JP2013539900A - LED rotary power supply built-in daylight lamp - Google Patents

LED rotary power supply built-in daylight lamp Download PDF

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JP2013539900A
JP2013539900A JP2013533079A JP2013533079A JP2013539900A JP 2013539900 A JP2013539900 A JP 2013539900A JP 2013533079 A JP2013533079 A JP 2013533079A JP 2013533079 A JP2013533079 A JP 2013533079A JP 2013539900 A JP2013539900 A JP 2013539900A
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lamp
tube head
power supply
panel unit
upper tube
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JP5635703B2 (en
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チュー，フージュン
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ニンボ トンタイ エレクトリック カンパニー リミテッド
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21K—NON-ELECTRIC LIGHT SOURCES USING LUMINESCENCE; LIGHT SOURCES USING ELECTROCHEMILUMINESCENCE; LIGHT SOURCES USING CHARGES OF COMBUSTIBLE MATERIAL; LIGHT SOURCES USING SEMICONDUCTOR DEVICES AS LIGHT-GENERATING ELEMENTS; LIGHT SOURCES NOT OTHERWISE PROVIDED FOR
    • F21K9/00—Light sources using semiconductor devices as light-generating elements, e.g. using light-emitting diodes [LED] or lasers
    • F21K9/60—Optical arrangements integrated in the light source, e.g. for improving the colour rendering index or the light extraction
    • F21K9/65—Optical arrangements integrated in the light source, e.g. for improving the colour rendering index or the light extraction specially adapted for changing the characteristics or the distribution of the light, e.g. by adjustment of parts
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21K—NON-ELECTRIC LIGHT SOURCES USING LUMINESCENCE; LIGHT SOURCES USING ELECTROCHEMILUMINESCENCE; LIGHT SOURCES USING CHARGES OF COMBUSTIBLE MATERIAL; LIGHT SOURCES USING SEMICONDUCTOR DEVICES AS LIGHT-GENERATING ELEMENTS; LIGHT SOURCES NOT OTHERWISE PROVIDED FOR
    • F21K9/00—Light sources using semiconductor devices as light-generating elements, e.g. using light-emitting diodes [LED] or lasers
    • F21K9/20—Light sources comprising attachment means
    • F21K9/27—Retrofit light sources for lighting devices with two fittings for each light source, e.g. for substitution of fluorescent tubes
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V23/00—Arrangement of electric circuit elements in or on lighting devices
    • F21V23/06—Arrangement of electric circuit elements in or on lighting devices the elements being coupling devices, e.g. connectors
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES F21K, F21L, F21S and F21V, RELATING TO THE FORM OR THE KIND OF THE LIGHT SOURCES OR OF THE COLOUR OF THE LIGHT EMITTED
    • F21Y2103/00—Elongate light sources, e.g. fluorescent tubes
    • F21Y2103/10—Elongate light sources, e.g. fluorescent tubes comprising a linear array of point-like light-generating elements
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES F21K, F21L, F21S and F21V, RELATING TO THE FORM OR THE KIND OF THE LIGHT SOURCES OR OF THE COLOUR OF THE LIGHT EMITTED
    • F21Y2115/00—Light-generating elements of semiconductor light sources
    • F21Y2115/10—Light-emitting diodes [LED]

Abstract

本発明は、ＬＥＤ回転式電源内蔵昼光ランプを開示し、ランプチューブと、電源ユニットと、ランプパネルユニットと、２つの上チューブヘッドと、２つの下チューブヘッドとを含み、各上チューブヘッドにそれぞれランプ脚を設け、電源ユニット及びランプパネルユニットがランプチューブ内に位置し、２つの下チューブヘッドをそれぞれランプチューブの両端に被設し、各下チューブヘッドの外側にそれぞれ１つの上チューブヘッドを嵌設し、電源ユニットとランプパネルユニットの間に、電源ユニットとランプパネルユニットとの電気接続を実現するピンヘッダが設けられ、ピンヘッダにピンを設け、電源ユニット及びランプパネルユニットにそれぞれピンと溶接する接続挿入孔を設け、電源ユニット及びランプパネルユニットにおける接続挿入孔がそれぞれ対応する電気接続回路に接続しており、２つの上チューブヘッドの開口端にそれぞれ１つ以上の位置調整ボス及び位置制限ボスを設け、２つの下チューブヘッド内にそれぞれ仕切り板を設け、仕切り板と下チューブヘッド内壁との連結部にそれぞれ１つ以上の位置調整ストッパー及び位置制限ストッパーを設ける。本発明の製品は、接続の安定性が良く、電気性能が高く、光の照射角度を調整することが可能である。  The present invention discloses a daylight lamp with a built-in LED rotary power supply, and includes a lamp tube, a power supply unit, a lamp panel unit, two upper tube heads, and two lower tube heads. Each lamp leg is provided, the power supply unit and the lamp panel unit are located in the lamp tube, two lower tube heads are respectively provided at both ends of the lamp tube, and one upper tube head is provided outside each lower tube head. A pin header is provided between the power supply unit and the lamp panel unit to realize electrical connection between the power supply unit and the lamp panel unit. The pin header is provided with a pin, and the power supply unit and the lamp panel unit are welded to the pin, respectively. An insertion hole is provided in the power supply unit and lamp panel unit. The connection insertion holes are respectively connected to the corresponding electrical connection circuits, and one or more position adjustment bosses and position restriction bosses are provided at the open ends of the two upper tube heads, respectively, and the partition plates are respectively provided in the two lower tube heads. And one or more position adjusting stoppers and position limiting stoppers are provided at the connecting portions between the partition plate and the inner wall of the lower tube head. The product of the present invention has good connection stability, high electrical performance, and the light irradiation angle can be adjusted.

Description

本発明は、昼光ランプに係り、特にＬＥＤ回転式電源内蔵昼光ランプに係る。   The present invention relates to a daylight lamp, and more particularly to a daylight lamp with a built-in LED rotary power source.

ＬＥＤはポテンシャルの高い産業として、様々な発光する場面に幅広く応用されており、特に近年のＬＥＤ技術の発展によって、ＬＥＤの発光効率が大幅に高まるため、照明市場に注目されている。室内照明において、現在最も普及しているのは蛍光ランプであり、即ち昼光ランプである。現在、市場ではＬＥＤを内蔵電源として製造された昼光ランプが多く存在しており、それらはＬＥＤの優れた性能によって、蛍光ランプに代わる新しい照明器具になっている。   As a high-potential industry, LEDs are widely applied to various light-emitting scenes, and particularly due to the recent development of LED technology, the light-emitting efficiency of LEDs has been greatly increased, and thus attention has been focused on the lighting market. In indoor lighting, the most popular lamp is a fluorescent lamp, that is, a daylight lamp. At present, there are many daylight lamps manufactured using LEDs as a built-in power source in the market, and they are new lighting fixtures that replace fluorescent lamps due to the excellent performance of LEDs.

