Recovery buffering device for externally mounted furniture slide track
Abstract
This creation is a kind of recovery cushioning device for external furniture slide rails. Included with a substrate, the opposite sides of the substrate are adjacent to one end thereof a slider and a linkage block are provided, and the substrate is provided with a buffer member and an elastic member connected to the linkage block, and the linkage block drives the Buffer member and elastic member, and use the slider to achieve the positioning effect, and more The combination of the large area between the linking block and the substrate enables the reply buffer of the creation In addition to replacing the cushioning member according to requirements, the device can also make the slider and linkage The blocks are firmly connected and relatively movable, which is a practical external furniture slide rail. Reply to the design of the buffer device.
Term
No projected expiry on record.
- Priority and filed
- Granted
- Today
7 claims: 4 independent, 3 dependent
- 1M359248 六、申請專利範圍： 1_一種外掛式家具滑轨之回復缓衝襞置，其包括有一 基板、一滑塊、一連動塊、一緩衝件以及—彈性件，其中： The invention relates to a recovery buffer device for an external furniture slide rail, which comprises a substrate, a slider, a linkage block, a buffering member and an elastic member, wherein the substrate has a long plate body, and the two ends thereof are respectively closed. a first sliding slot and a second sliding slot are respectively formed on the opposite sides of the substrate, and the first and second sliding slots are disposed along the axial direction of the substrate and are located near the open end of the substrate. One side, and one end of the first sliding slot corresponding to the open end of the substrate is bent upward to form a positioning portion, and a long groove is formed in the axial direction of the substrate on the side of the substrate near the closed end; the slider is disposed on the substrate Forming a side of the first sliding groove, the slider is formed with a convex guiding portion on one side of the substrate, the convex guiding portion is correspondingly received in the first sliding slot of the substrate; the linking block is disposed on the substrate The other side of the second chute is formed and is coupled to the slider. The connecting block is formed with a connecting portion on one side of the substrate, and the connecting portion is correspondingly received in the second chute of the substrate. In the bottom side of the linkage block Forming a fastening groove; the buffering member is detachably disposed between the long slots of the substrate and fixed to the interlocking block; one end of the elastic member is fixed on the substrate near the closed end, and the other end is fixed On the linkage block. 一種外掛式家具滑軌之回復緩衝裝置，其包括有一基板、一滑塊、一連動塊、一緩衝件以及一彈性件，其中：基板呈一長型板體，令其兩端分別為一閉合端與一開啟端，該基板之兩相對側面上分別相對應地成型有一第一滑槽與一第二滑槽，該第一、第二滑槽沿基板之軸向設置且位於靠近基板開啟端的一側，且該第一滑槽對應基板開啟端的一端向上彎折而形成有一定位部，另於該基板上靠近閉合端的一側沿基板之軸向而貫穿成型有一長槽；滑塊設於基板成型有該第一滑槽之一旁側，該滑塊相對於基板之一側面上成型有一凸導引部，該凸導引部對應容置於基板之第一滑槽中；連動塊設於基板成型有該第二滑槽之另一旁側，並與該滑塊對合相接，該連動塊相對於基板之一側面上成型有一連接部，該連接部對應容置於基板之第二滑槽中，另該連動塊底側內凹成型有一扣接槽；緩衝件係可拆卸地設置於基板之長槽之間，且與該連動塊相互固接；彈性件的一端固接於該基板上靠近閉合端處，另一端則固接於該連動塊上。 基板呈一長型板體，令其兩端分別為一閉合端與一開 啟端’該基板之兩相對側面上分別相對應地成型有一第一 滑槽與一第二滑槽，該第一、第二滑槽沿基板之軸向設置 且位於靠近基板開啟端的一側，且該第一滑槽對應基板開 啟端的一端向上彎折而形成有一定位部，另於該基板上靠 近閉合端的一側沿基板之軸向而貫穿成型有一長槽； 滑塊設於基板成型有該第一滑槽之一旁侧，該滑塊相 對於基板之一側面上成型有一凸導引部，該凸導引部對應 容置於基板之第一滑槽中； 連動塊設於基板成型有該第二滑槽之另一旁側，並與 該滑塊對合相接，該連動塊相對於基板之一侧面上成型有 —連接部，該連接部對應容置於基板之第二滑槽中，另該 連動塊底側内凹成型有一扣接槽； 緩衝件係可拆卸地設置於基板之長槽之間，且與該連 動塊相互固接； 彈性件的一端固接於該基板上靠近閉合端處， 則固接於該連動塊上。 —。2·如申請專利範圍第彳項所述之外掛式家具滑軌之回 :緩衝裝置’其中該緩衝件為一氣壓棒，*包含有—管體 軸杯’該軸桿之—内端部穿設於該管體内部， 内端部上#亡_ ^ °又有—可止撐於該管體之内壁面的活塞，轴桿的 外端部突伸至管體外部，並對應穿設於基板之第二滑 12 M359248 槽之間，進而與該連動塊相互固接。 復緩2項所述之外掛式家具滑軌之回 ’” ”中，則述連動塊連接部呈馬蹄形而呈右一 朝向基板之閉合端的開口，前述緩衝件進—步勺人 接件，該連接件固設於軸桿之外 進:連 連動塊之連接部間。 t進—步嵌設於 4. 如申請專利範圍第彳至3 具滑軌之回復緩衝裝置，直中m^斤迷之外掛式家 产大於第一…： 板之第二滑槽的寬 :之第二前述連動塊之連接部的寬度與基 扳之弟一π槽的寬度相配合而對應容置於其中。 5. 如申請專利範圍第]i 3項任_項所述 St之回復緩衝裝置，其中，前述基板之頂側靠 端處：伸成型有一固接部，該固接部上内凹形成有一喪 槽’則述連動塊頂側亦突伸成型有一固接部，肖固接邙上 有-嵌槽，前述彈性件的兩端分別組接於該基板 與連動塊之固接部的嵌槽中。 …6·如巾請專利範㈣5項所述之外掛式家具滑軌之回 復綾衝裝置中，前述滑塊之頂侧及底侧處成型有複數 個組接部，該滑塊之組接部分別為一斷面呈u型之塊體， 且位於滑塊頂側與底側之組接部係呈開口相對之型能，前 述連動塊之頂側以及連動塊之連接部與扣接槽之間:型有 複數個組接部，該連動塊之組接部為一斷面呈U型之塊體， 且位於連動塊之頂側以及連動塊之連接部與扣接槽之間的 組接部呈開口相背之型態，以進—步分別與滑塊頂側及底 側之組接部相對組合。 13 M359248 7.如申請專利範圍第6項所述之外掛式家具滑軌之回 復缓衝裝置，其中該彈性件為一彈簧。 七、圖式：（如次頁） 14
- 3The recovery buffer device of the external furniture slide rail according to the second aspect of the invention, wherein the connecting block connecting portion has a horseshoe shape and has an opening facing the closed end of the substrate, and the buffering member further comprises a connecting member, the connecting component The piece is fixed on the outer end of the shaft and further embedded between the connecting portions of the linking block. 如申請專利範圍第2項所述之外掛式家具滑軌之回復緩衝裝置，其中，前述連動塊連接部呈馬蹄形而具有一朝向基板之閉合端的開口，前述緩衝件進一步包含有一連接件，該連接件固設於軸桿之外端部上，並進一步嵌設於連動塊之連接部間。
- 6The recovery buffer device for the hanging rail of the hanging furniture according to the fifth aspect of the invention, wherein the top side and the bottom side of the slider are formed with a plurality of connecting portions, and the connecting portions of the sliders are respectively The cross section is a U-shaped block, and the connecting portion on the top side and the bottom side of the slider is in an open shape, and the top side of the linking block and the connecting portion of the linking block and the fastening groove are formed. a plurality of connecting portions, wherein the connecting portion of the linking block is a U-shaped block, and the connecting portion between the connecting portion of the linking block and the connecting portion of the linking block and the fastening groove is open The shape of the back is further combined with the combination of the top side and the bottom side of the slider. 如申請專利範圍第5項所述之外掛式家具滑軌之回復緩衝裝置，其中，前述滑塊之頂側及底側處成型有複數個組接部，該滑塊之組接部分別為一斷面呈U型之塊體，且位於滑塊頂側與底側之組接部係呈開口相對之型態，前述連動塊之頂側以及連動塊之連接部與扣接槽之間成型有複數個組接部，該連動塊之組接部為一斷面呈U型之塊體，且位於連動塊之頂側以及連動塊之連接部與扣接槽之間的組接部呈開口相背之型態，以進一步分別與滑塊頂側及底側之組接部相對組合。
- 7The application plug-in item 6 of the patentable scope of furniture cushioning return the slide means, wherein the resilient member is a spring. 如申請專利範圍第6項所述之外掛式家具滑軌之回復緩衝裝置，其中該彈性件為一彈簧。
Independent claims4
23 paragraphs, as filed
Resting buffer device for external furniture slide rail
The present invention relates to a recovery cushioning device, and more particularly to a recovery cushioning device for an external furniture slide rail which is disposed between two furnitures which are relatively movable to open or close to provide a cushioning effect when the two furnitures are relatively closed.
