TW201009174A - Resettable lock device and method - Google Patents

Abstract

A resettable lock device and a method are provided, the resettable lock device comprising: a housing with an axial hole and a defined axial line; a core which can be received in the axial hole of the housing, the core having a recess; a setting device received in the recess of the core and movable substantially in a direction perpendicular to the axial line of the housing; and a pushing element received in the housing for moving from a first position to a second position along a direction substantially parallel to the axial line of the housing. When the pushing element is at the second position, its engagement part is close to an engagement part of the housing, thereby allowing the setting device to move the pushing element.

Description

201009174 IX. Description of the Invention: [Technical Field] The present invention relates to a reconfigurable lock device and method, and relates to a repeatable setting matching key device and method, and in particular, the present invention refers to a report that is easy to operate The lock device that matches the key is repeatedly set, and the present invention is another specific embodiment of Taiwan Patent Application No. 096114532. [Prior Art] According to the conventional lock device structure, if the matching key is to be repeatedly replaced, the user needs to remove the lock core from the lock device and replace the lock pin, and re-install the setting with the new matching key. Generally, the user needs to remove the lock device structure from the lock body and decompose the lock device structure to replace the lock pin. These steps usually require the installation and disassembly common sense of the lock device operation structure, usually only the locksmith and the trained professional. The ginseng can only be operated, and special tools are needed to replace the lock pin in the lock device, so it is very inconvenient. 'There is a control key to replace the matching key with a lock device.' There are still some operational errors. Convenience. In order to improve the above disadvantages, for example, the US Patent US Patent Να 6862909 and US Patent ν〇.68715^) can be repeatedly created without the use of a control key. In view of the above, the present invention overcomes the above disadvantages and follows the conventional locking device ladder mode, and the user can replace the matching key in the simplest manner. 201009174 The main object of the present invention is to provide a re-settable locking device and method that allows the user to replace the matching key in the simplest manner. SUMMARY OF THE INVENTION A re-settable locking device includes: a lock housing 'having an axial bore and a defined axis; a lock core accommodating an axial bore of the lock housing, the lock core having a recessed chamber; a setting device received in the recess of the lock core, movable substantially perpendicular to the axis of the inner shell; a push member received in the lock housing, substantially parallel The axial direction of the lock case is moved from the first position to the second position, and in the second position, the engaging portion of the pushing member and the engaging portion of the lock case are in close proximity to each other to allow the setting device The push element can be moved. A method of repeatably setting a lock device, comprising the steps of: providing a lock device, the lock device comprising: a lock case defining an axis; and a lock lockable in the lock The heart has a plurality of holes, the lock case is activating a pushing element; a first matching key is inserted into the key hole; the pushing element is pushed by a rod, so that the 7G chowder-position is moved to the second position. Moving the second position to the third position; withdrawing the first matching key from the keyhole; inserting the key from the keyhole - the second matching key; rotating the second matching key to make the locking core Rotating the axis from the first position to the second position; rotating the second matching key so that the lock core can rotate the axis from the first position to the _ position.. 