicating device.
The invention is realized by the following technical scheme: the utility model provides an intelligent traffic indicating device is parked to modularization, including the solar energy luminescent plate, solar energy storage cell panel I, regulation control device, amalgamation device I, solar energy storage cell panel II, amalgamation device II, elasticity jump contact I, fastening trapezoidal hole, the metal welt, II fastening bolt of amalgamation device, rubber buffer pad, the base fixed plate, elasticity jump contact II, the hinge, the regulation control apron, I fastening bolt of amalgamation device, control switch, luminance gear regulator, positioning bolt I, elasticity contact apron I, elasticity jump contact I spring, I plush copper of elasticity jump contact, spring locating stud I, I plush copper movable groove of contact, elasticity contact apron II, positioning bolt II, II plush copper movable grooves of elasticity jump contact II plush copper spring, spring locating stud II, contact II plush copper movable groove II.
A modularized parking intelligent traffic indicating device is formed by splicing modules, wherein each module comprises a solar luminous panel, a solar energy storage battery panel I, an adjusting and controlling device, a splicing device I, a solar energy storage battery panel II and a splicing device II; one side of the solar luminous plate is connected with a solar energy storage cell panel I, and the other side of the solar luminous plate is connected with a solar energy storage cell panel II; one end of the solar energy storage cell panel I is connected with the splicing device I through the adjusting control device; one end of the solar energy storage cell panel II is connected with the splicing device II; one end of the solar light-emitting plate is connected with the elastic jumping contact I, and the other end of the solar light-emitting plate is connected with the elastic jumping contact II.
The modular parking intelligent traffic indicating device is characterized in that the upper side of a metal lining plate is connected with a solar luminous plate, a solar energy storage cell panel I and a solar energy storage cell panel II, and the lower side of the metal lining plate is connected with a base fixing plate through a rubber buffer gasket; the rubber buffer pad is connected with a fastening trapezoidal hole; the fastening bolts of the splicing device II and the fastening bolts of the splicing device I connect the base fixing plate to the ground through the fastening trapezoidal holes.
A modularized intelligent traffic indicating device for parking is characterized in that the adjusting and controlling device comprises a hinge, an adjusting and controlling cover plate, a control switch and a brightness gear adjuster; the control switch and the brightness gear adjuster are connected with the metal lining plate; and the adjusting control cover plate is connected with the solar energy storage battery panel I through a hinge.
An intelligent traffic indicating device for modular parking is characterized in that an elastic jumping contact I comprises an elastic jumping contact I spring, an elastic jumping contact I raised head and a spring positioning bolt I; one end of the solar luminous plate is connected with the raised head movable groove of the contact I; a spring positioning bolt I is connected in the contact I raised head movable groove of the solar light-emitting plate; the spring positioning bolt I is connected with a raised head of the elastic jumping contact I through an elastic jumping contact I; the elastic jumping contact I raised head is connected in the contact I raised head movable groove through the elastic contact cover plate I and can slide in the contact I raised head movable groove; the elastic contact cover plate I is connected with the solar light-emitting plate through the positioning bolt I.
A modularized intelligent traffic indicating device for parking is characterized in that an elastic jumping contact II comprises an elastic jumping contact II raised head, an elastic jumping contact II spring and a spring positioning bolt II; one end of the solar luminous plate is connected with the contact II raised head movable groove; a spring positioning bolt II is connected in the contact II raised head movable groove of the solar luminous panel; the spring positioning bolt II is in spring connection with a raised head of the elastic jumping contact II through the elastic jumping contact II; the elastic jumping contact II raised head is connected in the contact II raised head movable groove through the elastic contact cover plate II and can slide in the contact II raised head movable groove; and the elastic contact cover plate II is connected with the solar luminous plate through a positioning bolt II.
The intelligent traffic indicating device has the advantages of being strong in maneuverability, simple to operate, energy-saving, environment-friendly and the like, meeting the greater requirements of rapid development of a new society for traffic trip to the maximum extent, relieving urban parking pressure and traffic conditions for trip of people, and having important practical significance for optimizing traffic trip states.