Generally designed as relatively movable furniture, such as a cabinet and a drawer disposed inside the cabinet, a recovery buffer device can be arranged between the cabinet and the drawer to alleviate the speed when the drawer is closed, and avoid being too fast. The cabinet produced a strong collision.
Referring to the sixth figure, a prior art recovery buffer device (70) mainly includes a substrate (71), a spring (72) and two interlocking pieces (73); as shown in the seventh figure, the substrate is shown. (71) a long plate body for locking on an inner wall surface of a cabinet (not shown), such that the two ends of the substrate (71) are a closed end and an open end, respectively. A tube body (711) is formed on the bottom side of the substrate (71) near the closed end, and a shaft rod (712) is bored in the tube body (711), and the shaft rod (712) is disposed in the tube body (711). A piston is arranged on one end of the inner wall surface of the tubular body (711), and the other end of the shaft (712) protrudes outside the tubular body (711) to form a gas pressure bar. 711) a sliding slot (713) is formed on each of the opposite sides of the opening end, and the sliding slot (713) is bent upwardly corresponding to the opening end of the substrate (71) to form a positioning portion (714); the spring (72) Provided on the top side of the substrate (71), one end of the closed end of the corresponding substrate (71) and the substrate (71) are fixed to each other; the linking pieces (73) are respectively formed on opposite sides of the substrate (71). Chute (713), and The inner wall surface of the connecting piece (73) is respectively formed with at least one convex guiding portion (731), and the convex guiding portion (731) is disposed through the corresponding sliding groove of the substrate (71) (713) And a fastening portion (732) is formed on the bottom side of the connecting piece (73), and the end of the shaft (712) and the other end of the spring (72) are respectively clamped and fixed to the two linked pieces. Between (73), when the interlocking piece (73) moves along the sliding groove (713) of the substrate (71), the spring (72) and the shaft (712) can be pulled simultaneously.
When a drawer disposed in the cabinet is in a folded state, it is coupled to the fastening portion (732) of the linkage piece (73) through a driving block; when the drawer is opened, the driving block is driven by the driving block. The linking piece (73) moves along the sliding groove (713) of the substrate (71), while pulling the spring (72) and the shaft (712) until the protruding portion (731) of the linking piece (73) After moving into the positioning portion (714) of the chute (713), the linking piece (73) will be lifted to be separated from the driving block, and then the drawer can continue to move until fully opened; afterwards, when the drawer is closed, the reverse When the driving block is driven, the driving block is again brought into contact with the fastening portion (732) of the linking piece (73), and the protruding guiding portion (731) of the linking piece (73) is driven away from the substrate (71). The positioning portion (714), then the elastic restoring force of the spring (72) pulls the linkage piece (73) to move, and the piston also generates a cushioning effect inside the tube body (711) of the substrate (71), so that the linkage The sheet (73) and the drawer are gently moved toward the closed end of the substrate (71) until the drawer is completely closed.
