TWI822467B - Double buffer push slide structure - Google Patents
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- TWI822467B TWI822467B TW111143766A TW111143766A TWI822467B TW I822467 B TWI822467 B TW I822467B TW 111143766 A TW111143766 A TW 111143766A TW 111143766 A TW111143766 A TW 111143766A TW I822467 B TWI822467 B TW I822467B
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- 230000000903 blocking effect Effects 0.000 claims description 14
- 238000009434 installation Methods 0.000 claims description 8
- 238000006073 displacement reaction Methods 0.000 description 5
- 230000003139 buffering effect Effects 0.000 description 4
- 238000000034 method Methods 0.000 description 4
- 230000008569 process Effects 0.000 description 4
- 230000009471 action Effects 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 230000008520 organization Effects 0.000 description 2
- 244000208734 Pisonia aculeata Species 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 230000003993 interaction Effects 0.000 description 1
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Abstract
一種雙緩衝按彈滑軌結構，其包含有：一滑軌與一連動組件，且該連動組件是由一座體、至少一第一彈簧、至少一緩衝桿、一移動座、一擺動件、一第一擺動塊、一第二擺動塊、一連動件與至少一第二彈簧組合構成，其中，所述滑軌至少具有可相互滑移的一固定軌與一滑動軌，所述座體具有相連接的一第一本體與一第二本體，該第二本體上設有一第一滑槽與一第一斜向槽，所述移動座上開設有一弧狀孔，並水平設有一第二滑槽，該第二滑槽前端形成有一第二斜向槽，後端設有一限位擋塊與一循環通道。 A double buffer push slide rail structure, which includes: a slide rail and a linkage component, and the linkage component is composed of a base body, at least one first spring, at least one buffer rod, a moving base, a swing member, and a A first swing block, a second swing block, a linking member and at least a second spring are composed of a combination, wherein the slide rail at least has a fixed rail and a sliding rail that can slide with each other, and the base body has a corresponding A first body and a second body are connected. The second body is provided with a first chute and a first oblique groove. The moving base is provided with an arc-shaped hole and is provided with a second chute horizontally. , The front end of the second chute is formed with a second oblique groove, and the rear end is provided with a limit stop and a circulation channel.
Description
本發明係有關於一種具有雙緩衝效果的按彈式滑軌結構。 The invention relates to a push-button slide rail structure with double buffering effect.
按，有鑑於傳統滑軌連動穩定性不足之缺弊，本發明人遂研發出一種兼具有提升結構強度與勾設穩定功能之滑軌結構，其結構型態係有如本國專利證書號第I651067號所揭示，其包括有：一滑軌(10)，該滑軌(10)包括有可互相滑移的一固定滑軌(11)與一活動滑軌(12)，該固定滑軌(11)一端設有一組設部(111)，且該活動滑軌(12)朝向該固定滑軌(11)的一面設有一勾部(121)與開設有一固定孔(122)；一連動組件(20)，該連動組件(20)包括有一座體(21)、至少一彈簧(22)、至少一緩衝桿(23)及一位移件(24)，該連動組件(20)以該座體(21)設置於該固定滑軌(11)之該組設部(111)，且該座體(21)朝向該固定滑軌(11)的另一端延伸有一滑槽(211)，並於該滑槽(211)末端彎曲形成有一斜向槽(212)，又該彈簧(22)與該緩衝桿(23)一端皆設置於該座體(21)處，且該彈簧(22)與該緩衝桿(23)的另一端皆連結於該位移件(24)，該位移件(24)樞設有一擺動塊(25)，且該擺動塊(25)凸設有一限位部(251)，並由該限位部(251)位移滑設於該滑槽(211)與該斜向槽(212)之間，又該位移件(24)開設有一弧狀孔(241)，且該擺動塊(25)於設有該限位部(251)的相對側凸設有一勾體(252)，讓該勾體(252)穿過該弧狀孔(241)而凸設於該擺動塊(25)的另一側，使該擺動塊(25)的擺動角度受該弧狀孔(241)的限制；以及一限位件(30)，該金 屬材質所製成之限位件(30)一端開設有一通孔(31)，並於該限位件(30)的另一端凹設有一卡合部(32)，又該限位件(30)以該卡合部(32)提供該活動滑軌(12)之勾部(121)的扣合，並由一栓體(33)鉚合穿設於該通孔(31)與該固定孔(122)，讓該限位件(30)緊貼固定於該活動滑軌(12)，又該限位件(30)於鄰近該卡合部(32)的一端邊緣形成有一斜置槽(34)，且該斜置槽(34)與該斜向槽(212)具有相同的傾斜方向，又該限位件(30)之斜置槽(34)於鄰近該通孔(31)的一端相通有一限位槽(35)，且該斜置槽(34)的另一端朝向該座體(21)方向，另該限位槽(35)與該斜置槽(34)之間形成有80度至100度的夾角，且該限位件(30)的厚度小於該擺動塊(25)與該活動滑軌(12)之間的間距，而該限位槽(35)與該斜置槽(34)用於提供該勾體(252)的滑入勾設，使該活動滑軌(12)能結合該位移件(24)而形成緩衝效果。 