.M366108 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種連結器組件，特別是有關於一種固 定連結器於背板之組件。 【先前技術】 請同時參照圖1與圖2，其為先前技術之液晶面板之 燈管固定結構。此結構係由連結器2a、燈管1、背板3與 燈管固定座5所組成，背板3上開設有複數個背板穿孔31 以供連結器2a卡掣於其中。以背板3的兩面而言，連結器 2a之燈管插座21係顯露於背板3之一面，燈管插座21供 燈管1***或固定配置；連結器2a之電路板插孔22係顯 露於背板3之另一面，係供電路板4之金手指41***。當 燈管1、連結器2a、電路板4與背板3固定完成後，係由 一燈管固定座5密合於各連結器2a之燈管插座21上，以 固定燈管1與連結器2a。 然而現有的背光模組中，連結器2a的外型與背板穿孔 31不論經由何種型式的精密設計，連結器2a與背板穿孔 31在接合時，還是會產生微小的氣隙，致使連結器2a未 能穩固於背板3上，亦或導致粉塵從氣隙進入，以沾污燈 管1之情事發生。 【新型内容】 本創作之主要目的係在於提供一種連結器之組件以穩 .M366108 ； 固連結器於背板上。 • 本創作之另一目的係在於提供一種連結器之組件以防 止粉塵沾污燈管。 為解決上述目的，本創作係提供一種可固定連結器於 背板之組件，其包含：一柱體、一抵合塊、一凸緣與一爽 持區塊。 - 柱體包含一固定槽與一通孔，固定槽之槽形與連結器 • 之至少一側面相契合，通孔開設於柱體之一侧之底端且連 ® 通固定槽底端。抵合塊環繞配置於固定槽之槽孔周緣，凸 緣平行抵合塊而環繞配置於柱體之立側。夾持區塊鄰接於 固定槽之槽孔，配置於柱體開設通孔之側，夾持區塊開設 有一軸向垂直固定槽之夾持穿孔。 為解決上述目的，本創作係提供另一種可固定連結器 於背板之組件，其包含：一柱體、一抵合塊與一凸緣。 柱體貫穿設有一固定孔，固定孔之孔形可緊配於連結 • 器之外環侧，抵合塊環繞配置於固定孔之孔緣，凸緣平行 抵合塊而環繞配置於柱體之立側。 【實施方式】 . 為使對本創作之目的、構造特徵及其功能有進一步之 了解，茲配合相關實施例及圖式詳細說明如下： 請同時參照圖3至圖5，圖3為本創作第一實施例之 組件結構示意圖，圖4為本創作第一實施例之組件配置於 5 ，M366108 ； 背板之分解圖，圖5為本創作第一實施例之組件配置於背 • 板之侧示圖。本實施例中，連結器2a之組件6a係由一柱 體61a、一抵合塊62、一凸緣63與一夾持區塊64。本實 施例係結合組件6a、背板3、燈管1與連結器2a以進行說 明，其中一背板穿孔32開設於背板3上。 柱體61a的外徑係與背板穿孔32的内徑相同，柱體 * 61a用以穿置於背板穿孔32中。柱體61a具有一固定槽 - 611，此固定槽611乃根據連結器2a配置電路板插孔22之 • 部位的外型而被設計，使得連結器2a在置入固定槽611 時，連結器2a底部的外側面可與固定槽611之内側面相互 密合，使得連結器2a固定於固定槽611中。然而固定槽611 可與連結器2a之外側面可被設計形成緊配，以加強固定連 結器2a的效果。 一通孔65開設於柱體61a外側底端並與固定槽611連 通，此通孔65配置的位置正對應於連結器2a之電路板插 • 孔22的開口處，以供電路板4之接頭、接線或金手指41 可透過通孔65而與連結器2a相接。 抵合塊62環繞配置於固定槽611的槽孔周緣，抵合塊 • 62之外徑需大於背板穿孔32的孔徑，令柱體61a由上而 ‘ 下穿過背板穿孔32後，配置於夾持穿孔641時，抵合塊 62抵合於背板3上，使組件6a配置於背板穿孔32的位置 必然保持在一固定位置。 凸緣63平行於抵合塊62的方式而環繞配置於柱體61a 6 ，M366108 =立側以z轴為軸心方向，由垂直於軸心為直徑方向 來向外推算，柱體61a最外_側邊），與抵合塊62之間 形成-槽狀。此凸、緣63需具有彈性且外徑略大於爽持穿孔 64i之孔徑，當組件6a在穿過f板穿孔32時，凸緣幻係 受擠壓而穿過背板穿孔32，f板3係卡掣於抵合塊⑽斑 凸緣63之間的槽狀，使凸緣《與抵合塊62配置於背板、3 之兩相異面並與背板3相抵合，形成緊配固定的狀態，進 而使連結器2 a透過組件6 a而固定於#板3上。 爽持區塊64係鄰接於固定槽611之槽孔邊缘而配置於 柱體-’所配置的位置為柱體化配置通孔Η 則 面上。夾持區塊64開設有-軸向垂直固定槽611之失持穿 此夾持穿孔641係供燈心穿過，燈管ι會受夾 夾持並連接於連接器h之燈管插座2 主要用以夾持燈管】，以在連結器2 = 插座2i連結燈管"，細固定燈管卜=燈& 燈管1，可開設一緩衝間隙 …、又壓迫 穿孔⑷_向外（=2緩制隙642係、由夹持 垂直於輛心的方向稱為=夹=641 外延伸），延伸開設至失向向外係指由軸心開始向 夹持燈㈣，藉此緩衝外側面。 本實施例中，才主體Cl 和燈管1的受壓。 塊…少-者杨件二：合塊62、凸緣63與失持區 塑谬或彈性樹脂。其·欠 I體’其材㈣為橡膠、彈性 、，本實施例中，抵合塊62、凸緣 ，M366108 與夾持區塊64中至少一者與柱體61a為一體成型，或者， •整個組件6a為一體成型。其三，本實施例僅固定連結器 2a之平面轴向，即X轴向與y轴向。為使連結器2a能確實 被固定於背板3,除令固定槽611與連結器2a形成緊配外， 可根據夾持區塊64之外型而設計燈管固定座51的造型， 令燈管固定座51罩住整個連結器2a與組件6a，且燈管固 • 定座51之可根據經設計後之造型密合於夾持區塊64之外 • 侧，達到固定連結器2a於背板3的效果。其四，本實施例 ® 可適用於各種不同尺寸、不同材質（如金屬、塑膠）的背 板3，然為提升背板3的負重量，可採用金屬背板3以施 行於本實施例中。 請同時參照圖6與圖7，圖6為本創作第二實施例之 組件配置於背板之分解示意圖，圖7為本創作第二實施例 之組件配置於背板之侧示圖。本實施例係結合組件6b、背 板3與連結器2b以進行說明，其中背板穿孔32開設於背 Φ 板3上。 柱體61b的外徑係與背板穿孔32的内徑相近（可略 小），柱體61b用以穿置於背板穿孔32中。柱體61b具有 • 一固定孔66，此固定孔66乃根據連結器2b的外型而被設 • 計，使得連結器2b在置入固定孔66時，連結器2b之外側 面可與固定孔66之内侧面相互密合，使得連結器2b與固 定孔緊配而穿置固定於固定孔中。 抵合塊62環繞配置於固定孔66的一側孔緣，抵合塊 ，M366108 : 62之外徑需大於背板穿孔32的孔徑，令柱體6ib配置於 月板穿孔32時抵合於背板3上，使組件6b配置於背板穿 孔32的位置必然在一固定位置上。 凸緣63平行於抵合塊62的方式而環繞配置於柱體61b 之立側（即以z軸為軸心方向，由垂直於軸心為直徑方向 來向外推算，柱體61b最外圍的侧邊），與抵合塊62之間 形成一卡溝。此凸緣63需具有彈性且外徑略大於背板穿孔 鲁32之孔徑，當組件6b在穿過背板3時，凸緣63係受擠壓 而穿過背板穿孔32 ’背板3係卡擎於抵合塊62與凸緣幻 之間的卡溝中，使凸緣63與抵合塊62配置於背板3之兩 相異面並與背板3相抵合，形成緊配固定的狀態，進而使 連結器2b透過組件6b而固定於背板3上。 本實施例中，柱體61b、抵合塊62與凸緣63之至少 一者或組件6b整體，其材質係為橡膠、彈性塑膠或彈性樹 脂。其次，本實施例中，抵合塊62與凸緣63中至少一者 • 與柱體61b為一體成型，或者，整個組件6b為一體成型。 其三，本實施例可固定連結器2b之三垂直軸向，即χ輛向、 y轴向與ζ轴向，因此組件6b可確實的固定連結器2b於 . 背板3上。其四，本實施例可適用於各種不同尺寸、不同 材質（如金屬、塑膠）的背板3，然為提升背板3的負重 量’可採用金屬背板施行於本實施例中。 