TWM404254U - Automatic unlocking structure for lock latch - Google Patents

Description

1404254 The replacement of the capital of the company on February 08, 2010, the new description: 'The new technical field of the invention】 [0001] The present invention relates to an automatic unlatch structure of a latch, which has an automatic unlatch structure and can be installed. Within the housing of the latch, a fixed latch and a movable latch that are mounted in the housing of the latch can be engaged to simultaneously drive the release latch release when the drive latch is retracted. [Prior Art] [0002] The latch of a general box-shaped door lock has a movable latch, a fixed latch and

An anti-theft latch, in which the movable latch is usually driven by a turn, a lock set or a knob to drive the movable latch from the position of the retracting panel, thereby causing the door to open, and then the movement is made. Into the panel ί

The position of the fixed latch of the movable latching latch is retracted into the panel, and the lock of the present invention is added to an electronic control mechanism, and the movable latch of the electronic control mechanism for setting the f lock can be driven by the handle, and then the pressing activity is performed. The position of the latch is retracted into the panel, and the position of the panel must be re-installed in order to enable the user to directly open the door. This is an automatic unlatching structure of the latch, which can achieve the above functions. [New content] [0003] The main purpose of the present invention is to provide an automatic unlocking structure of a latch, which can be combined with an automatic unlatching structure to press down the outer handle to operate the movable latch to retract into the panel. The position of the fixed latch to retract the panel must be driven. [0004] An automatic unlatching structure of a latch, comprising: a casing; a live form number A0101, page 4/36 pages, and a replacement of the page-moving latch on February 08, 100, living in the shell In the body, the movable latch has a movable head and an actuating portion, and the movable latch can receive a bias of a spring, so that the movable latch can be located at a position protruding from the housing; a rotating member is mounted on the movable latch Inside the housing, the rotating member has a pushing portion; a fixing latch is mounted in the housing, the fixing latch has a fixing latch and a linking portion; and when the fixing latch is in the latching position, the movable latch is received When the movable latch of the movable latch is moved from a position protruding from the housing to a position partially retracted into the housing, the actuating portion of the movable latch can push the rotating member, and the rotating member is pushed against The portion is displaced relative to the interlocking portion of the fixed latch. [Embodiment] [0005] Referring to the first figure, the present invention: as a preferred embodiment of the automatic unlatch structure of the latch, the consultant's self-unlocking structure is matched with the electronic control device, when the lock The latch is set in an unlocked state in an electronically controlled manner, and when the outer latch (not shown) drives the movable latch to be retracted, the fixed latch can be controlled to be retracted together; since the latch has a complicated structure and a multi-function, Some detailed institutions have been disclosed in the Republic of China patents M362877, M36287 9, M364752 and M386355. In order to clearly reveal the subject matter of this creation, only the relevant parts of the automatic unlatch structure of the creation latch are disclosed in the drawings and the contents of the manual. The part of the subject that is not the original creation is not repeated here. As shown in the first figure, the latch includes: a housing 1, a fixing latch 6, a movable latch 2, a lock set 83, a rotating member 82, a swinging member 81, a driving device 3, and a The electric control device 4, a connecting rod 45 and a linking member 91, the housing 1 are provided with a base 11, a panel 12 and a cover plate (Fig. Form No. A0101, page 5/36 pages, M404254, 100 years 02 Month!] 8th, which is not shown in the replacement page, which forms a receiving portion m. One side of the base has a stud 112, and the bottom plate of the base 11 can be mounted. - a first stud 11 7 , a second stud 118 , a third stud 11 9 , a first fixing pin 102 , a second fixing pin 1 〇 3 , a fixed post 〇 4 , two first a channel 105, a second channel; ι〇6 and a plurality of studs and slots, and the plurality of studs and slots can be mounted or supported by other components, since this is not the focus of the present description, This is not mentioned here.

