TWM600822U

TWM600822U - Supporting stand

Info

Publication number: TWM600822U
Application number: TW109207226U
Authority: TW
Inventors: 周志信; 陳東炯; 顏清輝
Original assignee: 信錦企業股份有限公司
Priority date: 2019-11-07
Filing date: 2020-06-09
Publication date: 2020-09-01
Also published as: TWM608024U; CN214306245U; TWM603663U; CN212107591U; TWM599369U; CN211853294U; CN213900409U; TWM608097U; CN212361423U; TWM598368U; CN212203724U; TWM608107U; TWM599876U; CN214274958U; CN214093646U; TWM607104U; CN212840412U

Abstract

本創作是關於一種支撐架，該支撐架包括一立柱、一基座以及至少一快拆螺絲。該立柱具有一盤體以及複數台階螺絲，所述台階螺絲鎖固於該盤體。該基座供該立柱設置，具有一座體以及複數穿槽，所述穿槽形成於該座體上並共同定義一圓心。所述快拆螺絲可旋轉地穿設該基座。當所述台階螺絲分別穿設於所述穿槽中，且沿所述穿槽滑動，該立柱可以該圓心為中心相對該基座旋轉至一鎖固位置，使所述快拆螺絲可鎖固於該盤體。This creation is about a support frame, which includes a column, a base and at least one quick-release screw. The column has a plate body and a plurality of step screws, and the step screws are locked to the plate body. The base is provided for the upright column, and has a base body and a plurality of through grooves, and the through grooves are formed on the base body and jointly define a circle center. The quick-release screw rotatably penetrates the base. When the step screws are respectively inserted in the through grooves and slide along the through grooves, the column can rotate to a locking position with respect to the base with the center of the circle as the center, so that the quick release screws can be locked In the disc body.

Description

支撐架Support frame

本創作係關於一種用於承載顯示器的支撐架，尤指一種可快速拆卸組裝立柱及基座的支撐架。This creation is about a support frame for carrying a display, especially a support frame that can be quickly disassembled and assembled with a column and a base.

習知支撐架在組裝基座與立柱的設計上，常見是透過多個螺絲來鎖固基座與立柱，然而，此種設計不易定位，故安裝和拆卸的過程會過於繁瑣且複雜。若要將支撐架的組裝改為可快速拆裝，會使用快拆螺絲來鎖固基座與立柱，然而，在配置較少快拆螺絲的狀況下，則會面臨連接不夠穩固的問題，在配置較多快拆螺絲的狀況下，則失去快拆結構便於拆裝的優點。此外，支撐架在組裝時，連接立柱與基座的快拆螺絲又會有不易對準相應孔位的問題，使得快拆螺絲難以達到預期的快速拆裝效果。In the design of the conventional support frame assembling the base and the column, it is common to lock the base and the column with multiple screws. However, this design is not easy to locate, so the installation and disassembly process will be too cumbersome and complicated. If you want to change the assembly of the support frame to quick disassembly, you will use quick-release screws to lock the base and the column. However, when there are fewer quick-release screws, you will face the problem of insufficient connection. When more quick-release screws are configured, the advantage of quick-release structure to facilitate assembly and disassembly is lost. In addition, when the support frame is assembled, the quick-release screws connecting the column and the base may not be easily aligned with the corresponding holes, making it difficult for the quick-release screws to achieve the expected quick-release effect.

本創作之一主要目的在於提供一種支撐架，其中支撐架在組裝時，立柱插設於基座能夠旋轉而預先定位，使得後續在將快拆螺絲鎖入立柱時，快拆螺絲已對準立柱上相應的孔位，省去人工定位快拆螺絲與立柱上的孔位的時間。One of the main purposes of this creation is to provide a support frame, wherein when the support frame is assembled, the column is inserted into the base and can be rotated and pre-positioned, so that when the quick-release screw is locked into the column later, the quick-release screw is aligned with the column Attach the corresponding holes to save the time of manually positioning the quick-release screws and the holes on the column.

