CN201233703Y - Lifting advertisement board - Google Patents
Lifting advertisement board Download PDFInfo
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- CN201233703Y CN201233703Y CNU2008201222536U CN200820122253U CN201233703Y CN 201233703 Y CN201233703 Y CN 201233703Y CN U2008201222536 U CNU2008201222536 U CN U2008201222536U CN 200820122253 U CN200820122253 U CN 200820122253U CN 201233703 Y CN201233703 Y CN 201233703Y
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Abstract
The utility model relates to a lifting type billboard which comprises a hollow upright post, a billboard bracket and a winch provided with a normal/reversed rotation relay that drives a motor to conduct normal rotation or reversed rotation; a hollow cylinder capable of sliding upwards and downwards along the upright post is sleeved on the upright post and fixedly connected with the billboard bracket; meanwhile, a fixed pulley is arranged at the upper end part of the upright post; and the cable free end of the winch after being wound around the fixed pulley is connected with the hollow cylinder. As the winch can drive the motor to conduct normal and reversed rotation and the fixed pulley can be used to the advantage of the utility model, the billboard bracket can be lifted or lowered according to necessity. Therefore, whether the billboard needs to be installed or removed or the billboard requires repair and change, the winch can be turned on to drive the billboard bracket to move downwards, thereby reducing installation and maintenance expenses and improving the safety of operation. Meanwhile, the utility model is easy, convenient and rapid to control. Relying on the real-time monitoring by the anemoscope, the billboard bracket can be lowered automatically and in a timely manner, thereby preventing the billboard from being damaged. Therefore, the utility model has the advantages of good controllability, easy operation and control and better practical value.
Description
Technical field
The utility model relates to a kind of billboard, specifically refers to a kind of lift large board of installing and removing, safeguarding be convenient to.
Background technology
Billboard is to be used for transmitting to the public a kind of device of advertising message, and by different demands, it can make various forms.Wherein more commonly be built up in the large board of occasions such as arterial traffic, transport hub, the bill-board support of this large board is supported on single column or the many columns usually, can be divided into the billboard of single face, two-sided, multiaspect again by its board face.Because such advertisement board structure is simple, makes easily, and can attract pedestrian's notice again, thereby be widely used.But find in actual use: owing to be fixedly connected between bill-board support and the column, thereby, install, the dismounting billboard and billboard between the operating period maintenance and when changing, all need workmen and preparation of construction to carry out work high above the ground, obviously, this has brought great inconvenience to operation on the one hand, also the workmen has been brought potential safety hazard on the other hand.And under strong wind weather, this billboard that is in the higher position also can't change the height of self along with the wind scale size, therefore appear at the phenomenon that billboard is decreased even column is blown down under the inclement weather easily, this has caused unnecessary loss not only for advertiser and producer, returns the pedestrian simultaneously and has brought great potential safety hazard.And to eliminate such defective, often increasing the column size, to improve the bill-board support material and wait the wind load requirement of satisfying under the strong wind weather, but such scheme, can improve the construction cost of billboard significantly.
At above-mentioned present situation, someone designs a kind of liftable billboard, be " a kind of liftable billboard " of the CN200969193Y scheme disclosing as Chinese patent Granted publication number, this billboard comprises a pair of head tree at least, be used for fixing the head tree bracing or strutting arrangement and be fixed on a pair of scalable cylinder on the corresponding head tree, each flexible cylinder is made up of the multistage cylinder of telescopic antenna formula, is provided with panel between the scalable cylinder of two correspondences.During use, can be by telescopic mast at lower position installation panel, and then panel risen to eminence, overcome the danger of work high above the ground and the inconvenience of mounting or dismounting with this.But when practical operation, after installing panel on the flexible cylinder topmost, need flexible cylinder is topmost upwards extracted out from the flexible cylinder of next stage.Obviously, finishing such operation wastes time and energy equally, when especially being applied in this scheme on the large-scale billboard, it is extremely difficult wanting with manually finishing this rising function, and the oscilaltion of billboard is finished by artificial mounting or dismounting, speed is slower, can't in time carry out rapid reaction according to the wind scale size, thereby such billboard still need await further improvement.
The utility model content
Technical problem to be solved in the utility model is the present situation at prior art, and a kind of both be convenient to mounting or dismounting and maintenance are provided, and can realize the up-down billboard of lifting again easily, quickly.
The utility model solves the problems of the technologies described above the technical scheme that is adopted: this up-down billboard comprises the column and the bill-board support of hollow, it is characterized in that: windlass also is installed, this windlass includes motor and just opens the motor forward or reverse, the counter-rotating relay, on described column, be arranged with the hollow cylinder that can slide up and down along this column, and this hollow cylinder is connected mutually with above-mentioned bill-board support, simultaneously be provided with fixed pulley in the upper end of described column, the drag-line free end on the above-mentioned windlass is connected in described hollow cylinder after walking around above-mentioned fixed pulley.
As priority scheme of the present utility model, preferably be provided with a plurality of rollers that roll in the column outer wall on the described hollow cylinder, can avoid the collision between the two like this, guarantee the smooth slip of hollow cylinder on column.