しかしながら、現在市販のＬＥＤを内蔵電源としての昼光ランプに、２つの著しい技術欠陥がある。まず、そのＬＥＤ電源パネルとランプパネルはいずれも電線による接続を採用しており、このような構造は電源パネルとランプパネルの接続が不安定という問題を起こすとともに、取り付ける際に電線圧着や電線が引きちぎれるなどの状況を起こしかねず、また、電線は作業時の高圧、高温に影響される。それから、従来のＬＥＤを内蔵電源としての昼光ランプはバリエーションが少なく、単機能で、ランプチューブを回転調整することができず、様々な作業環境での照明要求を満たすことができない。   However, there are two significant technical deficiencies in daylight lamps that use currently available LEDs as built-in power supplies. First, the LED power panel and the lamp panel both use wire connections, and this structure causes the problem that the connection between the power panel and the lamp panel is unstable. It may cause a situation such as tearing, and the electric wire is affected by high pressure and high temperature during operation. Then, a daylight lamp using a conventional LED as a built-in power source has few variations, has a single function, cannot adjust the rotation of the lamp tube, and cannot satisfy lighting requirements in various work environments.

本発明の目的は、上記の従来技術の欠点を解決するために、電源ユニットとランプパネルユニットの接続の安定性を上げ、且つ電気性能を高め、同時に光の照射角度を随意に調整できるＬＥＤ回転式電源内蔵昼光ランプを提供することである。   The object of the present invention is to solve the above-mentioned drawbacks of the prior art, by increasing the stability of the connection between the power supply unit and the lamp panel unit, improving the electrical performance, and simultaneously adjusting the light irradiation angle at will. To provide daylight lamps with built-in power supply.

上記目的を実現するために、本発明の設計したＬＥＤ回転式電源内蔵昼光ランプは、ランプチューブと、電源ユニットと、ランプパネルユニットと、上チューブヘッドと、下チューブヘッドとを含み、上チューブヘッドと下チューブヘッドはいずれも２つ設けられており、各上チューブヘッドにそれぞれランプ脚を対称的に設け、電源ユニット及びランプパネルユニットがランプチューブ内に位置し、２つの下チューブヘッドをそれぞれランプチューブの両端に被設し、各下チューブヘッドの外側にそれぞれ１つの上チューブヘッドを嵌設し、その特徴として、前記電源ユニットとランプパネルユニットの間に、電源ユニットとランプパネルユニットとの電気接続を実現するピンヘッダが設けられ、ピンヘッダに両側が対応して接続されるピンを設け、電源ユニット及びランプパネルユニットにそれぞれピンと溶接する接続挿入孔を設け、電源ユニット及びランプパネルユニットにおける接続挿入孔がそれぞれ対応する電気接続回路に接続しており、前記２つの上チューブヘッドの開口端にそれぞれ１つ以上の位置調整ボス及び位置制限ボスを設け、２つの下チューブヘッド内にそれぞれ仕切り板を設け、仕切り板と下チューブヘッド内壁との連結部にそれぞれ１つ以上の位置調整ストッパー及び位置制限ストッパーを設け、位置調整ストッパー及び位置制限ストッパーがそれぞれ上チューブヘッドの開口端の位置調整ボス及び位置制限ボスと係合し、仕切り板にさらに配線孔を設ける。   In order to achieve the above object, an LED rotary power built-in daylight lamp designed according to the present invention includes a lamp tube, a power supply unit, a lamp panel unit, an upper tube head, and a lower tube head, and an upper tube. There are two heads and two lower tube heads. Each upper tube head is provided with a lamp leg symmetrically. The power supply unit and the lamp panel unit are located in the lamp tube. Covered at both ends of the lamp tube, one upper tube head is fitted on the outside of each lower tube head. As a feature of the lamp tube, between the power unit and the lamp panel unit, A pin header that provides electrical connection is provided, and the pin header is connected to both sides correspondingly. And connecting insertion holes for welding to the pins in the power supply unit and the lamp panel unit, respectively, and the connection insertion holes in the power supply unit and the lamp panel unit are connected to the corresponding electrical connection circuits, respectively. One or more position adjustment bosses and position restriction bosses are provided at each open end, a partition plate is provided in each of the two lower tube heads, and one or more position adjustments are made at the connection between the partition plate and the inner wall of the lower tube head. A stopper and a position restriction stopper are provided, and the position adjustment stopper and the position restriction stopper engage with the position adjustment boss and the position restriction boss at the open end of the upper tube head, respectively, and further provide a wiring hole in the partition plate.

上記構造における電源ユニットとランプパネルユニットはピンヘッダを介して直接に固接され、接続が強固になり、使用中に電源が揺れず、且つピンヘッダによる接続は電気性能が良く、中間の電線接続に代わり、電線圧着や電線が引きちぎれるリスクを回避し、高温、高圧によるランプ全体への影響を軽減するとともに、仕切り板と下チューブヘッド内壁との連結部に設ける位置調整ストッパー及び位置制限ストッパーが上チューブヘッドの開口端に設ける位置調整ボス及び位置制限ボスと係合し、光の照射角度を随意に調整できる目的が実現される。   The power supply unit and lamp panel unit in the above structure are directly fixed to each other via the pin header, the connection becomes strong, the power supply does not shake during use, and the connection by the pin header has good electrical performance, instead of the intermediate wire connection In addition to avoiding the risk of wire crimping and wire tearing, the influence of the high temperature and high pressure on the entire lamp is reduced, and the position adjustment stopper and the position restriction stopper provided at the connection between the partition plate and the inner wall of the lower tube head Engaging with a position adjustment boss and a position restriction boss provided at the opening end of the head, the object of arbitrarily adjusting the light irradiation angle is realized.

好ましくは、前記電源ユニットがランプパネルユニットの上端に位置し、ピンヘッダに４組のピンを設け、電源ユニット及びランプパネルユニットにそれぞれ４組のピンと溶接する４つの接続挿入孔を設け、前記各上チューブヘッドの開口端にそれぞれ２つの位置調整ボス及び２つの位置制限ボスを設け、２つの位置調整ボスと２つの位置制限ボスはいずれも対称的に設置され、且つ上チューブヘッドの開口端に沿って十字に交差配置され、各下チューブヘッド内壁と仕切り板との連結部にそれぞれ６つの位置調整ストッパー及び２つの位置制限ストッパーを設け、６つの位置調整ストッパー及び２つの位置制限ストッパーは下チューブヘッド内壁に沿って４５°でリング状に配置され、且つ６つの位置調整ストッパーは２つずつ対称的に設置され、２つの位置制限ストッパーは対称的に設置される。   Preferably, the power supply unit is positioned at the upper end of the lamp panel unit, the pin header is provided with four sets of pins, the power supply unit and the lamp panel unit are each provided with four connection insertion holes for welding with the four sets of pins, Two position adjustment bosses and two position restriction bosses are provided at the opening end of the tube head, respectively, and the two position adjustment bosses and the two position restriction bosses are both installed symmetrically and along the opening end of the upper tube head. 6 position adjustment stoppers and 2 position restriction stoppers are provided at the connecting part between the inner wall of each lower tube head and the partition plate, and the 6 position adjustment stoppers and the 2 position restriction stoppers are provided on the lower tube head. It is arranged in a ring shape at 45 ° along the inner wall, and the six position adjustment stoppers are symmetrically installed two by two. Is, two position limiting stopper is placed symmetrically.