藉由利用台階螺絲定位以及螺絲鎖固的情況下，提高立柱與基座間的連接強度，使支撐架能夠於承載顯示器時維持穩定性。By using stepped screws for positioning and screw locking, the connection strength between the column and the base is improved, so that the support frame can maintain stability when carrying the display.

為達上述目的，本創作揭露一種支撐架，該支撐架包括一立柱、一基座以及至少一快拆螺絲。該立柱具有一盤體以及複數台階螺絲，所述台階螺絲鎖固於該盤體。該基座供該立柱設置，具有一座體以及複數穿槽，所述穿槽形成於該座體上並共同定義一圓心。所述快拆螺絲可旋轉地穿設該基座。其中，當所述台階螺絲分別穿設於所述穿槽中，且沿所述穿槽滑動，該立柱可以該圓心為中心相對該基座旋轉至一鎖固位置，使所述快拆螺絲可鎖固於該盤體。To achieve the above objective, this creation discloses a support frame, which includes a column, a base and at least one quick-release screw. The column has a plate body and a plurality of step screws, and the step screws are locked to the plate body. The base is provided for the upright column, and has a base body and a plurality of through grooves, and the through grooves are formed on the base body and jointly define a circle center. The quick-release screw rotatably penetrates the base. Wherein, when the step screws are respectively inserted in the through grooves and slide along the through grooves, the upright column can rotate to a locking position relative to the base with the center of the circle as the center, so that the quick release screws can be Locked to the plate body.

所述台階螺絲彼此間隔地環狀排列，所述穿槽彼此間隔地環狀排列。The step screws are arranged annularly at intervals, and the through grooves are arranged annularly at intervals.

各所述穿槽包含一大孔區及一小孔區，所述台階螺絲經由所述大孔區設置於所述穿槽，當該立柱移至該鎖固位置，所述台階螺絲係位於所述小孔區。Each of the through grooves includes a large hole area and a small hole area. The step screw is arranged in the through groove through the large hole area. When the column is moved to the locking position, the step screw is located at the The small hole area.

各所述台階螺絲包含一頭段、與該頭段相對之一尾段、及該頭段與該尾段之間之一中段，該尾段上有螺紋，該盤體具有環狀排列之複數鎖孔，各所述尾段可鎖固於各所述鎖孔。Each of the stepped screws includes a head section, a tail section opposite to the head section, and a middle section between the head section and the tail section, the tail section has threads, and the disc body has a plurality of locks arranged in a ring Each of the tail sections can be locked in each of the lock holes.

所述頭段之徑長小於所述大孔區之徑長，而大於所述小孔區之徑長。The diameter length of the head section is smaller than the diameter length of the large pore area, but greater than the diameter length of the small pore area.

當該立柱於該鎖固位置，所述中段分別穿設於所述穿槽的所述小孔區，所述頭段抵靠於該座體。When the upright post is in the locked position, the middle section is respectively penetrated through the small hole area of the through slot, and the head section abuts against the seat body.

各所述穿槽具有一厚度，所述尾段及所述中段之長度和大於所述厚度。Each of the through grooves has a thickness, and the sum of the lengths of the tail section and the middle section is greater than the thickness.

各所述穿槽更具有介於該大孔區及該小孔區之間的一彎弧區。Each of the through grooves further has a curved area between the large hole area and the small hole area.

所述穿槽與所述鎖孔數量相同，且當該立柱於該鎖固位置，所述穿槽的所述小孔區分別與所述鎖孔位置對應。The number of the through grooves is the same as the number of the key holes, and when the post is in the locking position, the small hole areas of the through grooves respectively correspond to the positions of the key holes.

該盤體更具有至少一螺孔供所述快拆螺絲鎖固，該基座更具有至少一貫孔供所述快拆螺絲穿設。The disc body further has at least one screw hole for the quick-release screw to lock, and the base further has at least one through hole for the quick-release screw to pass through.

所述盤體更包含至少一凹槽，所述凹槽分別與對應的所述螺孔連通。The disc body further includes at least one groove, and the grooves are respectively communicated with the corresponding screw holes.

於一實施例中，所述貫孔、所述螺孔及所述快拆螺絲的數量各為一個，且所述貫孔位於該圓心。In one embodiment, the number of the through hole, the screw hole and the quick release screw is one each, and the through hole is located at the center of the circle.