As another kind of priority scheme of the present utility model, between hollow cylinder and column, can also be provided with guide piece.This guide piece can be made up of two angle sheaves that are axially disposed within the guide rail on the described column outer wall and be positioned on the described hollow cylinder, has wherein formed the gathering sill that matches with described guide rail between two angle sheaves.Also can replace angle sheave, play a guide effect preferably so that move up and down to hollow cylinder with guide plate.
In above-mentioned each scheme, can also between described column and hollow cylinder, locking and fixing device be set, this locking and fixing device can include two locating pieces and the lock pin that is fixed on described column outer wall and has lockhole, electromagnetic driver and lock pin is had all the time be inserted into the spring of trend in the lockhole, wherein form a chute between two locating pieces, and on the inwall of described hollow cylinder, axially be provided with the lockplate that can be inserted in the above-mentioned chute, have on this lockplate and the corresponding axial long hole of above-mentioned lockhole, above-mentioned lock pin head is corresponding to described lockhole, and afterbody and described spring offset, and under the electromagnetic driver off-position, this lock pin can be inserted in the lockhole of each locating piece, and get under the electricity condition at described electromagnetic driver, this lock pin breaks away from described chute.
Perhaps, above-mentioned lockpin ventilating is crossed connecting rod and is promoted, be that locking and fixing device can include two locating pieces that are fixed on described column outer wall and have lockhole, stationary shaft and lock pin, electromagnetic driver, spring and first connecting rod, second connecting rod, wherein form a chute between two locating pieces, and on the inwall of described hollow cylinder, axially be provided with the lockplate that can be inserted in the above-mentioned chute, have on this lockplate and the corresponding axial long hole of above-mentioned lockhole, above-mentioned lock pin head is corresponding to described lockhole, and an end of afterbody and above-mentioned first connecting rod is hinged, the other end of this first connecting rod is hinged with above-mentioned second connecting rod, the other end of described second connecting rod is nested with rotationally on described stationary shaft, and above-mentioned both ends of the spring is connected between this first connecting rod and the second connecting rod, the other end of this second connecting rod also is connected with one and is subjected to above-mentioned electromagnetic driver, spring controlled slide bar, under described electromagnetic driver off-position, this lock pin can be inserted in the lockhole of each locating piece, and get under the electricity condition at described electromagnetic driver, this lock pin breaks away from described chute.
The mode that perhaps above-mentioned lockpin ventilating is crossed rotation realizes, be that described locking and fixing device includes two fixed blocks that are fixed on described column outer wall, stationary shaft and lock pin, electromagnetic driver, spring and connecting rod, wherein form a chute between two fixed blocks, each fixed block upper edge has locating slot, and on the inwall of described hollow cylinder, axially be provided with the fixed head that can be inserted in the above-mentioned chute, have on this fixed head lower edge and the corresponding axial long recess of above-mentioned locating slot, one end of above-mentioned lock pin and connecting rod fix and are integral, and be nested with jointly on described stationary shaft, the other end of described connecting rod then is connected with one and is subjected to above-mentioned electromagnetic driver, spring controlled slide bar, under described electromagnetic driver off-position, this lock pin can be turned in the locating slot of each fixed block, and getting electricity condition at described electromagnetic driver, this lock pin deviates from described chute.After adopting above-mentioned each locking and fixing device structure, when the hollow posts body moved to the column top, the weight of billboard can all be born by lock pin, thereby can improve the serviceable life of drag-line and the reliability of work.
What be highly profitable is, be provided with first trigger switch of the motor stall of the above-mentioned windlass of may command when described hollow cylinder descends in column lower end portion, then be provided with the motor stall that when described hollow cylinder rises, can control windlass simultaneously, the 3rd trigger switch of electromagnetic driver outage in the upper end of described column.By the action of corresponding trigger switch, control the work of windlass motor exactly.Simultaneously in order to shorten the conduction time of electromagnetic driver, get the second electric trigger switch can also being fixed with on the column to be arranged in below the described locking and fixing device and can to trigger described electromagnetic driver at described hollow cylinder uphill process.Make hollow cylinder in closing on locking and fixing device, it is electric to allow electromagnetic driver get, and attracts lock pin, makes it break away from chute, so that lockplate enters in the chute.
An anemoscope be can also comprise and the motor of described windlass and the control device of described electromagnetic driver work controlled according to the wind velocity signal of anemoscope measurement, the control signal of first trigger switch, the control signal of second trigger switch, the control signal of the 3rd trigger switch.Control device utilizes the control signal of control signal, the 3rd trigger switch of air speed value that anemoscope real-time monitors, first trigger switch with the decline or the rising of control hollow cylinder, can overcome the phenomenon that billboard is decreased by big wind like this; Utilize second trigger switch control signal control electromagnetic driver outage and electric, can shorten conduction time of electromagnetic driver.