Drawings
FIG. 1 is a schematic view of the overall structure of a single module of the present invention;
FIG. 2 is a left side view of the overall structure of a single module of the present invention;
FIG. 3 is a right side view of the overall structure of a single module of the present invention;
FIG. 4 is a schematic structural diagram of a regulating control device of the present invention;
FIG. 5 is a sectional view taken along A-A in FIG. 4;
FIG. 6 is a sectional view of the structure of the elastic jumping contact I of the present invention;
FIG. 7 is a structural sectional view of the spring-loaded contact II of the present invention;
fig. 8 is a schematic diagram of a connection mode of a plurality of modules according to the present invention.
In the figure, 1, a solar energy luminous panel, 2, solar energy storage battery panels I and 3, an adjusting control device, 4, splicing devices I and 5, solar energy storage battery panels II and 6, splicing devices II and 7, elastic jumping contacts I and 8, fastening trapezoidal holes, 9, a metal lining plate, 10, fastening bolts of the splicing devices II, 11, rubber buffer gaskets, 12, a base fixing plate, 13, elastic jumping contacts II and 14, hinges, 15, an adjusting control cover plate, 16, fastening bolts of the splicing devices I, 17, a control switch, 18, a brightness gear adjuster, 19, positioning bolts I and 20, elastic contact cover plates I and 21, springs of the elastic jumping contacts I, 22, elastic jumping contact bosses I and 23, spring positioning bolts I and 24, protruding head movable grooves of the contact I, 25, elastic contact cover plates II and 26, positioning bolts II and 27, elastic jumping contact bosses II, 28. the spring of the elastic jumping contact II, 29, the spring positioning bolts II, 30 and the convex head moving groove of the contact II.
Detailed Description
The invention is realized by the following technical scheme:
a modularized intelligent traffic indicating device for parking comprises a solar light-emitting panel 1, a solar energy storage battery panel I2, an adjusting control device 3, a splicing device I4, a solar energy storage battery panel II 5, a splicing device II 6, an elastic jumping contact I7, a fastening trapezoidal hole 8, a metal lining plate 9, a splicing device II fastening bolt 10, a rubber buffer gasket 11, a base fixing plate 12, an elastic jumping contact II 13, a hinge 14, an adjusting control cover plate 15, a splicing device I fastening bolt 16, a control switch 17, a brightness gear adjuster 18, a positioning bolt I19, an elastic contact cover plate I20, an elastic jumping contact I spring 21, an elastic jumping contact I raised head 22, a spring positioning bolt I23, a contact I raised head movable groove 24, an elastic contact cover plate II 25, a positioning bolt II 26, an elastic jumping contact II raised head 27 and an elastic jumping contact II spring 28, a spring positioning bolt II 29 and a contact II raised head movable groove 30.
A modularized parking intelligent traffic indicating device is formed by splicing modules, wherein each module comprises a solar luminous panel 1, a solar energy storage battery panel I2, an adjusting control device 3, a splicing device I4, a solar energy storage battery panel II 5 and a splicing device II 6; one side of the solar light-emitting plate 1 is connected with a solar energy storage cell panel I2, and the other side of the solar light-emitting plate is connected with a solar energy storage cell panel II 5; one end of the solar energy storage cell panel I2 is connected with the splicing device I4 through the adjusting and controlling device 3; one end of the solar energy storage battery panel II 5 is connected with the splicing device II 6; one end of the solar light-emitting panel 1 is connected with an elastic jumping contact I7, and the other end of the solar light-emitting panel is connected with an elastic jumping contact II 13.
A modularized intelligent traffic indicating device for parking is characterized in that the upper side of a metal lining plate 9 is connected with a solar luminous plate 1, a solar energy storage cell panel I2 and a solar energy storage cell panel II, and the lower side of the metal lining plate is connected with a base fixing plate 12 through a rubber buffer gasket 11; the rubber buffer pad 11 is connected with a fastening trapezoidal hole 8; the fastening bolts 10 of the splicing device II and the fastening bolts 16 of the splicing device I connect the base fixing plate 12 to the ground through the fastening trapezoidal holes 8.
A modularized intelligent parking traffic indicating device is disclosed, wherein an adjusting control device 3 comprises a hinge 14, an adjusting control cover plate 15, a control switch 17 and a brightness gear adjuster 18; the control switch 17 and the brightness gear adjuster 18 are connected with the metal lining plate 9; and the adjusting control cover plate 15 is connected with the solar energy storage battery panel I2 through a hinge 14.