As shown in the first and second figures, the fixing latch 6 can be received in the valley portion 111 of the housing 1. The fixing member 6 has a fixing latch 61 and a fixed flashing plate 62. The center of the flash plate 62 is formed to form a flail, comprising: a first-filling portion 6211, a portion 6213' of the fixed latch plate 62, and one end of the push pin 63 has a bump 631, the bump 6^ It is accommodated in the second channel 1〇6 of the housing 1 and forms a first driving portion 642 adjacent to the pushing pin 63 on the fixing latch; gw. '广· As shown in the first figure, the third figure, the figure, a movable ffn latch 2' includes: a movable latch 21', 1##24, a connecting member 23, a movable latch 22 and a binding device 20, etc. As shown in the fourth and fifth figures, the movable latching plate 22 is a plate-shaped body having a first surface 221 and a second surface 222, and has a receiving hole 223 in the center, and A first bent portion 224 ′ is formed at an edge of the receiving hole 223 , and a fixed pin hole 228 is defined at a front end of the movable latch plate 22 , and a protruding strip 225 is disposed at the rear end, and the protruding strip 225 can pass through a ring 226 . A spring 220 (shown only at the first figure) has one end, and the other end of the spring 220 is sleeved on the boss 112 of the housing 1, so that the spring 220 can bias the movable latch 2. Page 6 of 36 Form No. A0101 M404254 On February 08, 100, the shuttle is replacing the page of a connecting member 23, which is extended by a large cylinder 231, a small cylinder 232 having a slot 233 and a fixed a pin hole 235 having a ring groove 234, wherein the slot 233 of the large cylinder 231 of the engaging member 23 can be sleeved on the movable latch plate 22, so that the fixing pin hole 235 of the large cylinder 231 is aligned with the latch The fixing pin hole 228 of the plate 22 is inserted into the fixing pin hole 235 of the large cylinder 231 and the fixing pin hole 228 of the movable latch plate 22 with a fixing pin 236 to fix the engaging member 23 and the movable latch plate 22. The movable latch 21 has a head portion 21 2 and a shaft portion 211. The head portion 212 has a slot 213 and a pin hole 216 (shown in FIG. 5).

A slanting tongue 24 is detachably attached to the slot 213 of the movable latch 21. The slanting tongue 24 defines a hole 241. The pin 242 can be inserted into the pin hole 216 of the movable element 21 and the hole 241 of the slanting tongue 24. The slanting tongue 24 is slidable relative to the movable latching head 21, the shaft portion 211 of the movable latching head 21 has an axial hole 215, and has a lateral groove 214 in the lateral direction (shown in the fifth figure), wherein the engaging member A small cylinder 232 of 23 is inserted into the axial hole 215 of the movable latch 21, and the annular groove 234 of the small cylinder 232 of the engaging member 23 is aligned with the lateral groove 214 of the movable latch 21 by a buckle 21 7 is inserted into the lateral groove 214 of the movable latch 21 and the connecting member 23

The ring groove 234 of the ring allows the movable latch 21 to be rotated relative to the engaging member 23 to adjust whether the movable latch 21 can be adapted to the outside or the inside. The bonding device 20 includes a first coupling member 25, a second coupling member 26, a third coupling member 27, a lever 28, a telescopic member 29, and the like. The first bonding member 25 has a first plate 253 and a second plate 254. The second plate 254 is formed on the surface of the first plate 253. The first plate 253 and the second plate 254 form a first plate 253. The abutting portion 257 (shown in the fifth figure) has a second pushing portion 252 and an actuating portion 2541 on the second plate 2 54. Form No. A0101 Page 7 / Total 36 pages M404254 Correction replacement on February 08, 100 A bump 250 is formed on the surface of the second plate 254, and a third pushing portion 258 is formed on the bump 250 ′. The first plate 253 defines a through hole 255 and a first binding post 256. The first plate 253 extends away from the second plate 254 to extend the flange 259. The center of the flange 259 defines a second hole 2511 and communicates with a first hole 251. The first hole 251 and the second hole 2511 penetrate through the first hole 251. The first plate 253, the second plate 254, and the protrusion 250, wherein the first plate 253 can be received in the receiving hole 223 of the movable latching plate 22, and the abutting portion of the first coupling member 25 257 is reliably connected to the first face 221 of the movable latch plate 22. The third combined acoustic square spider 'supplements two second binding posts 273, a third slot 2, a screw hole 2_7 5, and a first convex pushing portion 278, wherein the third '

