CN200943333Y

CN200943333Y - Intelligent multi-functional national flag pole

Info

Publication number: CN200943333Y
Application number: CN 200620099895
Authority: CN
Inventors: 崔志明
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-03-29
Filing date: 2006-03-29
Publication date: 2007-09-05
Anticipated expiration: 2016-03-29

Abstract

An intelligent multifunction national flagpole is to install the double-face rack guide rail used as the conductor and the track, on the flagpole. The loop bar of national flag is the four-wheel laid bogie lifter to drive the motor. The lifter is clipped on the guide rail of the flag for lifting, and the electronic circuit is used for adjusting the motor speed, to make the lifter and the national anthem reach the end synchronously. The set-top box of the lifter is provided with the national flag windless automatic folding control circuit and mechanism, and the nylon bead chain extends backwards into the cloth cover needling on the top of the flag surface, under the set-top box. The motor drive mechanism is used for controlling the elasticity of the steel core of bead chain, making the bead chain straightening and loosening for the windless automatic folding of the flag surface when or after raising the flag, and the automatic stop with wind as well. At the night, the buttonhead spotlight of the flagpole lightens the flag surface automatically. The utility model is established with the program circuit for controlling the whole process of semi-lifting flag: raising the flag, playing the national anthem- guide rail replacement- lowering the flag, play the funeral music- lowering the flag for 15seconds- funeral music for 150 seconds-cutting off the power.

Description

Intelligent multifunction national flag flagpole

Technical field

The utility model relates to a kind of national flag flagpole, is the lifting national flag, the process of flying at half-mast repertoire automation and intelligentification flagpole.

Background technology

Present known lifting national flag is that pulley is installed on flagpole, the lifting of pulling rope, and the flag face is calm sagging, and wind Da Yi roll bar does not have illumination night, and national anthem and flagraising speed are difficult for synchronously, are difficult for meeting the law of the flag regulation when flying at half-mast.

Summary of the invention

In order to overcome the problem that existing cable traction is hoisted a flag and existed, the utility model provides a kind of intelligent multifunction national flag flagpole.Flagpole replaces rope with two-sided tooth bar guide rail, power lift drives national flag along the flagpole lifting rail, during flagraising, flag rises back flag face and can calmly bootstrap, the flagpole bulb throws light on night automatically, flagpole top can rotate freely and motility resets, electronic speed regulation control flagraising speed and national anthem are synchronous, fly at half-mast and control automatically with program circuit.

The technical scheme that its technical problem that solves the utility model adopts is: install on flagpole and not only conduct electricity but also be the two-sided tooth bar guide rail of track, the flag loop bar of national flag is the hoist of the horizontal charged motivation of dolly shape of four-wheel.Hoist is stuck on the flagpole guide rail, and connecting power supply can lifting, and elevator speed is adjustable, makes national anthem melody and hoist be synchronized to the top.Insert by dress nylon pelletron in the cover that the national flag top edge makes on hoist top, with motor tension pelletron steel core, the straight and upright flag face that makes of pelletron launches, and realizes calmly bootstrapping.The flagpole bulb is installed the red night light of control automatically, with the sequence circuit establishment program of flying at half-mast: hoist a flag, play the national anthem-reset-fly at half-mast, play funeral music-fly at half-mast stopped in 15 seconds-funeral music ends, finishes.Specifically:

Hoist, be inverted a dc motor in flag loop bar (pipe) lower end, with turbine worm power is reached the outer driving gear of transmission case, at casing center line offside servo axis and follower gear are installed equidistantly, 2 gear spacings are to be as the criterion with two-sided tooth bar is meshing, the STB symmetry is installed 2 wheel shafts and guide gear in flag sleeve pipe upper end, 2 gear spacings are the same, 4 gears at grade, all insulate with hoist, dc source reaches the master by two-sided tooth bar, follower gear, wheel shaft inserts motor and makes cage lifter lifting, and electric current passes to guide gear, wheel shaft inserts the circuit of bootstrapping and makes that the flag face is calm bootstraps.