In view of the disadvantages of insufficient linkage stability of traditional slide rails, the inventor developed a slide rail structure that has the functions of improving structural strength and hooking stability. Its structural form is as shown in the national patent certificate number I651067. No. 1 discloses that it includes: a slide rail (10). The slide rail (10) includes a fixed slide rail (11) and a movable slide rail (12) that can slide each other. The fixed slide rail (11) ) is provided with a set portion (111) at one end, and the side of the movable slide rail (12) facing the fixed slide rail (11) is provided with a hook portion (121) and a fixing hole (122); a linkage component (20) ), the linkage component (20) includes a base (21), at least one spring (22), at least one buffer rod (23) and a displacement member (24). The linkage component (20) uses the base (21) ) is provided on the assembly part (111) of the fixed slide rail (11), and the base (21) extends toward the other end of the fixed slide rail (11) with a slide groove (211), and in the slide groove The end of (211) is bent to form an oblique groove (212), and one end of the spring (22) and the buffer rod (23) is arranged at the seat (21), and the spring (22) and the buffer rod (23) The other end of 23) is connected to the displacement member (24). The displacement member (24) is pivotally provided with a swing block (25), and the swing block (25) is protruding with a limiting portion (251), and is provided with a limiting portion (251). The limiting part (251) is slidably disposed between the chute (211) and the oblique groove (212), and the displacement member (24) is provided with an arc-shaped hole (241), and the swing block (25) A hook (252) is protruding from the opposite side of the limiting portion (251), and the hook (252) passes through the arc-shaped hole (241) and protrudes from the other side of the swing block (25). On one side, the swing angle of the swing block (25) is limited by the arc-shaped hole (241); and a limiter (30), the metal The limiter (30) made of material has a through hole (31) at one end, and an engaging portion (32) is recessed at the other end of the limiter (30), and the limiter (30) ) uses the engaging portion (32) to engage the hook portion (121) of the movable slide rail (12), and a bolt (33) is riveted through the through hole (31) and the fixing hole. (122), the limiter (30) is tightly fixed to the movable slide rail (12), and the limiter (30) forms an oblique groove (30) at one end edge adjacent to the engaging portion (32) 34), and the inclined groove (34) and the inclined groove (212) have the same inclined direction, and the inclined groove (34) of the limiting member (30) is at one end adjacent to the through hole (31) There is a limiting groove (35) communicating with it, and the other end of the inclined groove (34) faces the direction of the base body (21), and an 80-degree gap is formed between the limiting groove (35) and the inclined groove (34). degree to 100 degrees, and the thickness of the limiter (30) is less than the distance between the swing block (25) and the movable slide rail (12), and the limiter groove (35) and the inclined groove (34) is used to provide the sliding hook setting of the hook body (252), so that the movable slide rail (12) can combine with the displacement member (24) to form a buffering effect.