於另一實施例中，所述貫孔、所述螺孔及所述快拆螺絲的數量各為多個，且所述貫孔遠離該圓心。In another embodiment, the number of the through holes, the screw holes, and the quick-release screws are multiple, and the through holes are far away from the center of the circle.

於又一實施例中，所述貫孔、所述螺孔及所述快拆螺絲的數量各為兩個，且所述貫孔及該圓心在同一直線上。In another embodiment, the number of the through hole, the screw hole, and the quick-release screw is two each, and the through hole and the center of the circle are on the same straight line.

請參圖1及圖2，所示為本創作支撐架1000一實施例的立體圖及***圖，支撐架1000用於承載顯示器(圖未示)，包括一立柱1、一基座2及二快拆螺絲3，本實施例中，以兩個快拆螺絲3例示說明，於其他實施例中，快拆螺絲3的數量不作限制。Please refer to Figures 1 and 2, which show a three-dimensional view and an exploded view of an embodiment of the creative support frame 1000. The support frame 1000 is used to carry a display (not shown) and includes a column 1, a base 2 and two blocks. To remove the screws 3, in this embodiment, two quick-release screws 3 are used as an example. In other embodiments, the number of quick-release screws 3 is not limited.

請一併參閱圖3及圖4，立柱1具有一盤體11、四台階螺絲12及一柱體13，所述台階螺絲12鎖固於盤體11，柱體13設於盤體11上。其中，盤體11具有環狀排列之四鎖孔111、二螺孔112、二凹槽113及一底面114，所述鎖孔111、所述螺孔112及所述凹槽113皆形成於底面114。所述鎖孔111分別供各台階螺絲12鎖固，因此鎖孔111數量會與台階螺絲12的數量對應。所述螺孔112供所述快拆螺絲3鎖固，螺孔112數量與快拆螺絲3的數量對應，所述凹槽113則分別鄰設於所述螺孔112，並與對應的螺孔112連通，進一步而言，如圖4所示，各螺孔112的開口處位於對應的凹槽113內而小於凹槽113。Please refer to FIGS. 3 and 4 together. The column 1 has a plate body 11, a four-step screw 12 and a column body 13. The step screw 12 is fixed to the plate body 11, and the column body 13 is provided on the plate body 11. The disc body 11 has four locking holes 111, two screw holes 112, two grooves 113 and a bottom surface 114 arranged in a ring shape. The locking holes 111, the screw holes 112 and the groove 113 are all formed on the bottom surface. 114. The lock holes 111 are respectively used for locking the step screws 12, so the number of the lock holes 111 will correspond to the number of the step screws 12. The screw holes 112 are used to lock the quick-release screws 3, the number of screw holes 112 corresponds to the number of the quick-release screws 3, and the grooves 113 are respectively adjacent to the screw holes 112 and correspond to the corresponding screw holes. 112 is connected. Furthermore, as shown in FIG. 4, the opening of each screw hole 112 is located in the corresponding groove 113 and is smaller than the groove 113.

如圖4及圖5所示，所述台階螺絲12彼此間隔地環狀排列，各台階螺絲12包含一頭段121、一中段122及一尾段123，尾段123與頭段121相對，中段122位於頭段121與尾段123之間，此外，各尾段123上皆具有螺紋，因此各所述台階螺絲12可利用其尾段123鎖固於各所述鎖孔111。As shown in FIGS. 4 and 5, the stepped screws 12 are arranged in a ring shape at intervals. Each stepped screw 12 includes a head section 121, a middle section 122 and a tail section 123. The tail section 123 is opposite to the head section 121, and the middle section 122 It is located between the head section 121 and the tail section 123. In addition, each tail section 123 has threads. Therefore, each step screw 12 can be fastened to each lock hole 111 with its tail section 123.