The two first channels can be respectively inserted into the housing 1 (shown in the first figure) to restrict the lateral movement of the movable latch 2, and the end of the third coupling member 27 has a pushing portion 278. The second coupling member 26 has a flange receiving hole 261, a first slot 2 engaging hole 265, two second coupling holes 266 and a through hole 267. The hole 261 can be sleeved on the flange 259 of the first joint member 25, and the first joint hole 265 can be fixed to the first joint post 256 of the first joint member 25, so that the second joint member 26 and the first joint member 26 A coupling member 25 is coupled, and a portion of the second coupling member 26 faces the second surface 222 of the movable latching plate 22. The first bending portion 224 of the movable latching plate 22 can extend into the second coupling portion. a first slot 262 of the member 26, a spring 230 is received in the first slot 262 of the second coupling member 26 and the fourth slot 271 of the third coupling member 27, the spring 230 is end-supported on the second coupling member 26 No. A0101 Page 8 of 36 M404254 On February 08, 100, the groove wall of the first groove 262 of the replacement page and the wall of the fourth groove 271 of the third coupling member 27 are corrected, and the other end is supported by the movable latch plate. The first bending portion 224 of the second coupling member 26 and the third coupling member 27, and the second coupling holes 266 of the second coupling member 26 The two second coupling posts 273 are respectively fixed to the third coupling member 27, so that the second coupling member 26 is combined with the third coupling member 27, and a screw 296 can pass through the through hole 255 of the first coupling member 25. The through holes 267 of the second joint member 26 and the screw holes 275 of the third joint member 27 are joined together. The lever 28 has a first portion 281 and a second portion 282.

A second slot 285 and a short slot 287 have a slope 283 between the first portion 281 and the second portion 282. The lever 28 and a spring 286 are received in the third coupling member 27. In the third slot name 72, a short slot 287 of the lever 8 is disposed on the first protrusion 276 to limit the moving distance of the lever H.

The spring 286 is supported by the convex portion 274 formed by the groove wall of the third groove 272, and the other spring is disposed in the second groove 285 of the lever 28, and is supported by the groove wall of the second groove 285. The lever 28 is biased to slide the third lever 272 of the third coupling member 27, and has a dialed portion 284 at the end of the lever 28, so that the lever 28 can be Moving between the first position and the second position. The telescopic member 29 is a rod member having a first pushing portion 291 at one end and a touch portion 292 at the other end. The touch portion 292 is connected to a slope 293 (shown in FIG. 5). The second extending portion 251 of the first coupling member 25 is received in the second hole 251 and the second hole 2511 of the first coupling member 25, and a spring 295 is received in the second portion of the first coupling member 25. The hole 2511 supports the support portion 294 of the telescopic member 29 at one end to bias the telescopic member 29. When the lever 28 is in the first position, the telescopic form number Α0101 is 9 pages/36 pages side 4254 100 years 02 The touch portion 292 of the correction replacement member 29 abuts against the first portion 28i of the read lever 28, and when the lever 28 is in the second position, the touch portion 292 of the extension member 29 of the τ 4 Adjacent to the second portion 2 8 2 of the lever 28. As shown in the first and sixth figures, an electronic control device 4 can be installed in the housing 1 and includes: an upper < wrench 46, a lower cover 49, an electronic control system 48, and a Control lever 42, n - motor 41, a pusher 43, a first micro switch 4 71, a second constructor > pq arrogant switch 472, a third micro switch 473, a moving plate 44, a connection; Bu 45 and two screws 465, etc., which are not the focus of this creative work to be described 'this is not to be said. Wherein the electronic motor 41, the pusher 43 plays a slight motion _, the third micro-code 473μ·Η〇 and the lower cover 49' and the motor 41 is thinner than the electronic control system 48 to transmit each other Sister 砰遴 唬, the horse # has a shaft 411 'the shaft 4U - end connection ― pusher 43, the traverse member 43 extends a rib 434, the shank 434 of the two Hungarian fe ^ b #_l4341; The moving plate 44 is slidably mounted on the casing 1_board 448, and has a barrier between the four sides of the flat plate 448, a vertical plate 441 and a second vertical plate 442. The first vertical plate 坂The 441 has an approximately elliptical hole 443 'the edge of the first vertical plate 441 4 / % ' edge extends approximately parallel to the direction of the plate 448 to extend the first extension portion 440, and then the first extension portion 4 4 0 extending the second extension portion 449, and the second extension portion 449 extends the third extension portion 450', wherein the first "" extension portion 44G is approximately parallel to the third extension portion 450, the second The extending portion 449 is approximately perpendicular to the first extending portion 440 and the third extending portion 450, and the first vertical plate 441 has a hole 447 formed around the hole 447. The two dialed portions 4471 are arranged separately; and the second form number is Α0101, page 10/36 pages, 10〇i〇2, 〇3, and the vertical plate 442 has a near-throwing interval r Λ ^1· An elliptical O-shaped hole 444, a pushing portion 445 and a concave portion 446, wherein the first elliptical hole 443 of the vertical plate 441 and the approximating elliptical hole 443 of the vertical plate 442 are provided in the first A fixed foot pin 102 and the _g] fixed scale 1Q3 allow the moving plate 44 to move relative to the body 1. As shown in the first and sixth figures, the connecting rod 45 has a hole 451, and is swayed on the first stud 117. The connecting rod 45 has a first pin 452 spaced apart from each other. a pin 453 and a toggle portion 454, a torsion spring 455 (shown in the first view) can be sleeved on the first stud 117, the crotch end supports the recess 446 of the moving plate 44, and the other end supports the second pin 453, the first pin 452 can receive the pushing of the pushing portion 445 of the moving plate 44 in a timely manner, and the dialing portion 454 of the connecting rod 45 can be located at the dialed portion 284 of the lever 28 of the movable latch 2 not being detected. Position, when the pushing portion 445 of the moving plate 44 does not push the first pin 452 of the connecting rod 45, the connecting rod 45 is biased by the torsion spring 455 'to make the toggle portion 454 of the connecting rod 45 move the activity When the movable latch 2 is moved, the toggle portion 454 of the link 45 continues to abut the dialed portion 284 of the lever 2& As shown in the first figure, the second figure, and the seventh figure, the linking member 91 has a hole 911 for receiving the pivoting of the first stud 117 to pivot on the housing 1, and the linking member 91 a first driving portion 912 having a spacing arrangement and a first driving portion 913 'the first driving portion 912 can receive the pushing of the pushing portion 278 of the movable flash 2'. The second driving portion 913 can be located at the fixed latch 6 — between the driving portion 641 and the second driving portion 642. As shown in the first figure and the second figure, the rotating member 82 can be mounted on the housing 1. The rotating member 82 extends laterally from an arm 827, and the first inclined surface 823 and the second inclined surface 824 extend in the axial direction. Three inclined surface 825 and fourth inclined surface form number A0101 Page 11 / Total 36 pages 100 years of February 2008 Shuttle replacement page (not shown) 'The first inclined surface 823 and the second inclined surface 824 will be timely dialed The swinging member 81 is moved, and the third inclined surface 825 and the fourth inclined surface can timely position the elastic member 821 of the casing 1 , and the end of the arm 827 extends a pushing portion 822 'the pushing portion 822 may be adjacent to the first linking portion 6211, the second linking portion 6212 or the third linking portion 6213 as shown in the first and eighth figures. A driving device 3 is mounted inside the casing 1 and The method includes: a first fixing member 32, a second fixing member 3〇, a first driving member 33, a second driving member 34.'-the third driving member 35 and a