安定性を上げるために、前記上チューブヘッドと下チューブヘッドは復帰部材がつけられている締め付け部材によって固定され、上チューブヘッドに段差取り付け孔が内蔵され、下チューブヘッドの仕切り板に段差取り付け孔と同一の軸線を有する固定孔が設けられ、復帰部材がつけられている締め付け部材は取り付け孔を貫通し、且つ固定孔と係合し、復帰部材が段差取り付け孔内に位置する。   In order to increase stability, the upper tube head and the lower tube head are fixed by a fastening member to which a return member is attached, a step mounting hole is built in the upper tube head, and a step mounting hole is formed in the partition plate of the lower tube head. The fastening member having the same axis as that of the fastening member, and the fastening member to which the return member is attached penetrates through the attachment hole and engages with the fixation hole, and the return member is located in the step attachment hole.

回転しやすくし且つ位置制限機能を持たせるために、前記位置制限ボスに位置制限脚を設け、位置制限ストッパーはＬ状を呈し、且つその横方向部分と縦方向部分との交差部から下チューブヘッド内壁までの間隔距離が、位置調整ボスの厚さより大きく、位置制限ボスから伸び出した位置制限脚の伸び出し長さより小さく、位置制限ストッパーの高さは位置調整ストッパーの高さより大きく、上チューブヘッドが位置調整ストッパーから離脱するように引き抜かれる時の引き抜き距離は、位置調整ストッパーの高さより大きく且つ位置制限ストッパーの高さより小さい。   In order to make it easy to rotate and to provide a position limiting function, the position limiting boss is provided with a position limiting leg, the position limiting stopper has an L shape, and a lower tube is formed from the intersection of the horizontal part and the vertical part. The distance to the head inner wall is larger than the thickness of the position adjustment boss, smaller than the extension length of the position restriction leg extending from the position restriction boss, and the height of the position restriction stopper is larger than the height of the position adjustment stopper. The pull-out distance when the head is pulled out so as to be detached from the position adjustment stopper is larger than the height of the position adjustment stopper and smaller than the height of the position limit stopper.

使用上の安全性をさらに高めるために、前記電源ユニットとランプパネルユニットの間に絶縁板を設け、ランプパネルユニットの下端にランプカバーを設け、ランプカバーがランプチューブに固定され、取り付けの強度を上げるために、固定孔と下チューブヘッドの内壁の間の仕切り板に補強リブを設け、且つ使用寿命を延ばすために、前記上チューブヘッドにランプ脚と係合するチューブヘッド保護カバーを設け、前記上チューブヘッドの段差取り付け孔内にチューブ栓を設け、チューブ栓が締め付け部材の外側に位置する。   In order to further enhance the safety in use, an insulating plate is provided between the power supply unit and the lamp panel unit, a lamp cover is provided at the lower end of the lamp panel unit, the lamp cover is fixed to the lamp tube, and the mounting strength is increased. In order to raise, a reinforcing rib is provided on the partition plate between the fixing hole and the inner wall of the lower tube head, and in order to extend the service life, a tube head protective cover that engages a lamp leg is provided on the upper tube head, A tube plug is provided in the step mounting hole of the upper tube head, and the tube plug is positioned outside the fastening member.

本発明によるＬＥＤ回転式電源内蔵昼光ランプにおいて、電源ユニットとランプパネルユニットはピンヘッダを介して直接に固接され、接続が強固になり、使用中に電源が揺れず、且つピンヘッダによる接続は電気性能が良く、中間の電線接続に代わり、電線圧着や電線が引きちぎれるリスクを回避し、高温、高圧によるランプ全体への影響を軽減し、仕切り板と下チューブヘッド内壁との連結部に設ける位置調整ストッパー及び位置制限ストッパーが上チューブヘッドの開口端に設ける位置調整ボス及び位置制限ボスと係合し、光の照射角度を随意に調整できる目的が実現される。同時に安定性を上げるために、前記上チューブヘッドと下チューブヘッドは復帰部材がつけられている締め付け部材によって固定され、取り付けの強度を上げるために、前記固定孔と下チューブヘッドの内壁の間の仕切り板に補強リブを設け、回転しやすくし且つ位置制限機能を持たせるために、前記位置制限ボスに位置制限脚を設け、位置制限ストッパーはＬ状を呈し、且つその横方向部分と縦方向部分との交差部から下チューブヘッド内壁までの間隔距離が、位置調整ボスの厚さより大きく、位置制限ボスから伸び出した位置制限脚の伸び出し長さより小さく、位置制限ストッパーの高さは位置調整ストッパーの高さより大きく、上チューブヘッドが位置調整ストッパーから離脱するように引き抜かれる時の引き抜き距離は、位置調整ストッパーの高さより大きく且つ位置制限ストッパーの高さより小さい。且つ使用上の安全性をさらに高めるために、前記電源ユニットがランプパネルユニットの上端に位置し、電源ユニットとランプパネルユニットの間に絶縁板を設け、ランプパネルユニットの下端にランプカバーを設け、最後に使用寿命を延ばすために、前記上チューブヘッドにランプ脚と係合するチューブヘッド保護カバーを設け、前記上チューブヘッドの段差取り付け孔内にチューブ栓を設ける。   In the daylight lamp with built-in LED rotary power supply according to the present invention, the power supply unit and the lamp panel unit are directly fixed to each other via the pin header, the connection is strengthened, the power supply does not shake during use, and the connection by the pin header is electrically connected. Good performance, avoids the risk of wire crimping or wire tearing instead of intermediate wire connection, reduces the effect of high temperature and pressure on the entire lamp, and is located at the connection between the partition plate and the inner wall of the lower tube head The adjustment stopper and the position restriction stopper are engaged with the position adjustment boss and the position restriction boss provided at the opening end of the upper tube head, thereby realizing the purpose of arbitrarily adjusting the light irradiation angle. At the same time, in order to increase stability, the upper tube head and the lower tube head are fixed by a fastening member to which a return member is attached, and in order to increase the strength of the attachment, between the fixing hole and the inner wall of the lower tube head. In order to provide a reinforcing rib on the partition plate to make it easy to rotate and to have a position limiting function, the position limiting boss is provided with a position limiting leg, the position limiting stopper has an L shape, and its horizontal portion and the vertical direction The distance from the intersecting part to the inner wall of the lower tube head is larger than the thickness of the position adjustment boss and smaller than the extension length of the position restriction leg extending from the position restriction boss, and the height of the position restriction stopper is adjusted. The pull-out distance when the upper tube head is pulled out to be separated from the position adjustment stopper is larger than the height of the stopper. The height of the large and the position limit stop than the height of the wrapper smaller. And in order to further enhance the safety in use, the power supply unit is located at the upper end of the lamp panel unit, an insulating plate is provided between the power supply unit and the lamp panel unit, and a lamp cover is provided at the lower end of the lamp panel unit, Finally, in order to extend the service life, a tube head protective cover that engages with the lamp leg is provided on the upper tube head, and a tube plug is provided in the step attachment hole of the upper tube head.