201009174, [Embodiment The detailed description of the preferred embodiments of the invention, as well as the appended claims and claims _ - 昏· . . '' -. .. ' ' '... - The invention is a repeatable setting The lock device is under the frame of Taiwan Patent Application No. 096114532, and another specific embodiment is extended. r❹ # As shown in the first figure and the second figure, a lock device 1 includes: a lock case u, a lock core group 2. The pushing member 41, the spring 42 and the buckle 51. In the first figure, the lock core group 2 is located at an unoperated position relative to the lock housing 11 as shown in the second and third figures, and the lock housing u is Similarly, a common cylindrical body defining an axis 9 having an axial bore 12〇 formed therein, the lock housing u having a first end m, a second end 112 and a cylindrical wall 113 forming an inner surface m, The cylindrical wall 113 forms a accommodating chamber 119. The accommodating chamber 119 is substantially connected to a recess 117 and four recesses, and has two inclined faces m adjacent to the accommodating chamber 119 on the inner surface 114 of the cylindrical wall 1B. And the second end m forms a class slot 121 in the cylindrical wall 113, the class slot 121 is connected by the large slot 122 - the small slot 123, and the first end has a 1/4 circular slot... ^ ^ ^ ^ ^ ^ ^ ^ ^ As the second rat is riding, the pushing member 41 is generally turned into a rectangular plate to fit the accommodation chamber 119 of the lock case U, and the push member 41 has a convex portion 411. The convex portion 4 is accommodated in the recess 117 of the lock case n, and the urging member 41 201009174 can be axially displaced in the accommodating chamber 119 by a substantially parallel axis 9. The urging member 41 has a plate surface. The arcuate groove 412, a spring phantom can be accommodated between the groove (1) and the arcuate groove 4Π to bias the convex portion 411, and the plate of the pushing element 41 has four spaced protrusions 413 And five spaced-apart via holes; and one end portion of one portion 411 forms a pushing portion 415, and both sides of the protrusion 4b have a slope 416; the pushing member has a first surface 417. For example, as shown in the second figure, the lock core group 2 includes: a lock core 21, a plurality of elastic crystal %, a plurality of first-horizontal slidable elements 23, two balls 25, a spring 26, a spring 27, and a third lateral slidable The component 28 and the setting device 3 are moved. As shown in the second and fifth figures, the lock core 21 has a first portion to a first portion 212 and a third portion 213. a keyhole 214 (as in the fifth figure) extending through the first portion 2n, the second portion 212 and the third portion 213, the first portion 2ΐ having a pair of radially outwardly extending grooves 222, a groove 222 for receiving the anti-drill ball bearing 25 'another groove 222 (as shown in the fifth figure) to accommodate the anti-drill ball % and the spring π; the first portion 213 can be connected - the transmission rod (figure + not shown) To drive the drive rod. The second portion 213 defines a buckle groove 223 around the circumference to receive the buckle 51, so that the lock core 21 passes through the axial hole 12 of the lock housing 11 to maintain the rotation of the lock housing n. The second portion 212 of the lock core 21 has a plurality of spring receiving holes 224 for accommodating the springs 24 and radial holes 216 for accommodating the first laterally slidable members 23, and the spring receiving holes 224 and the hollow holes The 216 is in communication with each other, and the radial holes 216 are laterally arranged in the second portion 212 and have a receiving hole 225 at the end of the second portion 212, so as to accommodate the third laterally slidable component of the 201009174 Formed on the side - the room 2:. The second portion 212 is formed to be similarly mounted on the two laterally slidable members 23 in a plate-like shape, and the right-sounding state has a support portion at one end and an arcuate surface at the other end portion to form A push key u (61) (such as the +- gang, u move ^ 233 ' to facilitate the matching of the map) key embryo inserted into the lock heart 21 〖 ± more, know, +, 丄 old 羯 孔 214 days Ning, sliding

Φ More horses! The core bearing portion 231 is also biased by the spring 24; and the support portion and the adjacent portion have a guiding portion 234, and the first edge is oriented to the radial direction of the lockable member 23 in the lock The hole 216 slides smoothly. As shown in the red figure, a third laterally slidable member has a through hole 281 in the center, and a pushing portion is formed at the periphery of the through hole 281, and the end of the third laterally slidable member 28 has a support. The rod 284 'the support rod 284 can be threaded with a magazine % to bias the third transversely-slip element 28, while the other end of the third laterally-slidable element 28 has a stop 283. As shown in the first, sixth and seventh figures, the setting device 3 can be received in the recess 228 of the lock core 21 to form a cylinder adapted to the inner side of the lock case, wherein the setting device 3 The housing 31 includes a housing 31, a cover plate 32, a plurality of gears, a second laterally slidable jaw 34, and a spring 35. As shown in FIG. 6 , the housing 31 is an arcuate body having an inner surface 311 and an outer surface 312 . The inner surface 311 defines a longitudinal groove 313 and a vertical groove 314 disposed at the vertical longitudinal groove 313 . The longitudinal groove 313 is in communication with each transverse groove 314; the outer surface 312 forms a convex portion 32〇, the convex portion