惟，本發明人於開發出該創作案之後，並不因此而自滿，本著精益求精之精神持續地再加以思索研發，力求讓此一結構特色能更加地鮮明好用；本發明人於後續開發過程中發現，上述前案結構於實際應用過程仍存在有下述之問題點：(一)所述活動滑軌(12)向所述固定滑軌(11)靠合時，並無法對所述活動滑軌(12)先產生一初步的緩衝效果後，再令所述活動滑軌(12)被所述彈簧(22)逐漸拉回，故在所述活動滑軌(12)靠合上的一瞬間仍會造成較激烈之撞擊，讓各部構件有容易因此而損壞之虞；(二)所述活動滑軌(12)按壓彈出後便不受限制，而會隨意伸縮滑移，故使用時之穩定度與定位性欠佳，而實有必要再加以改良創新者。 However, after developing this creative project, the inventor was not complacent because of this. He continued to think and develop in the spirit of excellence, striving to make this structural feature more distinctive and easy to use; in subsequent development, the inventor During the process, it was found that the above-mentioned previous structure still has the following problems in the actual application process: (1) When the movable slide rail (12) is close to the fixed slide rail (11), it is unable to move the slide rail (11). After the movable slide rail (12) first produces a preliminary buffering effect, the movable slide rail (12) is gradually pulled back by the spring (22). Therefore, when the movable slide rail (12) is closed, It will still cause a violent impact in an instant, so that various components may be easily damaged; (2) the movable slide rail (12) is not restricted after being pressed and pops up, but can expand and contract at will, so when using Its stability and positioning are not good, but it is necessary to improve the innovator.
是以，本發明所欲揭示者，即是針對本發明人相關前案結構中缺撼不足之處再加以改良突破所得之發明結構設計者。 Therefore, what the present invention intends to disclose is an inventive structure designed by the inventor to improve and break through the deficiencies in the previous structure of the inventor.
主要係針對本發明人先前所開發之習知滑軌結構所存在之無法在活動滑軌靠合時先產生一初步的緩衝效果之問題點加以改良突破者。 This is mainly to improve and break through the problem of the conventional slide rail structure previously developed by the inventor, which cannot produce a preliminary buffering effect when the movable slide rails are brought together.
本發明之雙緩衝按彈滑軌結構，其包含有：一滑軌與一連動組件，且該連動組件是由一座體、至少一第一彈簧、至少一緩衝桿、一移動座、一擺動件、一第一擺動塊、一第二擺動塊、一連動件與至少一第二彈簧組合構成，其中，所述滑軌至少具有可相互滑移的一固定軌與一滑動軌，該固定軌後段設有一組設部，俾以該組設部提供所述連動組件做安裝，所述滑動軌上則由後往前依序設有一擋塊、一扣塊與一抵板，所述座體具有相連接的一第一本體與一第二本體，該第一本體是大於所述第二本體，所述第二本體上水平設有一第一滑槽，該第一滑槽在相異於所述第一本體的前端並彎曲形成有一第一斜向槽，又該座體是固定在所述固定軌的組設部上，俾以該座體來提供安裝有所述第一擺動塊、所述第二擺動塊、所述連動件與所述第二彈簧的所述移動座做套組，而所述第一彈簧、所述緩衝桿的兩端則同時連結該座體與該移動座，所述移動座上開設有一弧狀孔，並在該弧狀孔處樞組有所述擺動件，該擺動件一表面上設有一第一凸部，另一表面上設有一第二凸部，該第一凸部是位移滑設在所述第一滑槽與所述第一斜向槽之間，而所述第二凸部則從所述弧狀孔側向穿出所述移動座，又所 述移動座上水平設有一第二滑槽，該第二滑槽前端彎曲形成有一第二斜向槽，後端設有一限位擋塊與一循環通道，俾利用繞設在所述限位擋塊外側的所述循環通道與所述第二滑槽做連接導通，所述連動件上係樞組有所述第一擺動塊與所述第二擺動塊後，再與所述移動座做套組，讓所述第一擺動塊與所述第二擺動塊能在所述移動座與所述連動件間做有限度之擺動，所述第一擺動塊與所述第二擺動塊同一表面上是分別以一第一擋桿與一第二擋桿穿置在所述第二滑槽中，而所述第二彈簧的兩端則同時連結所述移動座與所述連動件；藉此，係能構成該雙緩衝按彈滑軌結構者。 The double buffer push slide rail structure of the present invention includes: a slide rail and a linkage component, and the linkage component is composed of a base body, at least one first spring, at least one buffer rod, a moving base, and a swing member , a first swing block, a second swing block, a linking member and at least a second spring are combined, wherein the slide rail at least has a fixed rail and a sliding rail that can slide each other, and the rear section of the fixed rail A set of setting parts is provided so that the linking component is provided for installation by the setting part. The sliding rail is provided with a stopper, a buckle block and a resisting plate in sequence from back to front. The base body has A first body and a second body are connected, the first body is larger than the second body, and a first chute is horizontally provided on the second body, and the first chute is different from the The front end of the first body is bent to form a first oblique groove, and the base body is fixed on the assembly part of the fixed rail, so that the base body provides installation of the