Screw 31 7.

The driving member 35 is mounted on the second fixing member 30, and the first driving member 33 is configured to be mounted on the second fixing member 30. Actuating, the first driving member 33 has a first actuating portion 333, and the second driving member 34-^眞fellaCiUiai portion 343' a screw 3丨7 can fix the first fixing member 3〇 together . r' \ Γ Γ'1 As shown in the first figure and the ninth figure, when locked by the lock group 83, only the key 832 (shown in the first figure) is driven to drive the driving plate 831 to drive the rotating member 82. The pushing portion 822 of the rotating member 82 is moved adjacent to the third linking portion 6213 to the second linking portion 6212, and pushes the second linking portion 6212, and finally moves to the adjacent first linking portion 6211, and pushes the first The interlocking portion 6211 moves the fixed latching head 61 that drives the fixed flash 6 from the unlatching position of the retracting panel 12 to the upper latching position of the extending panel 12. When in the upper latching position, the pushing portion 822 of the rotating member 82 is adjacent to the latching portion 822. When the first interlocking portion 62 is ,, the pushing portion 822 of the rotating member 82 has a form number A0101 that abuts the fixed latch 6. The 12th page/the 36th page, the February 08, 1100, the positive replacement page, the linking portion 6 211 The function of the fixing latch 61 of the fixing bolt 6 is prevented from being withdrawn by the external force toward the panel 12. Similarly, when locked by a knob (not shown), only the knob 28 is rotated to move the rotating member 82, and the pushing portion 822 of the rotating member 82 is moved from the adjacent third linking portion 6213 to the adjacent second linking portion. 6212, and pushes the second linking portion 6212, and finally moves to the adjacent first linking portion 6211, and pushes the first linking portion 6211 to move the fixing latch 61 that drives the fixing bolt 6 from the unlatching position of the retracting panel 12 To the upper latch position of the panel 12. As shown in the first circle, the fourth to sixth figures, and the first to the sixteenth circle, the creation can be implemented by an electronic control component (which can be a button component, a fingerprint identification component, a remote control component, etc., not shown). The control unit 4 is configured to: the outer handle (not shown) can drive the activity 2, wherein when the motor 41 drives one of the dials 4341 of the pusher 43 to drive the corresponding moving plate 44 When one of the dial portions 4471 moves the moving plate 44 to the first position in the direction of the panel 12 (as shown in FIG. 1 ), the pushing portion 445 of the second vertical plate 442 of the moving plate 44 pushes the first portion of the connecting rod 45 a pin 452, such that the toggle portion 454 of the link 4 5 will be viewed from the dial 28 of the movable latch 2