実施例１の全体構造説明図である。BRIEF DESCRIPTION OF THE DRAWINGS FIG. 実施例１における電源ユニットとランプパネルユニットのピンヘッダによる接続の全体構造説明図である。It is a whole structure explanatory drawing of the connection by the pin header of the power supply unit and lamp panel unit in Example 1. FIG. 実施例１における電源ユニットとランプパネルユニットのピンヘッダによる接続構造の分解組立図である。FIG. 3 is an exploded view of a connection structure using a pin header of the power supply unit and the lamp panel unit in the first embodiment. 実施例１における上チューブヘッドと下チューブヘッドの回転可能に係合する構造の分解組立図である。FIG. 3 is an exploded view of a structure in which an upper tube head and a lower tube head are rotatably engaged in the first embodiment. 実施例１における上チューブヘッドの構造説明図である。FIG. 3 is an explanatory diagram of the structure of the upper tube head in the first embodiment. 実施例１における下チューブヘッドと上チューブヘッドとの係合面の構造説明図である。FIG. 3 is a structure explanatory diagram of an engagement surface between a lower tube head and an upper tube head in the first embodiment. 実施例１における上チューブヘッドと下チューブヘッドの回転可能な係合のロック状態の全体構造断面図である。It is a whole structure sectional view of the locked state of the rotatable engagement of the upper tube head and the lower tube head in Example 1. 実施例１における上チューブヘッドと下チューブヘッドの回転可能な係合の回転可能状態の全体構造断面図である。It is a whole structure sectional view of the rotatable state of the rotatable engagement of the upper tube head and the lower tube head in Example 1. 実施例２の全体構造説明図である。FIG. 6 is an explanatory diagram of an overall structure of Example 2. 実施例２における上チューブヘッドと下チューブヘッドの回転可能に係合する構造の分解組立図である。FIG. 6 is an exploded view of a structure in which an upper tube head and a lower tube head are rotatably engaged in Embodiment 2. 実施例２における下チューブヘッドと上チューブヘッドとの係合面の構造説明図である。FIG. 6 is a structure explanatory diagram of an engagement surface between a lower tube head and an upper tube head in Example 2.

以下では図面及び実施例と結びつけて本発明についてさらに説明する。   In the following, the invention will be further described in conjunction with the drawings and examples.

図１に示すように、本発明の提供するＬＥＤ回転式電源内蔵昼光ランプは、ランプチューブ１と、電源ユニット５と、ランプパネルユニット４と、２つの上チューブヘッド３と、２つの下チューブヘッド２とを含み、各上チューブヘッド３にそれぞれランプ脚９を対称的に設け、電源ユニット５及びランプパネルユニット４がランプチューブ１内に位置し、電源ユニット５がランプパネルユニット４の上端に位置し、２つの下チューブヘッド２をそれぞれランプチューブ１の両端に被設し、各下チューブヘッド２の外側にそれぞれ１つの上チューブヘッド３を嵌設し、図２、図３に示すように、電源ユニット５とランプパネルユニット４の間に、電源ユニット５とランプパネルユニット４との電気接続を実現するピンヘッダ６が設けられ、ピンヘッダ６に両側が対応して接続される４組のピン６１を設け、電源ユニット５及びランプパネルユニット４にそれぞれピン６１と溶接する接続挿入孔４５を４つ設け、電源ユニット５及びランプパネルユニット４における接続挿入孔４５がそれぞれ対応する電気接続回路に接続し、図４、図６に示すように、２つの上チューブヘッド３の開口端にそれぞれ２つの位置調整ボス３２及び２つの位置制限ボス３１を設け、２つの位置調整ボス３２と２つの位置制限ボス３１はいずれも対称的に設置され、且つ上チューブヘッド３の開口端に沿って十字に交差配置され、各下チューブヘッド２内壁と仕切り板２４との連結部にそれぞれ６つの位置調整ストッパー２２及び２つの位置制限ストッパー２１を設け、６つの位置調整ストッパー２２及び２つの位置制限ストッパー２１は下チューブヘッド内壁に沿って４５°でリング状に配置され、且つ６つの位置調整ストッパー２２は２つずつ対称的に設置され、２つの位置制限ストッパー２１は対称的に設置され、位置調整ストッパー２２及び位置制限ストッパー２１がそれぞれ上チューブヘッド３の開口端の位置調整ボス３２及び位置制限ボス３１と係合し、無論、上記位置調整ボス３２、位置制限ボス３１、位置調整ストッパー２２、及び位置制限ストッパー２１の具体的な数は実際の光の照射角度への要求によって決めても構わず、ここでは例の列挙を省く。また、仕切り板２４にさらに配線孔２５を設ける。   As shown in FIG. 1, the LED rotary type built-in daylight lamp provided by the present invention includes a lamp tube 1, a power supply unit 5, a lamp panel unit 4, two upper tube heads 3, and two lower tubes. The lamp legs 9 are symmetrically provided on each upper tube head 3, the power supply unit 5 and the lamp panel unit 4 are located in the lamp tube 1, and the power supply unit 5 is at the upper end of the lamp panel unit 4. The two lower tube heads 2 are respectively placed on both ends of the lamp tube 1, and one upper tube head 3 is fitted on the outside of each lower tube head 2, as shown in FIGS. A pin header 6 is provided between the power supply unit 5 and the lamp panel unit 4 to realize electrical connection between the power supply unit 5 and the lamp panel unit 4. Four sets of pins 61 that are connected to the header 6 corresponding to both sides are provided, and the power supply unit 5 and the lamp panel unit 4 are each provided with four connection insertion holes 45 that are welded to the pins 61. 4 are connected to the corresponding electrical connection circuits, and as shown in FIGS. 4 and 6, two position adjustment bosses 32 and two position restriction bosses are respectively provided at the open ends of the two upper tube heads 3. 31, the two position adjusting bosses 32 and the two position restricting bosses 31 are both installed symmetrically and arranged in a cross shape along the opening end of the upper tube head 3, Six position adjustment stoppers 22 and two position limit stoppers 21 are provided at the connecting portion with the partition plate 24, respectively. The two position limiting stoppers 21 are arranged in a ring shape at 45 ° along the inner wall of the lower tube head, and the six position adjusting stoppers 22 are installed symmetrically two by two, and the two position limiting stoppers 21 are installed symmetrically. The position adjusting stopper 22 and the position limiting stopper 21 are engaged with the position adjusting boss 32 and the position limiting boss 31 at the opening end of the upper tube head 3, respectively. The specific number of the stoppers 22 and the position limiting stoppers 21 may be determined according to a request for an actual light irradiation angle, and an example listing is omitted here. Further, a wiring hole 25 is further provided in the partition plate 24.

