Energy-saving equipment remote controlTechnical field
The present invention relates to energy-saving equipment technical field, more particularly to energy-saving equipment remote control.
Background technology
With the rapid growth of World Economics, global energy shortage getting worse, energy-saving and emission-reduction, seek low-carbon development modelCry grow louder and stronger.Electricity-saving lamp industry development is like a raging fire under this overall background, especially in electricity-saving lamp modularized light sourceThe application of aspect is even more to receive much concern, and under energy-saving and emission-reduction, the nervous urgent situation of conventional electric power resource, country and government put into effectIt is a large amount of
Policies and regulations support the development of regenerative resource, and with the continuous quickenings of city and new countryside construction paces, scene is mutuallyMend the popularization and application that new energy source energy-saving street lamp obtains large area at home.
The invention of Application No. 201610529246.7 proposes a kind of energy-saving LED road lamp control method, including initialization,The distance of LED height and distance lamp stand is adjusted, obtains maximal wind-energy corresponding angle, adjusts wind power generation plant angle, adjustmentSolar battery group angle, gather electric energy and wind energy and store, gather intensity of illumination and handle, power and lighting hours control,Parameter acquisition and wireless operating steps, vdiverse in function, energy efficiency is high, good heat dissipation effect, service life length, and maintenance cost is lowIt is honest and clean, and energy-conserving and environment-protective, the manipulation of the effectively save energy is intelligent, and illumination region is wide, however, the invention can not intuitively satisfy the needThe environment of lamp stand surrounding is monitored, it is impossible to by the way that intuitively energy-saving lamp is adjusted by the environment around light pole,There is certain limitation in use.
The content of the invention
Based on technical problem existing for background technology, the present invention proposes energy-saving equipment remote control.
Energy-saving equipment remote control proposed by the present invention, including base and the lamp stand for being fixedly mounted on base top,The base and lamp stand are hollow structure, and the lamp stand both sides are symmetrically movably installed with movable block, and two movable blocks are mutually remoteFrom one end be installed with energy-saving lamp for illumination, the movable block be provided be used to monitoring lamp stand surrounding enviroment andThe monitor control mechanism of energy-saving lamp service condition, movable block both sides, which are provided with, to be used to drive the sliding equipment that energy-saving lamp moves up and down,The position adjusting mechanism for being used for energy-saving adjusting light fixture height and angle, the position adjusting mechanism and cunning are provided with base and lamp standMotivation structure is connected.
Preferably, lamp stand top surrounding is installed with four antennas for being used to receiving and launching wireless signal, instituteState and control cabinet is installed with the inwall of base bottom, energy-saving adjusting light fixture height is symmetrically installed with the inwall of the control cabinet bottomSpend the controller of position, angle position and switch and with the energy-saving appliance for saving power resource.
Preferably, the sliding equipment includes vertically symmetrically being opened in the grooves of lamp stand both sides, the groove withIt is connected inside lamp stand, the movable block is movably arranged in groove, and movable block both ends are all extended to outside groove, the grooveThe first chute is offered on the inwall of both sides, movable block both sides are welded with spring, one end welding that two springs are located remotely from each otherThere is the first sliding block for being slided in the first chute, the first sliding block is adapted with the first chute.
Preferably, the first cunning pearl groove is offered on side inwall of first chute away from opening, described first slides pearlThe first cunning pearl is slidably fitted with groove inwall, the first cunning pearl is in contact with the first sliding block.
Preferably, the position adjusting mechanism includes the connecting rod being movably arranged in lamp stand, and connecting rod bottom extendsTo base, the top fixed cover of the connecting rod is connected to first gear, and peace is fixed in one end that the movable block is located in lamp standEquipped with projection, the projection is used to connect first gear and movable block, and projection is adapted with first gear, the connecting rod bottomEnd fixed cover is connected to second gear, and the second gear is located in base, and the 3rd gear is engaged with second gear, and described theThree gear fixed covers are connected to the output shaft of the first Telescopic rotating motor, and the first Telescopic rotating motor is fixedly mounted on baseOn the inwall of bottom, the bottom of the second gear is welded with the L-shaped fix bar for connecting the first Telescopic rotating motor output shaft,The one end of L-shaped fix bar away from second gear is welded on the output shaft of the first Telescopic rotating motor.