雖然本創作以前述之較佳實施例揭露如上，然其並非 用以限定本創作，任何熟習相像技藝者，在不脫離本創作 9 M366108.M366108 V. New Description: [New Technology Field] This creation is about a connector assembly, especially for a fixed connector on the backplane. [Prior Art] Please refer to Fig. 1 and Fig. 2 together, which is a lamp fixing structure of a liquid crystal panel of the prior art. The structure is composed of a connector 2a, a lamp tube 1, a back plate 3 and a lamp holder 5, and a plurality of back plate holes 31 are formed in the back plate 3 for the connector 2a to be locked therein. In terms of both sides of the backboard 3, the lamp socket 21 of the connector 2a is exposed on one side of the backboard 3, the lamp socket 21 is for inserting or fixing the lamp tube 1, and the circuit board socket 22 of the connector 2a is exposed. On the other side of the backboard 3, a gold finger 41 for the circuit board 4 is inserted. After the lamp tube 1, the connector 2a, the circuit board 4 and the backboard 3 are fixed, a lamp holder 5 is adhered to the lamp socket 21 of each connector 2a to fix the lamp 1 and the connector. 2a. However, in the conventional backlight module, regardless of the type of precision design of the connector 2a and the back plate through-hole 31, when the connector 2a and the back plate through-hole 31 are joined, a slight air gap is generated, resulting in a connection. The device 2a fails to stabilize on the backing plate 3, or causes dust to enter from the air gap to contaminate the lamp tube 1. [New content] The main purpose of this creation is to provide a connector assembly to stabilize the M366108; solid connector on the backplane. • Another purpose of this creation is to provide a connector assembly to prevent dust from contaminating the lamp. In order to solve the above object, the present invention provides an assembly for fixing a connector to a backboard, comprising: a cylinder, an abutting block, a flange and a cooling block. - The cylinder comprises a fixing groove and a through hole, and the groove shape of the fixing groove is matched with at least one side of the connector, and the through hole is opened at the bottom end of one side of the column and connected to the bottom end of the fixing groove. The abutting block is disposed around the periphery of the slot of the fixing slot, and the flange is parallel to the abutting block and is disposed around the vertical side of the cylinder. The clamping block is adjacent to the slot of the fixing slot, and is disposed on the side of the column opening the through hole, and the clamping block defines a clamping through hole of the axial vertical fixing groove. In order to solve the above object, the present invention provides another assembly for attaching a connector to a backboard, comprising: a cylinder, an abutting block and a flange. The cylinder body is provided with a fixing hole, and the hole shape of the fixing hole can be tightly fitted to the outer ring side of the connecting device, and the abutting block is disposed around the hole edge of the fixing hole, and the flange is parallel to the blocking block and surrounds the column body. Standing side. [Embodiment] In order to further understand the purpose, structural features and functions of this creation, the relevant embodiments and drawings are described in detail as follows: Please refer to FIG. 3 to FIG. 5 simultaneously, FIG. FIG. 4 is an exploded view of the back panel of the first embodiment of the present invention, and FIG. 5 is a side view of the components of the first embodiment of the