CN214600567U - Automatic algae removal device with spray head for underwater LED lamp - Google Patents

Abstract

An automatic algae removal device for an underwater LED lamp with a spray head comprises an LED lamp body, a spray head unit, a driving unit, a transmission unit and an algae scraping unit; the LED lamp body is provided with a nozzle through hole in the middle, the nozzle unit is arranged in the nozzle through hole, the driving unit is arranged below the LED lamp body and sleeved on the nozzle unit, the transmission unit is arranged on one side of the LED lamp body, the input end of the transmission unit is connected with the driving unit, and the output end of the transmission unit is connected with the algae scraping unit; the algae scraping unit is arranged above the LED lamp body; the utility model discloses a take shower nozzle under water automatic algae device that removes of LED lamp is under the condition of not destroying the former lamp body seal structure of LED, the automatic algae unit of scraping of design, make full use of the shower nozzle from the attribute of taking the water spray structure, reasonable design corresponding drive unit, in order to effectively utilize the power resource of LED lamp body bottom, perfect drive unit's design, the recombination is scraped the stable output of algae unit, realize taking the shower nozzle under water the automatic effect of removing the algae of LED lamp.

Description

Automatic algae removal device with spray head for underwater LED lamp

Technical Field

The utility model relates to an equipment automatically cleaning device under water, in particular to take shower nozzle LED lamp under water to remove algae device automatically.

Background

In order to create a better viewing effect, a plurality of landscape scenes are provided with fountains and are also provided with underwater LED lamps, and the underwater LED lamps with the spray heads are born along with the continuous development of the technology; the problems that follow are increasing. For example, too much algae garbage is generated on the surface of an LED lamp, the illumination effect is seriously influenced, the cleaning is very inconvenient, tools such as conventional cleaning cloth and sponge cannot be effectively cleaned, the algae breeding is easy to repeat, meanwhile, the algae garbage on the surface of the LED lamp cannot be effectively cleaned by a common brush, the algae garbage can be effectively cleaned only by using a scraper, an underwater LED lamp with a spray head is placed in a pool, a river, a karst cave stream and the like for a long time, the cleaning environment is complex, and the manual cleaning is very inconvenient, so the utility model discloses a scraper is arranged on the surface of the LED lamp, the driving mode is very difficult to set, the scraper cannot be effectively driven to operate, in addition, the requirement on the sealing property is high due to the underwater operation, and conventional electrical equipment cannot be directly installed; secondly, even if the algae scraping knife can be driven, the cleaned algae garbage can fall onto the surface of the LED lamp again without water flow guide, and the realized effect is also greatly reduced.

Synthesize above-mentioned problem, the problem of its lamp face alga of unable effectual clearance of the underwater LED lamp of taking the shower nozzle in prior art.

SUMMERY OF THE UTILITY MODEL

In view of this, the utility model discloses an it is effectively to clear up the problem of taking the underwater LED lamp face alga of shower nozzle.