However, in the above-described prior art recovery buffer device (70), the tube body (711) forming the gas pressure bar is integrally formed on the substrate (71), so that the buffering effect of the gas pressure bar is different due to specifications or long time use. After the wear, and therefore does not meet the requirements of the furniture, and can not replace the gas pressure rod alone, can only continue to use, or replace the entire set of recovery buffer (70); in addition, due to the end of the spring (72) Cooperating between the two interlocking pieces (73), after a long time of use, the spring (72) is affected by the elastic restoring force when it is in the stretched state, and the end of the spring (72) will be the two linked pieces. (73) pushing the top toward both sides, causing the bonding force between the end of the spring (72) and the linking piece (73) to be weak, so that the spring (72) and the interlocking piece (73) are easily separated from each other, resulting in mutual separation The prior art recovery buffer device (70) loses its automatic resetting effect; further, the area of the sliding groove (713) of the substrate (71) and the convex guiding portion (731) of the linking piece (73) is small, The combination is unstable, which will cause the linkage (73) to move unstable.
As described above, the recovery cushioning device (70) of the prior art hanging furniture slide rail does have further improvements.
In view of the above-mentioned shortcomings of the prior art, the present invention provides a recovery buffer device for an external furniture slide rail, which is designed to solve the prior art buffer device, in which the gas pressure bar is integrally formed on the buffer device, and thus cannot be replaced. And the disadvantage that the spring is easily separated from the interlocking piece.
In order to achieve the above-mentioned creative purpose, the technical means utilized in the present invention is to provide a recovery cushioning device for an externally mounted furniture rail comprising: a substrate having opposite sides formed on one of the opposite sides thereof in the axial direction. a first sliding slot and a second sliding slot, wherein one end of the first sliding slot is bent upward to form a positioning portion, and a long slot is formed in the axial direction of the substrate near the other end of the substrate; a slider disposed on a side of the substrate on which one of the first sliding grooves is formed, the slider is formed with a convex guiding portion corresponding to the first sliding groove of the substrate; and a linking block is disposed on the substrate Forming the other side of the second chute and engaging with the slider, the connecting block is formed with a connecting portion corresponding to the second chute of the substrate, and the bottom of the connecting block The side recess is formed with a fastening groove; a buffering member is detachably disposed between the long slots of the substrate, and an end of the shaft of the buffer member is fixed to the connecting block; an elastic member, two of The ends are respectively fixed to the substrate and the linking block.
The buffer member may be a gas pressure bar.
The width of the second sliding slot of the substrate is greater than the width of the first sliding slot, and the width of the connecting portion of the linking block is matched with the width of the second sliding slot of the substrate to be correspondingly accommodated therein.
The advantage of the present invention is that the cushioning member is detachably disposed on the substrate, so when the cushioning member is inconsistent in specification, or the component is worn due to long-term use, and the cushioning effect is not satisfactory, The buffer member can be directly removed and replaced with another suitable cushioning member; in addition, since one end of the elastic member is mainly fixed to the linking block, the coupling relationship between the linking block and the slider is not affected, and The combination of the connecting portion of the linking block and the second sliding groove of the substrate effectively achieves the purpose of stably connecting the connecting block and the slider and relatively moving.