基座2供該立柱1設置，如圖6及圖7所示，基座2具有一座體21、四穿槽22及二貫孔23，所述穿槽22形成於座體21上，與所述鎖孔111數量相同，分別供所述台階螺絲12穿設，所述穿槽22彼此間隔地環狀排列，並共同定義一圓心C。各穿槽22包含一大孔區221、一小孔區222及一彎弧區223，各彎弧區223是相對圓心C的一段弧形槽，分別連接於各大孔區221及各小孔區222之間，且彎弧區223與小孔區22在以圓心C為中心的徑向上的長度相同。各台階螺絲12的頭段121之徑長小於所述大孔區221之徑長，而大於所述小孔區222之徑長，因此所述頭段121僅可通過所述大孔區221，而無法通過所述小孔區222及所述彎弧區223。藉此，台階螺絲12的頭段121可通過大孔區221，並沿著彎弧區223滑動至小孔區22，當台階螺絲12位於穿槽22的小孔區222時，可限制立柱1及基座2之間的相對移動，避免立柱1脫離基座2。所述貫孔23供所述快拆螺絲3穿設，與所述螺孔112數量對應。The base 2 is provided for the post 1, as shown in Figures 6 and 7. The base 2 has a base 21, four through slots 22 and two through holes 23. The through slots 22 are formed on the base 21 and The number of the lock holes 111 is the same, and the step screws 12 are respectively passed through, and the through slots 22 are arranged in an annular manner at intervals, and jointly define a center C. Each through slot 22 includes a large hole area 221, a small hole area 222, and a curved arc area 223. Each curved arc area 223 is an arc-shaped groove relative to the center C, and is connected to each large hole area 221 and each small hole respectively. Between the regions 222, the arc-curved region 223 and the small hole region 22 have the same length in the radial direction centered on the circle center C. The diameter length of the head section 121 of each step screw 12 is smaller than the diameter length of the large hole area 221 and greater than the diameter length of the small hole area 222, so the head section 121 can only pass through the large hole area 221, It cannot pass through the small hole area 222 and the curved arc area 223. Thereby, the head section 121 of the step screw 12 can pass through the large hole area 221 and slide along the curved arc area 223 to the small hole area 22. When the step screw 12 is located in the small hole area 222 of the slot 22, the column 1 can be restricted. The relative movement between the base 2 and the base 2 prevents the column 1 from being separated from the base 2. The through hole 23 is for the quick release screw 3 to pass through, and corresponds to the number of the screw holes 112.

各快拆螺絲3可旋轉地穿設基座2，並用於鎖固於立柱1。詳細而言，所述快拆螺絲3分別穿設於基座2的所述貫孔23，並鎖固於立柱1的所述螺孔112中。Each quick-release screw 3 rotatably penetrates the base 2 and is used to lock the column 1. In detail, the quick-release screws 3 respectively pass through the through holes 23 of the base 2 and are locked in the screw holes 112 of the column 1.

支撐架1000可以快速拆卸和組裝為本創作主要特徵之一，本創作支撐架1000在組裝前主要分為立柱1、基座2及快拆螺絲3，如圖3所示，台階螺絲12會先鎖設於盤體11上，且快拆螺絲3可轉動地穿設於基座2，使用者只需將立柱1與基座2卡合，並以快拆螺絲3鎖固立柱1和基座2，即可完成支撐架1000的安裝(參圖1)。The support frame 1000 can be quickly disassembled and assembled as one of the main features of this creation. Before assembly, the support frame 1000 of this creation is mainly divided into a column 1, a base 2 and a quick-release screw 3. As shown in Figure 3, the step screw 12 will be first The lock is arranged on the plate body 11, and the quick release screw 3 is rotatably inserted into the base 2. The user only needs to engage the column 1 with the base 2, and use the quick release screw 3 to lock the column 1 and the base 2. The installation of the support frame 1000 can be completed (refer to Figure 1).