201009174 . . . . . . . . . . has a class hole, a smaller hole 319 extends inwardly from the surface of the convex portion 320, the larger hole 3 is extended by the longitudinal groove 3Π, the larger hole 3丨7 and The inner surface 312 of the housing 31 is formed with a receiving groove 315 and two holes 309. Four receiving posts 316 are formed in the receiving groove 315. One end of the housing 31 is formed. a 1/4 circular groove 318, the periphery of the convex portion 320 is formed with a plurality of spaced ribs 31. As shown in the seventh figure, the second laterally slidable member 34 is a class rod, and the smaller portion 341 The dimensions are such that they can be threaded through the spring 35 and adapted to the smaller bore 317 of the housing 31 and the through bore 414 in the pusher member 41. The larger portion is sized to support the spring 35' and accommodate the lock The larger hole 317 of the body 31. The periphery of each gear 33 has a plurality of #331 and one side of each gear % extends cam portion 332 'a plurality of gears 33 can be respectively accommodated in the transverse grooves; the cam portion 332 can be accommodated in the longitudinal groove 313 The larger portion 342 of the second laterally slidable component material is slid. The cover plate 32' has a plurality of transverse holes 321 and four spaced through holes 3: 'The transverse holes 321 are available for the partial gear 33 to pass through and the first to the lateral direction of the hole 216 when mounted to the lock core The teeth of the shifting member 23 are correspondingly arranged, and an arc groove 325' is provided on the cover plate to provide the cam portion 332 of the gear 33, and the cover is jeweled by the lion 31 316, so that the cover plate 32 is mounted on the casing. The accommodating groove 315 of 31. As shown in the second to seventh figures, assemble the lock device! At the same time, the urging element 12 201009174 - is installed in the accommodating chamber 119 of the lock case 安 and is placed between the recesses 117 of the lock case 11 . · · .. - " ' . . . The spring 42 is biased to bias the convex portion 411 of the member 41, and the pushing member 41 is movable between the second position and the second position and the third position of the housing chamber 119 of the lock housing 11, wherein The position to the second position is a substantially axial movement, wherein the second position is a position where the projection 413 of the pushing member 41 approaches the pocket 116 of the lock housing 11, and the third position is the projection 413 of the pushing member 41. The position of the pocket 116 of the lock housing 11 is placed in the radial hole 216 and the spring receiving hole 224 of the lock core 21, respectively, and the third laterally slidable. The shifting member 28 and the spring 24 are placed in the valley hole 225, and the support 231 of the first laterally slidable member 23 is placed against the support rod 284 of the third lateral slidable member 28 of the female female 24' Set. Spring 24. The teeth of the first laterally slidable member 23 are placed in the opening of the radial bore 216. Φ As shown in the first, sixth and seventh figures, the assembly of the slave device 3, the sleeve 35 is sleeved on the smaller portion of the second laterally slidable member 34, and the volume is placed. The larger hole 317 of the casing 31 and the class hole of the smaller hole 319, the cam gear 33 of the gear 33 is accommodated in the transverse groove 3U 'the gear portion Μ 2 is accommodated in the longitudinal groove 313, and the cam portion 332 of the gear 33 Proceeding to the second laterally slidable component, 1 the upper cover 32' exposes the gear 33 partially to the transverse hole of the cover 100%, and passes through the 316 of the cover 31 to make the cover & 舆 housing 3 tight combination 'assembled setting device 3 can be used with _6 sleeves on the lock cylinder 加 plus ' and the end of the spring 26 is placed in the hole · bias setting (4) 3, the setting is 13 201009174 • . . , . . . can be placed in the recess 228 of the lock core 21 (as shown in the second figure); at the same time, the teeth 331 of the gear 33 of the device 3 and the 第 of the lateral-slidable element 23 are set. 232-phase engagement, - the anti-drill ball 25 and the spring 27 can be accommodated between the m-circle m of one of the grooves η of the lock core 21', and the other anti-drill ball 25 can be accommodated in the lock core Groove m and wire setting 3 _ _ 31_, finally, the locked lock core group 2 is placed in the lock case η, so that the second laterally slidable member 34 of the setting