The calm mechanism of bootstrapping, the power transmission shaft of STB is with spring, when calm, contract behind the wheel shaft to withstand on and trigger an integrated circuit NE555 on the circuit NE555 changeover switch of bootstrapping, this relay is given the motor forward current and was delayed time 10 seconds, when wind is arranged, length of spring compressed, wheel shaft forward, switch upset triggers another integrated circuit NE555, this relay is given motor reversing the current time-delay 10 seconds.Stand upside down in the STB dc motor is installed, use the turbine worm transmission, turbine is coaxial fixes the sheave that winds the line, make " soft whip " with wearing steel core wire in the middle of the nylon pelletron, stretch out backward under STB, steel wire is on sheave, and the other end is fixed on first chain pearl, national flag is enclosed within on the flag loop bar, pelletron inserts in the national flag top cover of making in advance, and motor is just changeing the steel core tension, and the straight and upright flag face of pelletron launches, motor counter-rotating pelletron is lax, and the flag face is waved in the wind naturally.

Guide rail, adopt the two-sided tooth bar of aluminium alloys, intermediate insulation, the stainless steel protected apron divides 3 parts, and with resin glue insulation combination, two-sided tooth bar is a conductor, guide rail is fixed on main flagpole and the outer tube with the screw insulation, the outer tube guide rail disconnects at the downward 100mm of main stop pin place, and the epimere guide rail inserts the flagraising circuit by the vertical shaft slip ring, as circuit supply conductor and the track of bootstrapping.

Rotating mechanism on flagpole top, is made up of interior pipe, outer tube, vertical shaft, non-directional motor, electromagnet, major and minor alignment pin, switch, elastic electrode etc.Inner sleeve (length is decided on banner) inserts a main flagpole part and fixes with screw, suitable for readingly adorns a bearing with bearing bracket stand, hugs sky 300mm * 60mm one window under the bearing bracket stand, for rotary gadget by dress mouthful.Outer tube is suitable for reading fixes a garden dish pedestal that axis hole is arranged, cover on inner pipe, vertical shaft is inserted on the bearing, outer tube is inserted in outer tube can be rotated around vertical shaft.By the dress guide rail, can aim at locking with main flagpole guide rail, also rotatable separation on the outer tube.Axially there is a splined hole vertical shaft lower end, interpolation one splined shaft, the garden dish armature of electromagnet is installed at the splined shaft middle part, armature is installed electromagnet down, and it is fixing on inner pipe with support, the splined shaft lower end is overlapped a spring and is stretched into electromagnet apart from end 10mm place, armature is apart from electromagnet 10mm, with splined shaft the non-directional motor that a per minute 6 changes is installed axially below the electromagnet, be fixed on the inner tubal wall with support, motor brass spline axle stretches into electromagnet 10mm from bottom to top, and the splined hole below splined shaft just contacts and do not enter, electromagnet is inhaled garden dish armature down, the drive splined shaft is downward, the motor brass spline is inserted in the splined hole and spline can not take off vertical shaft, so, motor and outer tube are coupled together, and motor just can drive the outer tube rotation resets guide rail.The frame of " ten " font master stop pin is fixed on the outer tube pedestal, and cross bar one end is fixed on the frame with axle, and the other end stretches out outside the sleeve pipe, up and down can be movable.Insert in the outer tube pedestal corresponding aperture vertical rod (main stop pin) upper end, the lower end is stretched in the bearing bracket stand corresponding aperture, the horizontal steel disc of vertical rod is being pressed the flagraising that is fixed on the bearing bracket stand change-over switch that stops, flying at half-mast, lift lever, switch disconnects, the rotary rail outage, and the bearing bracket stand hole is deviate from main stop pin lower end, unlock, sleeve pipe enters the rotation attitude.Secondary stop pin frame is fixed on the tube wall of electromagnet side, horizontal spring on inner pipe withstands on vertical lever upper end, lever is leaned against on the armature, reset switch is fixed on below the bearing bracket stand, shift bar is in the montant upper end, connect electromagnet and motor, armature is inhaled down, the outer tube rotation, horizontal secondary stop pin in the lever lower end inserts the inner and outer pipe corresponding aperture, and the locking internal and external casing resets guide rail, switch is withstood in the montant upper end simultaneously, electromagnet, motor are stopped, and armature discharges pushes lever open, and secondary stop pin unlocks.