Referring to the first and second figures, the buffer device for the furniture slide of the present invention comprises a substrate (10), a slider (20), a linkage block (30), a buffer member (40) and an elastic member ( 50), wherein: as shown in the third figure, the substrate (10) is a long plate body which is fixed on a piece of furniture, such as an inner wall surface of a cabinet (not shown). The two ends of the substrate (10) are respectively a closed end and an open end. The substrate (10) is formed with a first sliding slot (11), a second sliding slot (12) and a long slot (13). And a fixing portion (14), the first sliding groove (11) and the second sliding groove (12) are respectively formed on opposite sides of the substrate (10), which are along the axis of the substrate (10) a positioning portion (111) is formed on the side of the opening end of the first sliding slot (11) corresponding to the opening end of the substrate (10), and the positioning portion (111) is formed, and the second sliding slot is formed. The width of (12) is greater than the width of the first chute (11), and the long groove (13) is formed on the side of the substrate (10) near the closed end along the axial direction of the substrate (11), the fixing portion (14) Projection molding on the top side of the substrate (10) close to the closed Wherein, a concave groove (141) is formed in the upper concave portion; the slider (20) is disposed on a side of the substrate (10) formed with one of the first sliding grooves (11), and a convex guiding portion (21) is formed thereon. And a plurality of connecting portions (22) formed on one side of the slider (20) relative to the substrate (10) and correspondingly disposed in the first chute of the substrate (10) (11), the slider (20) is movable along the first sliding slot (11) relative to the substrate (10), and the connecting portion (22) is respectively formed on the top side and the bottom of the slider (20) In the preferred embodiment of the present invention, each of the blocks is a U-shaped block, and the connecting portion (22) of the top side and the bottom side of the slider (20) is open-ended. The linkage block (30) is disposed on the other side of the second sliding slot (12) formed on the base plate (10), and is coupled to the slider (20). The linkage block (30) is formed on the side of the linkage block (30). a connecting portion (31), a fastening groove (32), a plurality of connecting portions (33) and a fixing portion (34); the connecting portion (31) has a horseshoe shape, and is formed on the linking block (30) With respect to one side of the substrate (10), there is an opening toward the closed end of the substrate (10), the width of the connecting portion (31) and the substrate ( 10) The width of the second chute (12) is matched and correspondingly accommodated therein, by which the linkage The large area of the connecting portion (31) of the block (30) and the second sliding slot (12) of the substrate (10) enables the linking block (30) to be stably moved relative to the substrate (10). The groove (32) is concavely formed on the bottom side of the linking block (30); the connecting portion (33) is respectively formed on the top side of the linking block (30) and the connecting portion (31) of the linking block and the fastening groove (32) Between the two, respectively, and the combination of the slider (20) assembly (22), the linkage block (30) and the slider (20) can be firmly connected, in the preferred embodiment of the present invention The set of joints (33) is a U-shaped block, and is located at the top side of the linking block (30) and the connecting portion (31) of the linking block (30) and the fastening groove (32) The inter-joining portions (33) are in the form of openings opposite to each other to be further combined with the joint portions (22) of the top side and the bottom side of the slider (20) respectively; the fixing portion (34) protrudes Formed on the top side of the linking block (30), and recessedly formed with a recessed groove (341); as shown in the fourth figure, the buffering member (40) is detachably disposed on the long groove of the substrate (10) (13) In the preferred embodiment of the present invention, the buffer member (40) is a gas pressure bar comprising a tube body (41) a shaft (42) and a connecting member (43), an inner end of the shaft (42) is disposed inside the tube body (41), and a rear end portion is provided on the inner end portion a piston on the inner wall surface of the pipe body (41), and the other outer end portion of the shaft rod (42) protrudes to the outside of the pipe body (41), and correspondingly passes through the second sliding groove (12) of the substrate (10). The connecting member (43) is fixed on the outer end of the shaft (42) and further embedded between the connecting portions (31) of the linking block (30); the elastic member (50) may be a spring. A fixed end is assembled in the recess (141) of the fixing portion (14) of the substrate (10), and the other extending end is assembled in the fixing portion (34) of the linking block (30). In the slot (341). The assembly portion (33) is a U-shaped block and is located between the top side of the linking block (30) and the connecting portion (31) of the linking block (30) and the fastening groove (32). The connecting