詳細而言，當所述台階螺絲12分別穿設於所述穿槽22中，且沿所述穿槽22滑動，立柱1可以圓心C為中心相對基座2旋轉至一鎖固位置(參圖5、圖7)，其中，所述台階螺絲12經由所述大孔區221穿設於所述穿槽22，當立柱1移動至鎖固位置，所述台階螺絲12係位於所述小孔區222。此時，所述貫孔23及快拆螺絲3與所述螺孔112的位置對應，使所述快拆螺絲3可鎖固於盤體11的螺孔112，藉此限制立柱1與基座2之間的旋轉，使兩者穩固地結合。In detail, when the step screws 12 are respectively inserted into the through grooves 22 and slide along the through grooves 22, the column 1 can rotate to a locked position relative to the base 2 with the center C as the center (see Figure 5. FIG. 7), wherein the step screw 12 is inserted into the through slot 22 through the large hole area 221, and when the column 1 is moved to the locking position, the step screw 12 is located in the small hole area 222. At this time, the through hole 23 and the quick-release screw 3 correspond to the position of the screw hole 112, so that the quick-release screw 3 can be locked to the screw hole 112 of the plate body 11, thereby restricting the column 1 and the base The rotation between 2 makes the two firmly combined.

當立柱1位於鎖固位置，所述中段122分別穿設於所述穿槽22的所述小孔區222，所述頭段121抵靠於該座體21。進一步而言，各所述穿槽22具有一厚度D，所述尾段123及所述中段122之長度和大於所述厚度D，使得台階螺絲12的頭部121及盤體11間有足夠的間隙以夾持座體21。When the column 1 is in the locked position, the middle section 122 penetrates the small hole area 222 of the through slot 22, and the head section 121 abuts against the seat 21. Furthermore, each of the through grooves 22 has a thickness D, and the sum of the lengths of the tail section 123 and the middle section 122 is greater than the thickness D, so that there is enough space between the head 121 of the step screw 12 and the plate 11 The gap is used to clamp the seat body 21.

須說明的是，因快拆螺絲3預先穿設於基座2上，在立柱1與基座2相對旋轉時，為避免突出於基座2的快拆螺絲3與立柱1的盤體11干涉，故設置凹槽113以連通螺孔112，為快拆螺絲3提供弧形的容置的空間，使快拆螺絲3立柱1與基座2相對旋轉時不會與盤體11磨損。It should be noted that because the quick-release screw 3 is pre-threaded on the base 2, when the column 1 and the base 2 rotate relative to each other, in order to avoid interference between the quick-release screw 3 protruding from the base 2 and the plate 11 of the column 1 Therefore, the groove 113 is provided to communicate with the screw hole 112 to provide an arc-shaped accommodating space for the quick-release screw 3, so that the quick-release screw 3 column 1 and the base 2 will not wear out with the plate body 11 when they rotate relative to each other.

此外，快拆螺絲3的數量會影響其設置於基座2上的位置。當快拆螺絲3的數量是一個時，所述螺孔112及所述貫孔23數量也分別為一，此時貫孔23位於圓心C的位置為較佳的實施態樣。當支撐架1000具有多個快拆螺絲3，所述螺孔112及所述貫孔23的數量也分別為多個，此時，各貫孔23遠離圓心C並以圓心C為中心對稱配置，會使立柱1與基座2之間的連結更穩固。例如當快拆螺絲3數量為二，所述螺孔112及所述貫孔23數量也為二，所述貫孔23與圓心C位於同一直線上，支撐架1000可具有較佳的穩定度。In addition, the number of the quick-release screws 3 will affect their positions on the base 2. When the number of the quick-release screw 3 is one, the number of the screw hole 112 and the number of the through hole 23 are also one respectively. At this time, the position of the through hole 23 at the center of the circle C is a preferred embodiment. When the support frame 1000 has a plurality of quick-release screws 3, the number of the screw holes 112 and the through holes 23 are also multiple respectively. At this time, the through holes 23 are far away from the center C and are arranged symmetrically with the center C as the center. It will make the connection between the column 1 and the base 2 more stable. For example, when the number of quick-release screws 3 is two, the number of screw holes 112 and the number of through holes 23 are also two, and the through hole 23 is located on the same straight line with the center C, and the support frame 1000 can have better stability.