Realize above-mentioned purpose, the utility model discloses a technical scheme be: an automatic algae removal device with a spray head underwater LED lamp comprises an LED lamp body, a spray head unit, a driving unit, a transmission unit and an algae scraping unit; the LED lamp body is provided with a nozzle through hole in the middle, the nozzle unit is arranged in the nozzle through hole, the driving unit is arranged below the LED lamp body and sleeved on the nozzle unit, the transmission unit is arranged on one side of the LED lamp body, the input end of the transmission unit is connected with the driving unit, and the output end of the transmission unit is connected with the algae scraping unit; the algae scraping unit is arranged above the LED lamp body; the LED lamp body comprises an LED lamp cover, an LED lamp surface, a lens, an LED lamp, an LED mounting base, a main control circuit board, a waterproof cable, a cable waterproof mounting head, a through hole sleeve and an LED lamp housing; the LED lamp comprises an LED lamp cover, an LED lamp surface, a through hole barrel sleeve and an LED lamp shell, wherein the LED lamp cover, the LED lamp surface, the through hole barrel sleeve and the LED lamp shell are enclosed to form a circular sealing body structure; the spray head unit comprises a spray head mounting seat, a spray head and a spray head connecting pipe; the upper end of the spray nozzle mounting seat is in threaded connection with the through hole barrel sleeve, a spray nozzle connecting pipe mounting through hole is arranged in the middle of the spray nozzle mounting seat, the spray nozzle connecting pipe is mounted in the spray nozzle connecting pipe mounting through hole, a spray nozzle movable cavity is arranged on the inner side of the upper end of the spray nozzle connecting pipe, and the spray nozzle is mounted in the spray nozzle movable cavity; the driving unit comprises a driving nozzle, a water outlet electric control valve, an impact blade, a rotating wheel arm, a driving output gear, a driving unit shell and a water drainage pipe; the driving unit shell is sleeved outside the driving nozzle and fixedly connected with the driving nozzle to form a driving cavity, one end of the driving nozzle is communicated with the nozzle connecting pipe, the other end of the driving nozzle is communicated with the driving cavity, one side of the driving nozzle communicated with the driving cavity is aligned to the impact blade, the water outlet electric control valve is installed on the driving nozzle and is electrically connected with the main control circuit board, the impact blade is arranged on the lower extension end of the runner arm, the runner arm is fixed between the nozzle connecting pipe and the driving unit shell through a bearing, meanwhile, the upper extension end of the runner arm extends out of the driving unit shell and is connected with the driving output gear, both sides of the upper extension end of the runner arm are provided with movable sealing structures, the outer side of the driving unit shell is provided with a drainage through hole to be connected with one end of a drainage pipe, and the other end of the drainage pipe is connected into the through hole barrel sleeve through a water inlet arranged at the upper end of the nozzle connecting pipe; the transmission unit comprises a transmission input gear, a speed reducer, a first transmission shaft, an intermediate output gear, an intermediate input gear, a second transmission shaft, a transmission output gear, a transmission adjusting shell and a transmission output shell; the LED lamp comprises an LED lamp cover, a first transmission shaft, a second transmission shaft, a first transmission input gear, a speed reducer and a second transmission output gear, wherein the first transmission shaft is sequentially provided with the transmission input gear, the speed reducer and the intermediate output gear, and is fixed between a transmission adjusting shell and an LED lamp shell through a bearing; scrape the algae unit including scraping knife rest, scraper and scraping the blade holder, scrape the knife rest and be the double ring shape structure, be provided with the scraper between this double ring, scraper cutting edge and the laminating of LED lamp face, scrape the outer ring outside of knife rest and be provided with the gear face, this gear face scrapes the knife rest rotation with transmission input gear meshing drive, transmission output casing is close to scraping knife rest one side and is provided with the opening that the knife rest of being convenient for stretched into transmission output casing, and both sides are provided with dynamic seal structure about this opening, scrape and are provided with antifriction bearing between knife rest fixing base and the knife rest inner ring, and the scraper holder is fixed to be set up on the LED lamp covers.

Further, the rotating coverage surface of the scraper is equal to the area of the LED lamp surface.

Furthermore, the scraper is one or more than one and is arranged between the double circular rings of the scraper frame.

Further, be provided with spring compact structure between scraper frame outer ring upside and the transmission output casing, this spring compact structure includes spring, pressure wheel seat and pinch roller, and transmission output casing is coupleed to spring one end, and the other end hookup pressure wheel seat, the pinch roller pin joint on the pressure wheel seat and with scrape the contact of scraper frame top surface, spring compact structure is a set of or more than a set of, and even interval arrangement is in scraper frame outer ring upside.

Furthermore, a driving output gear shell is arranged on the outer side of the driving output gear, and an opening communicated with the cavity of the transmission adjusting shell is formed in the driving output gear shell.

Furthermore, the number of the driving nozzles is one or more, and the driving nozzles are uniformly arranged at intervals.

Further, still be provided with between the two rings of scraper frame and scrape the blade holder, the scraper is installed on scraping the blade holder, the scraper sets up to 3 to 4.

Further, still be provided with vice blade on the scraper seat, this vice blade perpendicular to scraper sets up, and the blade holder of vice blade is installed on the scraper seat, and its cutting edge is towards the outside.

Furthermore, the drain pipe is one or more, and every drain pipe one end is followed drive unit week evenly distributed and is inserted the drive cavity, and the other end is followed shower nozzle mount pad week evenly distributed and is inserted in the through-hole cover.

Furthermore, the water outlet electric control valve can be replaced by a time delay relay control valve and is electrically connected with the main control circuit board.