portion (33) is in the form of an open opposite phase to be further combined with the connecting portion (22) of the top side and the bottom side of the slider (20) respectively; the fixing portion (34) is formed by protruding The top side of the interlocking block (30) is recessed and formed with a recessed groove (341); as shown in the fourth figure, the cushioning member (40) is detachably disposed on the long groove of the substrate (10) (13) In the preferred embodiment of the present invention, the buffer member (40) is a gas pressure bar comprising a tube body (41), a shaft rod (42) and a connecting member (43). An inner end of the rod (42) is disposed inside the tube body (41), and a piston for supporting the inner wall surface of the tube body (41) is disposed on the inner end portion, and the shaft rod (42) The other outer end protrudes from the outside of the tube body (41) and is correspondingly disposed between the second sliding slots (12) of the substrate (10), and the connecting member (43) is fixed on the shaft (42) The outer end portion is further embedded between the connecting portions (31) of the linking block (30); the elastic member (50) can be a spring, and a fixed end thereof Connected to the substrate (10) of the fixed portion (14) of the caulking groove (141), the other extended end of the line group connected to the interlocking block (30) of the fixed portion (34) of the caulking groove (341) in. The assembly portion (33) is a U-shaped block and is located between the top side of the linking block (30) and the connecting portion (31) of the linking block (30) and the fastening groove (32). The connecting portion (33) is in the form of an open opposite phase to be further combined with the connecting portion (22) of the top side and the bottom side of the slider (20) respectively; the fixing portion (34) is formed by protruding The top side of the interlocking block (30) is recessed and formed with a recessed groove (341); as shown in the fourth figure, the cushioning member (40) is detachably disposed on the long groove of the substrate (10) (13) In the preferred embodiment of the present invention, the buffer member (40) is a gas pressure bar comprising a tube body (41), a shaft rod (42) and a connecting member (43). An inner end of the rod (42) is disposed inside the tube body (41), and a piston for supporting the inner wall surface of the tube body (41) is disposed on the inner end portion, and the shaft rod (42) The other outer end protrudes from the outside of the tube body (41) and is correspondingly disposed between the second sliding slots (12) of the substrate (10), and the connecting member (43) is fixed on the shaft (42) The outer end portion is further embedded between the connecting portions (31) of the linking block (30); the elastic member (50) can be a spring, and a fixed end thereof Connected to the substrate (10) of the fixed portion (14) of the caulking groove (141), the other extended end of the line group connected to the interlocking block (30) of the fixed portion (34) of the caulking groove (341) in.
The recovery cushioning device of the present invention is driven by a driving block (60) fixed on another furniture, and the furniture can be a drawer disposed inside the cabinet, and the driving block (60) protrudes Extending a driving rod (61), the driving rod (61) can be inserted in the fastening groove (32) of the linking block (30); when the drawer is folded inside the cabinet, the slider (20) is The linking blocks (30) are respectively located on the first and second sliding grooves (11) (12) of the substrate (10) on the side close to the closed end of the substrate (10); further, as shown in the fifth figure, when the drawer is opened, The drawer drives the linking block (30) and the slider (20) along the first and second sliding slots (11) (12) of the substrate (10) toward the substrate through the driving rod (61) of the driving block (60). (10) the opening end moves, and stretches the elastic member (50) and the shaft (42) of the cushioning member (40) until the convex guiding portion (21) of the slider (20) moves to the first sliding When the positioning portion (111) of the slot (11) is used, the slider (20) drives the linkage block (30) to tilt upward, so that the driving rod (61) of the driving block (60) is disengaged from the linkage block (30). The groove (32), at this time, the drawer and the driving block (60) can continue to move forward until the drawer is completely Then, when the drawer is closed and the driving block (60) is moved in the reverse direction, the driving rod (61) of the driving block (60) is again passed through the fastening groove (32) of the linking block (30). The protruding guiding portion (21) of the slider (20) is disengaged from the positioning portion (111) of the first sliding slot (11) of the substrate (10). At this time, on the one hand, the elastic recovery of the elastic member (50) The force assists in pulling the linkage block (30) and the slider (20), and on the other hand, the buffer member (40) buffers the movement of the linkage block (30) and the slider (20), so that the linkage block (30), the slider (20) and the drawer connected thereto through the driving block (60) gently move toward the closed end of the substrate (10) until the drawer is completely closed.
