M343104 八、新型說明： 【新型所屬之技術領域】 本創作係一種燈泡式燈具，尤指一種可避免指向性光 源的發光二極體燈具。 【先前技術】 - 現今地球所具有的能源逐漸短缺，因此為了避免不必 _ 要能源的浪費，因此許多耗電量大的鎢絲燈泡已逐漸的被 發光二極體（led)所取代，且由於發光二極體的亮度已有 突破性的發展，所以已經被廣泛運用於許多夜間照明的工 具上。 然而現今的發光二極體已經具有高亮度的特性，卻是 無法突破照度不足的問題，目前市面上的發光二級體從發 光強度角分佈圖來分有三類：一、高指向性，一般爲尖頭 環氧封裝，或是帶金屬反射腔封裝，且不加散射劑。半值 • 角爲5 °〜20。或更小。二標準型、通常作指示燈用，其半 值角爲20〜45。。三散射型。這是視角較大的指示燈，半 值角爲45。〜90。或更大，散射劑的量較大；因此，即使是 散射型的發光二極體，也是有相度照射角度的限制。 因此’為了克服發光二極體具有指向性的缺點，一種 應用發光二極體的燈泡式燈具係如第五圖所示，該燈泡式 燈具係包括一具有水平載台（91)的燈座（9〇)和一燈體（92)所 組成；而該燈體（92)係由數個發光組件（93)所相互組成， 該發光組件（93)係由一發光二極體（94)和一矩形狀的電路 M343104 板（95)所組成，該發光二極體（92)係焊接於電路板（95)上， 而各個發光組件（93)係藉由電路板（95)間的相互連接構成 一可向四周發光的燈體（92)，然後再將該燈體（92)底端焊 接於燈座（90)的載台（91)上，使該燈體（92)通電時，其上二 發光二極體（94)便會向發光向四面射出，藉此改善發光二 極體（94)的光具有指向性的問題。 • 前述燈泡式燈具泡雖具有省電及全面發光的優點，可 φ 是其發光組件（93)欲組裝成燈體（92)卻是十分的不方便， 因為該發光組件（93)在組裝成燈體（92)時，只能將該發光 組件（93) 焊接在印刷電路板上再將電路板互相連接組 裝成一完整的燈體（92)，因此為了使該燈具的組裝更方便 和簡單，既有的燈泡式燈具實有進一步檢討改良之必要。 【新型内容】 因此’本創作主要目的在提供一燈泡式燈具，其發光 _ 一極體可藉由簡易的安裝方式輕易地完成組合，以達到縮 • 短組裝時間及減少印刷電路板材料成本的目的。 • 為達上述之目的採取的技術手段係令前述燈泡式燈 具，包括： 一燈座，係具有一座板，該座板的底面及頂面上分別 形成一連接柱和一固定座，該固定座係呈多角柱狀而具有 多面側壁，該側壁的面上具有電子迴路；以及 複數個發光二極體，係分設於前述固定座各面側壁 上0 5 M343104 利用上述結構在組裝時 固定座的各面侧壁上的以、接將輕光紅件痒接於 效取代傳統發光組件—_焊：二’糟：上述的結構可以有 互相連接的組裝方式，藉：？：路,上再將電路板 及減少印刷電路板材料成 、且衣k具日守所耗費的時間 材科成本，進而降低製造成本。 【實施方式】 4考弟一圖和第二圖，本創作係為-種燈泡式产且 係包括一燈座（10)、葙赵桐八L 匕且具， 數發光二極體（2Q)、兩電源連接结 (30)和一燈罩（4〇)所組成。 運接線 該燈座（10)係具有一庙姑^ 座板11)，该座板（11)相對的底、 頂面以別形成_連接柱（12)和—固定座（η)，該連接 (12)係設於座板（11)底端中心位 Θ運接柱（12)於側壁面 之、有-电連接元件以構成電迴路，供電連 作之電連接元件係一印刷電路，而該固定座（13)係呈一 角柱狀而具有多面側壁。 一 #於本實施例中，係採用四個發光二極體(2〇)，其分別 设於三角狀固定座(13)的頂面及各面側壁上的電子迴路 (⑶）利用各發光二極體（2G)多角度地設於固定座（13)上， 使其產生的光能全面性地向外射出；兩電源線_係設於 座板⑴）-端的連接柱（12)上且穿設座板（1彳）而與—發光二 =體（20)相連接，使該電源線（3Q)與電源相連接時，即構成 一完整的供電迴路；該燈罩（4〇)呈透明橢圓筒狀，係套設 座板⑴）上覆蓋其上的固定座（13)，以保護^於固定座⑽ M343104 上的發光二極體。 喷苓考第三和四圖，上述燈泡式燈具其組裝遠比傳統 k泡式燈具較為便利’其原因在於：該發光二極體⑽）相 互組裝時，係先將該發光二極體（20)直接焊接於固定座（1 3) 的各個面上的電子迴路（131)，當通電時，®定座（13)得以 上的么光一極體（2〇)提供一全面性的光源而向外發光， -糟此取代傳統發光組件一一焊接在印刷電路板上再將電路 •板互相連接的組裝方式，以大幅節省組裝時所耗費的時 間，進而降低製造燈泡式燈具所需的成本。 本創作雖已在前述實施例中已揭露出本創作的具體做 :会’但並不是只限於前述實施例中所提及之範疇，在不脫 離本創作之精神和範圍内所做的任何修改和變化，亦屬於 本創作保護之範圍。 【圖式簡單說明】 第一圖·係本創作一較佳實施例的透視立體圖。 第一圖·係本創作一較佳實施例的組裝圖。 第三圖：係本創作一較佳實施例的局部剖面圖。 第四圖··係本創作一較佳實施例的剖面圖。 第五圖：係既有燈泡式燈具的立體圖。 【主要元件符號說明】 (1 0)燈座 (12)連接柱 (11)座板 (13)固定座 7 M343104 (131)電子迴路 (3 0)電源線 (90)燈座 (92)燈體 (94)發光二極體 (20)發光二極體 (40)燈罩 (91)載台 (93)發光組件 (95)電路板M343104 VIII. New description: [New technical field] This creation is a kind of light bulb type lamp, especially a kind of light emitting diode lamp which can avoid directional light source. [Prior Art] - There is a gradual shortage of energy in the earth today, so in order to avoid unnecessary waste of energy, many tungsten lamps that consume large amounts of electricity have been gradually replaced by LEDs, and because The brightness of light-emitting diodes has been a breakthrough, so it has been widely used in many tools for night illumination. However, today's light-emitting diodes have high brightness characteristics, but they cannot break the problem of insufficient illumination. At present, there are three types of light-emitting diodes on the market from the angular distribution of luminous intensity: one, high directivity, generally A pointed epoxy package or a metal reflective cavity package with no scattering agents. Half value • The angle is 5 °~20. Or smaller. The second standard type is usually used for indicator