TWI286179B - A to-and-fro type sliding structure - Google Patents

Abstract

A to-and-fro type sliding structure aims to modify conventional defects of railing structure for sliding door, such as complicated assembling work, no auto-retrieving mechanism, and inconvenient usage, including: a rail guiding groove extending along the folded two inner sides of the sliding rail, a sliding wheel seat locked downward to the top of a fixing member by a stud bolt with a horizontal bolt hole piercing through the under section of the fixing member; thereby simply drilling a hole similar with the fixing member on the top of the sliding door for inserting the fixing member and then screwing a screw outside the sliding door into the horizontal bolt hole so as to fixedly connect the sliding door; and it is able to assemble an auto-retrieving sliding door by setting a sliding rail on the upper wall surface of the sliding rail, and winding a flexible cord around another end of the guiding wheel and tying it on the sliding wheel seat.

Description

V. INSTRUCTIONS (l) [Technical field to which the invention belongs] The combination of the main 'step and-type reciprocating pull rail and sliding door' of the Yegongfa month system [Prior Art] ISI, ί tf 1 is shown as The stereoscopic schematic of the structure of the sliding door structure of the conventional sliding door is the right side of the second door, and the shape of the door is folded in the lower end of the two side walls: "guided to provide a pulley 21 of the L-shaped plate. / month j 'two two 20 down screws with a combination of a coupling hole 22 & π i total 3 〇 on the upper end side can be dug a shallow groove 31 for the bonding piece 22 to be embedded, and with σ screws 3 2 can be 社 9 9 «ν λ. Α > π field, σ σ piece 22 combined hole lock, and then the pulley block 20 group: the α group in the pull rail 1 〇 guide wheel groove 2 That is to say, the vertical garden of a sliding sliding door is not shown as the stereoscopic display of the second type of sliding sliding door structure. The moral road is composed of a slightly gate-shaped pulling rail 10 in the lower end of the two side walls. Deferred. To provide a long block-shaped pulley block 20 of the pulley 21 sliding::=20 middle section with a screw 23 on the lower side upwards lock, knot, with a J " F ^ port 221 joint piece 22 knot At the upper end of a door body 30, the neck portion can be slid from the side of the joint piece 22, and the y-nut 231 can be screwed on the side of the joint piece 22 to tighten the joint piece 22, that is, the Πf: The sliding door 1 is completed by sliding the door body 30 on both sides of the pulley block 20 on both sides of the sliding rail 10 by the upper end, and the sliding door 1 n!: is the third type of sliding rail sliding. Stereoscopic view of the door structure 2 Γη, 2 2 ί The rail 10 of the guide wheel groove 11 is folded in the lower end of the two side walls, and the pulley 21 of the long block-shaped pulley block 20 is slid; the pulley 2 1286179

Correction The hawthorn is again locked with a screw 23 on the lower side, the lower end of the screw 23. " Inside a long block-shaped joint member 24, a hexagonal neck mountain is exposed, and an elongated groove 33 is dug at the upper end of the door body 30, and the joint member 24 can be inserted into the door body 30. The outer side is locked by a screw 32, and then locked and fixed with the screw hole 241 of the joint member 24, and the π wheel 2 1 of the upper and lower end pulley blocks 2 is slided on both sides of the pull rail 1 The guide wheel groove is formed, and when the sliding door group ί is formed, the hexagonal section neck 232 of the screw 23 can be rotated by a wrench A, and the engaging member 24 and the combined door body 3〇 and the pulling rail 1〇 The appropriate gap. As shown in Fig. 4, the stereoscopic display diagram of the fourth type of sliding door sliding door structure is provided by a puller 10' which extends in the lower end of the two side walls and has a guide wheel groove. The block-shaped pulley seat 2〇 pulley 21 slide group; the pulley seat 2〇 is recessed with a two-step hole 25 for the screw 23 to pass down, the lower part of the screw 23 is screwed with a nut 231, and a middle section is provided The coupling piece 22 having a threaded hole 222 is coupled to a shallow groove 31 at the upper end of a door body 30. A central hole 311 is defined in the center of the shallow groove 31. The lower end of the screw 23 can be locked into the threaded hole 222 of the coupling piece 22 and the screw 23 The nut 231 of the lower stage is screwed downwardly on the coupling piece 22 to be coupled with the fixed door body 30. The pulley seat 2 is coupled by the upper end, and the pulleys 2 on both sides of the pulley are slidably arranged on the inner sides of the traction rail 10. Hey, and complete the combination of a sliding door. SUMMARY OF THE INVENTION Technical Problem to be Solved: However, as shown in the above-mentioned combination of the first type of sliding door structure, a shallow groove 31 must be dug on the door body 30 to be combined with the pulley base 2 in the door body. The difficulty in the construction of the shallow trench is one of the disadvantages; the combination of the pulley block 2 〇 with the single pulley 21 in the sliding group 10 is relatively weak, and it is easy to derail and fall during operation, which is a disadvantage. of two.