図５に示すように、位置制限ボス３１に位置制限脚３１１を設け、位置制限ストッパー２１はＬ状を呈し、且つその横方向部分と縦方向部分との交差部から下チューブヘッド２内壁までの間隔距離が、位置調整ボス３２の厚さより大きく、位置制限ボス３１から伸び出した位置制限脚３１１の伸び出し長さより小さく、位置制限ストッパー２１の高さは位置調整ストッパー２２の高さより大きく、上チューブヘッド３が位置調整ストッパー２２から離脱するように引き抜かれる時の引き抜き距離は、位置調整ストッパー２２の高さより大きく且つ位置制限ストッパー２１の高さより小さい。   As shown in FIG. 5, a position restriction leg 311 is provided on the position restriction boss 31, and the position restriction stopper 21 has an L shape and extends from the intersection of the horizontal portion and the vertical portion to the inner wall of the lower tube head 2. The interval distance is larger than the thickness of the position adjustment boss 32, smaller than the extension length of the position restriction leg 311 extending from the position restriction boss 31, and the height of the position restriction stopper 21 is larger than the height of the position adjustment stopper 22. The pull-out distance when the tube head 3 is pulled out so as to be detached from the position adjustment stopper 22 is larger than the height of the position adjustment stopper 22 and smaller than the height of the position limit stopper 21.

上チューブヘッド３と下チューブヘッド２の内部接続の方式は以下の通りである。上チューブヘッド３と下チューブヘッド２は復帰部材８がつけられている締め付け部材７によって固定され、締め付け部材はネジ、ボルトなどで構わず、復帰部材はスプリング、弾性ワッシャーなどで構わず、上チューブヘッド３に段差取り付け孔３３が内蔵され、下チューブヘッド２の仕切り板２４に段差取り付け孔３３と同一の軸線を有する固定孔２３が設けられ、復帰部材８がつけられている締め付け部材７は段差取り付け孔３３を貫通し、且つ固定孔２３と係合し、復帰部材８が段差取り付け孔３３内に位置する。上記接続方式は安定性が高い。   The method of internal connection between the upper tube head 3 and the lower tube head 2 is as follows. The upper tube head 3 and the lower tube head 2 are fixed by a fastening member 7 to which a return member 8 is attached. The fastening member may be a screw, a bolt, etc., and the return member may be a spring, an elastic washer, etc. A step mounting hole 33 is built in the head 3, a fixing hole 23 having the same axis as the step mounting hole 33 is provided in the partition plate 24 of the lower tube head 2, and the fastening member 7 to which the return member 8 is attached is a step. The return member 8 is positioned in the step attachment hole 33 through the attachment hole 33 and engaging with the fixing hole 23. The above connection method is highly stable.

上記構造において、電源ユニット５とランプパネルユニット４はピンヘッダ６を介して直接に固接され、接続が強固になり、使用中に電源が揺れず、且つピンヘッダ６による接続は電気性能が良く、中間の電線接続に代わり、電線圧着や電線が引きちぎれるリスクを回避し、高温、高圧によるランプ全体への影響を軽減するとともに、各下チューブヘッド２内壁と仕切り板２４との連結部に設ける６つの位置調整ストッパー２２及び２つの位置制限ストッパー２１が上チューブヘッド３の開口端に設ける２つの位置調整ボス３２及び２つの位置制限ボス３１と係合し、光の照射角度を０°、４５°、９０°、及び−４５°に入れ替わる目的が実現される。   In the above structure, the power supply unit 5 and the lamp panel unit 4 are directly fixed to each other via the pin header 6, the connection becomes strong, the power does not shake during use, and the connection by the pin header 6 has good electrical performance, Instead of connecting the wires, the risk of wire crimping and wire tearing is avoided, and the influence of the high temperature and high pressure on the entire lamp is reduced, and the six parts provided at the connection between the inner wall of each lower tube head 2 and the partition plate 24 The position adjustment stopper 22 and the two position restriction stoppers 21 are engaged with two position adjustment bosses 32 and two position restriction bosses 31 provided at the opening end of the upper tube head 3, and the light irradiation angle is set to 0 °, 45 °, The purpose of switching to 90 ° and -45 ° is realized.

具体的な実施において、ピンヘッダ６を介して電源ユニット５とランプパネルユニット４を取り付ける際に、ピンヘッダ６における両側が対応して接続される４組のピン６１の上端を電源ユニット５の４つの接続挿入孔４５内に挿入し、且つ溶接を行い、ピンヘッダ６における両側が対応して接続される４組のピン６１の下端をランプパネルユニット４の４つの接続挿入孔４５内に挿入し、同じく溶接を行う。図７、図８に示すように、使用中にランプチューブ１の回転調整を行い、ユーザは上チューブヘッド３を引っ張って回転させればよい。上チューブヘッド３と下チューブヘッド２の間は位置調整ボス３２、位置制限ボス３１及び位置調整ストッパー２２、位置制限ストッパー２１によって係合して接続され、且つ上チューブヘッド３の段差取り付け孔３３内に復帰部材８が位置しているため、上チューブヘッド３を引っ張る場合、復帰部材８の張力及び上チューブヘッド３と下チューブヘッド２との連結部にある隙間の２重条件によって、上チューブヘッド３は外に向けてある程度の距離を移動することになり、その時、手動で次の位置調整ストッパー２２のところまで回転させ、それから上チューブヘッド３における位置調整ボス３２と下チューブヘッド２における位置調整ストッパー２２に合わせ、「カチャ」という音を聞こえた後に手を放せば、上チューブヘッド３と下チューブヘッド２とは係止され、復帰部材８も最初の位置に戻り、復帰部材８が予圧を有しているため、上チューブヘッド３と下チューブヘッド２は緩まない。   In a specific implementation, when the power supply unit 5 and the lamp panel unit 4 are attached via the pin header 6, the upper ends of the four pairs of pins 61 to which both sides of the pin header 6 are connected correspondingly are connected to the four connections of the power supply unit 5. Inserting into the insertion hole 45 and performing welding, the lower ends of the four pairs of pins 61 to which the both sides of the pin header 6 are connected correspondingly are inserted into the four connection insertion holes 45 of the lamp panel unit 4, and are also welded. I do. As shown in FIGS. 7 and 8, the rotation adjustment of the lamp tube 1 is performed during use, and the user only has to pull the upper tube head 3 to rotate it. The upper tube head 3 and the lower tube head 2 are connected to each other by a position adjustment boss 32, a position restriction boss 31, a position adjustment stopper 22, and a position restriction stopper 21, and in the step attachment hole 33 of the upper tube head 3. When the upper tube head 3 is pulled, the upper tube head 3 depends on the tension of the return member 8 and the double condition of the gap at the connecting portion between the upper tube head 3 and the lower tube head 2. 3 moves to a certain distance toward the outside, and at that time, it is manually rotated to the position of the next position adjustment stopper 22, and then the position adjustment boss 32 in the upper tube head 3 and the position adjustment in the lower tube head 2 are performed. If you release the hand after hearing the sound of “kacha” in accordance with the stopper 22, the upper tube head 3 and the lower tube head 3 The Yubuheddo 2 is locked, the return member 8 also returns to the initial position, the return member 8 since it has a preload, the upper tube head 3 and the lower tube head 2 is not loosened.