The moving portion 284, at this time, the lever 28 is biased by a spring 286 (shown in the fourth and fifth figures), so that the first portion 281 of the lever 28 abuts against the touch portion of the telescopic member 29. 292, the first pushing portion 291 of the telescopic member 29 protrudes to a position that can be driven by the first actuating portion 333 of the first entraining member 33 (such as the eleventh figure), such that the outer handle (not shown) can be The first actuating portion 333 of the first driving member 33 can drive the first pushing portion 291 of the telescopic member 29 of the movable latch 2 to drive the movable latching head 21 of the movable latch 2 to move inside the panel 12, and at this time, the fixing latch 6 Located at the upper latching position, the actuating portion 2541 of the movable latch 2 pushes the end of the arm 827 of the rotating member 82, so that the pushing portion 822 is replaced by the form number A0101, page 13 of 36, 1100, February 10, 1100. The page is adjacent to the first-linking portion 62" (such as the eleventh and twelfth figures) moving & . adjacent to the second linking portion 6212 (such as the thirteenth and fourteenth figures), the lateral displacement of the fixed question 6 That is, it is not limited, so that the fixing is not affected by the pushing portion 822, and the pushing portion 278 of the movable latch 2 also moves a certain distance. The first driving portion 912 is pushed to swing the linking member 91, and the second driving portion 913 can push the second driving portion 642 of the fixing latch 6 to latch the fixing latch 6 from the extending panel 12. The position is moved to the unlatching position of the retracting panel 12 (as in the fifteenth and sixteenth views), at which time the fourth bevel 826 of the rotating member 82 is biased by the image element 821 (shown in the sixteenth figure). The third interlocking portion 6213, the third control first micro switch 471_ of the mobile game 44 (the system (4) in the figure generates a signal.

As shown in the first, fourth, and fifth diagrams, the eleventh figure, the creation can use electronic control components (can be the button group #fingerprint component, remote control component, etc., the hand is not shown in the figure) It is not possible to drive one of the dial portions 4341 of the movable latching pusher 43 to move one of the dialed portions 4471 of the corresponding g4 to move the moving plate 44 away from the panel 12 to the second position. The pushing portion 445 of the second vertical plate 442 of the moving plate 44 does not push the first pin 452 of the connecting rod 45, so that the connecting rod 45 is subjected to the action of the torsion spring 455, so that the dialing portion 454 of the connecting rod 45 is adjacent to the movable portion. The dialed portion 284' of the lever 28 of the latch 2 is now pushed by the connecting rod 45, and the second portion 282 of the lever 28 abuts against the touch portion 292 of the telescopic member 29, so that the telescopic member The first pushing portion 291 of the 29 is retracted to a position that is not driven by the first actuating portion 333 of the first entraining member 33, such that the outer handle (not shown) drives the first form number Α0101, page 14 of 36 Page M404254 Correction of the page carrier 33 on February 08, 100, but the first actuating portion 333 of the first driver 33 cannot drive the extension of the movable latch 2 The first pushing portion 291 of the piece 29, at this time, the movable latch 21 of the movable latch 2 still extends outside the panel 12, that is, the outer handle (not shown) generates an idling angle, at which time the moving plate 44 is An extension portion 440 can touch the touch portion (not shown) of the second micro switch 472 to generate a signal to the electronic control system 48. However, the sections of the present creative embodiment are only for the creation of the present invention. The preferred embodiments are not intended to limit the implementation of the present invention, and the equivalents or modifications of the equivalents and spirits described in the following claims are included in the scope of this patent. BRIEF DESCRIPTION OF THE DRAWINGS [0006] The first figure is a perspective view of a preferred embodiment of the present invention. The second figure shows a preferred embodiment of the present invention. A stereoscopic combination diagram showing a fixed latch is shown. [0008] The third figure is a preferred embodiment of the creation, showing a stereoscopic group of movable latches