綜上所述，透過台階螺絲與穿槽間的卡合結構，可在不增加組裝繁瑣程度的情況下，強化立柱與基座間的連接，同時可藉由穿槽限制轉動角度，使立柱轉動至鎖固位置時，快拆螺絲直接對齊相應的螺孔，省去快拆螺絲尋找相應螺孔對位的時間。In summary, through the engagement structure between the stepped screw and the slot, the connection between the column and the base can be strengthened without increasing the complexity of assembly. At the same time, the slot can limit the angle of rotation to make the column rotate to When locking the position, the quick-release screws are directly aligned with the corresponding screw holes, which saves the time for the quick-release screws to find the corresponding screw holes.

上述的實施例僅用來例舉本創作的實施態樣，以及闡釋本創作的技術特徵，並非用來限制本創作的保護範疇。任何熟悉此技術者可輕易完成的改變或均等性的安排均屬於本創作所主張的範圍，本創作的權利保護範圍應以申請專利範圍為準。The above-mentioned embodiments are only used to illustrate the implementation of this creation and explain the technical features of this creation, and are not used to limit the scope of protection of this creation. Any changes or equal arrangements that can be easily completed by those familiar with this technology belong to the scope of this creation, and the scope of protection of the rights of this creation shall be subject to the scope of the patent application.

1000:支撐架 1:立柱 11:盤體 111:鎖孔 112:螺孔 113:凹槽 114:底面 12:台階螺絲 121:頭段 122:中段 123:尾段 13:柱體 2:基座 21:座體 22:穿槽 221:大孔區 222:小孔區 223:彎弧區 23:貫孔 3:快拆螺絲 C:圓心 D:厚度 1000: Support frame 1: Column 11: Disc body 111: keyhole 112: screw hole 113: Groove 114: Bottom 12: Step screw 121: first paragraph 122: middle section 123: tail 13: cylinder 2: Pedestal 21: Seat 22: wear groove 221: big hole area 222: Small hole area 223: Curved Area 23: Through hole 3: Quick release screws C: center of circle D: thickness

圖1為本創作支撐架的立體示意圖；圖2為本創作支撐架的立體***圖；圖3為本創作支撐架的局部立體圖；圖4為本創作支撐架的立柱的底視圖；圖5為本創作支撐架的另一局部立體圖；圖6為本創作支撐架的基座的俯視圖；以及圖7為本創作支撐架的底視圖。 Figure 1 is a three-dimensional schematic diagram of the creative support frame; Figure 2 is a three-dimensional exploded view of the creative support frame; Figure 3 is a partial three-dimensional view of the creative support frame; Figure 4 is the bottom view of the column of the creative support frame; Figure 5 is another partial three-dimensional view of the creative support frame; Figure 6 is a top view of the base of the creative support frame; and Figure 7 is a bottom view of the creative support frame.

1:立柱 1: Column

11:盤體 11: Disc body

12:台階螺絲 12: Step screw

13:柱體 13: cylinder

2:基座 2: Pedestal

21:座體 21: Seat

22:穿槽 22: wear groove

23:貫孔 23: Through hole

3:快拆螺絲 3: Quick release screws

Claims

一種支撐架，包括：一立柱，具有一盤體以及複數台階螺絲，所述台階螺絲鎖固於該盤體；一基座，供該立柱設置，具有一座體以及複數穿槽，所述穿槽形成於該座體上並共同定義一圓心；以及至少一快拆螺絲，可旋轉地穿設該基座；其中，當所述台階螺絲分別穿設於所述穿槽中，且沿所述穿槽滑動，該立柱可以該圓心為中心相對該基座旋轉至一鎖固位置，使所述快拆螺絲可鎖固於該盤體。 A support frame includes: A column with a plate body and a plurality of step screws, the step screws are locked to the plate body; A base for the column to be set up, with a base and a plurality of through slots, the through slots are formed on the base and define a circle center together; and At least one quick-release screw to rotatably penetrate the base; Wherein, when the step screws are respectively inserted in the through grooves and slide along the through grooves, the upright column can rotate to a locking position relative to the base with the center of the circle as the center, so that the quick release screws can be Locked to the plate body.

如請求項1所述之支撐架，其中，所述台階螺絲彼此間隔地環狀排列，所述穿槽彼此間隔地環狀排列。The support frame according to claim 1, wherein the step screws are arranged annularly at intervals, and the through grooves are arranged annularly at intervals.