An intelligent traffic indicating device for modular parking is characterized in that an elastic jumping contact I7 comprises an elastic jumping contact I spring 21, an elastic jumping contact I raised head 22 and a spring positioning bolt I23; one end of the solar light-emitting plate 1 is connected with the raised head movable groove 24 of the contact I; a spring positioning bolt I23 is connected in a contact I raised head movable groove 24 of the solar light-emitting panel 1; the spring positioning bolt I23 is connected with a raised head 22 of the elastic jumping contact I through an elastic jumping contact I spring 21; the elastic jumping contact I raised head 22 is connected in the contact I raised head movable groove 24 through the elastic contact cover plate I20 and can slide in the contact I raised head movable groove 24; the elastic contact cover plate I20 is connected with the solar light emitting panel 1 through a positioning bolt I19.
The intelligent traffic indicating device for the modular parking is characterized in that the elastic jumping contact II 13 comprises an elastic jumping contact II raised head 27, an elastic jumping contact II spring 28 and a spring positioning bolt II 29; one end of the solar light-emitting plate 1 is connected with the raised head movable groove 30 of the contact II; a spring positioning bolt II 29 is connected in the contact II raised head movable groove 30 of the solar energy luminous panel 1; the spring positioning bolt II 29 is connected with a raised head 27 of the elastic jumping contact II through an elastic jumping contact II spring 28; the elastic jumping contact II raised head 27 is connected in the contact II raised head movable groove 30 through the elastic contact cover plate II 25 and can slide in the contact II raised head movable groove 30; the elastic contact cover plate II 25 is connected with the solar light-emitting panel 1 through a positioning bolt II 26.
The working principle is as follows: before the device is installed, an appropriate number of splicing modules are selected according to the requirements of the traffic flow of the region to the position, the size and the number of parking spaces. When the solar battery pack is installed, adjacent solar light emitting panels 1, solar energy storage battery panels I2 and solar energy storage battery panels II 5 are connected through a splicing device I4 and a splicing device II 6, when the solar battery pack is connected, positioning bolts I19 and II 26 are used respectively, elastic jumping contact I raised heads 22 and elastic jumping contact II raised heads 27 are installed in contact I raised head movable grooves 24 and contact II raised head movable grooves 30 through elastic contact cover plates I20 and II 25 respectively, and the elastic jumping contact I raised heads 22 and the elastic jumping contact II raised heads 27 are kept to have good elasticity in the contact I raised head movable grooves 24 and the contact II raised head movable grooves 30; then, an elastic jumping contact I7 on the solar light emitting panel 1 is contacted with an elastic jumping contact II 13 on the adjacent solar light emitting panel 1, and a raised head 22 of the elastic jumping contact I is ensured to be clamped and sleeved in a raised head 27 of the elastic jumping contact II, and at the moment, the base fixing plate 12 is installed on the required ground through a fastening bolt 10 of the splicing device II and a fastening bolt 16 of the splicing device I; the above-described mounting steps are repeated until all the solar panels 1 have been connected to each other.
When the solar lighting panel is used, the adjusting control cover plate 15 in the adjusting control device 3 can be manually turned on, the solar lighting panel 1 is started through the control switch 17, the brightness of the solar lighting panel 1 can be adjusted according to needs through the brightness gear adjuster 18, and the adjusting control cover plate 15 in the adjusting control device 3 is manually covered after the adjustment is finished.
It should be noted that each solar light-emitting panel 1 of the invention can be independently controlled by the control switch 17 and the brightness level adjuster 18, the switch and the brightness level of the solar light-emitting panel 1 can be adjusted as required at any time, each solar energy storage cell panel i 2 and each solar energy storage cell panel ii 5 can perform power generation and energy storage operations, and each solar energy storage cell panel i 2 and each solar energy storage cell panel ii 5 can supply power to the solar light-emitting panel 1 of the module and the adjacent module, so as to achieve the best use effect and use purpose.
It will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in the embodiments described above without departing from the principles and spirit of the invention, the scope of which is defined by the appended claims.