The utility model discloses a take shower nozzle under water automatic algae device that removes of LED lamp's beneficial effect does: under the condition of not damaging the sealing structure of the LED original lamp body, an automatic algae scraping unit is designed, the property of a spray head with a water spraying structure is fully utilized, a corresponding driving unit is reasonably designed, the design of a transmission unit is further perfected in order to effectively utilize the power resource at the bottom of the LED lamp body, and the stable output of the algae scraping unit is combined, so that the automatic algae removing effect of the underwater LED lamp with the spray head is realized; meanwhile, the LED control circuit board is adopted to effectively and centrally control the power driving device, and particularly, the technical effects of scraping algae and discharging pollution are achieved by fully utilizing the combination of the backwater of the driving device and the algae scraping unit.

Drawings

The invention will be further described with reference to the following drawings and specific embodiments:

FIG. 1 is a schematic structural view of an automatic algae removal device with a nozzle for underwater LED lamps according to the present invention;

FIG. 2 is an enlarged schematic structural view of the main body of the underwater LED lamp automatic algae removal device with the nozzle of the present invention;

FIG. 3 is an enlarged view of part A of FIG. 2;

FIG. 4 is an enlarged view of the portion B of FIG. 2;

FIG. 5 is an enlarged view of the portion C of FIG. 2;

FIG. 6 is a schematic structural view of a scraper holder of the underwater LED lamp automatic algae removal device with a nozzle of the present invention;

FIG. 7 is a schematic view of a spring pressing structure of the automatic algae removal device with the nozzle for the underwater LED lamp of the present invention;

in the figure, 1 is an LED lamp body; 1-1 is an LED lamp cover; 1-2 is an LED lamp surface; 1-3 are lenses; 1-4 are LED lamps; 1-5 are LED mounting bases; 1-6 are main control circuit boards; 1-7 are waterproof cables; 1-8 are cable waterproof mounting heads; 1-9 is a through hole sleeve; 1-10 are LED lamp housings; 2 is a nozzle unit; 2-1 is a nozzle mounting seat; 2-2 is a spray head; 2-3 is a nozzle connecting pipe; 3 is a driving unit; 3-1 is a driving nozzle; 3-2 is an electric control valve for water outlet; 3-3 are impact blades; 3-4 is a rotating wheel arm; 3-5 are driving output gears; 3-6 are driving unit shells; 3-7 water draining pipes; 3-8 are driving chambers; 3-9 are driving output gear shells; 4 is a transmission unit; 4-1 is a transmission input gear; 4-2 is a reducer; 4-3 is a first transmission shaft; 4-4 is an intermediate output gear; 4-5 are intermediate input gears; 4-6 is a second transmission shaft; 4-7 are transmission output gears; 4-8 are transmission adjusting shells; 4-9 are transmission output shells; 5 is an algae scraping unit; 5-1 is a scraper frame; 5-1-1 is an outer ring of the scraper holder; 5-1-2 is an inner ring of the scraper holder; 5-2 is a scraper; 5-3 is a scraper seat; 5-4 is an auxiliary blade; 5-5 is a scraper holder fixing seat; 6 is a spring pressing structure; 6-1 is a spring; 6-2 is a pressing wheel seat; 6-3 is a pinch roller.