Figure. The fourth figure is a perspective view of a preferred embodiment of the present invention showing a movable latch. [0010] The fifth figure is a perspective view of a preferred embodiment of the present invention showing the other direction of the movable latch. [0011] Figure 6 is a perspective exploded view of the electronic control device in accordance with a preferred embodiment of the present invention. Form No. A0101 Page 15 of 36 Delete 4254 100 February, 2008, press the replacement page [0012] The seventh figure is a preferred embodiment of the creation, showing the perspective view of the linkage [0013] A preferred embodiment of the creation is shown, which shows a three-dimensional combination of the drive devices. [0014] The ninth drawing is a preferred embodiment of the present invention, showing a plan view of a partial structure of the latch when the moving plate is in the first position and the fixed latch is retracted into the panel, the movable latch extends out of the panel. [0015] The tenth figure is a preferred embodiment of the present invention. It shows the plane of the partial structure of the latch when the moving plate is in the second position and the fixed latch is pulled out of the panel.

[0016] The eleventh_for the present invention, the specific moving plate is located at the first position, and the fixed latch is extended from the panel, and the state of the living panel is extended, and the plane of the latch is ir toon. The drawing is preferably a schematic view of a partial structure of the latch in a state in which the moving plate is in the first position and the fixed latch head extends out of the panel.

[0018] FIG. 13 is a preferred embodiment of the present invention, showing the plane of the partial structure of the latch when the moving plate is in the first position, and the fixed latch extends out of the panel, and the movable latch portion is retracted into the panel. schematic diagram. [0019] FIG. 14 is a preferred embodiment of the present invention, showing that when the moving plate is in the first position, and the fixed latch extends out of the panel, the movable latch portion is retracted into the panel, and the partial structure of the latch is further A schematic plan view of one direction. [0020] The fifteenth figure is a preferred embodiment of the present invention, showing that when the mobile board is located at Form No. A0101, page 16 of 36, M404254

On February 08, 100, Junzheng replaced the first position of the page, and the fixed latch was retracted into the panel 'the state of the movable latch retracted into the panel'. The plane of the partial structure of the latch is circular. [0021] The sixteenth picture is the creation A preferred embodiment shows a planar view of the other direction of the local structure when the moving plate is in the first position and the fixed latch is retracted into the panel, the movable latch is retracted into the panel. [Main component symbol description] [0022] 1 housing 102 first fixing pin [0023] 103 second fixing pin 104 fixing post [0024] 105 first channel 106 second channel [0025] 11 pedestal 111 accommodating [0026] 112 stud 117 'first stud [0027] 118 second stud 119 third stud [0028] 12 panel 2 movable latch [0029] 20 joint device 21 movable latch [0030] 211 shaft 212 Head [0031] 213 Slot 214 Transverse groove [0032] 215 Axial hole 216 Pin hole [0033] 217 Buckle 22 Movable latch plate [0034] 220 Spring 221 First side [0035] 222 Second side 223 Hole Form No. A0101 Page 36 of 36 M404254 Correction Replacement Page [0036] 224 First Bending Section 225 Bulging [0037] 226 Ring 228 Fixing Pin Hole [0038] 23 Coupling 230 spring [0039] 231 large cylinder 232 small cylinder [0040] 233 slot 234 ring groove [0041] 235 fixing pin hole 236 fixing pin [0042] 24 slanting tongue 241 hole [0043] 242 pin '> 1 , theory ' - joint piece [0044] 250 bumps.

?L

[0045] 2511 second hole [0046] 2 53 first plate [0047] 2541 actuating portion. pushing portion 2 second board <^i;