The bulb lamp is installed facing to guide rail one side with the red spotlight of silvery white glass cover, controls night illumination automatically with photosensitive circuit, and power supply is powered to the bulb lamp by the vertical shaft slip ring.

The programme-control of flying at half-mast, the button of flying at half-mast can make relay closes, by the guide rail commutating circuit relay normally closed interlock of flying at half-mast, direct current is inserted guide rail by flagraising polarity, hoist rises to the summit at guide rail and lifts main stop pin, hoist place and rotation status, change-over switch disconnects the flagraising circuit, connects throw over relay simultaneously, the relay adhesive, guide rail converts the polarity of lowering flag to, and simultaneously the positive voltage of being introduced by rotary rail inserts funeral music circuit and 15 seconds delay circuits, 150 seconds delay circuits.If make guide rail dislocation because of rotation this moment, guide rail does not have electricity, and the motor that resets rotates immediately guide rail is resetted.After resetting, elastic electrode is connected the rotary rail electrode, funeral music, NE555 delay 15 seconds circuit, NE555 postpone 150 seconds circuit and start simultaneously at this moment, hoist decline is in the time of 15 seconds, the delay circuit relay disconnected the guide rail power supply in 15 seconds, and lowering flag stops, when funeral music finishes, circuit relay cut off the circuit general supply of flying at half-mast, EP (end of program) in 150 seconds.

The beneficial effects of the utility model are, replace rope with guide rail, hoist is self-powered, the flagpole upper sleeve can rotate freely, but the bulb shot-light illuminates the flag face night, from extending apparatus can be when hoisting a flag, hoist a flag that back flag face is calm bootstraps, the wind automatic stop is arranged, the sequencing of flying at half-mast, exportable and synchronous national anthem music signal, the funeral music music signal of flying at half-mast of hoisting a flag.Multiple functional, intelligent automaticization degree height, easy and simple to handle.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is the rotating mechanism schematic diagram.

Fig. 2 is a flagpole guide rail diagrammatic sketch.

Fig. 3 is a lifting pusher side diagrammatic sketch.

Fig. 4 is the positive diagrammatic sketch of hoist.

Fig. 5 is an intelligent multifunction national flag flagpole overall diagram.

Fig. 6 is circuitry figure.