Preferably, equidistant interval activity is socketed with multiple annulars for being used to consolidate connecting rod position in the connecting rodHoop, circumferential band side is welded on lamp stand inwall, and the second cunning pearl groove is offered on circumferential band inwall, and second slides on pearl groove inwallThe second cunning pearl is slidably fitted with, the second cunning pearl is in contact with connecting rod, and two first through hole, bottom are offered on the inwall of lamp stand bottom sideTwo the second through holes are offered on the inwall of seat top side, two first through hole are connected with two the second through holes respectively, and first is logicalHole is used to activity installation connecting rod with the second through hole, and first through hole is provided with ball with being rolled on the second through-hole wall, rolledPearl is in contact with connecting rod.
Preferably, the monitor control mechanism includes being opened in the mounting groove of movable block bottom side, activity installation in the mounting grooveThere is fixed block, the fixed block bottom is extended to outside mounting groove, and is movably installed with for monitoring lamp stand surrounding enviroment and energy-conservationThe video camera of light fixture service condition, angular adjustment module is provided between video camera and fixed block, is provided with and opens above the mounting grooveThe first cavity being located on movable block, second that regulation camera position is installed with the first cavity top inwall stretchContracting electric rotating machine, the output shaft bottom of the second Telescopic rotating motor is extended in mounting groove, and the second telescope motor is defeatedShaft bottom is welded and fixed with fixed block top side, and the second chute is offered on the inwall of the mounting groove both sides, and described second slidesThe second sliding block is slidably fitted with groove, and the second sliding block side is extended to outside the second chute, annular offers on the fixed blockAnnular groove, the side that second sliding block is extended to outside the second chute are slidably mounted in annular groove.
Preferably, the angular adjustment module includes the second cavity being opened on fixed block, the second cavity topPush-rod electric machine is installed with inwall, the output shaft of the push-rod electric machine is installed with push rod, and push rod bottom extends toThe lower section of fixed block, the bottom of the push rod are in contact with video camera close to the side of fixed block, the fixed block bottom weldingThere is automatic resitting hinge, side of the automatic resitting hinge away from fixed block is rotatablely connected with video camera.
In the present invention, the energy-saving equipment remote control, coordinated by groove, the first chute, the first sliding block, springUse, movable block drives spring movement, and spring drives the first sliding block to be slided in the first chute, and movable block can be easy to drive sectionCan light fixture move, by base, lamp stand, energy-saving lamp, movable block, connecting rod, first gear, second gear, circumferential band,First Telescopic rotating motor, the 3rd gear, L-shaped fix bar are used cooperatively, the pinion rotation of the first Telescopic rotating motor driven the 3rd,3rd gear drives second gear to rotate, and second gear drives connecting rod to rotate, and connecting rod drives first gear to rotate, the first toothWheel drives movable block to rotate, and movable block drives energy-saving lamp to rotate, the angle position of energy-saving adjusting light fixture, meanwhile, first is flexibleElectric rotating machine drives L-shaped fix bar to move up and down, and L-shaped fix bar drives connecting rod to move up and down, and connecting rod is driven on movable blockLower movement, movable block drive energy-saving lamp to move up and down, and energy-saving adjusting light fixture height and position, pass through mounting groove, the first cavity, theTwo Telescopic rotating motors, fixed block, video camera, the second chute, the second sliding block, annular groove, automatic resitting hinge, the second skyChamber, push-rod electric machine, push rod are used cooperatively, and the second Telescopic rotating motor driven fixed block moves up and down, and fixed block drives second to slideBlock slides up and down in the second chute, meanwhile, fixed block drives video camera to move up and down, and adjusts the height and position of video camera, theTwo Telescopic rotating motor driven fixed blocks drive the second sliding block to be slided in annular groove in mounting groove internal rotation, fixed block, adjustCamera direction position is saved, push-rod electric machine drives push rod to move up and down, and video camera push rod automatic resitting hinge is rotated, regulationCamera angle position, the present invention can carry out height and angle position by imaging the remote data of machine testing to energy-saving lampRegulation, be adapted to various environment use demand, there is energy-efficient effect, it is simple in construction, it is easy to use.