InfeliediJa!^^ [0048] 256 first binding post rrope^ 〆;·*, ^ 1 ' ·. \ abutment [0049] 258 third pushing portion 259 flange [0050] 26 second coupling member 261 flange容 孔 [0051] 262 first groove 265 first coupling hole [0052] 266 second coupling hole 267 through hole [0053] 27 third coupling member 271 fourth groove [0054] 272 third groove 273 second combination Column Form No. A0101 Page 18 of 36 M404254 ' · [0055] 274 275 275 February 08, 2008 Nuclear replacement page screw hole [0056] 276 First stud 277 Second stud [0057] 278 Pusher 28 lever [0058] 281 Part 1 282 Part 2 [0059] 283 Bevel 284 is toggled [0060] 285 Second slot 286 Spring ' [0061] 287 Short slot 29 Telescopic W [0062 291 First pusher 292 Touch section [0063] 293 Bevel 294 Support [0064] 295 Spring 296 Screw [0065] 3 Drive unit 30 Second mount [0066] 317 Screw 32 First mount [0067] Lu 33 first driving member 333 first actuating portion [0068] 34 second driving member 343 second actuating portion [0069] 35 third driving member 4 Electric control unit [0070] 41 Motor 411 Rotary shaft [0071] 42 Control lever 426 Spring [0072] 43 Pusher / 432 Through hole [0073] 434 Lever 4341 Toggle part number A0101 Page 19 of 36 ϋ404254 100 Modified on February 08, 2017 [0074] 44 moving plate [0075] 441 first vertical plate [0076] 443 elliptical hole [_ 445 pusher [0078] 447 hole [0079] 448 plate [0080] 450 third Extension [0081] 451 Hole [0082] 453 Second pin [0083] 455 Torsion spring [0084] 465 Screw [0085] 472 Second micro switch [0086] 48 Electronic control system [0087] 6 Fixed latch [0088] 62 Fixed latch plate [0089] 6211 First linkage portion [0090] 6213 Third linkage portion [0091] 631 Bump [0092] 642 Second drive portion 44 0 First extension portion 442 Second vertical plate 4 4 4 Oval hole 446 recess 4471 is dialed portion 449 second extension portion 45 connecting rod

Inlelledya丨 second micro switch, lower cover, ά卜

61 fixed latch 621 interlocking portion 6212 second interlocking portion 63 push pin 641 first driving portion 81 swinging piece form number A0101 page 20 / total 36 pages M404254 100 February 2008 nuclear replacement page [0093] 82 rotating parts 821 elastic element [0094] 822 push-up portion 823 first slope [0095] 824 second slope 825 third slope [0096] 826 fourth slope 827 arm [0097] 83 lock group 831 drive plate [0098] 832 key 91 linkage [0099] 911 sub L 912 First drive unit [0100] 913 Second drive part form number A0101 Page 21 of 36

Claims (1)