first swing block, the The second swing block, the linking piece and the movable seat of the second spring are assembled, and the two ends of the first spring and the buffer rod are connected to the seat and the movable seat at the same time. An arc-shaped hole is provided on the movable base, and the swing member is pivoted at the arc-shaped hole. The swing member is provided with a first convex portion on one surface and a second convex portion on the other surface. The convex portion is slidably disposed between the first slide groove and the first oblique groove, and the second convex portion laterally penetrates the movable seat from the arc-shaped hole, and the A second chute is horizontally provided on the movable base. The front end of the second chute is curved to form a second oblique groove. The rear end is provided with a limit stop and a circulation channel for use around the limit stop. The circulation channel on the outside of the block is connected and conducted with the second chute. After the first swing block and the second swing block are assembled on the linkage member, they are then sleeved with the movable seat. set, so that the first swing block and the second swing block can swing to a limited extent between the moving base and the linking member, and the first swing block and the second swing block are on the same surface. A first blocking rod and a second blocking rod are respectively inserted into the second chute, and the two ends of the second spring are connected to the moving base and the linking member at the same time; thereby, The double buffer push slide rail structure can be formed.
(一)本發明之雙緩衝按彈滑軌結構，所述滑動軌能先被初步緩衝後，再漸漸收合，故將無各部構件發生激烈碰撞而有容易受損之虞者。 (1) The double buffer push slide rail structure of the present invention. The slide rail can be initially buffered and then gradually closed, so there is no risk of violent collision of various components and easy damage.
(二)本發明之雙緩衝按彈滑軌結構，所述滑動軌被按壓彈出後能利用所述扣塊扣住所述第一擋桿來做限位，讓所述滑動軌不會因為按壓後不受限制，而隨意伸縮滑移，使用時之穩定度與定位性佳者。 (2) The double buffer push slide rail structure of the present invention. After the slide rail is pushed and ejected, the buckle block can be used to buckle the first stop bar for position limiting, so that the slide rail will not be blocked due to the push. It is not restricted and can expand, contract and slide at will, and has good stability and positioning during use.
本發明部分： Part of the invention:
(10):滑軌 (10):Slide rail
(11):固定軌 (11): Fixed rail
(111):組設部 (111): Organization Department
(12):滑動軌 (12):Sliding rail
(121):擋塊 (121):stop
(122):扣塊 (122):Deduction block
(123):抵板 (123):Die board
(13):延伸軌 (13):Extension rail
(20):連動組件 (20): Linked components
(21):座體 (21):Base body
(211):第一本體 (211):First ontology
(212):第二本體 (212):Second ontology
(213):第一滑槽 (213):First chute
(214):第一斜向槽 (214): First oblique groove
(22):第一彈簧 (22):First spring
(23):緩衝桿 (23):buffer rod
(24):移動座 (24):Mobile base
(241):弧狀孔 (241):Arc-shaped hole
(242):第二滑槽 (242): Second chute
(243):第二斜向槽 (243): Second oblique groove
(244):限位擋塊 (244):limit stop
(245):循環通道 (245): Circulation channel
(25):擺動件 (25):Swing piece
(251):第一凸部 (251): first convex part
(252):第二凸部 (252): The second convex part
(26):第一擺動塊 (26): First swing block
(261):第一擋桿 (261): first gear lever
(27):第二擺動塊 (27): Second swing block
(271):第二擋桿 (271):Second gear lever
(28):連動件 (28): Linking parts
(29):第二彈簧 (29):Second spring
〔圖一〕係本發明之立體組合圖。 [Figure 1] is a three-dimensional combination view of the present invention.
〔圖二〕係本發明之立體分解圖。 [Figure 2] is an exploded three-dimensional view of the present invention.
〔圖三〕係本發明另一角度之立體分解圖。 [Figure 3] is an exploded three-dimensional view of the present invention from another angle.
〔圖四〕係本發明之組合剖面圖。 [Figure 4] is a combined cross-sectional view of the present invention.