Page 6 V. Description of the invention (3) The combination of the two types of sliding rail sliding door structures: the combination of the head of the screw 23 and the indentation cap 231 on the notch 221 of the bonding piece 22, It is very easy to loosen the nut and cause the door to fall, which is the biggest disadvantage. Xiangshan f is a combination of the third type of sliding door sliding door structure, the joint member 24 must:: = in the door body 30 - the long groove 33, * the door body 3 is difficult to work, Its biggest drawback. The private leader please 3 Finally, as the combination of the fourth type of sliding door sliding door, the two-stage hole 25 set by the central office is also difficult to defend, and ^^ is one of its shortcomings; The bonding piece 22 is thin and thin, so the J ^ formation = the hole 222 and the screw screw's firmness and support force are limited, and the valley is easy to support the weight of the door body; The combination of the shallow groove and the bonding piece 22 also reduces the corrosion of the wood and falls off, which is the third disadvantage. Therefore, it is the main purpose of the present invention to provide an improved design for the above-mentioned various types of sliding door sliding door sets. The main purpose of the present invention is to provide a structure that can be combined with The rail sliding door structure adopts the function of automatic pulling and returning position, and has the advantages of convenient use. The fly-off threshold has the purpose of the present, and the second purpose is to provide a reciprocating structure, which can be combined with the simple structure and the door body: For the purpose of achieving the above-mentioned purpose, the main body of the invention has a guide wheel groove extending in the lower end of the two side walls, and the 徂-sliding rail is slightly gated. The word slide group, the bottom of the pulley block with a hexagonal neck snail: = ; = 1286179

MM 931224B1 V. INSTRUCTIONS (4) A screw hole lock on the upper end of the fixed part is embedded in the upper end of a sliding door. The cymbal has a check hole. = == The hole is firmly combined; The upper surface of the rail is concave. The guide wheel of the guide end is tied to the sliding end of the sliding end. The present invention is described in detail with reference to a specific embodiment, which details the present invention and the functional benefits that can be achieved as follows; Schematic diagram, which is mainly a package 3 - a rail 4G, a pulley block 5Q, a second series main elastic reset guide structure, a go 1 body 70 and a pull rail 4, a m:, wherein; a guide wheel groove 41, At one end of the inner wall, a φ - ^ ^ is formed in the lower end of the two side walls, and a retaining clip 42 is formed, and a plurality of pull grooves 43 having a cross section (4) are recessed in the upper wall. The wheel 51, two of the front two-shaped: the seat body is combined with the --sliding 53 on the side wall, and the lower second test-folding-holding convex portion 52 and each of the one of the pull-eye hole holes 54 and a rivet pin hole Μ . Π ― —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— The locking knot rivet positioning U! can be matched with the rivet 64 and the pulley seat 5 〇 in the four longitudinal guides (four) recessed with four longitudinal guide grooves 65, and. The lower section of the slot 6 5 is transversely disposed with a relatively intersecting positioning screw hole 6 6

5. The cylindrical hole 71 of the invention description (5) and the positioning hole 7 2 on the one side. An elastic return guiding structure, and + #^ has a guide wheel end plug 81 of the guide wheel 82, and a plurality of elastic pull cords 8 3 of the outer end of the bag 3. The middle portion of the opposite pull-strip has an elastic member. As shown in Fig. 6, the combination of the structures described in the fifth drawing of the present invention can be referred to as a part 62 from the coupling hole 54 of the pulley block 5〇. The lower jaw 4 60 is coupled with the fixing member 60 by its large head screw; the matching sees the figure = through the rivet pin hole 55 screwed to the threaded hole 61 and the fixing member 60 = two: the nail 64 passes through the pulley seat The fixing member 60 is embedded in the door body 7:63=position of the fixing member 6〇; the outer side is fixed by the screw body 70; the column hole 71, and the positioning screw hole 66 of the door body 7〇, is simple The lower end of the lower part of the fixing member 60 can be fixed; for the cooperation, see the figure: the wheel cow is solidly coupled to the door body 7. An elastic pull joint is stretched between the upper 81: the end of the guide wheel at both ends of the pull rail 40 is tied On the pulley block 5. The pull rope & pass = wheel end plug 8! The guide wheel 82 is the pull handle of the sliding door as shown in Fig. 7. 1, and I can be elastically driven as shown in Fig. 8. For the strongest way of the invention ^ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The sliding door has a bullet in the reciprocating switch operation The function is as follows: 2 ί step function, as shown by the solid arrow in the figure. Straight center, i ^ f is not an exploded view of the second embodiment of the present invention, the pulley block 90, in front and rear, H can also After the mm ^ ^^ of the long block body, the two sides of the two blocks can be pivoted with a pulley 91, and the door longitudinal s is further a two-step hole 92, and the small diameter hole 93 of the second-order hole 92 is combined with Former 1286179