Foot 4254 On February 8, 100, according to the positive replacement page VI, the scope of the patent application: 1 - the automatic unlocking structure of the latch, comprising: - a housing; - a movable latch, living in the housing, the The movable latch has a movable latch and an actuating portion, and the movable latch can receive a spring bias so that the movable latch can be located at a position protruding from the housing; a rotating member is mounted in the housing, The rotating member has a pushing portion; a fixing latch is mounted in the housing, the fixing bolt has a fixing latch and a linkage portion: Retracting the activity into the housing of the rotating member, when the fixed latch is located at a position where the movable latch of the latch is extended beyond the housing, the movable latch is actuated The pushing portion is generated relative to the interlocking portion of the fixed latch, such as the self-flashing structure of the latch according to claim 1, wherein, further, a linking member is mounted on the housing _; reading & The piece has a first driving portion, and the activity has a - Zheng Yi total forging ((5) the pushing portion moves a distance and then pushes the connecting portion. As described in claim 1, the automatic unlatching structure of the ^# Further, the rotating member can receive a biasing force of a resilient member. The automatic unlatching structure of the latch according to claim 2, wherein, further, the fixing latch has a first driving portion and a a second driving portion, the linking member has a H moving portion, and the second driving portion of the moving member (4) is fixed between the first driving portion and the second driving portion, so that the fixing member (10) can actuate each other. The automatic deflashing structure of the lock flash described in the fourth application of the patent scope is 099220758 Form No. A0101 Page 22/36 pages 1003039238-0 丄UU thousand 1^月08日修正 replacement page s. — WW —p* , Step-by-step, the linkage has a first-connected ^-third linkage ^ - The second linkage and the automatic solution (4) of the Lang, as described in item 5 of the claim area, 1: = the fixed _ fixed flash head is located at the position of the housing The pushing portion is adjacent to the first-linking portion of the fixed flash, and prevents an external force from acting on the fixed latch to retract into the housing. The automatic solution of the _ according to claim 5 is When the pushing portion of the rotating member is adjacent to the second linking portion of the fixed question, the movable pushing portion can push the linking member (four)_drive portion. As described in claim 5 An automatic interrogation structure between the locks, wherein, further, when the rotating member is rotated, the pushing portion of the rotating member is moved by the adjacent j third linking portion to move adjacent to the second: linking portion to move adjacent to the first-linking The pushing portion of the rotating member pushes the first linking portion to move the fixed flashing head from a position of retracting the housing to a position protruding from the housing, and the second driving portion pushes the The second driving unit. 10 The automatic interrogation structure of the lock, as described in claim 5 of the patent application, wherein Step 'When the rotating member is rotated', the pushing portion of the rotating member is moved adjacent to the first linking portion to move adjacent to the second connecting portion and then moved to the pushing portion of the rotating member adjacent to the third linking portion Pushing the third linking portion to move the fixing head from a position protruding from the shell to a position at which the housing is retracted. At this time, the first driving portion pushes the second driving portion. The automatic interrogation structure of the lock according to the first aspect, wherein 'further' the rotating member has an arm, the actuating portion will toggle the end of the arm. The automatic unlatching structure of the latch includes: 99220758 a housing; form number A0101 page 23 / total 36 pages 1003039238-0 lPtOr4254 - the movable latch 'lives in the housing, the movable latch has a movable latch and a pusher' the movable latch accepts one The biasing of the spring causes the movable latch to be timely positioned to extend out of the housing; a fixed latch is operatively mounted in the housing, the fixed latch having a fixed latch and a first driving portion and a first a second driving portion; a linkage member is mounted to the housing; the connection The moving member has a first driving portion and a first driving portion; when the fixing member is in the blocking position, the movable latch is driven to extend the movable flashing head from the portion of the housing ^When moving to the position of retracting the housing, the activity is sent to the first drive unit, and then the first _moving part is pushed to warm the moving part. 100 Year 0 Month 08 Correction 12 - Automatic latching structure of the latch - the housing; ms a movable latch, which is living in the housing, the activity is a movable latch, the actuating part and a pushing part, the movable latch can be connected # The bias of the spring is such that the movable head can be located at a time when the rotating member is mounted on the housing. The 彳-pushing portion; the solid latch is affixed in the housing ν,, / 铋褡萣 latch The utility model has a fixed latching head, a first linking portion, a second linking portion, a first driving portion and a second driving portion; 099220758 The linkage is mounted on the housing; the linkage has a - drive portion and a second drive portion; the solid μ is in the latched position 'the active flash is driven to cause the active tongue to flash from the extension When the position of the housing is moved to a position where the housing is retracted, the actuating portion of the movable member can push the rotating member, so that the pushing portion of the rotating member is moved from the first linking portion to the second linking portion. Further, the live form numbering axis 24 pages/36 pages 1003039238-0 13 material U4254 The pushing portion of the moving bolt can push the first portion of the linking member to push the second driving portion of the fixing bolt. 100 years 02^8^ Press άΐ to replace the page j drive part, and the second drive 14 . If you apply for the full-scale 12th rhyme, the automatic solution of the lang, where ▲ 'in step-step' when the rotating part is pushed When the abutting portion moves from the first linking portion to the second linking portion, the pushing portion of the movable body first moves-distance so that the pushing portion of the movable latch abuts against the first driving portion of the linking member. The automatic _ structure according to claim 12, wherein 'further' when the fixed _ fixed is located at a position protruding from the housing, the pushing portion of the rotating member is adjacent to the solid- The interlocking portion prevents an improper external force from acting on the fixed latch to retract into the housing. 15 16 If the application for patents is the 12th item of the patent, the automatic disassembly mechanism, wherein 'the further, the fixed latch has a third linkage part, such as the "flash structure" of the lock problem described in claim 15 Wherein, when the step is rotated, the rotating member is rotated such that the pushing portion of the rotating member is moved adjacent to the third linking portion to be moved adjacent to the second linking portion (4) adjacent to the first linking portion, and the rotating member is pushed The abutting portion pushes the first linking portion to move the fixed flashing head from a position where the housing is retracted to a position where the housing is extended, and the second driving portion pushes the second driving portion. 17 The automatic solution (10) of the lock flash described in claim 15 (4), wherein the m-rotation_moving member moves the pushing portion of the rotating member adjacent to the first-linking portion to adjacent the second linking portion. Moving adjacent to the third linking portion, the pushing portion of the rotating member pushes the third linking portion to move the fixing bolt from a position protruding from the setting body to a position retracted into the housing. The first driving portion pushes the second driving portion. 18 If the patent application amount is 12th The lock flash automatic solution μ structure, wherein 09922 〇 758 'further, the rotating member has an arm form editing 0101 page 25 / 36 pages, the actuator will toggle the arm of a 1003039238-0 Μ 4 Ό 4254 end 0 Corrected replacement page on February 08, 10Q 099220758 Form number A0101 Snteliectua! 卜· openy .r- f ·.yhlce Page 26 of 36 1003039238-0