As improvement, described control device can comprise main control unit, signal conversion unit, the 4th trigger switch that the control billboard rises, the 5th trigger switch that the control billboard descends and with the door chip, described first trigger switch links to each other with two input ends of door chip with described respectively with described the 4th trigger switch, describedly link to each other with first signal input part of described main control unit with the output terminal of door chip, described second trigger switch links to each other with the secondary signal input end of described main control unit, described the 3rd trigger switch links to each other with the 3rd signal input part of described main control unit, described the 5th trigger switch links to each other with the 4th signal input part of described main control unit, described anemoscope links to each other with the 5th signal input part of described main control unit by signal conversion unit, described first trigger switch links to each other with the 6th signal input part of described main control unit, first signal output part of described main control unit links to each other with described electromagnetic driver, the secondary signal output terminal of described main control unit links to each other with the just commentaries on classics relay of described windlass, and the 3rd signal output part of described main control unit links to each other with the counter-rotating relay of described windlass.
Described column upper end can also be provided with power supply and decide contact, decides the power supply moving contact that contact plugs and be fixed with on described hollow pillar stand with this power supply, makes advertisement energized successfully when the normal position.
Compared with prior art, because the utility model can utilize the effect of the motor positive and inverse and the fixed pulley of windlass, can as required bill-board support be risen or fall, thereby mounting or dismounting maybe need to billboard safeguard, when changing, can start windlass descends bill-board support, thereby both reduced installation, maintenance cost, and improved the security of operation again, control is simultaneously got up easily, easily and fast.In addition, by means of the real-time monitoring of anemoscope, in case know when measuring wind speed above the Line Segment Bill Board Design requirement, bill-board support automatically in time can descend, in order to avoid cause the damage of billboard, so the utility model controllability is good, easy operating control and have good practical values.
Description of drawings
Fig. 1 is the structural representation of the utility model first embodiment;
Fig. 2 is for removing the structural representation behind the bill-board support among Fig. 1;
Fig. 3 is the structural representation of Fig. 2 hollow cylinder after descending;
Fig. 4 is the vertical view of Fig. 2;
Fig. 5 is the structural representation of the guide piece between Fig. 2 central post and the hollow cylinder;
Fig. 6 is the enlarged diagram of I part (locking and fixing device) among Fig. 2;
Fig. 7 is the side view of Fig. 6;
Fig. 8 is the structural representation of lockplate among Fig. 7;
Fig. 9 is the structural representation when locking and fixing device is removed locking among Fig. 6;
Figure 10 is that A among Fig. 1 is to structural representation;
Figure 11 is that B-B among Figure 10 is to cut-open view;
Figure 12 is that C-C among Figure 10 is to cut-open view;
Figure 13 is equipped with the location map of three limit switches for the external table of Fig. 2 center pillar;
Figure 14 is the circuit logic diagram of control device;
Figure 15 is the process flow diagram of the utility model control method;
Figure 16 is the process flow diagram of billboard rising processing procedure among Figure 15;
Figure 17 is the process flow diagram of billboard decline processing procedure among Figure 15;
Figure 18 is a hollow cylinder lifting process synoptic diagram;
Figure 19 is the structural representation of locking and fixing device among the utility model second embodiment;
Figure 20 is the structural representation of locking and fixing device among the utility model the 3rd embodiment;
Figure 21 is the left view of Figure 20;
Figure 22 is the vertical view of Figure 21.
Embodiment
Embodiment describes in further detail the utility model below in conjunction with accompanying drawing.
Embodiment 1: as shown in Figures 1 to 4, this billboard comprises column 1, bill-board support 2, windlass 3, hollow cylinder 4, locking and fixing device and anemoscope 6, wherein, column 1 adopts the tubular body of hollow, ground is stood on by means of ground routinely in its lower end, and have the passway at the bottom sidewall so that in column erecting equipment; Be provided with two fixed pulleys 11 in the upper port of column 1 symmetrically.Above-mentioned windlass 3 adopts conventional structure, promptly by motor 31, shaft coupling, detent 32, speed reduction unit 33 and the drag-line 35 that is wound on the reel 34, open the just commentaries on classics relay 36 of motor 31 forward or reverse, compositions such as counter-rotating relay 37 (not shown)s, in the present embodiment, windlass is positioned at column, and be fixed on the madial wall of column lower end, certainly also can directly be fixed on the ground in the column, perhaps be fixed on the outer ground of column, at this moment, the place, passway must be equipped with a guiding fixed pulley, stretches in the column behind this fixed pulley of the guy cable rounds of windlass.For fear of exposing to the sun and rain of windlass, also be provided with umbrella shape lid 12 at the top of column.