Detailed Description

As shown in fig. 1 to 7, an automatic algae removal device with a nozzle underwater LED lamp comprises an LED lamp body 1, a nozzle unit 2, a driving unit 3, a transmission unit 4 and an algae scraping unit 5; the LED lamp body 1 is provided with a nozzle through hole in the middle, the nozzle unit 2 is arranged in the nozzle through hole, the driving unit 3 is arranged below the LED lamp body 1 and sleeved on the nozzle unit 2, the transmission unit 4 is arranged on one side of the LED lamp body 1, the input end of the transmission unit 4 is connected with the driving unit 3, and the output end of the transmission unit 4 is connected with the algae scraping unit 5; the algae scraping unit 5 is arranged above the LED lamp body 1; the LED lamp body 1 comprises an LED lamp cover 1-1, an LED lamp surface 1-2, a lens 1-3, an LED lamp 1-4, an LED mounting base 1-5, a main control circuit board 1-6, a waterproof cable 1-7, a cable waterproof mounting head 1-8, a through hole sleeve 1-9 and an LED lamp housing 1-10; the LED lamp comprises an LED lamp cover 1-1, an LED lamp surface 1-2, a through hole cylinder sleeve 1-9 and an LED lamp housing 1-10, and is characterized in that a circular sealing body structure is enclosed by the LED lamp cover 1-1, the LED lamp surface 1-2, a lens 1-3, an LED lamp 1-4, the LED lamp is arranged on an LED mounting base 1-5, the LED mounting base 1-5 is connected with a main control circuit board 1-6, the main control circuit board 1-6 is electrically connected with the outside through a waterproof cable 1-7, and the waterproof cable 1-7 penetrates out of the LED lamp housing 1-10 through a cable waterproof mounting head 1-8; the spray head unit 2 comprises a spray head mounting seat 2-1, a spray head 2-2 and a spray head connecting pipe 2-3; the upper end of the spray head mounting seat 2-1 is in threaded connection with a through hole cylinder sleeve 1-9, the middle part of the spray head mounting seat 2-1 is provided with a spray head connecting pipe 2-3 mounting through hole, the spray head connecting pipe 2-3 is mounted in the spray head connecting pipe 2-3 mounting through hole, the inner side of the upper end of the spray head connecting pipe 2-3 is provided with a spray head movable cavity, and the spray head 2-2 is mounted in the spray head movable cavity; the driving unit 3 comprises a driving nozzle 3-1, an electric water outlet control valve 3-2, an impact blade 3-3, a rotating wheel arm 3-4, a driving output gear 3-5, a driving unit shell 3-6 and a water discharge pipe 3-7; the driving unit shell 3-6 is sleeved outside the driving nozzle 3-1 and fixedly connected with the driving nozzle to form a driving cavity, one end of the driving nozzle 3-1 is communicated with the nozzle connecting pipe 2-3, the other end is communicated with the driving cavity, the driving nozzle 3-1 is communicated with one side of the driving cavity and is aligned to the impact blade 3-3, the water outlet electric control valve 3-2 is arranged on the driving nozzle 3-1 and is electrically connected with the main control circuit board 1-6, the impact blade 3-3 is arranged on the lower extension end of the rotating wheel arm 3-4, the rotating wheel arm 3-4 is fixed between the nozzle connecting pipe 2-3 and the driving unit shell 3-6 through a bearing, meanwhile, the upper extension end of the rotating wheel arm 3-4 extends out of the driving unit shell 3-6 and is connected with the driving output gear 3-5, and both sides of the upper extension end of the rotating wheel arm 3-4 are provided with a dynamic sealing structure, the outer side of the driving unit shell 3-6 is provided with a water drainage through hole connected with one end of a water drainage pipe 3-7, and the other end of the water drainage pipe 3-7 is connected into a through hole cylinder sleeve 1-9 through a water inlet arranged at the upper end of a spray head connecting pipe 2-3; the transmission unit 4 comprises a transmission input gear 4-1, a speed reducer 4-2, a first transmission shaft 4-3, an intermediate output gear 4-4, an intermediate input gear 4-5, a second transmission shaft 4-6, a transmission output gear 4-7, a transmission adjusting shell 4-8 and a transmission output shell 4-9; a transmission input gear 4-1, a speed reducer 4-2 and an intermediate output gear 4-4 are sequentially arranged on a first transmission shaft 4-3, the first transmission shaft 4-3 is fixed between a transmission adjusting shell 4-8 and an LED lamp shell 1-10 through a bearing, the intermediate input gear 4-5 and a transmission output gear 4-7 are sequentially arranged on a second transmission shaft 4-6, the second transmission shaft 4-6 is arranged at one side of the LED lamp body 1 and is fixed between the transmission adjusting shell 4-8 and a transmission output shell 4-9 through a bearing, the transmission input gear 4-1 is in power connection with a driving output gear 3-5, the intermediate output gear 4-4 is in power connection with the intermediate input gear 4-5, the second transmission shaft 4-6 penetrates through the upper end of the LED lamp cover 1-1 to be provided with the transmission output gear 4-7, the transmission adjusting shell 4-8 is fixed below the LED lamp cover 1-1 and outside the driving unit shell 3-6, the transmission output shell 4-9 is fixedly arranged on the upper side of the LED lamp cover 1-1, and the transmission output gear 4-7 is arranged in the transmission output shell 4-9; the algae scraping unit 5 comprises a scraper frame 5-1, a scraper 5-2 and a scraper seat 5-3, the scraper frame 5-1 is of a double-ring structure, a scraper 5-2 is arranged between the double circular rings, the cutting edge of the scraper 5-2 is attached to the LED lamp surface 1-2, the outer side of the outer circular ring 5-1-1 of the scraper frame is provided with a gear surface, the gear surface is meshed with the transmission input gear 4-1 to drive the scraper frame 5-1 to rotate, an opening which is convenient for the scraper frame 5-1 to extend into the transmission output shell 4-9 is arranged at one side of the transmission output shell 4-9, which is close to the scraper frame 5-1, the upper side and the lower side of the opening are provided with dynamic sealing structures, a rolling bearing is arranged between the scraper frame inner circular ring 5-1-2 and the scraper frame fixing seat 5-5, and the scraper seat 5-3 is fixedly arranged on the LED lamp cover 1-1.

