• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    Erfindung betrifft weiter ein Verfahren zur Verwendung dieses Gerätes. Das Gerät besteht aus einer Mast (1), einer Solarpaneel- lnstallationsdose(3),die an der Mast(l) befestig ist, als auch aus LED-Lampen(2), fest verbunden mit der lnstallationsdose(3). die Mittel der vorderen Seitenplatte(34) und hinteren Seitenplatte(33) von der obige lnstallationsdose(3) werden an der Frontnut(35) und der Hintenut(36) fest gelegen, die sich in der vertikalen Richtung streckt. Diese Installationsdose umfasst eine vordere Seitenplatte(34) worauf eine Frontnut (35) vorgesehen ist und eine hintere Seitenplatte(33) worauf eine Hinternut (35) vorgesehen ist.Die Frontnut(35) und die 5 Fig.i Hintenut(36) erstrecken sich in der vertikalen Richtung . Die obengenannte lnstallationsdose(3) wird durch eine horizontale Trennwand (32) die fest mit der obengenannten Frontnut(35) und Hintenut(36) verbunden ist, in eine oberen-lnstallationsdose und in eine unteren-lnstallationsdose(310) geteilt., Ein Solarpaneel ist plaziert an der obern-lnstallationsdose und eineAntriebsvorrichtung ist plaziert an der Unteren-Installationsdose(310). The invention relates to a LED street lamp device, which is powered by solar energy and the 13 has excellent heat dissipation. The The invention further relates to a method of using this device. The device consists of a mast (1), a solar panel installation box (3) fixed to the mast (l) and LED lamps (2) fixed to the installation box (3). the means of the front side panel (34) and rear side panel (33) of the above installation box (3) are fixed to the front groove (35) and the rear groove (36) extending in the vertical direction. This installation box comprises a front side plate (34) on which a front groove (35) is provided and a rear side plate (33) on which a butt groove (35) is provided. The front groove (35) and the rear rear groove (36) extend in the vertical direction. The above-mentioned installation box (3) is divided into an upper installation box and a lower installation box (310) by a horizontal partition (32) fixedly connected to the aforesaid front groove (35) and rear groove (36). A solar panel is placed on the top installation box and a drive device is placed on the bottom installation box (310).
    公开号:BE1022502B1
    申请号:E2015/0173
    申请日:2015-06-24
    公开日:2016-05-12
    发明作者:Yu Quntao
    申请人:Shaoxing City Keqiao District Fu Tang Import & Export Company, Ltd；
    IPC主号:
    专利说明:

    nnn / ii ».-» n »T» »LED Street Light Device
    DESCRIPTION
    The aim of the invention is to provide an LED street lamp device which is powered by solar energy and which has excellent heat dissipation.
    Technical area
    This application relates to the field of solar LED lamps which are powered by solar energy and which have excellent heat dissipation.
    Background LED lamps have as advantages a low power consumption and high brightness in the process of lighting. They are especially used outdoors, like street lamps. Solar cells can not always provide excellent energy efficiency due to the effects of climate and light and other factors. The combination of LED lamps and solar panels can fully exploit the advantages of LED lamps and overcome the disadvantages of low energy efficiency of solar cells. But the surface of the solar panel is very large and the structure is complicated; It is very easily influenced by the wind and dust and other climatic factors, and is quickly damaged in some extreme conditions. This leads to economic losses and blocks traffic.
    Purpose of the invention
    The purpose of this invention is to provide a new LED lamp whose power comes from solar energy and which has excellent heat dissipation. The purpose of the invention is also a method of using such a luminaire. The luminaire according to the invention makes it possible to overcome the above disadvantages of the technology and also to overcome the existing technical defects.
    The invention relates to a LED street light device and method of using such a device, the Geilt is powered by solar energy and has excellent heat dissipation. The device consists of a mast, a solar panel installation box (3) which is attached to the mast, as well as LED lamps firmly connected to the above-mentioned installation box.
    The installation box comprises a front side plate on which a front groove is provided and a rear side plate on which a butt nut is provided. The front groove and the rear groove extend in the vertical direction. The installation box is divided into an upper installation box and a lower installation box by a horizontal partition firmly connected to the above-mentioned front groove and rear groove.
    A solar panel is placed on the upper installation box and a drive unit is placed on the lower installation box.
    A mounting plate on which the solar panel is mounted extends in a horizontal direction from the above-mentioned front groove to the above-mentioned Hindu, and this mounting plate is connected by a top tension spring with the horizontal partition.
    A front sprocket assembly is installed on the front side plates, and a rear sprocket assembly is installed on the rear side plates. The front sprocket assembly and the rear sprocket assembly are connected to the front and rear ends of the above mounting plates and the front sprocket assembly comprises two sprockets at the top, both symmetrically arranged, and also two sprockets below.