Above-mentioned bill-board support 2 adopts more common framed structure, can be that symmetrical structure also can be an eccentric structure, this billboard can adopt two-sided or three, adopt single-sided structure in the present embodiment, back at it is solidly fixed mutually with above-mentioned hollow cylinder 4, and hollow cylinder 4 is set on the above-mentioned column 1, and drag-line 35 free ends of windlass are divided into two strands by connector, and these two strands of drag-lines are walked around the upper end that is connected in this hollow cylinder 4 behind the fixed pulley 11 of above-mentioned correspondence respectively.Along with the rotating of windlass motor, can spur hollow cylinder 4 like this, hollow cylinder 4 is slided up and down along column 1 outer wall by drag-line.Move more reposefully in order to ensure hollow cylinder 4 simultaneously, be provided with the four rolling 41 that rolls in column 1 outer wall in the bottom of hollow cylinder.Between hollow cylinder and column, also be provided with guide piece, here, this guide piece is formed by being axially disposed within guide rail 13 on the described column outer wall and two angle sheaves 42 that are positioned on the hollow cylinder inwall, as shown in Figure 5, wherein formed the gathering sill that matches with guide rail 13 between two angle sheaves 42.Certainly, this gathering sill also can be formed by two guide plates 43 that are fixed on hollow cylinder 4 inwalls.After adopting such structure, both can avoid the collision between hollow cylinder 4 and the column 1, and can guarantee that again hollow cylinder 4 can not rotate with respect to column 1, made that the elevating movement of billboard is more reliable and more stable under weather that wind is arranged or external force effect.
When bill-board support 2 moves to column 1 top, can drag-line be braked by the detent 33 of windlass self, the weight of billboard is all born by drag-line, but consider the reliability of drag-line serviceable life and work, also be provided with three locking and fixing devices in the present embodiment, each locking and fixing device includes two locating pieces 14 and the lock pin 15 that is fixed on the column outer wall and has lockhole again, electromagnetic driver 16 and lock pin is had all the time be inserted into the spring 17 of trend in the lockhole, see also Fig. 2, Fig. 6 to Fig. 9, wherein form a chute between two locating pieces 14, and on the inwall of hollow cylinder 4, axially be provided with the lockplate 44 that can be inserted in the above-mentioned chute, have on this lockplate 44 and the corresponding axial long hole 441 of above-mentioned lockhole, above-mentioned lock pin 15 heads are corresponding to lockhole, and afterbody and spring 17 offset.During use, when the 441 the latter half holes of the axial long hole on the lockplate 44 are corresponding with the lockhole of both sides, discharge lock pin 15 after electromagnetic driver 16 dead electricity, lock pin 15 is being horizontally through each lockhole and is being sandwiched in axial long hole between two lockholes under the effect of spring 17, and then the motor counter-rotating of control windlass, allow the hollow cylinder 4 a bit of distance that descends, the load of drag-line is laid down, at this moment, the upper edge of lock pin and axial long hole offsets, see also part shown in the dotted line of Fig. 8, the weight of billboard is dropped on the lock pin 15 fully.In case and billboard be need descend the time, make the billboard a bit of distance that rises earlier, the load on the lock pin is laid down, electromagnetic driver 16 is got, this lock pin promptly bounces back under the effect of electromagnetic attraction and breaks away from chute, sees also Fig. 9, and hollow cylinder can move freely again like this.
In order to ensure the reliable connection of power supply between advertising framework and the column, also be provided with power supply in the column upper end and decide contact 7, decide the power supply moving contact 8 that contact plugs and be fixed with this power supply at the hollow pillar stand top.See also Figure 10 to Figure 12, power supply is decided contact and power supply moving contact and is connected in separately cable respectively, and when the hollow posts body rose to the column top, the power supply moving contact was decided contact with power supply and contacted 8 together, make the power turn-on between advertising framework and the column, so that provide normal illumination for billboard.
In the process of the upper and lower lifting of hollow pillar stand, can control the motor stall of windlass by the time relay, but it is more accurate in order to control, be provided with the first trigger switch 9a of the motor stall of the above-mentioned windlass of may command when hollow cylinder descends in column outer wall bottom, the upper end of column then is provided with the motor stall that can control windlass when hollow cylinder rises simultaneously, the 3rd trigger switch 9c of electromagnetic driver outage.Simultaneously in order to save the energy, get the second electric trigger switch 9b also being fixed with on the column outer wall to be arranged in below the locating piece and can to trigger electromagnetic driver at the hollow cylinder uphill process, see also Figure 13.Each trigger switch is made up of the limit switch that is installed in the block on the hollow cylinder and be positioned on the column, and limit switch can adopt touch switch, and as travel switch, the mechanical contact of touching travel switch by block sends signal.Each limit switch also can adopt contactless, as common tongue tube, and photo-electric, inductive switch etc.
When considering strong wind weather, can control billboard automatically descends, in the present embodiment, on advertising framework, also be provided with the control signal of above-mentioned anemoscope 6 and the wind velocity signal of measuring according to anemoscope, the first trigger switch 9a, the control signal of the second trigger switch 9b, the control signal of the 3rd trigger switch 9c and control control device 10 (not shown)s of windlass 3 and electromagnetic driver 16 work.Control device 10 can be installed in the column, also can be installed in a certain position on the basal plane.Anemoscope 6 can be monitored wind speed in real time, and the wind velocity signal that records fed back to electrical control gear 10, the control signal of the wind velocity signal that this electrical control gear 10 is collected according to this anemoscope 6 again, the control signal of first trigger switch, the 3rd trigger switch can overcome the phenomenon that billboard is decreased by big wind like this with the decline or the rising of control hollow cylinder; Electrical control gear 10 utilize second trigger switch control signal control electromagnetic driver outage and electric, can shorten conduction time of electromagnetic driver.