Brief description of the drawings
Fig. 1 is the structural representation of energy-saving equipment remote control proposed by the present invention；
Fig. 2 is the lamp stand side structure schematic diagram of energy-saving equipment remote control proposed by the present invention；
Fig. 3 is the part A structural representation of energy-saving equipment remote control proposed by the present invention；
Fig. 4 is the movable block structural representation of energy-saving equipment remote control proposed by the present invention；
Fig. 5 is the fixed-block-architecture (FBA) schematic diagram of energy-saving equipment remote control proposed by the present invention.
In figure：1 base, 2 lamp stands, 3 antennas, 4 energy-saving lamps, 5 movable blocks, 6 connecting rods, 7 first gears, 8 second gears,9 circumferential bands, 10 first Telescopic rotating motors, 11 the 3rd gears, 12 control cabinets, 13 controllers, 14 energy-saving appliances, 15 grooves, 16One chute, 17 first sliding blocks, 18 springs, 19 L-shaped fix bars, 20 projections, 21 mounting grooves, 22 first cavitys, 23 second flexible rotationsRotating motor, 24 fixed blocks, 25 video cameras, 26 second chutes, 27 second sliding blocks, 28 annular grooves, 29 automatic resitting hinges, 30Two cavitys, 31 push-rod electric machines, 32 push rods.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, completeSite preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, rather than whole embodiments.
Embodiment.
Reference picture 1-5, energy-saving equipment remote control, including base 1 and the lamp stand 2 for being fixedly mounted on the top of base 1,Base 1 and lamp stand 2 are hollow structure, and the both sides of lamp stand 2 are symmetrically movably installed with movable block 5, what two movable blocks 5 were located remotely from each otherOne end is installed with the energy-saving lamp 4 for illumination, and movable block 5, which is provided with, to be used to monitor the surrounding enviroment of lamp stand 2 and energy-conservationThe monitor control mechanism of the service condition of light fixture 4, the both sides of movable block 5, which are provided with, to be used to drive the sliding equipment that energy-saving lamp 4 moves up and down, bottomThe position adjusting mechanism for the height of energy-saving adjusting light fixture 4 and angle is provided with seat 1 and lamp stand 2, position adjusting mechanism is with slidingMechanism is connected, and the top surrounding of lamp stand 2 is installed with four antennas 3 for being used to receiving and launching wireless signal, the bottom of base 1Control cabinet 12 is installed with inwall, the height and position of energy-saving adjusting light fixture 4, angle are symmetrically installed with the bottom inwall of control cabinet 12Spend the controller 13 of position and switch and pass through antenna with the energy-saving appliance 14 for saving power resource, the data of monitor control mechanism detection3 are transferred on mobile device, and mobile device remote control controller 13 and energy-saving appliance 14 carry out height and angle to energy-saving lamp 4The regulation of position.
Sliding equipment includes the groove 15 for being vertically symmetrically opened in the both sides of lamp stand 2, groove 15 and the inside phase of lamp stand 2Connection, movable block 5 is movably arranged in groove 15, and the both ends of movable block 5 are all extended to outside groove 15, on the both sides inwall of groove 15The first chute 16 is offered, the both sides of movable block 5 are welded with spring 18, and one end that two springs 18 are located remotely from each other is welded with useIn the first sliding block 17 slided in the first chute 16, the first sliding block 17 is adapted with the first chute 16, and the first chute 16 is remoteThe first cunning pearl groove is offered on the side inwall of opening, is slidably fitted with the first cunning pearl on the first cunning pearl groove inwall, first slides pearlIt is in contact, is used cooperatively by groove 15, the first chute 16, the first sliding block 17, spring 18, the band of movable block 5 with the first sliding block 17Spring 18 of moving moves, and spring 18 drives the first sliding block 17 to be slided in the first chute 16, and movable block 5 can be easy to drive electricity-saving lampTool 4 moves.