〔圖五〕係本發明之按壓狀態圖。 [Figure 5] is a diagram of the pressing state of the present invention.
〔圖六〕係本發明按壓後之拉動狀態圖一。 [Figure 6] is Figure 1 of the pulling state after pressing according to the present invention.
〔圖七〕係本發明按壓後之拉動狀態圖二。 [Figure 7] is Figure 2 of the pulling state after pressing according to the present invention.
〔圖八〕係本發明按壓後之拉動狀態圖三。 [Figure 8] is Figure 3 of the pulling state after pressing according to the present invention.
〔圖九〕係本發明之收合動作圖一。 [Figure 9] is Figure 1 of the closing action of the present invention.
〔圖十〕係本發明之收合動作圖二。 [Figure 10] is Figure 2 of the closing action of the present invention.
為使 貴審查委員對本發明之目的、特徵及功效能夠有更進一步之瞭解與認識，以下茲請配合【圖式簡單說明】詳述如後： In order to enable your review committee to have a further understanding and understanding of the purpose, characteristics and effects of the present invention, please cooperate with the [Brief Description of Drawings] to elaborate as follows:
通常根據本發明，先請由圖一至圖三所示觀之，其包含有：一滑軌(10)與一連動組件(20)，且該連動組件(20)是由一座體(21)、至少一第一彈簧(22)、至少一緩衝桿(23)、一移動座(24)、一擺動件(25)、一第一擺動塊(26)、一第二擺動塊(27)、一連動件(28)與至少一第二彈簧(29)組合構成，其中，所述滑軌(10)至少具有可相互滑移的一固定軌(11)與一滑動軌(12)，該固定軌(11)後段設有一組設部(111)，俾以該組設部(111)提供所述連動組件(20)做安裝，所述滑動軌(12)上則由後往前依序設有一擋塊(121)、一扣塊(122)與一抵板(123)，所述座體(21)具有相連接的一第一本體(211)與一第二本體(212)，該第一本體(211)是大於所述第二本體(212)，所述第二本體(212)上水平設有一第一滑槽(213)，該第一滑槽(213)在相異於所述第一本體(211)的前端並彎曲形成有一第一斜向槽(214)，又該座體(21)是固定在所述固定軌(11)的組設部(111)上，俾以該座體(21)來提供安裝有所述第一擺動塊(26)、所述 第二擺動塊(27)、所述連動件(28)與所述第二彈簧(29)的所述移動座(24)做套組，而所述第一彈簧(22)、所述緩衝桿(23)的兩端則同時連結該座體(21)與該移動座(24)，所述移動座(24)上開設有一弧狀孔(241)，並在該弧狀孔(241)處樞組有所述擺動件(25)，該擺動件(25)一表面上設有一第一凸部(251)，另一表面上設有一第二凸部(252)，該第一凸部(251)是位移滑設在所述第一滑槽(213)與所述第一斜向槽(214)之間，而所述第二凸部(252)則從所述弧狀孔(241)側向穿出所述移動座(24)，又所述移動座(24)上水平設有一第二滑槽(242)，該第二滑槽(242)前端彎曲形成有一第二斜向槽(243)，後端設有一限位擋塊(244)與一循環通道(245)，俾利用繞設在所述限位擋塊(244)外側的所述循環通道(245)與所述第二滑槽(242)做連接導通，所述連動件(28)上係樞組有所述第一擺動塊(26)與所述第二擺動塊(27)後，再與所述移動座(24)做套組，讓所述第一擺動塊(26)與所述第二擺動塊(27)能在所述移動座(24)與所述連動件(28)間做有限度之擺動，所述第一擺動塊(26)與所述第二擺動塊(27)同一表面上是分別以一第一擋桿(261)與一第二擋桿(271)穿置在所述第二滑槽(242)中，而所述第二彈簧(29)的兩端則同時連結所述移動座(24)與所述連動件(28)。 Generally, according to the present invention, as shown in Figures 1 to 3, it includes: a slide rail (10) and a linkage component (20), and the linkage component (20) is composed of a base body (21), At least one first spring (22), at least one buffer rod (23), a moving base (24), a swing member (25), a first swing block (26), a second swing block (27), a The linkage (28) is combined with at least a second spring (29), wherein the slide rail (10) has at least a fixed rail (11) and a sliding rail (12) that can slide with each other. (11) The rear section is provided with a set of installation parts (111), so that the installation part (111) provides the linkage component (20) for installation, and the sliding rail (12) is provided with a set of installation parts in sequence from back to front. A stopper (121), a buckle (122) and a resisting plate (123), the base (21) has a first body (211) and a second body (212) connected, the first The body (211) is larger than the second body (212). A first chute (213) is horizontally provided on the second body (212). The first chute (213) is different from the first chute (213). The front end of a body (211) is bent to form a first oblique groove (214), and the base body (21) is fixed on the assembly part (111) of the fixed rail (11) so that the base body (21) can body (21) to provide the first swing block (26), the The second swing block (27), the linkage member (28) and the moving seat (24) of the second spring (29) are assembled, and the first spring (22), the buffer rod The two ends of (23) connect the base body (21) and the movable base (24) at the same time. An arc-shaped hole (241) is provided on the movable base (24), and at the arc-shaped hole (241) The pivot assembly has the swinging part (25). The swinging part (25) is provided with a first convex part (251) on one surface and a second convex part (252) on the other surface. The first convex part (252) is provided on the other surface of the swinging part (25). 251) is disposed between the first chute (213) and the first oblique groove (214), and the second protrusion (252) is formed from the arc hole (241) The movable base (24) is laterally penetrated, and a second chute (242) is horizontally provided on the movable base (24). The front end of the second chute (242) is bent to form a second oblique groove ( 243), a limit stopper (244) and a circulation channel (245) are provided at the rear end, so that the circulation channel (245) and the second circulation channel (245) arranged around the outside of the limit stopper (244) can be used The chute (242) is connected and conducted. After the first swing block (26) and the second swing block (27) are assembled on the linkage member (28), it is connected to the moving seat (24). ) as a set, so that the first swing block (26) and the second swing block (27) can swing to a limited extent between the movable base (24) and the linkage piece (28), so On the same surface of the first swing block (26) and the second swing block (27), a first blocking rod (261) and a second blocking rod (271) are respectively inserted through the second chute. (242), and both ends of the second spring (29) are connected to the moving base (24) and the linking member (28) at the same time.
本發明提供一種雙緩衝按彈滑軌結構，其中，所述固定軌(11)與所述滑動軌(12)間另套組有一延伸軌(13)。 The invention provides a double buffer push slide rail structure, wherein an extension rail (13) is set between the fixed rail (11) and the sliding rail (12).
本發明提供一種雙緩衝按彈滑軌結構，其中，所述滑動軌(12)的抵板(123)是設呈傾斜狀。 The invention provides a double buffer push slide rail structure, wherein the resisting plate (123) of the slide rail (12) is provided in an inclined shape.
本發明提供一種雙緩衝按彈滑軌結構，其中，所述第一彈簧(22)的彈性系數是大於所述第二彈簧(29)。 The invention provides a double buffer push slide rail structure, wherein the elastic coefficient of the first spring (22) is greater than that of the second spring (29).
本發明提供一種雙緩衝按彈滑軌結構，其中，所述座體(21)與所述移動座(24)間設有二所述第一彈簧(22)，所述移動座(24)與所述連動件(28)間設有一所述第二彈簧(29)，且該第一彈簧(22)的彈性系數是大於該第二彈簧(29)。 The invention provides a double buffer push slide rail structure, wherein two first springs (22) are provided between the base body (21) and the moving base (24), and the moving base (24) and A second spring (29) is disposed between the linking parts (28), and the elastic coefficient of the first spring (22) is greater than that of the second spring (29).
本發明提供一種雙緩衝按彈滑軌結構，其中，所述第一擋桿(261)的長度是長於所述第二擋桿(271)，讓該第一擋桿(261)能穿置在所述第二滑槽(242)中後，再側向伸出所述移動座(24)。 The present invention provides a double buffer push-button slide rail structure, wherein the length of the first blocking rod (261) is longer than the second blocking rod (271), so that the first blocking rod (261) can be placed on After the second chute (242) is in the center, the moving base (24) extends laterally.