Here, this control device 10 comprises main control unit 101, signal conversion unit 102, the 4th trigger switch 103 that the control billboard rises, the 5th triggering 104 that the control billboard descends, with door chip 105, referring to Figure 14, the first trigger switch 9a links to each other respectively with two input ends of door chip 105 with the 4th trigger switch 104, link to each other with first signal input part of main control unit 101 with the output terminal of door chip 105, the second trigger switch 9b links to each other with the secondary signal input end of main control unit 101, the 3rd trigger switch 9c links to each other with the 3rd signal input part of main control unit 101, the 5th trigger switch 104 links to each other with the 4th signal input part of main control unit 101, anemoscope 6 links to each other with the 5th signal input part of main control unit 101 by signal conversion unit 102, the first trigger switch 9a links to each other with the 6th signal input part of described main control unit, first signal output part of main control unit 101 links to each other with electromagnetic driver 16, the secondary signal output terminal of main control unit 101 links to each other with the just commentaries on classics relay 36 of windlass, and the 3rd signal output part of main control unit links to each other with the counter-rotating relay 37 of windlass.
In the present embodiment, it is 8051 microprocessor chip that main control unit 101 adopts models, and the P3.2 pin of this microprocessor chip links to each other with output terminal with door chip 105 as first signal input part; The P1.2 pin of this microprocessor chip links to each other with the second trigger switch 9b as the secondary signal input end; The P1.3 pin of this microprocessor chip links to each other with the 3rd trigger switch 9c as the 3rd signal input part; The P3.3 pin of this microprocessor chip links to each other with the 5th trigger switch 104 as the 4th signal input part; The P0.0-P0.7 of this microprocessor chip, P3.6, P1.0, P3.7 pin link to each other with signal conversion unit 102 as the 5th signal input part; The P1.1 pin of this microprocessor chip links to each other with the first trigger switch 9a as the 6th signal input part; The P1.6 pin of this microprocessor chip links to each other with electromagnetic driver as first signal output part; The P1.4 pin of this microprocessor chip as the secondary signal output terminal with just change relay and link to each other; The P1.5 pin of this microprocessor chip links to each other with the counter-rotating relay as the 3rd signal output part.
And signal conversion unit 102 adopts routine techniques, the converter that it is ADC0809 by a model, first phase inverter, second phase inverter, first with the door chip and second with door chip composition, anemoscope 6 links to each other with the input pin IN0 of this converter, the D0 of this converter～D7 pin links to each other with the P0.0-P0.7 of above-mentioned microprocessor chip respectively, the P3.6 pin of above-mentioned microprocessor chip behind first phase inverter, be connected in first with the door chip a wherein input end, the P1.0 pin of microprocessor chip links to each other with another input end of door chip with above-mentioned first, this first with the output terminal of door chip then with the SC of this converter, the ALE pin links to each other; The P3.7 pin of above-mentioned microprocessor chip behind second phase inverter, be connected in second with the door chip a wherein input end, the P1.0 pin of microprocessor chip links to each other with another input end of door chip with above-mentioned second, and this second then links to each other with the OE pin of this converter with the output terminal of door chip.
The control method of above-mentioned up-down billboard may further comprise the steps, referring to Figure 15
(1), default survival wind speed value, first delay time and second delay time in electrical control gear;
(2), whether the first input end signal of judging main control unit is true, judge promptly whether the 4th trigger switch that the control billboard rises and first trigger switch of controlling the windlass stall open simultaneously, if, then main control unit output control signal is connected the just commentaries on classics relay of windlass, the counter-rotating relay disconnects, and enters billboard rising processing procedure; If not, enter next procedure;
(3), whether the 5th input end signal of judging main control unit is true, judge promptly whether the 5th trigger switch is opened, if then main control unit output control signal is connected the just commentaries on classics relay of windlass, the counter-rotating relay disconnects, and enters billboard decline processing procedure; If not, return step (2).
Billboard rising processing procedure may further comprise the steps in the above-mentioned steps (2), referring to Figure 16:
(21), judge that whether the secondary signal input end signal of main control unit is true, judge promptly whether second trigger switch is opened, if not, then continue to return step (21); If then main control unit output control signal gets electromagnetic driver;
(22), continue to judge whether the 3rd signal input part signal of main control unit is very, judges promptly whether the 3rd trigger switch is opened, if not, then continue to return step (22); If then main control unit output control signal makes the electromagnetic driver outage, the just commentaries on classics relay of windlass is disconnected;
(23), then main control unit output control signal is connected the counter-rotating relay of windlass, billboard begins to descend;
(24), after through the first default delay time, main control unit output control signal disconnects the counter-rotating relay of windlass;
(25), main control unit reads the wind velocity signal of the 5th signal input part, whether judges the wind velocity signal that reads more than or equal to the survival wind speed value, if not, return step (25); If enter billboard decline processing procedure.