    The rear sprocket assembly includes two sprockets at the top and two sprockets, not shown, at the bottom, and the sprocket assemblies further include left and right chains. The upper end of one of the two left chains is connected to the left edge of the front end of the above-mentioned mounting plate, and the upper end of the other left chain is connected to the rear end of the above-mentioned mounting plate. The two left chains run around the left sprocket at the top and around the left sprocket at the bottom and are connected to the front and rear ends from the left edge of a positioning plate.
    The Positionnierungsplatte is located below the horizontal partition wall and extends in the horizontal direction from the front groove to the rear groove and is connected via a Unterspannfeder with the partition wall.
    The upper end of one of the two right chains is connected to the right edge of the front end of the above-mentioned mounting plate, and the upper end of the other left chain is connected to the rear end of the above-mentioned mounting plate. The two right-hand chains run around the left sprocket at the top and around the left sprocket at the bottom and are connected to the front and rear ends of the right-hand edge of the positioning plate.
    The left sprocket at the bottom and the right sprocket at the bottom of the front sprocket assembly are each connected by a horizontal drive shaft to the corresponding rear sprocket at the bottom and the left part of the assemblies is driven by a left engine and the right part of the assemblies is from a right engine.
    The left sprocket wheels at the top and the right sprockets at the top of the front and rear sprocket assemblies are rotatably fixed in the above-mentioned corresponding front side plate and rear side plate.
    A first flexible and retractable barrier which fixes an upper positioning extends in the horizontal direction between the front groove and the rear groove, which first barrier is effective when the localization of the above positioning plate by the pulling action of the upper tension spring in the vicinity of the horizontal partition is offset.
    A second flexible and retractable lock which fixes a lower positioning, extends in the horizontal direction between the front groove and the
    In hindsight, which second barrier is effective when the localization of the above mounting plate is offset by the pulling action of the lower tension spring in the vicinity of the horizontal partition wall.
    The left radiator groups are on the left side and the right one
    Radiator groups on the right side of the two side walls of the lower
    Installation box lie.
    The left engine and the right engine are left and right equipped with a cooling column, which cooling columns are firmly connected to the respective engine device because the left chains and the right chains are guided by a corresponding left / right through hole in the horizontal partition.
    The left moto-media and the right engine means run synchronously.
    When lowering from the solar panel into the upper Istallationsdose the positioning plate is pulled down, away from the horizontal partition and the first flexible and retractable lock is pushed away. At this time, the top tension spring is pulled down together with the above-mentioned mounting plate, and when this mounting plate comes close to the above-mentioned horizontal partition, the second flexible retractable lock is pulled out to reach the locking of the sunken postition.
    To pull the solar panel out of the above upper installation box, the positioning plate is pulled up, away from the horizontal
    Partition and the second flexible and retractable barrier is pushed away. At this time, the top tension spring pulls the mounting plate upwards until the positioning plate comes near the horizontal partition and the first flexible and retractable lock is pulled out to reach the lock in the climbing position.
    Karze description of the drawings
    Figure 1 is a schematic front view of a street lamp according to the invention when the solar panels are in a sunken state. The solar panels are deliberately rendered transparent to show the underlying structure.
    Figure 2 is a schematic front view of a street lamp according to the invention when the solar panels are in an extended state.
    FIG. 3 is a schematic top view of FIG. 2.
    Detailed description
    The figures show an LED street lamp device powered by solar energy and having excellent heat dissipation. The device consists of a mast (1), a solar panel installation box (3) which is attached to the mast, as well as LED lamps (2) fixedly connected to the above-mentioned installation box (3). This installation box comprises a front side plate (34) on which a front groove (35) is provided and a rear side plate (33) on which a butt nut (35) is provided
    Front groove (35) and the rear groove (36) extend in the vertical direction. The above instal lationsdose (3) by a horizontal partition (32) which is fixedly connected to the above-mentioned front groove (35) and rear ut (36), divided into an upper-installation box and a lower-installation box (310). A solar panel is placed on the upper installation box and a driving device is placed on the lower installation box (310). A mounting plate (41) on which the solar panel (4) is mounted extends horizontally from the aforesaid front groove (35) to the above butt groove (36), and is connected to the horizontal partitions (32) by a top tension spring (410). connected. A front sprocket assembly is installed on the front side plates (34) and a rear sprocket assembly is straightened on the rear side plates (33). The front sprocket assembly and the rear sprocket assembly are connected to the front and rear ends of the above mounting plates (4t). The front sprocket assembly includes the two upper sprockets (351, 352), both symmetrically arranged, and the two lower sprockets (353, 354); the rear sprocket assembly includes the upper sprockets (361, 362) and two lower sprockets (not shown). The two assemblies further include the left chains (3512, 3612) and the right chains (3513, 3613). The upper end of each one of the two left chains (3512, 3612) is connected to the left edge of the front and rear ends of the above mounting plate (41) and the two left chains run around the left sprockets above (351, 361) and the left Sprocket down (353) around and are connected to the front and rear ends of the left edge of the positioning plate (42).