Then, each bolt 62 is clamped between the fixing member 60 wheel 9 1 and is simple and two of the large heads 9 6 are behind, and as intended, 90, its 80-elastic switch The solid line arrow is connected, two steps, and is combined with the fixed 70; and the first and the stop are connected to a pull rope to form a pull rail, and the hexagonal neck is separated from the pulley seat 90. 70 upper end portion 9 4 is pulled by a tie and has elastic self-piercing hole 9 6 under the group and the door body and the convex portion 94 of the joint portion of the step hole 9 2 is pulled up and then quickly disassembled 1 1 also by clamping convex The pull cord 83 is in the middle, and the hole 92 is provided for the screw hole 6 of the hexagonal neck portion 621 to be locked, and then the front and rear ends of the pulley seat 90 are opposite to the two slider bodies 42. The clamping protrusion 94 and the hole 95 are provided for the end of the elastic pulling cord 83 to be tying the door structure, as shown in FIG. 10; the through hole 96 is configured to move the space of the 邛6 2 1 through the large bolt 62 To the hole. The operation of the combination of the second embodiment shows that the pulley seat hole 95 combined by the fixing member 60 is subjected to the elastic return guiding structure, so that the progressive function of the sliding sliding door of the present invention in the reciprocating movement is as shown in the figure. Medium-use and progressive, when it comes to the review of the patent law, the company is aware of the fact that the invention is industrially advantageous and the invention has not been found in any publications, and it is also novel, and the regulations are based on the law. For patent applications, the patent is a prayer. ~

Page 10 1286179 _ Case No. 93322461_年月日日__ Simple description of the drawing [Simple description of the drawing] Fig. 1 is a three-dimensional diagram of the structure of the first type of sliding door sliding door. Fig. 2 is a perspective view showing the structure of the second type of sliding door sliding door. Figure 3: is a three-dimensional schematic diagram of the third type of sliding door sliding door structure. Figure 4: is a three-dimensional schematic diagram of the fourth type of sliding door structure. Figure 5 is a perspective exploded view of the present invention. Fig. 6 is a sectional view showing the combination of the present invention. Figure 7 is a perspective assembled view of the present invention. Figure 8 is a schematic view of the operation of the present invention. Figure 9 is a perspective exploded view of a second embodiment of the present invention. Fig. 10 is a sectional view showing a combination of a second embodiment of the present invention. Fig. 1 is a schematic view showing the operation of the second embodiment of the present invention. [Description of main component symbols] 22· · • · Bonding plate 221... • Notch 222··· . Threaded hole 23 ^ 32 .. .. Screw 231____ Nut 232 • · · · / \ Angle section neck 24 · · Combination Piece 25 ^ 92.. .. Two-stage hole 33 · · · Long groove 31... Shallow groove 311____ t 10, 40... .. Pulling track 1 · 41 · · - · Guide wheel groove 42 · · . Stopper clip 43. ... Pull groove 20 ^ 50 Λ 90 .. • · Pulley block 2 卜 51, 91 ____ Pulley 52 · · • · Clamping projection 53 ^ 95 .... Drawstring hole 54 · · . . Combination hole 55 ^ 63 .. •. Rivet hole 60 · Fixing piece 61... Threaded hole 62 · · • · Bolt 621 · · Hex neck 64 •... Rivet 65.. . Longitudinal guide groove 66· ·. Positioning screw hole A. .... wrench 30 > 70 Door body 71··. . Cylindrical hole 72··· . Positioning hole

Page 11 1286179 Case No. 93922461 曰Revision diagram simple description 80____ elastic return guide structure 81____ guide wheel end plug 82____ guide wheel 83____ elastic pull cord 84____ elastic piece 93____ small diameter hole 94____ clamping convex part 96____ through hole