図９、図１０、図１１に示すように、本実施例の提供するＬＥＤ回転式電源内蔵昼光ランプにおいて、その大体の構造は実施例１と一致しており、しかし使用上の安全性をさらに高めるために、前記電源ユニット５とランプパネルユニット４の間に絶縁板１４を設け、ランプパネルユニット４の下端にランプカバー１０を設け、ランプカバー１０がランプチューブ１に固定され、取り付けの強度を上げるために、前記固定孔２３と下チューブヘッド２の内壁の間の仕切り板２４に補強リブ１３を設け、且つ使用寿命を延ばすために、前記上チューブヘッド３にランプ脚９と係合するチューブヘッド保護カバー１２を設け、前記上チューブヘッド３の段差取り付け孔３３内にチューブ栓１１を設け、チューブ栓１１が締め付け部材７の外側に位置する。   As shown in FIGS. 9, 10, and 11, in the daylight lamp with built-in LED rotary type power supply provided by the present embodiment, the general structure is the same as that of the first embodiment. For further enhancement, an insulating plate 14 is provided between the power supply unit 5 and the lamp panel unit 4, a lamp cover 10 is provided at the lower end of the lamp panel unit 4, and the lamp cover 10 is fixed to the lamp tube 1. In order to increase the service life, reinforcing ribs 13 are provided on the partition plate 24 between the fixing hole 23 and the inner wall of the lower tube head 2, and the lamp leg 9 is engaged with the upper tube head 3 in order to extend the service life. A tube head protective cover 12 is provided, a tube plug 11 is provided in the step mounting hole 33 of the upper tube head 3, and the tube plug 11 is positioned outside the fastening member 7. To.

１ ランプチューブ
２ 下チューブヘッド
２１ 位置制限ストッパー
２２ 位置調整ストッパー
２３ 固定孔
２４ 仕切り板
２５ 配線孔
３ 上チューブヘッド
３１ 位置制限ボス
３２ 位置調整ボス
３３ 段差取り付け孔
３１１ 位置制限脚
４ ランプパネルユニット
４５ 接続挿入孔
５ 電源ユニット
６ ピンヘッダ
６１ ピン
７ 締め付け部材
８ 復帰部材
９ ランプ脚
１０ ランプカバー
１１ チューブ栓
１２ チューブヘッド保護カバー
１３ 補強リブ
１４ 絶縁板 1 Lamp tube 2 Lower tube head 21 Position limit stopper 22 Position adjustment stopper 23 Fixing hole 24 Partition plate 25 Wiring hole 3 Upper tube head 31 Position limit boss 32 Position adjustment boss 33 Step mounting hole 311 Position limit leg 4 Lamp panel unit 45 Connection Insertion hole 5 Power supply unit 6 Pin header 61 Pin 7 Tightening member 8 Returning member 9 Lamp leg 10 Lamp cover 11 Tube plug 12 Tube head protection cover 13 Reinforcement rib 14 Insulating plate

Claims (9)