lights, and its half-value angle is 20~45. . Three scattering type. This is a larger angle indicator with a half angle of 45. ~90. Or larger, the amount of the scattering agent is large; therefore, even a scattering type of light-emitting diode has a limitation of the angle of irradiation. Therefore, in order to overcome the disadvantage that the light-emitting diode has directivity, a light bulb type lamp using the light-emitting diode is as shown in the fifth figure, and the light bulb type lamp includes a lamp holder having a horizontal stage (91) ( 9〇) and a lamp body (92); and the lamp body (92) is composed of a plurality of light-emitting components (93), the light-emitting component (93) is composed of a light-emitting diode (94) and A rectangular circuit M343104 is formed by a board (95). The light emitting diode (92) is soldered to the circuit board (95), and each of the light emitting components (93) is interconnected by the circuit board (95). Forming a lamp body (92) that can illuminate all around, and then soldering the bottom end of the lamp body (92) to the stage (91) of the lamp holder (90), so that when the lamp body (92) is energized, The upper two light-emitting diodes (94) emit light toward the four sides, thereby improving the directivity of the light of the light-emitting diode (94). • Although the above-mentioned bulb-type lamp bulb has the advantages of power saving and full-light illumination, it is very inconvenient for the light-emitting component (93) to be assembled into the lamp body (92) because the light-emitting component (93) is assembled. In the case of the lamp body (92), the light-emitting component (93) can only be soldered on the printed circuit board and then the circuit boards are connected to each other to form a complete lamp body (92), so that the assembly of the lamp is more convenient and simple. Existing bulb-type luminaires are necessary for further review and improvement. [New content] Therefore, the main purpose of this creation is to provide a bulb-type luminaire, and its illuminating _ one-piece body can be easily combined by simple installation to achieve short assembly time and reduce the cost of printed circuit board materials. purpose. The technical means for achieving the above-mentioned purpose is to enable the aforementioned bulb-type luminaire, comprising: a lamp holder having a plate, and a bottom and a top surface of the seat plate respectively form a connecting post and a fixing seat, the fixing seat The utility model has a multi-sided column shape and has a multi-faceted side wall having an electronic circuit on the surface thereof, and a plurality of light-emitting diodes are disposed on the side walls of each of the fixing seats. 0 5 M343104 The fixing structure is assembled during assembly by the above structure. On the side walls of each side, the light-light red parts are itched to replace the traditional light-emitting components - _ welding: two 'bad: the above structure can be connected to each other, by: ? : Road, the cost of the board and the reduction of the printed circuit board material, and the cost of the material, thus reducing the manufacturing cost. [Embodiment] 4 Kaodi 1 and 2, the creation is a kind of bulb type and includes a lamp holder (10), 葙赵桐八 L 匕, and several light-emitting