The utility model discloses a take shower nozzle LED lamp under water and remove algae device principle automatically: when an underwater LED lamp with a spray head opens a fountain water pipeline, the spray head 2-2 sprays water, fountain water in a spray head connecting pipe 2-3 introduces part of water into a driving chamber 3-8 through a driving nozzle 3-1, the driving nozzle 3-1 is controlled to open and close by a water outlet electric control valve 3-2, when the water outlet electric control valve 3-2 is in an open state, the driving nozzle 3-1 impacts an impact blade 3-3, the impact blade 3-3 is stressed to drive a rotating wheel arm 3-4 to rotate, the rotating wheel arm 3-4 is connected with a driving output gear 3-5, so that the driving output gear 3-5 is driven to rotate, the driving output gear 3-5 drives a transmission input gear 4-1 to rotate, the transmission input gear 4-1 introduces power into a speed reducer 4-2 through a first transmission shaft 4-3, after the rotating speed of the speed reducer 4-2 is adjusted, power is transmitted to the intermediate output gear 4-4 through the intermediate input gear 4-5 and the intermediate output gear 4-5, the power is transmitted to the transmission output gear 4-7 through the second transmission shaft 4-6 by the intermediate output gear 4-4, the transmission output gear 4-7 drives the scraper frame 5-1 to rotate, and therefore the scraper 5-2 arranged on the scraper frame 5-1 effectively cleans the LED lamp surface 1-2. When the water outlet electric control valve 3-2 is in a closed state, the spray head 2-2 continues to spray water, and the algae removal device is suspended for use.

The utility model discloses an automatic algae device that removes of LED lamp under water of area shower nozzle is provided with reduction gear 4-2, this reduction gear 4-2 can effectively avoid the great power fluctuation of drive unit 3, present fountain head is mostly for visual effect, adopt the constantly changing water pressure to form the impression of preferred, especially current music fountain, it can seriously damage drive unit 4 and scrape the structural part of algae unit 5 to its impact force when water pressure changes to than higher, so, adopt reduction gear 4-2 effectual when preventing drive power higher to the impact of structural part, and simultaneously, also provide stable suitable power input for scraping algae unit 5.

The automatic algae removal device with the spray head for the underwater LED lamp adopts two-stage shaft transmission, the first transmission shaft 4-3 is mainly used for centralized adjustment and is integrally arranged below the LED lamp body 1, and the radial width of the LED lamp body 1 cannot be increased; the second transmission shafts 4-6 transmit the adjusted power to the upper part of the LED lamp body 1, and only the second transmission shafts 4-6 increase the radial width of the very small part of the LED lamp body 1, so that the LED lamp body 1 is more compact in structure, more reasonable in functional area arrangement, more convenient and faster in integral installation, and more stable and reliable in transmission due to the fact that the automatic algae scraping device is arranged, and the aperture of the installation hole of the LED lamp body 1 is not greatly increased.

The utility model discloses an automatic algae device that removes of shower nozzle LED lamp under water adopts wet disconnect-type shell structure futilely, and drive unit casing 3-6 are independent shell structure, and all junctions all adopt waterproof sealing structure, effectively avoid the water among the drive unit 3 to spill over the structure operation that influences transmission unit 4, and independent shell structure, convenient to detach maintenance and installation assembly are all adopted to transmission adjusting housing 4-8 and transmission output casing 4-9.