According to said method, the uphill process of billboard is as follows: referring to Figure 18, be positioned at the reference position of column bottom when billboard, when promptly being in the first trigger switch position, opening the 4th trigger switch of control billboard rising and open, this moment, the motor of windlass just changeed, drag-line is wrapped on the reel, drag-line upwards slides along three-dimensional outer wall slowly by fixed pulley pulling hollow cylinder simultaneously, when billboard slides into second limit switch, and the action of second limit switch, electromagnetic driver gets, locking device is opened, and billboard continues upwards to slide, when billboard slides into the 3rd limit switch, the action of the 3rd limit switch, the outage of windlass motor, electromagnetic driver outage simultaneously, billboard stops, locking device cuts out, windlass motor counter-rotating then, after first delay time, billboard stops at certain fixed position, column upper end, at this moment, the load of windlass drag-line is laid down, and the upper edge of lock pin and axial long hole offsets, and the weight of billboard is dropped on the lock pin fully.Measure wind velocity signal more than or equal to the survival wind speed value if run into, then enter the decline processing procedure of billboard.
Billboard decline processing procedure may further comprise the steps in the above-mentioned steps (3), referring to Figure 17:
(31), judge that whether the 3rd signal input part signal of main control unit is true, judge promptly whether the 3rd trigger switch is opened, if not, then return step (31); If then that electromagnetic driver is got is electric for main control unit output control signal, and the just commentaries on classics relay of windlass is disconnected;
(32), then main control unit output control signal is connected the counter-rotating relay of windlass;
(33), judge that whether the secondary signal input end signal of main control unit is true, judge promptly whether second trigger switch is opened, if not, return step (32), if then main control unit output control signal makes the electromagnetic driver outage;
(34), continue to judge whether the 6th signal input part signal of main control unit is true, judges promptly whether first trigger switch is opened, if not, return step (34), if then main control unit output control signal makes the counter-rotating relay disconnection of windlass;
(35), main control unit reads first air speed value of the 5th input end, whether judges first air speed value less than the survival wind speed value, if not, return step (35); If start the timer of timing, and enter next step for the second default delay time;
(36), main control unit reads second air speed value of the 5th input end, whether judges second air speed value less than the survival wind speed value, if not, return step (35); If enter next step;
(37), judge whether timer expires, if timer expires, enter billboard rising processing procedure, if timer does not expire, return step (36).
According to said method, it is as follows to draw billboard decline process: equally referring to Figure 18, promptly when billboard stops at certain fixed position, column upper end, and the 5th trigger switch that the control billboard descends is opened, this moment, the motor of windlass just changeed, drag-line is wrapped on the reel, drag-line upwards slides along three-dimensional outer wall slowly by fixed pulley pulling hollow cylinder simultaneously, when billboard slides into the 3rd limit switch, the action of the 3rd limit switch, billboard stops, electromagnetic driver in the locking device gets, lock pin promptly bounces back under the effect of electromagnetic attraction and breaks away from chute, the windlass motor begins counter-rotating then, make and be wrapped in that drag-line is released on the reel, drag-line makes hollow cylinder blow slowly to lower slider along the column outer wall by fixed pulley simultaneously, when billboard slides into second limit switch, the action of second limit switch, the electromagnetic driver outage, locking device is opened, and billboard continues to lower slider, when sliding into first limit-switch positions under the billboard, the action of first limit switch, the outage of windlass motor.At this moment, billboard is positioned at the reference position of column bottom, measures wind velocity signal more than or equal to the survival wind speed value if run into, and billboard continues slack, if in delay time, measure wind velocity signal and then enter billboard rising processing procedure less than the survival wind speed value all the time.
Embodiment 2: as shown in figure 19, itself and the above-mentioned first embodiment difference are locking and fixing device, this locking and fixing device includes two locating pieces 14, stationary shaft 20 and lock pin 15, electromagnetic driver 16, spring and first connecting rod 18a, the second connecting rod 18b in hole with lock, wherein two locating pieces 14 are fixed on column 1 outer wall, and form a chute between two locating pieces 14; And on the inwall of hollow cylinder 4, axially be provided with the lockplate 44 that can be inserted in the above-mentioned chute, have on this lockplate 44 and the corresponding axial long hole 441 of above-mentioned lockhole, above-mentioned lock pin 15 heads are corresponding to described lockhole, and the end of afterbody and above-mentioned first connecting rod 18a is hinged, the other end and the second connecting rod 18b of this first connecting rod 18a are hinged, the other end of second connecting rod 18b is nested with rotationally on described stationary shaft 20, this stationary shaft 20 is positioned on the column, and the two ends of above-mentioned spring are connected in first connecting rod 18a respectively, the middle part of second connecting rod 18b makes first connecting rod and second connecting rod have relative trend of separating all the time.Be subjected to above-mentioned electromagnetic driver 16, spring controlled slide bar 19 and the other end of this second connecting rod 18b also is connected with one, promptly get under the electric state, under the effect of electromagnetic force, move on the slide bar at electromagnetic driver; And under the state of electromagnetic driver dead electricity, under the effect of spring restoring force, promote the relative second connecting rod of first connecting rod to launch, promote slide bar simultaneously to move down, just this spring also makes slide bar have the trend that moves down all the time.