ランプチューブ（１）と、電源ユニット（５）と、ランプパネルユニット（４）と、上チューブヘッド（３）と、下チューブヘッド（２）とを含み、上チューブヘッド（３）と下チューブヘッド（２）はいずれも２つ設けられており、各上チューブヘッド（３）にそれぞれランプ脚（９）を対称的に設け、電源ユニット（５）及びランプパネルユニット（４）がランプチューブ（１）内に位置し、２つの下チューブヘッド（２）をそれぞれランプチューブ（１）の両端に被設し、各下チューブヘッド（２）の外側にそれぞれ１つの上チューブヘッド（３）を嵌設するＬＥＤ回転式電源内蔵昼光ランプにおいて、
前記電源ユニット（５）とランプパネルユニット（４）の間に、電源ユニット（５）とランプパネルユニット（４）との電気接続を実現するピンヘッダ（６）が設けられ、ピンヘッダ（６）に両側が対応して接続されるピン（６１）を設け、電源ユニット（５）及びランプパネルユニット（４）にそれぞれピン（６１）と溶接する接続挿入孔（４５）を設け、電源ユニット（５）及びランプパネルユニット（４）における接続挿入孔（４５）がそれぞれ対応する電気接続回路に接続しており、前記２つの上チューブヘッド（３）の開口端にそれぞれ１つ以上の位置調整ボス（３２）及び位置制限ボス（３１）を設け、２つの下チューブヘッド（２）内にそれぞれ仕切り板（２４）を設け、仕切り板（２４）と下チューブヘッド（２）内壁との連結部にそれぞれ１つ以上の位置調整ストッパー（２２）及び位置制限ストッパー（２１）を設け、位置調整ストッパー（２２）及び位置制限ストッパー（２１）がそれぞれ上チューブヘッド（３）の開口端の位置調整ボス（３２）及び位置制限ボス（３１）と係合し、仕切り板（２４）にさらに配線孔（２５）を設ける、ことを特徴とするＬＥＤ回転式電源内蔵昼光ランプ。 A lamp tube (1), a power supply unit (5), a lamp panel unit (4), an upper tube head (3), and a lower tube head (2) are included, and an upper tube head (3) and a lower tube head Two (2) are provided, and each upper tube head (3) is provided with a lamp leg (9) symmetrically, and the power supply unit (5) and the lamp panel unit (4) are connected to the lamp tube (1). ), Two lower tube heads (2) are respectively placed on both ends of the lamp tube (1), and one upper tube head (3) is fitted outside each lower tube head (2). In the LED rotary power built-in daylight lamp,
Between the power supply unit (5) and the lamp panel unit (4), there is provided a pin header (6) that realizes electrical connection between the power supply unit (5) and the lamp panel unit (4). Are provided with corresponding pins (61), and the power supply unit (5) and the lamp panel unit (4) are provided with connection insertion holes (45) to be welded to the pins (61), and the power supply unit (5) and The connection insertion holes (45) in the lamp panel unit (4) are connected to the corresponding electrical connection circuits, respectively, and one or more position adjustment bosses (32) are provided at the open ends of the two upper tube heads (3). And a position restricting boss (31), a partition plate (24) is provided in each of the two lower tube heads (2), and the partition plate (24) and the inner wall of the lower tube head (2) One or more position adjustment stoppers (22) and position restriction stoppers (21) are provided at the joints, and the position adjustment stopper (22) and the position restriction stopper (21) are respectively positioned at the open ends of the upper tube head (3). A daylight lamp with built-in LED rotary type power supply, which is engaged with the adjustment boss (32) and the position restriction boss (31), and further has a wiring hole (25) in the partition plate (24). 前記電源ユニット（５）がランプパネルユニット（４）の上端に位置し、ピンヘッダ（６）に４組のピン（６１）を設け、電源ユニット（５）及びランプパネルユニット（４）にそれぞれ４組のピン（６１）と溶接する４つの接続挿入孔（４５）を設け、前記各上チューブヘッド（３）の開口端にそれぞれ２つの位置調整ボス（３２）及び２つの位置制限ボス（３１）を設け、２つの位置調整ボス（３２）と２つの位置制限ボス（３１）はいずれも対称的に設置され、且つ上チューブヘッド（３）の開口端に沿って十字に交差配置され、各下チューブヘッド（２）内壁と仕切り板（２４）との連結部にそれぞれ６つの位置調整ストッパー（２２）及び２つの位置制限ストッパー（２１）を設け、６つの位置調整ストッパー（２２）及び２つの位置制限ストッパー（２１）は下チューブヘッド（２）内壁に沿って４５°でリング状に配置され、且つ６つの位置調整ストッパー（２２）は２つずつ対称的に設置され、２つの位置制限ストッパー（２１）は対称的に設置されることを特徴とする請求項１に記載のＬＥＤ回転式電源内蔵昼光ランプ。   The power supply unit (5) is located at the upper end of the lamp panel unit (4), the pin header (6) is provided with four sets of pins (61), and each of the power supply unit (5) and the lamp panel unit (4) has four sets. Four connection insertion holes (45) welded to the pins (61) of the upper tube head (3) are provided, and two position adjustment bosses (32) and two position restriction bosses (31) are provided at the open ends of the upper tube heads (3), respectively. The two position adjustment bosses (32) and the two position restriction bosses (31) are both symmetrically installed, and are arranged in a cross shape along the open end of the upper tube head (3). Six position adjustment stoppers (22) and two position restriction stoppers (21) are provided at the connecting portion between the inner wall of the head (2) and the partition plate (24), respectively, and the six position adjustment stoppers (22) and two The position limiting stoppers (21) are arranged in a ring shape at 45 ° along the inner wall of the lower tube head (2), and the six position adjusting stoppers (22) are installed symmetrically two by two. The daylight lamp with built-in LED rotary type power source according to claim 1, wherein (21) is installed symmetrically. 前記上チューブヘッド（３）と下チューブヘッド（２）は復帰部材（８）がつけられている締め付け部材（７）によって固定され、上チューブヘッド（３）に段差取り付け孔（３３）が内蔵され、下チューブヘッド（２）の仕切り板（２４）に段差取り付け孔（３３）と同一の軸線を有する固定孔（２３）が設けられ、復帰部材（８）がつけられている締め付け部材（７）は段差取り付け孔（３３）を貫通し、且つ固定孔（２３）と係合し、復帰部材（８）が段差取り付け孔（３３）内に位置することを特徴とする請求項１または２に記載のＬＥＤ回転式電源内蔵昼光ランプ。   The upper tube head (3) and the lower tube head (2) are fixed by a fastening member (7) to which a return member (8) is attached, and a step attachment hole (33) is built in the upper tube head (3). A fastening member (7) in which a fixing hole (23) having the same axis as the step attachment hole (33) is provided in the partition plate (24) of the lower tube head (2) and a return member (8) is attached 3 through the step mounting hole (33) and engages with the fixing hole (23), the return member (8) being located in the step mounting hole (33). LED rotating power built-in daylight lamp. 前記位置制限ボス（３１）に位置制限脚（３１１）を設け、位置制限ストッパー（２１）はＬ状を呈し、且つその横方向部分と縦方向部分との交差部から下チューブヘッド（２）内壁までの間隔距離が、位置調整ボス（３２）の厚さより大きく、位置制限ボス（３１）から伸び出した位置制限脚（３１１）の伸び出し長さより小さく、位置制限ストッパー（２１）の高さは位置調整ストッパー（２２）の高さより大きく、上チューブヘッド（３）が位置調整ストッパー（２２）から離脱するように引き抜かれる時の引き抜き距離は、位置調整ストッパー（２２）の高さより大きく且つ位置制限ストッパー（２１）の高さより小さいことを特徴とする請求項１または２に記載のＬＥＤ回転式電源内蔵昼光ランプ。   