present invention. . In this embodiment, the assembly 6a of the connector 2a is composed of a cylinder 61a, an abutment block 62, a flange 63 and a clamping block 64. This embodiment combines the assembly 6a, the backing plate 3, the tube 1 and the connector 2a for illustration, wherein a back plate perforation 32 is formed on the backing plate 3. The outer diameter of the cylinder 61a is the same as the inner diameter of the back plate perforation 32, and the cylinder * 61a is intended to be inserted into the back plate perforation 32. The cylinder 61a has a fixing groove 611 which is designed according to the shape of the portion where the connector 2a is disposed with the circuit board insertion hole 22, so that the connector 2a is placed in the fixing groove 611, the connector 2a The outer side surface of the bottom portion can be in close contact with the inner side surface of the fixing groove 611, so that the connector 2a is fixed in the fixing groove 611. However, the fixing groove 611 may be designed to fit the outer side of the connector 2a to enhance the effect of fixing the coupling 2a. A through hole 65 is formed at the outer bottom end of the column 61a and communicates with the fixing groove 611. The through hole 65 is disposed at a position corresponding to the opening of the circuit board insertion hole 22 of the connector 2a for the connection of the circuit board 4, The wiring or the gold finger 41 can be connected to the connector 2a through the through hole 65. The abutting block 62 is disposed around the periphery of the slot of the fixing slot 611. The outer diameter of the abutting block 62 needs to be larger than the aperture of the back plate through hole 32, so that the post 61a passes through the back plate perforation 32. When the perforation 641 is clamped, the abutment block 62 abuts against the back plate 3, so that the position of the assembly 6a disposed at the back plate perforation 32 is necessarily maintained at a fixed position. The flange 63 is disposed around the cylindrical body 61a 6 in a manner parallel to the abutting block 62. The M366108=vertical side is axially oriented with the z-axis as the axial direction, and is outwardly calculated from the axial direction perpendicular to the axial center. The outermost column 61a is _ The side edge) is formed in a groove shape with the abutting block 62. The protrusion and the edge 63 need to have elasticity and the outer diameter is slightly larger than the aperture of the holding hole 64i. When the assembly 6a passes through the through hole 32 of the f plate, the flange is squeezed through the back plate perforation 32, the f plate 3 The buckle is formed in a groove shape between the block flanges 63 of the abutting block (10), so that the flanges and the abutting block 62 are disposed on the opposite sides of the back plate and the third surface, and are in contact with the back plate 3 to form a tight fit. The state is further such that the connector 2a is fixed to the #板3 through the module 6a. The cooling block 64 is disposed adjacent to the edge of the slot of the fixing groove 611, and is disposed at a position where the column-' is disposed to be a cylindrically disposed through hole. The clamping block 64 is provided with a - axial vertical fixing groove 611. The clamping hole 641 is for the wick to pass through, and the lamp tube ι is clamped and connected to the lamp socket 