Position adjusting mechanism includes the connecting rod 6 being movably arranged in lamp stand 2, and the bottom of connecting rod 6 extends to base 1Interior, the top fixed cover of connecting rod 6 is connected to first gear 7, and one end that movable block 5 is located in lamp stand 2 is installed with projection 20,Projection 20 is used to connect first gear 7 and movable block 5, and projection 20 is adapted with first gear 7, the bottom fixed cover of connecting rod 6Second gear 8 is connected to, second gear 8 is located in base 1, and the 3rd gear 11 is engaged with second gear 8, and the 3rd gear 11 is solidSurely the output shaft of the first Telescopic rotating motor 10 is socketed with, the first Telescopic rotating motor 10 is fixedly mounted in the bottom of base 1On wall, the bottom of second gear 8 is welded with the L-shaped fix bar 19 for connecting the output shaft of the first Telescopic rotating motor 10, and L-shaped is solidThe one end of fixed pole 19 away from second gear 8 is welded on the output shaft of the first Telescopic rotating motor 10, equidistant in connecting rod 6Multiple circumferential bands 9 for being used to consolidate the position of connecting rod 6 are connected to every movable sleeve, the side of circumferential band 9 is welded on the inwall of lamp stand 2, andThe second cunning pearl groove is offered on the inwall of circumferential band 9, is slidably fitted with the second cunning pearl on the second cunning pearl groove inwall, second slides pearl and companyExtension bar 6 is in contact, and two first through hole are offered on the bottom side inwall of lamp stand 2, and two second are offered on the top side inwall of base 1 and is led toHole, two first through hole are connected with two the second through holes respectively, and first through hole is used to activity installation with the second through hole and connectedExtension bar 6, roll on first through hole and the second through-hole wall and ball be installed, ball is in contact with connecting rod 6, by base 1,Lamp stand 2, energy-saving lamp 4, movable block 5, connecting rod 6, first gear 7, second gear 8, circumferential band 9, the first Telescopic rotating motor10th, the 3rd gear 11, L-shaped fix bar 19 are used cooperatively, and the first Telescopic rotating motor 10 drives the 3rd gear 11 to rotate, the 3rd toothThe drive of wheel 11 second gear 8 rotates, and second gear 8 drives connecting rod 6 to rotate, and connecting rod 6 drives first gear 7 to rotate, and firstGear 7 drives movable block 5 to rotate, and movable block 5 drives energy-saving lamp 4 to rotate, the angle position of energy-saving adjusting light fixture 4, meanwhile, theOne Telescopic rotating motor 10 drives L-shaped fix bar 19 to move up and down, and L-shaped fix bar 19 drives connecting rod 6 to move up and down, connecting rod6 drive movable blocks 5 move up and down, and movable block 5 drives energy-saving lamp 4 to move up and down, the height and position of energy-saving adjusting light fixture 4.
Monitor control mechanism includes the mounting groove 21 for being opened in the bottom side of movable block 5, and fixed block 24 is movably installed with mounting groove 21,The bottom of fixed block 24 is extended to outside mounting groove 21, and is movably installed with for monitoring the surrounding enviroment of lamp stand 2 and energy-saving lamp 4 usesThe video camera 25 of situation, angular adjustment module is provided between video camera 25 and fixed block 24, the top of mounting groove 21, which is provided with, to be opened inThe first cavity 22 on movable block 5, second that regulation video camera 25 position is installed with the top inwall of the first cavity 22 stretchContracting electric rotating machine 23, the output shaft bottom of the second Telescopic rotating motor 23 are extended in mounting groove 21, and the second telescope motor 23Output shaft bottom be welded and fixed with the top side of fixed block 24, offer the second chute 26 on the both sides inwall of mounting groove 21, secondThe second sliding block 27 is slidably fitted with chute 26, and the side of the second sliding block 27 is extended to outside the second chute 26, ring on fixed block 24Shape offers annular groove 28, and the side that the second sliding block 27 is extended to outside the second chute 26 is slidably mounted in annular groove 28,Angular adjustment module includes the second cavity 30 being opened on fixed block 24, is installed with and pushes away on the top inwall of the second cavity 30Bar motor 31, the output shaft of push-rod electric machine 31 is installed with push rod 32, and the bottom of push rod 32 extends to the lower section of fixed block 24,The bottom of push rod 32 is in contact with video camera 25 close to the side of fixed block 24, and the bottom of fixed block 24 is welded with automatic resitting hinge29, side of the automatic resitting hinge 29 away from fixed block 24 is rotatablely connected with video camera 25.Pass through mounting groove 21, the first cavity22nd, the second Telescopic rotating motor 23, fixed block 24, video camera 25, the second chute 26, the second sliding block 27, annular groove 28, automaticPlayback hinge 29, the second cavity 30, push-rod electric machine 31, push rod 32 are used cooperatively, and the second Telescopic rotating motor 23 drives fixed block24 move up and down, and fixed block 24 drives the second sliding block 27 to be slided up and down in the second chute 26, meanwhile, fixed block 24 drives shootingMachine 25 moves up and down, and adjusts the height and position of video camera 25, and the second Telescopic rotating motor 23 drives fixed block 24 in mounting groove 21Internal rotation, fixed block 24 drive the second sliding block 27 to be slided in annular groove 28, regulation video camera 25 direction position, push-rod electric machine31 drive push rods 32 are moved up and down, and the push rod automatic resitting hinge 29 of video camera 25 is rotated, regulation video camera 25 angle position,The present invention can carry out the regulation of height and angle position by the remote data that video camera 25 detects to energy-saving lamp 4, be adapted toThe use demand of various environment, there is energy-efficient effect, it is simple in construction, it is easy to use.