During use, when the 441 the latter half holes of the axial long hole on the lockplate 44 are corresponding with the lockhole of both sides, discharge slide bar 19 after electromagnetic driver 16 dead electricity, slide bar 19 moves down in the effect of spring restoring force, and the promotion second connecting rod rotates counterclockwise around stationary shaft, drive first connecting rod thereupon and rotate, drag lock pin then and pass each lockhole and be sandwiched in axial long hole between two lockholes.And then the motor counter-rotating of control windlass, allow the hollow cylinder 4 a bit of distance that descends, the load of drag-line is laid down, at this moment, the upper edge of lock pin and axial long hole offsets, and the weight of billboard is dropped on the lock pin 15 fully.In case and billboard is need descend the time, make the billboard a bit of distance that rises earlier, load on the lock pin is laid down, it is electric that electromagnetic driver 16 is got, and this lock pin promptly moves up under the effect of electromagnetic force, promotes second connecting rod thereupon and clockwise rotates around stationary shaft, then driving first connecting rod rotates, first connecting rod pulling lock pin bounces back and breaks away from chute, sees also the dotted portion among Figure 19, and hollow cylinder can move freely again like this.
Embodiment 3: extremely shown in Figure 22 as Figure 20, itself and the above-mentioned first embodiment difference also are the structure of locking and fixing device, this locking and fixing device includes two fixed block 14a, stationary shaft 20 and lock pin 15, electromagnetic driver 16, spring and connecting rod 18c, wherein, two fixed block 14a are fixed on column 1 outer wall, form a chute between the two fixed block 14a, each fixed block upper edge has locating slot; And on the inwall of hollow cylinder, axially be provided with the fixed head 44a that can be inserted in the above-mentioned chute, have on this fixed head 44a lower edge and the corresponding axial long recess 442 of above-mentioned locating slot; One end of above-mentioned lock pin 15 and connecting rod 18c fix and are integral, and are nested with jointly on stationary shaft 20, and this stationary shaft is positioned on the outer wall of column; The other end of described connecting rod 18c then is connected with slide bar 19, has a stopper on this slide bar 19, the upper end of above-mentioned spring is against on this stopper, one end of spring is against on the shell of electromagnetic driver, makes slide bar beginning bar have the trend that moves up all the time, and this slide bar also is subjected to the control of above-mentioned electromagnetic driver 16 simultaneously, promptly get under the electric state at electromagnetic driver, under the effect of electromagnetic force, slide bar moves down, and compression spring; And under the state of electromagnetic driver dead electricity, slide bar moves under the effect of spring restoring force, that is to say, slide bar 19 is the control that is subjected to electromagnetic driver and spring.
During use, when the axial long recess 442 on the fixed head 44a moves to the top of fixed block 14a, see also Figure 21, discharge slide bar 19 after electromagnetic driver 16 dead electricity, slide bar 19 rises in the effect of spring, and promote connecting rod 18c and rotate counterclockwise around stationary shaft 20, drive lock pin 15 thereupon and rotate counterclockwise around stationary shaft 20, this lock pin is turned in the locating slot of each fixed block.And then the motor counter-rotating of control windlass, allow the hollow cylinder 4 a bit of distance that descends, the load of drag-line is laid down, at this moment, lock pin 15 offsets with the axial upper edge of long recess 442, and the weight of billboard is dropped on the lock pin 15 fully.In case and billboard is need descend the time, make the billboard a bit of distance that rises earlier, load on the lock pin is laid down, electromagnetic driver 16 is got, this slide bar 19 promptly moves down under the effect of electromagnetic force, and drivening rod 18c clockwise rotates around stationary shaft 20 thereupon, drives lock pin 15 then and clockwise rotates around stationary shaft 20, make lock pin 15 deviate from chute, hollow cylinder can move freely again like this.
Claims (10)
1, a kind of up-down billboard, the column (1) and the bill-board support (2) that comprise hollow, it is characterized in that: windlass (3) also is installed, this windlass (3) includes motor (31) and just opens the motor forward or reverse, the counter-rotating relay, on described column (1), be arranged with the hollow cylinder (4) that can slide up and down along this column, and this hollow cylinder is connected mutually with above-mentioned bill-board support (2), simultaneously be provided with fixed pulley (11) in the upper end of described column, the drag-line on the above-mentioned windlass (35) free end is connected in described hollow cylinder (4) after walking around above-mentioned fixed pulley (11).
2, up-down billboard according to claim 1 is characterized in that: described hollow cylinder is provided with a plurality of rollers (41) that roll in described column (1) outer wall.
3, up-down billboard according to claim 1 and 2 is characterized in that: also be provided with guide piece between described hollow cylinder (4) and the column (1).
4, up-down billboard according to claim 3, it is characterized in that: described guide piece is made up of two angle sheaves (42) that are axially disposed within the guide rail (13) on the described column outer wall and be positioned on the described hollow cylinder, has wherein formed the gathering sill that matches with described guide rail (13) between two angle sheaves (42).
5, up-down billboard according to claim 1, it is characterized in that: also between described column and hollow cylinder, be provided with locking and fixing device, so that described hollow cylinder is when moving to the column top, this locking and fixing device bears the weight of described billboard.