The utility model discloses a take drive unit casing 3-6 of shower nozzle automatic algae removal device of LED lamp under water to connect has drain pipe 3-7, and not direct design outlet, but the water in the drive cavity flows back to through-hole barrel casing 1-9 in through-hole barrel casing 3-7, and the water that discharges into through-hole barrel casing 1-9 is discharged along through-hole barrel casing 1-9 upper end, because the central point of through-hole barrel casing 1-9 is installed shower nozzle 2-2, the water that the high pressure water that shower nozzle 2-2 spun flows into through-hole barrel casing 1-9 of drain pipe 3-7 is discharged to the periphery at through-hole barrel casing 1-9 upper end, can be used for directly dashing and scrape the filth that the algae unit was scraped, can arrange the filth rapidly, form effectual cooperation with scraping the algae unit; if the water discharging mode is not used, the water outlet of the nozzle 2-2 can form larger negative pressure when the nozzle 2-2 sprays high-pressure water, so that the dirt scraped by the algae scraping unit 5 is adsorbed to the position near the water outlet of the nozzle 2-2 by the negative pressure, a large amount of dirt is deposited in the through hole cylinder sleeve 1-9 and cannot be cleaned, and more algae dirt is bred, therefore, the automatic algae removing device with the nozzle underwater LED lamp of the utility model leads the drainage of the driving cavity to the through hole cylinder sleeve 1-9 through the drainage pipes 3-7, in the through hole of the spray head, the algae scraping unit 5 is effectively matched to clean dirt, meanwhile, the negative pressure caused in the water spraying process of the spray head 2-2 is compensated, excessive algae dirt cannot be accumulated in the through hole sleeve 1-9, a better sewage discharge flow direction in the algae removing process is formed, and the problem that only algae is scraped but dirt is not cleaned is solved.

As shown in fig. 1 to 7, the scraper 5-2 covers a surface in a rotating manner equal to the area of the LED lamp surface 1-2. The design is mainly used for effectively and comprehensively cleaning algae pollutants 1-2 on the LED lamp surface. The scraper 5-2 is one or more than one and is arranged between the scraper frame 5-1 and the double circular rings. This design scraper 5-2 is supported by two rings both ends of scraper frame 5-1, effectively guarantees that scraper 5-2 during operation atress is balanced, and scraper 5-2 cutting edge just can be better contacts with LED lamp face 1-2, is unlikely to scraper 5-2 cutting edge and LED lamp face 1-2 and produces the gap, seriously influences the clean effect of scraper 5-2, the utility model discloses when setting up multi-disc scraper 5-2, can compensate each scraper 5-2 each other because the incomplete equilibrium of atress leads to appearing the clearance dead angle, and one of them scraper 5-2 appears the clearance dead angle promptly, and one slice scraper 5-2 can supply the clearance in addition, forms whole complete clearance effect. A spring pressing structure 6 is arranged between the upper side of the outer ring 5-1-1 of the scraper frame and the transmission output shell 4-9, the spring pressing structure 6 comprises a spring 6-1, a pressing wheel seat 6-2 and a pressing wheel 6-3, one end of the spring 6-1 is connected with the transmission output shell 4-9, the other end of the spring is connected with the pressing wheel seat 6-2, the pressing wheel 6-3 is pivoted on the pressing wheel seat 6-2 and is in contact with the top surface of the scraper frame 5-1, and the spring pressing structures are one group or more and are evenly arranged on the upper side of the outer ring 5-1-1 of the scraper frame at intervals. The design better keeps the running stability of the scraper frame 5-1 and increases the cleaning effect of the scraper frame 5-1 even if the scraper 5-2 has an acting force towards the LED lamp surface 1-2. Meanwhile, the upper position and the lower position of the scraper frame 5-1 at the opening of the transmission output shell 4-9 are both provided with dynamic sealing structures, and the LED lamp surface 1-2 is a fixed end, and the transmission output shell 4-9 is arranged on the fixed end, so that the dynamic sealing structures on the scraper frame 5-1 are easily stressed to cause damage, and the spring compression structure 6 effectively relieves the problem. And a driving output gear shell 3-9 is arranged on the outer side of the driving output gear 3-5, and an opening which is communicated with a cavity of the transmission adjusting shell 4-8 is arranged on the driving output gear shell 3-9. The transmission unit 4 is designed to further ensure the waterproof effect. The number of the driving nozzles 3-1 is one or more, and the driving nozzles 3-1 are uniformly arranged at intervals. In order to realize better driving effect, a multi-nozzle interval arrangement structure is adopted. A scraper seat 5-3 is further arranged between the double circular rings of the scraper frame 5-1, the scraper 5-2 is installed on the scraper seat 5-3, and 3-4 scrapers are arranged on the scraper 5-2. The scraper seat 5-3 is arranged for further enhancing the stability of the scraper 5-2 during operation, and the scraper seat 5-3 provides a more stable supporting effect for the scraper 5-2. The scraper seat 5-3 is also provided with an auxiliary blade 5-4, the auxiliary blade 5-4 is perpendicular to the scraper 5-2, the scraper seat of the auxiliary blade 5-4 is arranged on the scraper seat 5-3, and the cutting edge of the auxiliary blade 5-4 faces outwards. Because the utility model discloses set up scraper frame 5-1, some filths of easy jamming, this vice blade 5-4 can cut off the jamming filth, effectively avoids scraper frame 5-1 filth jamming phenomenon. One or more than one drain pipe 3-7 is arranged, one end of each drain pipe 3-7 is uniformly distributed along the circumference of the driving unit 3 and connected into the driving cavity, and the other end of each drain pipe 3-7 is uniformly distributed along the circumference of the nozzle mounting seat 2-1 and connected into the through hole sleeve 1-9. The arrangement of the plurality of water discharge pipes 3-7 enables water discharge to be more stable, and the driving unit 3 can run more smoothly. The water outlet electric control valve 3-2 can be replaced by a time delay relay control valve and is electrically connected with the main control circuit board 1-6. The water outlet electric control valve 3-2 needs manual operation to operate the main control circuit board 1-6, specifically, the main control circuit board 1-6 is electrically connected with the shore controller, the shore controller controls the main control circuit board 1-6, the main control circuit board 1-6 controls the opening and closing of the valve body, the valve body can be automatically controlled to open and close by setting a fixed time interval when the time delay relay control valve is replaced, so that the utility model has better automation degree, it can be understood that the water outlet electric control valve 3-2 and the time delay relay control valve are electrically connected with the main control circuit board 1-6, the main control circuit board 1-6 controls the water outlet electric control valve and the time delay relay control valve, the electric connection can enter the LED lamp body 1 through the cable waterproof mounting head 1-8, the waterproof sealing difficulty of the LED lamp body 1 is not increased, of course, the connecting lines of the water outlet electric control valve 3-2 or the time delay relay control valve extending out of the driving unit 3 need to be waterproof and sealed.