Page 12

Claims (1)

1286179 --- Case No. 9312%m VI. Scope of Application Patent • The main type of slide-sliding structure of the type of rafts mainly includes a rail with a slightly curved shape and a guide wheel groove extending at the lower end of the two side walls. Providing a pulley seat=a pulley sliding group, the pulley seat can be combined with a sliding door along the sliding direction of the reciprocating sliding guide; the characteristic is that: the pulley seat is tired with a large head down and one The upper end of the cylindrical fixing member is locked by a screw hole, and a lower positioning screw hole is arranged in the lower part of the fixing member; the 俾 fixing member can be embedded in the upper end of the sliding door, and the hole is fitted to the outside of the sliding door and locked by a screw. The pieces are firmly combined to form. The hair and the snail 'the knot _ roll a two-step head snail and the door body stop 3 · structure, its fixed piece, locked into the 4 · structure, which passes through the sliding to adjust the solid π τ ,, The wheel seat is also round, and the small hole of the hole is combined with the downward wear group. The sliding clamp body is clamped as a special application, and the fixed screw is screwed into the screw. If the application is special, the large wheel head seat and the lock wheel seat and the fixed part The reciprocating pull-sliding structure described in the first item of the first aspect is a long block-shaped body having three equidistantly arranged two-order holes and two holes in the longitudinal direction of each of the two sides of the front and rear ends. Forming a connection shape, one can be selected for the large part of the hexagonal neck and locked with the threaded hole of the fixing member, and then through the fixing member wheel seat, each of the front and rear ends is provided with a cool convex portion to provide a rail for profit range 1 or 2 The lower section of the reciprocating pull rail slip joint described in the item may be provided with two transverse through holes which are cross-crossed and penetrated through the upper end of the solid sliding door, and can be provided at four angles to the outer door of the sliding door. The reciprocating slide rail slip bolt of the first or second aspect of the invention can be set as a hexagonal neck below the head, and the hexagonal neck can be used for burying the fixing member of the sliding door. Between the two, the gap between the sliding room and the pull handle is provided by the wrench. 1286179 Amendment 曰----931294R1 VI. The scope of application for patents, 5 of which can be set as in the third paragraph of the patent scope, the reciprocating rail-sliding structure can pass through the pulley seat and the == part can be set below the hexagonal neck Department, when it is worn on the pulley seat I solid, ^ month door fixings, 'the hexagonal neck can be exposed to the exposed section, and the wrench is turned by the wrench to adjust the solid 6 „sliding door The reciprocating slide slip joint described in the first or second aspect of the patent range ^ m2 The outer surface of the cylindrical fixing member is recessed with a longitudinal iL in each of the four directions. The lower section of the vertical guide groove is in the same direction, and the height is transversely arranged to be opposite to each other. The screw that can guide the outside of the sliding door is easy to be aligned with the positioning screw hole of the lower part of the fixing member to lock in. (i) In the reciprocating pull-sliding structure of the third paragraph of the patent scope, the outer surface of the cylindrical fixing member is recessed in a longitudinal direction in each of the four directions, and the lower portion of each longitudinal guide is horizontally disposed at the same height. There are relatively intersecting positioning screw holes, which can guide the screws locked on the outside of the sliding door to be easily aligned. The positioning screw hole of the lower part of the piece is locked into a strong joint. 8· The reciprocating pull-slip structure according to item 4 of the patent application scope, wherein the outer surface of the cylindrical fixing member is recessed in four directions The longitudinal guide groove 'the lower section of each longitudinal guide groove is transversely disposed with the opposite positioning screw hole at the same/height direction. The screw that can guide the outside of the sliding door can be easily aligned with the positioning screw hole of the lower part of the fixing member. 9. The reciprocating pull-slip structure according to claim 5, wherein the outer surface of the cylindrical fixing member is recessed in each of four directions, and each of the longitudinal guide grooves is in the same /The height is transversely arranged with the oppositely-positioned screw hole. The screw that can guide the outside of the sliding door is easy to align with the fixing member. 