2 of the connector h. To clamp the lamp tube, to connect the lamp tube in the connector 2 = socket 2i, finely fix the lamp tube = lamp & lamp tube 1, can open a buffer gap... and press the perforation (4)_ outward (= 2 retarding gap 642 system, the direction perpendicular to the center of the car is called = clip = 641 outer extension), extending to the outward direction means that the shaft starts to clamp the lamp (4), thereby buffering the outer side . In this embodiment, the main body C1 and the bulb 1 are pressed. Block... Less--Yang-Yang 2: Block 62, flange 63 and the missing zone Plastic or elastic resin. In the present embodiment, the material (4) is rubber or elastic. In this embodiment, the abutting block 62 and the flange, and at least one of the M366108 and the clamping block 64 is integrally formed with the column 61a, or The entire assembly 6a is integrally formed. Third, this embodiment only fixes the plane axial direction of the connector 2a, that is, the X axis and the y axis. In order to ensure that the connector 2a can be fixed to the backboard 3, the fixing groove 611 and the connector 2a are closely matched, and the shape of the lamp fixing base 51 can be designed according to the shape of the clamping block 64. The tube fixing base 51 covers the entire connector 2a and the assembly 6a, and the lamp tube fixing base 51 can be adhered to the outside of the clamping block 64 according to the designed shape to reach the fixed connector 2a on the back. The effect of the board 3. Fourthly, the present embodiment can be applied to the backplane 3 of various sizes and materials (such as metal and plastic). However, to increase the weight of the backboard 3, the metal backplane 3 can be used to perform the embodiment. . Referring to FIG. 6 and FIG. 7, FIG. 6 is an exploded perspective view showing the components of the second embodiment of the present invention disposed on the backboard, and FIG. 7 is a side view showing the components of the second embodiment of the present invention disposed on the backplane. This embodiment is described by combining the assembly 6b, the back plate 3 and the connector 2b, wherein the back plate perforations 32 are formed on the back Φ plate 3. The outer diameter of the cylinder 61b is similar to the inner diameter of the back plate perforation 32 (which may be slightly smaller), and the cylinder 61b is intended to be inserted into the back plate perforation 32. The cylinder 61b has a fixing hole 66 which is designed according to the outer shape of the connector 2b, so that the outer side of the connector 2b can be fixed to the fixing hole when the connector 2b is placed in the fixing hole 66. The inner sides of the 66 are in close contact with each other, so that the connector 2b is tightly fitted to the fixing hole and is inserted and fixed in the fixing hole. The abutting block 62 surrounds the side edge of the fixing hole 66, and the outer diameter of the M366108: 62 needs to be larger than the diameter of the back plate perforation 32, so that the column 6ib is disposed on the back plate perforation 32. On the plate 3, the position of the assembly 6b disposed on the back plate perforations 32 is necessarily at a fixed position. The flange 63 is disposed on the vertical side of the column 61b so as to be parallel to the abutting block 62 (that is, the z-axis is the axial direction, and is outwardly calculated from the