Among the figure 1, main flagpole guide rail, 2, the sliding pearl of internal and external casing, 3, following auxiliary catch, 4, inner sleeve, 5, the outer tube guide rail, 6, support of motor, 7, the non-directional motor, 8, the rotary rail electrode contacts, 9, elastic electrode, 10, motor brass spline axle, 11, electromagnet stent, 12, splined hole under the splined shaft, 13, electromagnet, 14, armature spring, 15, garden dish armature, 16, the vertical shaft snap ring, 17, main stop pin, 18, flagraising stops, the changeover switch of flying at half-mast, 19, main stop pin lever, 20, the outer tube pedestal, 21, the hook of insuring, 22, the glass cover, 23, lamp socket, 24, the vertical shaft screw, 25, illuminating lamp, the circuit slip ring of bootstrapping, 26, vertical shaft, 27, bearing bracket stand, 28, the guide rail reset switch, 29, arm spring, 30, lever, 31, secondary stop pin, 32, outer tube, 33, main flagpole, 34, the power transmission shaft insulation sleeve, 35, hoist power nylon turbine, 36, the motor turbine of bootstrapping, 37, the motor scroll bar of bootstrapping, 38, spiral sheave, 39, pelletron (soft whip), 40, guiding wheel shaft insulating frame, 41, the mechanism's motor of bootstrapping, 42, NE555 delay circuit changeover switch, 43, the circuit electrode lug plate of bootstrapping, 44, the hook jack of insuring, 45, guide gear, 46, guiding wheel shaft insulation sleeve, 47, tension spring, 48, flag loop bar (pipe), 49, hoist power motor, 50, following auxiliary catch jack, 51, motor electrode lug plate, 52, driving gear, 53, transmission case, 54,55, flag cover pinning, 56, guide gear, 57, follower gear, 58, motor reel (scroll bar), 59, funeral music IC chip circuit, 60, the button of flying at half-mast, 61, rise, the switch of lowering flag, 62, calm delayed relay, 63, the wind delayed relay is arranged, 64, the NE555 that bootstraps postpones 10 seconds change-over circuits, 65, the national anthem chip circuit, 66, night automatic lighting circuit, 67,150 seconds delayed relay switches, 68, the sequence circuit of flying at half-mast, 69, NE555 postpones 150 seconds circuit, 70, NE555 postpones 15 seconds circuit, 71, the guide rail electrode throw over relay of flying at half-mast.

The specific embodiment

In the embodiment shown in fig. 1, inner sleeve (4) inserts main flagpole (33) 300mm, fix with countersunk head screw, the straight mouthful fixed axis bolster (27) in pipe upper end, vertical shaft (26) inserts bearing inner sleeve, pin with snap ring (16) lower end, the slip ring (25) of edge 3 roads, middle part and vertical shaft insulation is for being contained in the bulb lamp on the outer tube and bootstrapping 360 ° of rotation power supplies of circuit, the straight mouthful of installation garden dish pedestal (20) in outer tube (32) top is inserted in vertical shaft (26) and upward with nut (24) outer tube (32) and lamp socket (23) frame together is fixed on the vertical shaft (26), the hook (21) of insuring insulation is fixed on the guide rail center line of main stop pin lever upper end, following auxiliary catch (3) insulation is fixed on apart from insuring hook 1, on the 700mm place guide rail center line, to go up the lower guideway alignment, in garden dish pedestal (20) and the corresponding up and down boring of bearing bracket stand (27), make the main stop pin of lever (19) (17) that is fixed on below the disk pedestal (20) inserts respectively about in the hole, inserting following Kong Shendu makes stop pin (17) can deviate from the hole to be as the criterion to lift lever (19), flagraising on the main stop pin under the horizontal steel disc stops, the changeover switch (18) of flying at half-mast is fixed on above the bearing bracket stand, secondary stop pin lever bracket (30) is fixed on the inner tubal wall of electromagnet side, horizontal spring (29) leans against lever upper end bullet on the armature (15), guide rail reset switch (28) is fixed on below the bearing bracket stand (27), shift bar withstands on the lever upper end, direction switch (61) is when lowering flag, reset switch is connected electromagnet (13) motor (7) that resets, and horizontal secondary stop pin (31) in the lever lower end can insert after guide rail resets in the hole with the inner and outer pipes correspondence and lock guide rail.One end is a spline, one end is that the key axle (12) of splined hole is middle with screw socket installation disk armature (15), the following splined hole of vertical shaft (26) is inserted in the upper end, the lower end is overlapped a spring (14) and is injected apart from 10mm position, electromagnet (13) bottom surface, adjusting armature makes electromagnet (13) apart from armature (15) 10mm, non-directional motor (7) is axially fixed in below the electromagnet with support (6) and splined shaft (12), the brass spline axle (10) of motor upwards stretches into electromagnet (13) and just contacts with splined hole, when armature (15), inhale following time, motor brass spline axle (10) inserts the upper spline hole and splined shaft (12) is not deviate from splined hole under the vertical shaft (26), motor and outer tube is coupled together so that do to reset rotation.Elastic electrode (9) is fixed on the inner tubal wall, the internal and external casing opening of corresponding elastic electrode (9) position, make elastic electrode stretch out interior pipe, adorn 8 steel balls (2) between contact outer tube (32) lower end, guide rail reset electrode contact (8) and inner sleeve (4) circumference and make it more stable, flexible.