diodes (2Q) , two power connection knots (30) and a lamp cover (4 〇). The lamp holder (10) has a temple board 11), and the opposite bottom and top surfaces of the seat board (11) are formed with a connecting post (12) and a fixing seat (η). (12) is disposed at the bottom end of the seat plate (11) at the center of the transport post (12) on the side wall surface, has an electrical connection element to form an electrical circuit, and the electrical connection element for power supply is a printed circuit. The fixing seat (13) has a columnar shape and a multi-faceted side wall. In this embodiment, four light-emitting diodes (2 turns) are used, which are respectively disposed on the top surface of the triangular fixed seat (13) and the electronic circuit on the side walls of each side ((3)) using each light-emitting two The pole body (2G) is disposed on the fixing seat (13) at multiple angles, so that the light energy generated by the pole body (13G) is completely outwardly emitted; the two power wires are disposed on the connecting post (12) of the seat plate (1) The base plate (1彳) is connected to the light-emitting two body (20), so that when the power line (3Q) is connected to the power source, a complete power supply circuit is formed; the lamp cover (4 turns) is transparent The elliptical cylinder is provided with a fixing seat (13) covered on the seat plate (1) to protect the light-emitting diode on the fixing base (10) M343104. In the third and fourth pictures of the sneeze test, the assembly of the above-mentioned bulb type lamp is far more convenient than the conventional k-bubble type lamp. The reason is that the light-emitting diode (10) is assembled with the light-emitting diode (20). An electronic circuit (131) that is directly soldered to each side of the mount (13). When energized, the ® mount (13) can provide a comprehensive light source to the light source (2). External illuminating, - This replaces the traditional illuminating components - the assembly method of soldering the printed circuit board and interconnecting the circuit boards to greatly save the time required for assembly, thereby reducing the cost of manufacturing the bulb luminaire. The present invention has been described in the foregoing embodiments as being specific to the present invention, but is not limited to the scope of the foregoing embodiments, and any modifications made without departing from the spirit and scope of the present invention. And changes are also within the scope of this creative protection. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective perspective view of a preferred embodiment of the present invention. The first figure is an assembled view of a preferred embodiment of the present invention. Third Figure: A partial cross-sectional view of a preferred embodiment of the present invention. Figure 4 is a cross-sectional view of a preferred embodiment of the present invention. Figure 5: A perspective view of a bulb-type luminaire. [Description of main components] (1 0) Lamp holder (12) Connecting post (11) Seat plate (13) Fixing seat 7 M343104 (131) Electronic circuit (3 0) Power cable (90) Lamp holder (92) Lamp body (94) Light-emitting diode (20) Light-emitting diode (40) Lamp cover (91) Stage (93) Light-emitting assembly (95) Circuit board