其實際使用時，所述滑動軌(12)是在所述固定軌(11)上做滑移，讓藉由所述滑軌(10)做安裝的抽屜能隨之打開或關閉，當所述抽屜關閉，令所述滑動軌(12)在所述固定軌(11)中做收合時，會以所述扣塊(122)扣住所述第一擋桿(261)，並推抵所述第二擋桿(271)從所述第二滑槽(242)轉入所述循環通道(245)中，俾利用所述第二擋桿(271)與所述限位擋塊(244)的相互擋卡，讓所述滑動軌(12)能確實固定在該收合狀態(請同時由圖四所示觀之)，反之，按壓所述抽屜時，會往後一併推動所述滑動軌(12)，讓所述第二擋桿(271)能被帶離所述限位擋塊(244)(請同時由圖五所示觀之)，再接著從所述循環通道(245)移回所述第二滑槽(242)(請同時由圖六所示觀之)，在此同時，所述扣塊(122)仍會確實扣住所述第一擋桿(261)，該相對能避免所述滑軌(10)在按壓後便不受限制，而會隨意伸縮滑移，又當所述抽屜接著拉開，會以所述扣塊(122)對所述第一擋桿(261)的持續扣住，帶動所述第一擺動塊(26)、所述第二擺動塊(27)與所述連動件(28)的結合體依循著所述第二滑槽(242)往前做滑移，俾滑移到最大行程位置，再令該第一擋桿(261)能順勢滑入所述第二斜向槽(243)中做卡固(請同時由圖七所示觀之)，在同一拉動過程 中，所述擺動件(25)的第二凸部(252)也會被所述擋塊(121)推移轉入所述第一斜向槽(214)中(請同時由圖八所示觀之)，讓所述第一彈簧(22)與所述緩衝桿(23)能維持在拉伸位置。 In actual use, the sliding rail (12) slides on the fixed rail (11), so that the drawer installed by the sliding rail (10) can be opened or closed accordingly. When the drawer is closed and the sliding rail (12) is folded in the fixed rail (11), the buckle block (122) will buckle the first stop bar (261) and push against the first stop bar (261). The second blocking rod (271) is transferred from the second chute (242) into the circulation channel (245), so as to utilize the interaction between the second blocking rod (271) and the limiting stopper (244). Block each other so that the sliding rail (12) can be firmly fixed in the folded state (please also view it as shown in Figure 4). On the contrary, when the drawer is pressed, the sliding rail will be pushed back together. (12), so that the second stop lever (271) can be taken away from the limit stop (244) (please also view it as shown in Figure 5), and then moved from the circulation channel (245) Return to the second chute (242) (please also view it as shown in Figure 6). At the same time, the buckle block (122) will still firmly buckle the first stop lever (261). This relative energy This prevents the slide rail (10) from being unrestricted after being pressed and extending and sliding at will. When the drawer is then opened, the buckle block (122) will push against the first stop lever (261). ) continues to buckle, driving the combination of the first swing block (26), the second swing block (27) and the linking piece (28) to follow the second chute (242) forward Slide to the maximum stroke position, and then the first stop lever (261) can slide into the second oblique groove (243) for fastening (please also view it as shown in Figure 7) ), in the same pulling process , the second convex portion (252) of the swing member (25) will also be pushed by the stopper (121) and transferred into the first oblique groove (214) (please also view it as shown in Figure 8 ), so that the first spring (22) and the buffer rod (23) can be maintained in the stretched position.
另當所述抽屜關上，以再度帶動所述滑動軌(12)做收合時，所述扣塊(122)會先推抵所述第一擋桿(261)移出所述第二斜向槽(243)，並進一步扣住該第一擋桿(261)，讓所述滑軌(10)因為需要將所述第二彈簧(29)拉撐，以克服其彈力，而能獲得初步的緩衝效果，在同一收合過程，所述第二凸部(252)也會被所述抵板(123)帶出所述第一斜向槽(214)(請同時由圖九所示觀之)，俾利用所述緩衝桿(23)抵消掉所述第一彈簧(22)的回拉(請同時由圖十所示觀之)，讓所述滑軌(10)能漸漸收合，如此一來，便能獲得一具有雙緩衝效果之滑軌結構者。 In addition, when the drawer is closed to drive the sliding rail (12) to close again, the buckle block (122) will first push against the first blocking rod (261) and move out of the second oblique groove. (243), and further buckle the first stop lever (261), so that the slide rail (10) needs to stretch the second spring (29) to overcome its elastic force and obtain a preliminary buffer. As a result, during the same folding process, the second protrusion (252) will also be brought out of the first oblique groove (214) by the resisting plate (123) (please also view it as shown in Figure 9) , so that the buffer rod (23) can be used to offset the pullback of the first spring (22) (please also observe it as shown in Figure 10), so that the slide rail (10) can gradually close, so that Come, you can get a slide rail structure with double buffer effect.