    The positioning plate (42) is located below the horizontal partition wall and extends in a horizontal direction from the front groove (35) to the rear groove (36) and is connected to the partition wall (32) via an under-tension spring.
    The upper end of one of the two right chains (3513, 3613) is connected to the front and rear ends of the right edge of the above-mentioned mounting plate (41). The two right chains run around the top sprockets (351, 361) and the bottom right sprocket (353) and are connected to the right and rear ends of the right edge of the positioning plate (42). The left sprocket down (353) and the right sprocket down (354) of the front sprocket assembly are each connected by a horizontal drive shaft (e.g., for the left sprocket 3534) connected to the corresponding rear sprocket below. The left part of the assemblies is driven by a left motor means (3500) and the right part of the assemblies is driven by a right motor means (350). The left sprocket top (351) and the real sprocket top (352) of the front and rear sprocket assemblies are rotatably fixed in the above-mentioned respective front side plate (34) and rear side plate (33). Between the front groove (35) and the rear groove (36) extends in the horizontal direction, a first lock (359) which is flexible and retractable and which fixes an upper positioning., This first lock (359) is effective if the localization of the said positioning plate (42) is offset by the pulling action of the upper tension spring (410) in the vicinity of the horizontal partition wall (32). Between the front groove (35) and the rear groove (36) extends in the horizontal direction, a second lock (358) of which is also flexible and retractable and which fixes a lower position. This second lock (358) is effective when the localization of the above mounting plate (41) is offset by the pulling action of the lower tension spring (420) in the vicinity of the horizontal partition wall.
    On the two side walls of the lower installation box (310) are the left radiator groups (101) on the left side and the right radiator groups (102) on the right side. The above-mentioned left engine means (3500) and the right engine means (350) are equipped on the left and right with a cooling tower (103). The cooling columns are firmly connected to the respective motor means (3500, 350).
    The above-mentioned left chains (3512, 3612) and the right chains (3513, 3613) are guided through a corresponding left / right through hole (320, 321) in the horizontal partition wall (32).
    In order to lower the solar panel into the upper Istallationsdose (310), the left engine means (3500) and the right engine means (350) preferably have to run synchronously. The positioning plate (42) is pulled down, away from the horizontal divider (32), and the first flexible and retractable barrier (359) is pushed away. At this time, the top tension spring (410) is pulled down together with the above-mentioned mounting plate (41). When this mounting plate (41) comes close to the above-mentioned horizontal divider (32), the second flexible retractable lock (358) is pulled out to reach the locking of the sunken postition.
    To pull the solar panel out of the above upper installation box (310), the positioning plate (42) is pulled up, away from the horizontal partition wall (32). The second flexible and submersible barrier (358) is pushed away. At this time, the top tension spring (410) pulls up the mounting plate (41) until the positioning plate (42) comes close to the horizontal partition wall (32). The first flexible and retractable lock (359) pulled out witd to reach the lock in the climbing position.
    By the manner described above, the person skilled in the art succeeds in operating a street lamp in flexible and different operating modes.