The present invention：In use, remote-moving apparatus controls controller 13 to start the second Telescopic rotating motor by antenna 323, the output shaft of the second Telescopic rotating motor 23 drives fixed block 24 to move up and down, and fixed block 24 drives second to slideBlock 27 is being slided up and down in the second chute 26, and fixed block 24 drives video camera 25 to move up and down, and is moved to requiredDuring height and position, the output shaft of the second Telescopic rotating motor 23 drives fixed block 24 to be rotated in mounting groove 21, fixed block24 drive the second sliding block 27 to carry out ring-shaped slide in annular groove 25, and fixed block 24 drives the annular movement of video camera 25 needed forThe second Telescopic rotating motor 23 is closed during the position of direction, push-rod electric machine 31 is started by controller 13, push-rod electric machine 31 drives and pushed awayBar 32 moves up and down, and push rod 32 extrudes video camera 25, and push rod 32 drives video camera 25 to be carried out by automatic resitting hinge 29Angular turn, when turning to required angle position, controller 13 closes push-rod electric machine 30, the number that video camera 25 will be collected intoIt is believed that breath is transferred on remote-moving apparatus by antenna 3, remote-moving apparatus carries out data point to the data message receivedAnalysis is handled, and by the data message after processing by being wirelessly transmitted in controller 13, controller 13 controls the first Telescopic rotating electricityMachine 10 starts, and the output shaft of the first Telescopic rotating motor 10 drives the 3rd gear 11 to be rotated, and the 3rd gear 11 drives secondGear 8 is rotated, and second gear 8 drives connecting rod 6 to be rotated, and connecting rod 6 drives first gear 7 to be rotated, and firstGear 7 drives projection 20 to carry out angle rotation, projection 20 drives movable block 5 to carry out angle by being used cooperatively down with projection 20Rotation, the pliability that movable block 5 has by spring 18 reach the purpose for rotating the angle of movable block 5, and movable block 5 drives electricity-saving lampTool 4 turns to fixed angle, and the output shaft of the first Telescopic rotating motor 10 drives the 3rd gear 11 and L-shaped fix bar 19 to carry outLower movement, the 3rd gear 11 and L-shaped fix bar 19 drive second gear 8 to move up and down, and second gear 8 drives connecting rod 6Move up and down, connecting rod 6 drives first gear 7 to move up and down, and first gear 7 passes through the mating reaction with projection 20Lower drive projection 20 moves up and down, and projection 20 drives movable block 5 to move up and down, and movable block 5 is driven by spring 18First sliding block 17 slides up and down in the first chute 16, and movable block 5 drives energy-saving lamp 4 to move up and down, when movable block 5 drivesWhen energy-saving lamp 4 is moved to level altitude position, the first Telescopic rotating motor 10 is closed by controller 13, reaches firm regulationThe height of energy-saving lamp 4 and the purpose of angle position, energy-saving lamp 4 is started by controller 13 and energy-saving appliance 14, reaches electricity-saving lampTool 4 has the purpose of energy-saving effect and remote control.
The foregoing is only a preferred embodiment of the present invention, but protection scope of the present invention be not limited thereto,Any one skilled in the art the invention discloses technical scope in, technique according to the invention scheme and itsInventive concept is subject to equivalent substitution or change, should all be included within the scope of the present invention.