藉由上述雙緩衝按彈滑軌結構具有下列之優點：(一)所述滑動軌(12)能先被初步緩衝後，再漸漸收合，故將無各部構件發生激烈碰撞而有容易受損之虞者；(二)所述滑動軌(12)被按壓彈出後能利用所述扣塊(122)扣住所述第一擋桿(261)來做限位，讓所述滑動軌(12)不會因為按壓後不受限制，而隨意伸縮滑移，使用時之穩定度與定位性佳者。 The above-mentioned double buffer push slide rail structure has the following advantages: (1) The slide rail (12) can be initially buffered and then gradually closed, so there will be no violent collision of various components and easy damage. (2) After the sliding rail (12) is pushed and ejected, the buckle block (122) can be used to buckle the first stop rod (261) to limit the position, so that the sliding rail (12) It will not expand, contract or slide at will because it is not restricted after being pressed. It has good stability and positioning during use.
唯以上所述者，僅為本發明之一較佳實施例而已，當不能以之限定本發明實施之範圍；即大凡依本發明申請專利範圍所作之均等變化與修飾，皆應仍屬本創作專利涵蓋之範圍內。 The above is only one of the preferred embodiments of the present invention, and should not be used to limit the scope of the present invention; that is, all equivalent changes and modifications made according to the patentable scope of the present invention should still belong to the present invention. within the scope covered by the patent.
(10):滑軌 (10):Slide rail
(11):固定軌 (11): Fixed rail
(111):組設部 (111): Organization Department
(12):滑動軌 (12):Sliding rail
(13):延伸軌 (13):Extension rail
(20):連動組件 (20): Linked components
(21):座體 (21):Base body
(211):第一本體 (211):First ontology
(212):第二本體 (212):Second ontology
(213):第一滑槽 (213):First chute
(214):第一斜向槽 (214): First oblique groove
(22):第一彈簧 (22):First spring
(23):緩衝桿 (23):buffer rod
(24):移動座 (24):Mobile base
(241):弧狀孔 (241):Arc-shaped hole
(242):第二滑槽 (242): Second chute
(243):第二斜向槽 (243): Second oblique groove
(244):限位擋塊 (244):limit stop
(245):循環通道 (245): Circulation channel
(25):擺動件 (25):Swing piece
(252):第二凸部 (252): The second convex part
(26):第一擺動塊 (26): First swing block
(261):第一擋桿 (261): first gear lever
(27):第二擺動塊 (27): Second swing block
(271):第二擋桿 (271):Second gear lever
(28):連動件 (28): Linking parts
(29):第二彈簧 (29):Second spring
Claims (7)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW111143766A TWI822467B (en) | 2022-11-16 | 2022-11-16 | Double buffer push slide structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW111143766A TWI822467B (en) | 2022-11-16 | 2022-11-16 | Double buffer push slide structure |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TWI822467B true TWI822467B (en) | 2023-11-11 |
| TW202421031A TW202421031A (en) | 2024-06-01 |
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| TW111143766A TWI822467B (en) | 2022-11-16 | 2022-11-16 | Double buffer push slide structure |
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TW201408240A (en) * | 2012-08-29 | 2014-03-01 | King Slide Works Co Ltd | Self opening and closing mechanism for slide rail assembly |
| CN113558409A (en) * | 2021-08-27 | 2021-10-29 | 合肥乐卡智能五金制造有限公司 | Rebound device for damping closed slide rail and damping closed-pressing rebound slide rail |
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2022
- 2022-11-16 TW TW111143766A patent/TWI822467B/en active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TW201408240A (en) * | 2012-08-29 | 2014-03-01 | King Slide Works Co Ltd | Self opening and closing mechanism for slide rail assembly |
| CN113558409A (en) * | 2021-08-27 | 2021-10-29 | 合肥乐卡智能五金制造有限公司 | Rebound device for damping closed slide rail and damping closed-pressing rebound slide rail |
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