Finally, although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that the present invention can be modified or replaced by other means without departing from the spirit and scope of the present invention, which should be construed as limited only by the appended claims.

Claims (10)

1. The utility model provides a take automatic algae device that removes of LED lamp under water of shower nozzle which characterized in that: the device comprises an LED lamp body, a spray head unit, a driving unit, a transmission unit and an algae scraping unit; the LED lamp body is provided with a nozzle through hole in the middle, the nozzle unit is arranged in the nozzle through hole, the driving unit is arranged below the LED lamp body and sleeved on the nozzle unit, the transmission unit is arranged on one side of the LED lamp body, the input end of the transmission unit is connected with the driving unit, and the output end of the transmission unit is connected with the algae scraping unit; the algae scraping unit is arranged above the LED lamp body; the LED lamp body comprises an LED lamp cover, an LED lamp surface, a lens, an LED lamp, an LED mounting base, a main control circuit board, a waterproof cable, a cable waterproof mounting head, a through hole sleeve and an LED lamp housing; the LED lamp comprises an LED lamp cover, an LED lamp surface, a through hole barrel sleeve and an LED lamp shell, wherein the LED lamp cover, the LED lamp surface, the through hole barrel sleeve and the LED lamp shell are enclosed to form a circular sealing body structure; the spray head unit comprises a spray head mounting seat, a spray head and a spray head connecting pipe; the upper end of the spray nozzle mounting seat is in threaded connection with the through hole barrel sleeve, a spray nozzle connecting pipe mounting through hole is arranged in the middle of the spray nozzle mounting seat, the spray nozzle connecting pipe is mounted in the spray nozzle connecting pipe mounting through hole, a spray nozzle movable cavity is arranged on the inner side of the upper end of the spray nozzle connecting pipe, and the spray nozzle is mounted in the spray nozzle movable cavity; the driving unit comprises a driving nozzle, a water outlet electric control valve, an impact blade, a rotating wheel arm, a driving output gear, a driving unit shell and a water drainage pipe; the driving unit shell is sleeved outside the driving nozzle and fixedly connected with the driving nozzle to form a driving cavity, one end of the driving nozzle is communicated with the nozzle connecting pipe, the other end of the driving nozzle is communicated with the driving cavity, one side of the driving nozzle communicated with the driving cavity is aligned to the impact blade, the water outlet electric control valve is installed on the driving nozzle and is electrically connected with the main control circuit board, the impact blade is arranged on the lower extension end of the runner arm, the runner arm is fixed between the nozzle connecting pipe and the driving unit shell through a bearing, meanwhile, the upper extension end of the runner arm extends out of the driving unit shell and is connected with the driving output gear, both sides of the upper extension end of the runner arm are provided with movable sealing structures, the outer side of the driving unit shell is provided with a drainage through hole to be connected with one end of a drainage pipe, and the other end of the drainage pipe is connected into the through hole barrel sleeve through a water inlet arranged at the upper end of the nozzle connecting pipe; the transmission unit comprises a transmission input gear, a speed reducer, a first transmission shaft, an intermediate output gear, an intermediate input gear, a second transmission shaft, a transmission output gear, a transmission adjusting shell and a transmission output shell; the LED lamp comprises an LED lamp cover, a first transmission shaft, a second transmission shaft, a first transmission input gear, a speed reducer and a second transmission output gear, wherein the first transmission shaft is sequentially provided with the transmission input gear, the speed reducer and the intermediate output gear, and is fixed between a transmission adjusting shell and an LED lamp shell through a bearing; scrape the algae unit including scraping knife rest, scraper and scraping the blade holder, scrape the knife rest and be the double ring shape structure, be provided with the scraper between this double ring, scraper cutting edge and the laminating of LED lamp face, scrape the outer ring outside of knife rest and be provided with the gear face, this gear face scrapes the knife rest rotation with transmission input gear meshing drive, transmission output casing is close to scraping knife rest one side and is provided with the opening that the knife rest of being convenient for stretched into transmission output casing, and both sides are provided with dynamic seal structure about this opening, scrape and are provided with antifriction bearing between knife rest fixing base and the knife rest inner ring, and the scraper holder is fixed to be set up on the LED lamp covers.