In embodiment illustrated in fig. 2, guide rail, with resin glue with the aluminium alloys tooth bar to being connected into the two-sided tooth bar of insulation, the wide 18mm of thick 4mm, the stainless steel protected apron with "  " shape corrosion resistant plate to being set to "   " shape, spacing 10mm, insulate in groove with resin glue and to adhere to a corrosion resistant plate, make the wide 24mm of protection thickness of slab 2mm, protected apron is attached on the two-sided tooth bar forms guide rail, on guide rail every 300mm apart from boring, following insulation sleeve, with countersunk head screw divide three sections fixing with flagpole insulation, promptly main flagpole guide rail, the rotary sleeve guide rail, the circuit guide rail of bootstrapping apart from main stop pin 100mm.

At Fig. 3, in embodiment illustrated in fig. 4, motor (49) stands upside down and is installed in below the flag loop bar (pipe) (48), motor reel (scroll bar) (58) and the meshing transmission of nylon turbine (35), turbine wheel shaft and transmission case (53) insulate with nylon jacket (34), power gear (52) is fixed on the turbine wheel shaft, the electrode of motor (49) is connected on respectively on the turbine wheel shaft slip ring (51), (do not mark on the figure) on the wheel slip ring shaft of follower gear (57), insurance dog hole (50) is on transmission case, guide gear (45) (56) is installed in the STB front end of flag sleeve pipe (48) top, with the master, follower gear relatively also at grade, the guiding wheel shaft insulate with nylon jacket (46) insulating frame (40) and STB, with spring (47) to the back-end with the wheel shaft bullet, withstand on the delay circuit NE555 changeover switch (42) of bootstrapping, when wind is arranged, flag face pulling hoist makes spring (47) compression, power transmission shaft forward, changeover switch (42) upset, dc source is incorporated into the circuit of bootstrapping (64) from the electrode slice (43) on guide gear (53) wheel shaft, the motor (41) of bootstrapping is upside down in the STB, motor scroll bar (37) reach under the STB and turbine (36) meshing, sheave (38) is coaxial to be fixed on the turbine (36).Steel core one end in the pelletron (39) is gone up the other end around sheave (38) and is locked on last chain pearl, pelletron (39) is stretched out under STB backward, the riveting of flag cover bayonet lock (55) is on the STB lining, respectively open " L " shape groove in both sides, flag sleeve pipe (48) upper end, STB is just thrown off the flag sleeve pipe along pulling out on the L groove, be inserted in national flag along the flag sleeve pipe, allow the flag cover hang on the bayonet lock (54,55) at two ends up and down.

In example shown in Figure 5, guide rail (1) (5) is fixed on flagpole (33) and the outer tube (32), hoist is stuck on the guide rail, the pelletron (39) of bootstrapping stretches out below the hoist STB backward, it is suitable for reading that silvery white glass cover (22) is fixed on outer tube (32), following auxiliary catch (3) inserts transmission case (53) top, the hook of insuring (21) insertion machine top box top.