如請求項2所述之支撐架，其中，各所述穿槽包含一大孔區及一小孔區，所述台階螺絲經由所述大孔區設置於所述穿槽，當該立柱移至該鎖固位置，所述台階螺絲係位於所述小孔區。The support frame according to claim 2, wherein each of the through grooves includes a large hole area and a small hole area, and the step screw is set in the through groove through the large hole area, and when the column moves to In this locking position, the step screw is located in the small hole area.

如請求項3所述之支撐架，其中，各所述台階螺絲包含一頭段、與該頭段相對之一尾段、及該頭段與該尾段之間之一中段，該尾段上有螺紋，該盤體具有環狀排列之複數鎖孔，各所述尾段可鎖固於各所述鎖孔。The support frame according to claim 3, wherein each of the step screws includes a head section, a tail section opposite to the head section, and a middle section between the head section and the tail section, and the tail section has Thread, the disc body has a plurality of locking holes arranged in a ring shape, and each of the tail sections can be locked in each of the locking holes.

如請求項4所述之支撐架，其中，所述頭段之徑長小於所述大孔區之徑長，而大於所述小孔區之徑長。The support frame according to claim 4, wherein the diameter length of the head section is smaller than the diameter length of the large hole area and greater than the diameter length of the small hole area.

如請求項5述之支撐架，其中，當該立柱於該鎖固位置，所述中段分別穿設於所述穿槽的所述小孔區，所述頭段抵靠於該座體。The support frame according to claim 5, wherein when the column is in the locked position, the middle section is respectively penetrated through the small hole area of the through slot, and the head section abuts against the seat body.

如請求項6所述之支撐架，其中，各所述穿槽具有一厚度，所述尾段及所述中段之長度和大於所述厚度。The support frame according to claim 6, wherein each of the through grooves has a thickness, and the sum of the lengths of the tail section and the middle section is greater than the thickness.

如請求項7所述之支撐架，其中，各所述穿槽更具有介於該大孔區及該小孔區之間的一彎弧區。The support frame according to claim 7, wherein each of the through grooves further has a curved arc area between the large hole area and the small hole area.

如請求項8所述之支撐架，其中，所述穿槽與所述鎖孔數量相同，且當該立柱於該鎖固位置，所述穿槽的所述小孔區分別與所述鎖孔位置對應。The support frame according to claim 8, wherein the number of the through-slots is the same as the number of the key holes, and when the post is in the locking position, the small hole area of the through-slot is respectively the same as the key hole Location correspondence.

如請求項1-9中任一項所述之支撐架，其中，該盤體更具有至少一螺孔供所述快拆螺絲鎖固，該基座更具有至少一貫孔供所述快拆螺絲穿設。The support frame according to any one of claims 1-9, wherein the plate body further has at least one screw hole for the quick-release screw to lock, and the base further has at least one through hole for the quick-release screw Wear set.

如請求項10所述之支撐架，其中，所述盤體更包含至少一凹槽，所述凹槽分別與對應的所述螺孔連通。The support frame according to claim 10, wherein the plate body further includes at least one groove, and the grooves are respectively communicated with the corresponding screw holes.

如請求項10所述之支撐架，其中，所述貫孔、所述螺孔及所述快拆螺絲的數量各為一個，且所述貫孔位於該圓心。The support frame according to claim 10, wherein the number of the through hole, the screw hole and the quick release screw is one each, and the through hole is located at the center of the circle.

如請求項10所述之支撐架，其中，所述貫孔、所述螺孔及所述快拆螺絲的數量各為多個，且所述貫孔遠離該圓心。The support frame according to claim 10, wherein the number of the through holes, the screw holes, and the quick-release screws are multiple, and the through holes are far away from the center of the circle.

如請求項10所述之支撐架，其中，所述貫孔、所述螺孔及所述快拆螺絲的數量各為兩個，且所述貫孔及該圓心在同一直線上。The support frame according to claim 10, wherein the number of the through hole, the screw hole and the quick-release screw is two each, and the through hole and the center of the circle are on the same straight line.