2. The automatic algae removal device for the underwater LED lamp with the spray head as claimed in claim 1, wherein: the rotary coverage surface of the scraper is equal to the area of the LED lamp surface.

3. The automatic algae removal device for the underwater LED lamp with the spray head as claimed in claim 1, wherein: the scraper is one or more than one and is arranged between the double circular rings of the scraper frame.

4. The automatic algae removal device for the underwater LED lamp with the spray head as claimed in claim 1, wherein: the scraper is characterized in that a spring pressing structure is arranged between the upper side of the outer ring of the scraper frame and the transmission output shell, the spring pressing structure comprises a spring, a pressing wheel seat and a pressing wheel, one end of the spring is connected with the transmission output shell, the other end of the spring is connected with the pressing wheel seat, the pressing wheel is pivoted on the pressing wheel seat and is in contact with the top surface of the scraper frame, the spring pressing structure is one group or more, and the spring pressing structure is arranged on the upper side of the outer ring of the scraper frame at an even interval.

5. The automatic algae removal device for the underwater LED lamp with the spray head as claimed in claim 1, wherein: and a driving output gear shell is arranged on the outer side of the driving output gear, and an opening communicated with the cavity of the transmission adjusting shell is formed in the driving output gear shell.

6. The automatic algae removal device for the underwater LED lamp with the spray head as claimed in claim 1, wherein: the number of the driving nozzles is one or more, and the driving nozzles are uniformly arranged at intervals.

7. The automatic algae removal device for the underwater LED lamp with the spray head as claimed in claim 1, wherein: still be provided with between the two rings of scraper frame and scrape the blade holder, the blade holder of scraper is installed on scraping the blade holder, the scraper sets up to 3 to 4.

8. The automatic algae removal device for the underwater LED lamp with the spray head as claimed in claim 7, wherein: still be provided with vice blade on the scraper seat, this vice blade perpendicular to scraper sets up, and vice blade is installed on the scraper seat, and its cutting edge is towards the outside.

9. The automatic algae removal device for the underwater LED lamp with the spray head as claimed in claim 1, wherein: the drain pipe is one or more, and every drain pipe one end is followed drive unit week evenly distributed and is inserted the drive cavity, and the other end is followed shower nozzle mount pad week evenly distributed and is inserted in the through-hole cover.

10. The automatic algae removal device for the underwater LED lamp with the spray head as claimed in claim 1, wherein: the water outlet electric control valve can be replaced by a time delay relay control valve and is electrically connected with the main control circuit board.

Images