In example shown in Figure 6, after the civil power 220V step-down, can obtain the 5-18V DC voltage, to regulate flagraising speed through regulating circuit, when changeover switch (61) places the flagraising position, guide rail (1) left side tooth bar is anodal, and motor just changes, and hoist is to rising, national anthem circuit (65) is connected by diode D simultaneously, when hoist rose to the top, cut-off switch (18) K1-1, closed K1-2 made the rotary rail outage, and lift, national anthem stop.When changeover switch (61) places the position of lowering flag, the upset of main guide rail electrode, electromagnet (13), the motor that resets (7) through diode D2 switch (28) connect rotation, armature (15) is inhaled down, guide rail by secondary stop pin reset locking after, switch (28) disconnects, electromagnet (13), motor (7) stop, elastic electrode (9) diode D1 connects rotary rail electrode (5), the motor counter-rotating, and hoist descends, main stop pin locking, secondary stop pin is freed.When pressing the button of flying at half-mast (60), the relay J adhesive, the JK closure, power supply inserts guide rail through JK and the normally closed contact that closes of J2K with flagraising polarity, repeats the flagraising process, because K1-2 is closed, relay (71) adhesive of program circuit (68) of flying at half-mast makes the upset of J2K contact, the guide rail electrode is the polarity of lowering flag, if the guide rail dislocation then repeats reseting procedure, after resetting, the IC2 funeral music chip circuit (59) of the program circuit of flying at half-mast (68), IC3NE555 postpones 15 seconds circuit (70), IC1 NE555 postpone 150 seconds circuit (69) start simultaneously, and begin to lower flag, after 15 seconds, (70) circuit NE555 upset, J3 adhesive J3K cuts off the guide rail power supply, and lowering flag stops, and makes national flag be parked in flagpole 2/3 place, when funeral music stops, delay circuit NE555 upset in (69) 150 seconds, J1 adhesive J1K (67) cuts off the program general supply of flying at half-mast, and finishes.Automatic lighting circuit at night (66) is with light resistor control controllable silicon trigger voltage, makes the silicon bridge conducting or ends, control bulb (23) bright, go out.Circuit (64) power supply of bootstrapping inserts guide rail, when calm, the normally closed contact that closes of changeover switch (42) is connected the IC4NE555 power supply, the 3 high level triode turn-on relay J4 adhesives of NE555 pin, motor just changes, tension pelletron steel core, the flag face is launched, uprise current potential after the charging of NE5552 pin after 10 seconds, make the NE555 upset, pin 3 low levels, relay discharges, motor stops, when wind is arranged, and the normally open contact closure of changeover switch (42), connect the IC5NE555 power supply and make relay J 5 adhesives, the motor counter-rotating, the pelletron pine, motor stops after 10 seconds.

Claims

1, a kind of intelligent multifunction national flag flagpole, national flag is along the flagpole lifting rail, calmly bootstrap, rotation with the wind, it is characterized in that: flagpole top is tooth bar guide rail magnetoelectricity spinning reduction sleeve pipe, and two-sided tooth bar guide rail is fixed on the flagpole, and hoist is along lifting rail, the pelletron formula mechanism of bootstrapping is installed in the hoist top box, and the control of intelligent program circuit is flown at half-mast.

2, intelligent multifunction national flag flagpole according to claim 1, it is characterized in that: the reset sleeve rotating mechanism, be installed in the sleeve pipe on flagpole top, interior pipe inserts main flagpole 300mm suitable for reading, top installation shaft bolster and bearing, below bearing bracket stand, hug the wide 60mm window of outage 300mm, outer tube is identical with the flagpole back cut diameter, top fixed disc pedestal, cover on inner pipe, connect with vertical shaft, fastening with nut, flagpole is interface tube gap 1mm up and down, internal and external casing gap 1.5mm, vertical shaft lower end support, axial order is installed electromagnet, the non-directional motor that per minute 6 changes, at iron splined shaft centre position fixed electromagnet disk armature, the splined hole of vertical shaft lower end is inserted in the upper end, electromagnet is inserted apart from 10mm position, bottom surface in the lower end, the motor brass spline is axially gone up and is inserted electromagnet 10mm, just contact the splined hole of splined shaft lower end, internal and external casing master stop pin lever bracket, be fixed on the outer tube pedestal, (10) font master stop pin lever transverse arm one end is fixing with axle, one end stretches out outer tube, and insert in the outer tube pedestal hole main stop pin upper end, and the lower end is stretched in the interior tubular axis bolster hole, the horizontal steel disc of main stop pin is depressed the switch that is fixed on the bearing bracket stand, secondary stop pin lever bracket is fixed on the pipe electromagnet the side in, and crossed strip leans against on the armature the horizontal secondary stop pin in lever lower end on withstanding on lever, insert inner orifice, the outer tube corresponding aperture is a lock hole, and the guide rail reset switch is fixed on below the bearing bracket stand, withstands on secondary stop pin lever upper end, the guide rail elastic electrode is fixed on the inner tubal wall of motor side, and the inner tubal wall opening makes outside the electrode protruded tube and contacts with the two-sided tooth bar of outer tube guide rail contact.