axis perpendicular to the axis, and the outermost side of the column 61b. A card groove is formed between the edge and the abutting block 62. The flange 63 is required to have an elasticity and an outer diameter slightly larger than the aperture of the back plate perforation 32. When the assembly 6b is passed through the back plate 3, the flange 63 is squeezed through the back plate perforation 32 'back plate 3 The card is disposed in the groove between the abutting block 62 and the flange, so that the flange 63 and the abutting block 62 are disposed on the opposite sides of the back plate 3 and abut against the back plate 3 to form a tight fit. In a state, the connector 2b is further fixed to the backing plate 3 through the module 6b. In this embodiment, at least one of the pillar 61b, the abutting block 62 and the flange 63 or the component 6b is made of rubber, elastic plastic or elastic resin. Next, in the present embodiment, at least one of the abutting block 62 and the flange 63 is integrally formed with the column 61b, or the entire assembly 6b is integrally formed. Thirdly, this embodiment can fix the three vertical axes of the connector 2b, that is, the yaw direction, the y-axis direction and the y-axis direction, so that the assembly 6b can securely fix the connector 2b to the backing plate 3. Fourthly, the present embodiment can be applied to the backplane 3 of various sizes and materials (such as metal and plastic), but the weight of the backplane 3 can be increased by using a metal backing plate in this embodiment. Although the present invention has been disclosed above in the preferred embodiment of the foregoing, it is not intended to limit the present invention, and anyone skilled in the art does not deviate from the creation. 9 M366108
之精神和範圍内，所作更動與潤飾之等效替換，仍為本創 作之專利保護範圍内。 【圖式簡單說明】 圖1係先前技術之燈管固定結構之分解圖； 圖2係先前技術之燈管固定結構之結合圖； 圖3係本創作第一實施例之組件結構示意圖； 圖4係本創作第一實施例之組件配置於背板之分解圖； 圖5係本創作第一實施例之組件配置於背板之側示圖； 圖6係本創作第二實施例之組件配置於背板之分解圖；及 圖7係本創作第二實施例之組件配置於背板之側示圖。 【主要元件符號說明】 1 燈管 2a ' 2b 連結器 21 燈管插座 22 電路板插孔 3 背板 31、32 背板穿孔 4 電路板 41 金手指 5 ' 51 燈管固定座 6a、6b 組件 61a ' 61b 柱體 611 固定槽 10 M366108 62 抵合塊 63 凸緣 64 爽持區塊 641 爽持穿孔 642 缓衝間隙 65 通孔 66 固定孔Within the spirit and scope, the equivalent replacement of the changes and retouchings is still within the scope of the patent protection of the creation. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded view of a prior art lamp tube fixing structure; FIG. 2 is a combination view of a prior art lamp tube fixing structure; FIG. 3 is a schematic structural view of a component of the first embodiment of the present invention; The components of the first embodiment of the present invention are arranged in an exploded view of the backplane; FIG. 5 is a side view of the components of the first embodiment of the present invention disposed on the backplane; FIG. 6 is a component of the second embodiment of the present invention. An exploded view of the backboard; and FIG. 7 is a side view of the components of the second embodiment of the present invention disposed on the backplane. [Main component symbol description] 1 Lamp 2a ' 2b Connector 21 Lamp socket 22 Circuit board socket 3 Back plate 31, 32 Back plate perforation 4 Circuit board 41 Gold finger 5 ' 51 Lamp holder 6a, 6b Component 61a ' 61b cylinder 611 fixing groove 10 M366108 62 abutment block 63 flange 64 cool block 641 cool holding hole 642 buffer gap 65 through hole 66 fixing hole