1286179 931224R1 The positioning hole of the lower part of the patent application scope is locked into the firm 1 0 · The utility model relates to a reciprocating pull-sliding structure, which is formed in the shape of a gate in the lower end of the two side walls, and a pulley slide group of the traction rail seat is included, and the pulley seat is available for:: slot, To provide a sliding "slide" The guide is characterized in that:, ::: two doors are provided with a groove along the 2 degree of the pull rail, and a guide groove can be formed at both ends of the guide wheel J on the upper wall surface.] Stretching - strip elasticity one: can be in two The end turns into a person who can elastically drive the reciprocating pull rail sliding door. Structure, wherein the reciprocating pull rail slip knot joint described in the ϋ sp〇 m〇 item-rolling and 31 is a long block body at each of the front and rear ends of each of the holes and between the two m longitudinally Longitudinal setting - a two-stage 大 大 穿 拴 拴 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 姓 姓 姓 姓 姓 姓 姓 姓 姓 姓 姓 姓 姓 姓 姓 姓 姓 姓 姓 姓 姓A clip is protruded from each end and two ί = one drawstring hole is available for elastic pull, the end of the rope is tied, and the set i, · the wheel seat. The space connecting the corners and the corners is moved to the through hole and quickly disassembled from the slip knot: if the medium is in the middle of the 10th or 11th item, the reduction and fixing parts can be set. The transverse through hole is cross-crossed and the outer side of the sliding door is at the upper end of the sliding door. The screw can be screwed to the outside of the sliding door at four angles. The knot is fixed, such as its V"large' 1st or 11th. Reciprocating type ^ ^ The large bolt can be set as a hexagonal neck below the head. Page 15 1286179 η Correction 曰^------tB^93122461_ VI. Patent scope _ Over the pulley seat and locked into the sliding door; exposed between the pulley seat and the fixed part, and the neck is picked up : The gap between the sliding door and the pulling rail combined with the fixed part of the joint: the large head screw is rotated, and the reciprocating sliding rail sliding mechanism mentioned in item 12 of the H range is set to one or six below the head. Corner mouth ΐ, wheel seat and lock knot buried in the sliding door of the fixing piece, so that the two corners; Qiu 5 5 two pulley seat and the fixed part, and provided by the wrench to turn large 蟫: external adjustment Lang fixed combination of slip The gap between the door and the rail is rotated to move the bolt to remove the reciprocating rail slide as described in the scope of claim 1G or 11. The outer surface of the cylindrical fixture is concave in each of the four directions. Spiral: Longitudinal: The lower section of the guide groove is horizontally disposed at the same height. The screw can be guided to slide π. The outer locking screw is easy to be aligned with the lower screw hole of the lower section to lock firmly. Structure, 1i·中, as described in claim 12 of the patent scope of the reciprocating slide-slip knot guide, the outer surface of the fixed-shaped fixing member is recessed in each of the four directions, "i: lower section of the guide groove The positioning screw hole of the lower cross section of the opposite cross member is fixedly coupled at the same height. The reciprocating pull slip of the reciprocating sliding joint as described in claim 13 of the patent application is outside the cylindrical fixing member. The surface is recessed in a longitudinal direction in each of the four directions, and the lower sections of each of the longitudinal guide grooves are transversely intersected at the same height: a screw hole, and the screw that can guide the outside of the sliding door is easy to be aligned with the lower part of the fixed cow. The positioning screw hole is locked into a firm joint. 1 8·Reciprocating pull slip knot as described in claim 14 1286179 _ Case No. 93322461_年月曰 曰 Revision _ 6. Patent application scope, wherein the outer surface of the cylindrical fixing member is recessed in one direction in each direction, and the lower portion of each longitudinal guide groove is at the same height. A relatively intersecting positioning screw hole is disposed, and the screw that can guide the outside of the sliding door is easily aligned with the positioning screw hole of the lower part of the fixing member to be firmly engaged. Page 17 1286179 _ Case No. 93322461_ Amendment of the date of the year 6. Designation of the representative figure (1), the representative figure of the case is: Figure 5 (2), the symbol of the symbol of the representative figure of the case is simple: 40.. • • Pulling the track 41· · · . Guide wheel groove 42.. • · Stop clamp 43.. • Pull groove 50.. .. pulley seat 51 挚··· Pulley 52.. • • Clamping projection 53 ... . Pull cord hole 54 with hole 55.. • • Rivet hole 60... Fixing piece 61... Threaded hole 62.. • • Head bolt 621. ... hexagonal neck 63 .. •. Rivet hole 64.. • • rivet 65.... Longitudinal guide groove 66... Positioning screw hole 70.. • • Door body 71.. .. cylindrical hole 72 .. .. Positioning hole 80.. • • Elastic reset Guide structure 81. ... guide wheel end plug 82.. • guide wheel 83... elastic pull cord 84. elastic member