3, intelligent multifunction national flag flagpole according to claim 1, it is characterized in that: hoist, a dc motor is inverted in flag loop bar lower end, with turbine worm power is reached the outer driving gear of transmission case, at casing center line offside wheel shaft and follower gear is installed equidistantly, tooth top is apart from 14mm, STB center line symmetry is installed 2 wheel shafts and gear in flag loop bar upper end, and tooth top is apart from 14mm, and 4 gears are on same plane, its wheel shaft all insulate with STB, is motor, the circuit electrode of bootstrapping.

4, intelligent multifunction national flag flagpole according to claim 1 is characterized in that: guide rail, adopt the aluminium alloys tooth bar, and to being connected into the two-sided tooth bar of mutually insulated, the thick 4mm of wide 18mm is with wide 7mm with resin glue

The shape stainless steel strip is to being set to

Shape, at interval 10mm adheres to a corrosion resistant plate with the resin glue insulation on (recessed) type stainless steel strip, makes the wide 24mm of protection thickness of slab 2mm, and is attached on the two-sided tooth bar and forms guide rail, and insulating mounting is on flagpole, on the outer tube.

5, intelligent multifunction national flag flagpole according to claim 1, it is characterized in that: the pelletron formula flag face mechanism of bootstrapping, be installed in the hoist top box, spring housing is on the guide gear wheel shaft, the insulation of gear shaft and STB is also withstood the changeover switch of 2 integrated circuit NE555, the motor upside-down mounting is in STB, turbine wheel shaft puts in flag loop bar and the STB tube connector meshing with turbine, the coaxial installation sheave of turbine, insert in the cloth cover of making flag face top in the hole under the nylon pelletron slave top box, pelletron steel core one end is on sheave, and an end is fixed on first chain pearl.

6, intelligent multifunction national flag flagpole according to claim 1, it is characterized in that: the sequence circuit of flying at half-mast, the normally open contact parallel connection of telegraph key and relay of flying at half-mast connects dc source through relay coil, two normally open contacts insert guide rail electrode throw over relay normally closed interlock with dc source in addition, guide rail is flagraising polarity, the national anthem chip connects diode cathode by the guide rail positive pole, diode cathode meets three terminal regulator 78L05 and is connected to national anthem ISD2500 chip again, flagraising shutdown switch and diode parallel connection, positive terminal connects the rotary rail positive pole through the elastic electrode sheet, negative pole termination main guide rail positive pole, the master is revolved the guide rail negative pole and is connected by elastic electrode, reversing switch and throw over relay series connection, one termination sequence circuit negative pole, one termination power positive pole, motor and electromagnet parallel connection reset, one termination guide rail negative pole, one terminating diode positive pole, diode cathode connects the guide rail positive pole, 15 seconds delay circuit ICNE555,150 seconds delay circuit ICNE555, funeral music IC circuit ISD2500 positive pole connects guide rail throw over relay normally open contact one end through three terminal regulator respectively, and 15 seconds circuit relays, circuit relay directly connect normally open contact in 150 seconds, another termination rotary rail negative pole of normally open contact.