As described above, since the cushioning member (40) is detachably disposed on the substrate (10), when the cushioning member (40) is inconsistent in specification, or the piston is worn due to long-term use, When the buffering effect is not satisfactory, the buffer member (40) may be directly removed, and another suitable cushioning member (40) may be replaced; in addition, since the extended end of the elastic member (50) is mainly fixed to the linking block (30), so it does not affect the bonding relationship between the linking block (30) and the slider (20); and, by the connecting portion (31) of the linking block (30) and the second sliding of the substrate (10) The combination of large areas between the slots (12) can effectively achieve the purpose of stably moving the linkage block (30) and firmly engaging the slider (20).
<p>(10). . . Substrate</p><p>(11). . . First chute</p><p>(111). . . Positioning department</p><p>(12). . . Second chute</p><p>(13). . . Long slot</p><p>(14). . . Fastening</p><p>(141). . . Insert slot</p><p>(20). . . Slider</p><p>(twenty one). . . Convex guide</p><p>(twenty two). . . Group</p><p>(30). . . Linked block</p><p>(31). . . Connection</p><p>(32). . . Buckle slot</p><p>(33). . . Group</p><p>(34). . . Fastening</p><p>(341). . . Insert slot</p><p>(40). . . Buffer</p><p>(41). . . Tube body</p><p>(42). . . Shaft</p><p>(43). . . Connector</p><p>(50). . . Elastic part</p><p>(60). . . Drive block</p><p>(61). . . Drive rod</p><p>(70). . . Buffer device</p><p>(71). . . Substrate</p><p>(711). . . Tube body</p><p>(712). . . Shaft</p><p>(713). . . Chute</p><p>(714). . . Positioning department</p><p>(72). . . spring</p><p>(73). . . Linkage</p><p>(731). . . Convex guide</p><p>(732). . . Fastening</p>
The first picture is a three-dimensional appearance of the creation.
The second picture is a three-dimensional exploded view of the creation.
The third picture is another exploded view of the creation.
The fourth picture is a side view of the creation.
The fifth picture is a side view of the creation.
The sixth picture is a three-dimensional exploded view of the limited technology.
The seventh picture is a side view with limited technology.
6 sheets
Sheet 1 Sheet 2 Sheet 3 Sheet 4 Sheet 5 Sheet 6
Every citation, both ways
| Document | Relation | Office | Cited during |
|---|---|---|---|
| US9237806B2 | Cited by | United States of America | Applicant |
| TWI636751B | Cited by | Taiwan Province of China | Examiner |
| TWI481363B | Cited by | Taiwan Province of China | Examiner |
2 priority claims, no other members on record
Priority claims2
| Document | Office | Kind | Date |
|---|---|---|---|
| 98203135 | Taiwan Province of China | U | |
| TW20090203135U | – | – | – |
1 legal event, as the office reported them to INPADOC
Events
| Event | Code | |
|---|---|---|
| Annulment or lapse of a utility model due to non-payment of feesLapsedMM4K | MM4K |
Numbers
- Publication
- M359248
- Publication, DOCDB
- M359248
- Publication, EPODOC
- TWM359248U
- Application
- 98203135
- Application, DOCDB
- 98203135
- Application, EPODOC
- TW20090203135U
Titles2
- English
- Recovery buffering device for externally mounted furniture slide track
- Chinese
- ??????????????