The position restricting boss (31) is provided with a position restricting leg (311), the position restricting stopper (21) has an L shape, and the inner wall of the lower tube head (2) from the intersection of the lateral portion and the longitudinal portion. Is larger than the thickness of the position adjustment boss (32) and smaller than the extension length of the position restriction leg (311) extending from the position restriction boss (31), and the height of the position restriction stopper (21) is The pull-out distance when the upper tube head (3) is pulled out so as to be detached from the position adjustment stopper (22) is larger than the height of the position adjustment stopper (22) and the position is limited. The daylight lamp with built-in LED rotary type power supply according to claim 1 or 2, wherein the daylight lamp has a smaller height than the stopper (21). 前記位置制限ボス（３１）に位置制限脚（３１１）を設け、位置制限ストッパー（２１）はＬ状を呈し、且つその横方向部分と縦方向部分との交差部から下チューブヘッド（２）内壁までの間隔距離が、位置調整ボス（３２）の厚さより大きく、位置制限ボス（３１）から伸び出した位置制限脚（３１１）の伸び出し長さより小さく、位置制限ストッパー（２１）の高さは位置調整ストッパー（２２）の高さより大きく、上チューブヘッド（３）が位置調整ストッパー（２２）から離脱するように引き抜かれる時の引き抜き距離は、位置調整ストッパー（２２）の高さより大きく且つ位置制限ストッパー（２１）の高さより小さいことを特徴とする請求項３に記載のＬＥＤ回転式電源内蔵昼光ランプ。   The position restricting boss (31) is provided with a position restricting leg (311), the position restricting stopper (21) has an L shape, and the inner wall of the lower tube head (2) from the intersection of the lateral portion and the longitudinal portion. Is larger than the thickness of the position adjustment boss (32) and smaller than the extension length of the position restriction leg (311) extending from the position restriction boss (31), and the height of the position restriction stopper (21) is The pull-out distance when the upper tube head (3) is pulled out so as to be detached from the position adjustment stopper (22) is larger than the height of the position adjustment stopper (22) and the position is limited. 4. The daylight lamp with built-in LED rotary power supply according to claim 3, wherein the daylight lamp has a smaller height than the stopper (21). 前記電源ユニット（５）とランプパネルユニット（４）の間に絶縁板（１４）を設け、ランプパネルユニット（４）の下端にランプカバー（１０）を設け、ランプカバー（１０）がランプチューブ（１）に固定され、前記固定孔（２３）と下チューブヘッド（２）の内壁の間の仕切り板（２４）に補強リブ（１３）を設け、前記上チューブヘッド（３）の外側にランプ脚（９）と係合するチューブヘッド保護カバー（１２）を設け、前記上チューブヘッド（３）の段差取り付け孔（３３）内にチューブ栓（１１）を設け、チューブ栓（１１）が締め付け部材（７）の外側に位置することを特徴とする請求項１または２に記載のＬＥＤ回転式電源内蔵昼光ランプ。   An insulating plate (14) is provided between the power supply unit (5) and the lamp panel unit (4), a lamp cover (10) is provided at the lower end of the lamp panel unit (4), and the lamp cover (10) is connected to the lamp tube ( 1), a reinforcing rib (13) is provided on a partition plate (24) between the fixing hole (23) and the inner wall of the lower tube head (2), and a lamp leg is provided outside the upper tube head (3). (9) is provided with a tube head protective cover (12), a tube plug (11) is provided in the step mounting hole (33) of the upper tube head (3), and the tube plug (11) is a fastening member ( The daylight lamp with a built-in LED rotary power source according to claim 1 or 2, wherein the daylight lamp is located outside of 7). 前記電源ユニット（５）とランプパネルユニット（４）の間に絶縁板（１４）を設け、ランプパネルユニット（４）の下端にランプカバー（１０）を設け、ランプカバー（１０）がランプチューブ（１）に固定され、前記固定孔（２３）と下チューブヘッド（２）の内壁の間の仕切り板（２４）に補強リブ（１３）を設け、前記上チューブヘッド（３）の外側にランプ脚（９）と係合するチューブヘッド保護カバー（１２）を設け、前記上チューブヘッド（３）の段差取り付け孔（３３）内にチューブ栓（１１）を設け、チューブ栓（１１）が締め付け部材（７）の外側に位置することを特徴とする請求項３に記載のＬＥＤ回転式電源内蔵昼光ランプ。   An insulating plate (14) is provided between the power supply unit (5) and the lamp panel unit (4), a lamp cover (10) is provided at the lower end of the lamp panel unit (4), and the lamp cover (10) is connected to the lamp tube ( 1), a reinforcing rib (13) is provided on a partition plate (24) between the fixing hole (23) and the inner wall of the lower tube head (2), and a lamp leg is provided outside the upper tube head (3). (9) is provided with a tube head protective cover (12), a tube plug (11) is provided in the step mounting hole (33) of the upper tube head (3), and the tube plug (11) is a fastening member ( The daylight lamp with built-in LED rotary type power source according to claim 3, which is located outside of 7). 前記電源ユニット（５）とランプパネルユニット（４）の間に絶縁板（１４）を設け、ランプパネルユニット（４）の下端にランプカバー（１０）を設け、ランプカバー（１０）がランプチューブ（１）に固定され、前記固定孔（２３）と下チューブヘッド（２）の内壁の間の仕切り板（２４）に補強リブ（１３）を設け、前記上チューブヘッド（３）の外側にランプ脚（９）と係合するチューブヘッド保護カバー（１２）を設け、前記上チューブヘッド（３）の段差取り付け孔（３３）内にチューブ栓（１１）を設け、チューブ栓（１１）が締め付け部材（７）の外側に位置することを特徴とする請求項４に記載のＬＥＤ回転式電源内蔵昼光ランプ。   An insulating plate (14) is provided between the power supply unit (5) and the lamp panel unit (4), a lamp cover (10) is provided at the lower end of the lamp panel unit (4), and the lamp cover (10) is connected to the lamp tube ( 1), a reinforcing rib (13) is provided on a partition plate (24) between the fixing hole (23) and the inner wall of the lower tube head (2), and a lamp leg is provided outside the upper tube head (3). (9) is provided with a tube head protective cover (12), a tube plug (11) is provided in the step mounting hole (33) of the upper tube head (3), and the tube plug (11) is a fastening member ( The daylight lamp with a built-in LED rotary power source according to claim 4, wherein the daylight lamp is located outside of 7). 前記電源ユニット（５）とランプパネルユニット（４）の間に絶縁板（１４）を設け、ランプパネルユニット（４）の下端にランプカバー（１０）を設け、ランプカバー（１０）がランプチューブ（１）に固定され、前記固定孔（２３）と下チューブヘッド（２）の内壁の間の仕切り板（２４）に補強リブ（１３）を設け、前記上チューブヘッド（３）の外側にランプ脚（９）と係合するチューブヘッド保護カバー（１２）を設け、前記上チューブヘッド（３）の段差取り付け孔（３３）内にチューブ栓（１１）を設け、チューブ栓（１１）が締め付け部材（７）の外側に位置することを特徴とする請求項５に記載のＬＥＤ回転式電源内蔵昼光ランプ。   An insulating plate (14) is provided between the power supply unit (5) and the lamp panel unit (4), a lamp cover (10) is provided at the lower end of the lamp panel unit (4), and the lamp cover (10) is connected to the lamp tube ( 1), a reinforcing rib (13) is provided on a partition plate (24) between the fixing hole (23) and the inner wall of the lower tube head (2), and a lamp leg is provided outside the upper tube head (3). (9) is provided with a tube head protective cover (12), a tube plug (11) is provided in the step mounting hole (33) of the upper tube head (3), and the tube plug (11) is a fastening member ( The daylight lamp with built-in LED rotary type power source according to claim 5, which is located outside of 7).
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WO2013013441A1 (en) 2013-01-31
JP5635703B2 (en) 2014-12-03

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