    权利要求:
    Claims (3)
    [1]
    claims
    1. LED street lamp apparatus and method for using such a device, wherein the device is powered by solar energy and has excellent heat dissipation and wherein the device consists of a mast (1), a solar panel installation box (3) which is attached to the mast and LED lamps (2) fixedly connected to the above-mentioned installation box (3), the installation box comprising a front side plate (34) having a front groove (35) and a rear side plate (33) on which a rear groove (35 ), and wherein the front groove (35) and the rear groove (36) extend in the vertical direction, and wherein the installation box (3) by a horizontal partition wall (32) fixed to the above-mentioned front groove (35) and Bintemut ( 36), is divided into an upper installation box and a lower installation box (310), and wherein a solar panel is placed on the upper installation box and a driving device plazi ert is at the lower-installation box (310), and wherein a mounting plate (41) on which the solar panel (4) is mounted, extending in the horizontal direction of the above-mentioned front groove (35) after the aforementioned Hinemut (36), and which A top sprocket assembly is installed on the front side plates (34) and a rear sprocket assembly is installed on the rear side plates (33), the front sprocket assembly and the rear sprocket assembly is connected to the front and rear ends of the above mounting plates (41), and wherein the front sprocket assembly comprises two sprockets at the top (351, 352) both symmetrically arranged and two sprockets at the bottom (353, 354) and the rear sprocket assembly comprises two sprockets above (361, 362) and two sprockets, not shown below, including; and wherein the sprocket assemblies further comprise left chains (3512, 3612) and right chains (3513, 3613), the upper end of one of the two left chains (3512, 3612) being connected to the left edge of the front end of the above mounting plate (41) and the upper end of the other left chain is connected to the rear end of the above mounting plate (41) and the two left chains run around the left sprockets above (351, 361) and around the left sprocket (353) are located at the front and rear ends of the left edge of a positioning plate (42), and wherein the positioning plate (42) is located below the horizontal partition wall and extends horizontally from the front groove (35) to the rear groove (36) and above Under tension spring is connected to the partition (32), and wherein wherein the upper end of one of the two right chains (3513, 3613) is connected to the right edge of the front end d the above-mentioned mounting plate (41) and the upper end of the other left chain is connected to the rear end of the above mounting plate (41) and both run around the left sprockets above (351, 361) and around the left sprocket below (353) and are connected to the front and rear ends of the right edge of the positioning plate (42), and wherein the left sprocket down (353) and the right sprocket bottom (354) of the front sprocket assembly each by a horizontal drive shaft (eg for the left sprocket 3534) are connected to the corresponding rear sprocket below and wherein the left part of the assemblies is driven by a left motor means (3500) and the right part of the assemblies is driven by a right motor means (350), and wherein the left sprockets at the top (351, 361) and the right sprockets at the top (352, 362) of the front and rear sprocket assemblies are rotatably mounted in the aforesaid respective front side plate (34) and rear side plate (33), and wherein a first flexible and retractable barrier (359) fixing an upper position extending horizontally between the front groove (35) and the rear groove (36), which first barrier (359) is effective when the location of the above positioning plate (42) by the pulling action of the upper tension spring (410) in the vicinity of the horizontal partition wall (32) is offset, and wherein a second flexible e and retractable lock (358) which fixes a lower position, extending in the horizontal direction between the front groove (35) and the rear groove (36), which second lock (359) is effective when the localization of the above mounting plate (41) the traction is displaced from the lower tension spring (420) near the horizontal divider wall (32), and wherein the left radiator fins (101) on the left side and the right radiator fins (102) on the right side of the two side walls of the lower ones Installation box (310) lie, and wherein the above-mentioned left engine means (3500) and the right engine means (350) left and right with a cooling column (103) are provided, which cooling columns are fixedly connected to the respective motor means (3500, 350) because the left chains (3512, 3612) and the right chains (3513, 3613) are inserted through a corresponding left / right through hole (320, 321) in the horizontal partition (32) be led.
    [2]
    The street lamp device according to claim 1, wherein the left motor means (3500) and the right motor means (350) are synchronized, and wherein when lowering from the solar panel into the upper Istallationsdose (310), the positioning plate (42) is pulled down, away from the horizontal divider (32), and the first flexible and retractable barrier (359) is pushed away, at which time the top tension spring (410) is pulled down together with the above mounting plate (41) and when this mounting plate (41) is in the Proximity comes from the above horizontal divider (32), the second flexible retractable lock (358) is pulled out to reach the locking of the sunken postition.
    [3]
    3. Street light device according to one of the two claims 1 or 2, wherein to pull the solar panel from the above-mentioned upper installation box (310), the positioning plate (42) is pulled up, away from the horizontal partition (32) and the second flexible and retractable catch (358) is pushed away and at which time, the top tension spring (410) pulls up the mounting plate (41) until the positioning plate (42) comes close to the horizontal dividing wall (32) and the first flexible and retractable lock (FIG. 359) is pulled out to reach the lock in the climbing position.
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    同族专利:
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    引用文献:
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    CN104595834B|2015-01-29|2015-11-18|钱国臣|A kind of intelligent solar LED street lamp|CN107218564B|2017-02-22|2019-06-04|句容市天龙电气有限公司|A kind of adjustable solar LED street lamp in orientation|
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    法律状态:
    2018-05-03| FG| Patent granted|Effective date: 20160512 |
    2018-05-03| MM| Lapsed because of non-payment of the annual fee|Effective date: 20170630 |
    优先权:
    申请号 | 申请日 | 专利标题
    CN201510247898.7A|CN104832868A|2015-05-15|2015-05-15|Rapid-radiating LED street lamp device powered through solar panel and using method of rapid-radiating LED street lamp device powered through solar panel|
    CNCN201510247898|2015-05-15|
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