6, up-down billboard according to claim 5, it is characterized in that: described locking and fixing device includes two locating pieces (14) and the lock pin (15) that is fixed on described column outer wall and has lockhole, electromagnetic driver (16) and spring (17), wherein form a chute between two locating pieces (14), and on the inwall of described hollow cylinder, axially be provided with the lockplate (44) that can be inserted in the above-mentioned chute, have on this lockplate (44) and the corresponding axial long hole of above-mentioned lockhole (441), above-mentioned lock pin (15) head is corresponding to described lockhole, and afterbody and described spring (17) offset, and under electromagnetic driver (16) off-position, this lock pin (15) can be inserted in the lockhole of each locating piece, and get under the electricity condition at described electromagnetic driver, this lock pin (15) breaks away from described chute.
7, up-down billboard according to claim 5, it is characterized in that: described column (1) bottom is provided with first trigger switch (9a) of the motor stall of the above-mentioned windlass of may command when described hollow cylinder descends, and then is provided with the motor stall that can control windlass when described hollow cylinder rises simultaneously, the 3rd trigger switch (9c) of electromagnetic driver (16) outage in the upper end of described column (1).
8, up-down billboard according to claim 7 is characterized in that: be fixed with also on the described column (1) that be arranged in described locking and fixing device below and can trigger described electromagnetic driver (16) at described hollow cylinder uphill process must electric second trigger switch (9b).
9, up-down billboard according to claim 8 is characterized in that: also comprise an anemoscope (6) and control the control device (10) of described windlass (3) and described electromagnetic driver (16) work according to the wind velocity signal of anemoscope measurement, the control signal of first trigger switch (9a), the control signal of second trigger switch (9b), the control signal of the 3rd trigger switch (9c).
10, up-down billboard according to claim 9, it is characterized in that: described control device (10) comprises main control unit, signal conversion unit, the 4th trigger switch that the control billboard rises, the 5th trigger switch that the control billboard descends and with the door chip, described first trigger switch (9a) links to each other with two input ends of door chip with described respectively with described the 4th trigger switch, describedly link to each other with first signal input part of described main control unit with the output terminal of door chip, described second trigger switch (9b) links to each other with the secondary signal input end of described main control unit, described the 3rd trigger switch (9c) links to each other with the 3rd signal input part of described main control unit, described the 5th trigger switch links to each other with the 4th signal input part of described main control unit, described anemoscope (6) links to each other with the 5th signal input part of described main control unit by signal conversion unit, described first trigger switch (9a) links to each other with the 6th signal input part of described main control unit, first signal output part of described main control unit links to each other with described electromagnetic driver (16), the secondary signal output terminal of described main control unit links to each other with the just commentaries on classics relay of described windlass, and the 3rd signal output part of described main control unit links to each other with the counter-rotating relay of described windlass.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201222536U CN201233703Y (en) | 2008-07-25 | 2008-07-25 | Lifting advertisement board |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201222536U CN201233703Y (en) | 2008-07-25 | 2008-07-25 | Lifting advertisement board |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201233703Y true CN201233703Y (en) | 2009-05-06 |
Family
ID=40620087
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008201222536U Expired - Lifetime CN201233703Y (en) | 2008-07-25 | 2008-07-25 | Lifting advertisement board |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201233703Y (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101329826B (en) * | 2008-07-25 | 2011-03-16 | 许培元 | Up-down billboard and control method thereof |
| CN105070200A (en) * | 2015-09-01 | 2015-11-18 | 国家电网公司 | Fixing device for number plate on telegraph pole |
| CN106597795A (en) * | 2016-12-19 | 2017-04-26 | 李业清 | Windproof and dustproof winding drum screen capable of realizing rising and falling adjustment |
| CN107833543A (en) * | 2017-12-16 | 2018-03-23 | 长沙志鸿文化传媒有限公司 | A kind of up-down billboard column |
| CN108877577A (en) * | 2018-06-13 | 2018-11-23 | 张超 | A kind of billboard for resisting high wind |
| CN109785773A (en) * | 2017-11-15 | 2019-05-21 | 刘海军 | Combine inserting and lift formula advertising board device |
-
2008
- 2008-07-25 CN CNU2008201222536U patent/CN201233703Y/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101329826B (en) * | 2008-07-25 | 2011-03-16 | 许培元 | Up-down billboard and control method thereof |
| CN105070200A (en) * | 2015-09-01 | 2015-11-18 | 国家电网公司 | Fixing device for number plate on telegraph pole |
| CN106597795A (en) * | 2016-12-19 | 2017-04-26 | 李业清 | Windproof and dustproof winding drum screen capable of realizing rising and falling adjustment |
| CN109785773A (en) * | 2017-11-15 | 2019-05-21 | 刘海军 | Combine inserting and lift formula advertising board device |
| CN107833543A (en) * | 2017-12-16 | 2018-03-23 | 长沙志鸿文化传媒有限公司 | A kind of up-down billboard column |
| CN108877577A (en) * | 2018-06-13 | 2018-11-23 | 张超 | A kind of billboard for resisting high wind |
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Legal Events
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20090506 Effective date of abandoning: 20080725 |