device 3 is aligned with the through hole 414 of the push member 41, and is fastened by the buckle 51. The buckle of the heart 2, as in the /V® to the tenth - riding, if the first - sharp & (not shown) is not inserted into the keyhole 214, the first of the radial holes 216 of the lock core 21 - the slidable member 23 is biased against the bottom of the radial bore 216 by the spring 24, and the tooth 331 of the gear 33 is acted upon by the teeth 232 of the first transversely slidable member 23, and the gear 33 will rotate accordingly An angle 'and in turn causes the cam portion of the gear % to drive the second laterally slidable member 34 to overcome the force of the member 35, to push the through hole 4U of the member 41 deeper than the second lateral slidable member 34, and to be mounted to the lock core 21 The third laterally slidable component of the accommodating hole 225 is biased by the spring 24, so that the third laterally slidable component material 卩 _ ή ή ,, __ the relative rotation of the shell 11 and the lock core group 2 The purpose of the lock. 10th to 15th, when the first matching key is inserted in the keyhole 2 of the lock core, and the lock group 2 is not operated, in this structure, the first match Key _ key 每 each - cogging 6 ιι 酉 每一 每一 第一 第一 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 The laterally slidable member 23 is rotated by the first matching key 331M, the teeth 232 of the π moving member 23, and the teeth 331 of the gear 33 are rotated 'to make the convex q 狡υ ^ 32 of the gear 33 move to the inactive state. The position of the birch to the slidable element 34, the second traverse and the position of the through hole 414 from the yoke to the yoke The position of the housing 31 is retracted into the position of the slidable member 28 of the accommodating hole 225 of the lock core 21 Pushing the push of the remaining key of the enchantment first matching key 61 of the gingival Τ 61 ' 'the third lateral slidable component stop 283 is disengaged from the large slot 122 of the lock case 1 】. Disengaged from the lock. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Positioning, the four protrusions 413 of the surface element are respectively adjacent to the four pockets 116 of the lock case π, and the biasing _ of the set spring 3 is set to make the setting device 3 move from the first position to the second position. In the position, the pushing member 41 can be simultaneously moved from the second position to the second position. In the third position, the four protrusions 413 of the pushing member 41 are respectively accommodated in the corresponding four recesses 116 of the lock housing 11. At this time, the slave device 3 is 331 and the teeth 232 of the first laterally slidable member 23 are disengaged. "4 As shown in the nineteenth to twentieth-graphs and the tenth-picture, at this time, the rod 29 (as shown in the sixteenth figure) can be replaced, and the matching ____% Dry (as shown in Fig. 16), at this time, the 15th 201009174 . . . ..... ...the sliding element 23 is subjected to the bottom position of the radial bore 216 of the spring 24, and the third laterally slidable element π of the valley opening 225 mounted to the lock 〜21 is subjected to a 箸% 'Making the money portion 283 of the third lateral westward shifting member 28 to be placed in the lock case u ^ 122 > a 2 as in the tenth - tenth twentieth and tenth, and replacing the second matching key 62 into the key The hole 214 allows the third hole of the accommodating hole of the lock core 21 (the push portion 282 of the twirling light clock 28 is subjected to the wire 621 of the age of the second matching key 61) to make the third The wire portion of the laterally rotatable element 28 is torn away from the large slot 122 of the lock housing n. The depth of the groove 621, the depth and the depth of the first-to-the-rear 61-spoon_scale 611 due to the second matching key So, so install the first lateral direction of the radial hole 216 of the lock core 21 The slip element 23 will be inserted from the new arrangement setting 〇 / as shown in the twenty-fifth to twenty-sixth drawings to insert the second matching key 62 (〇 = then rotate the second matching key 62 - predetermined angle, at this time The lock core will push the set-up and turn the 'Tian'. When the device 3 is rotated, the rib 319 of the skirt 3 is set to push the slanting surface 118 of the lock housing 11 and gradually return to the recess of the center a. The position of 228 is matched with the second figure. At this time, the pushing member 41 is biased by the elastic member 42 and pushed by the inclined surface 416 of the pushing member 41 against the pocket of the lock (4) to make the pushing member 41 from the third position. Returning to the second position and returning to the first position, the spot = the horizontally-slidable element of the radial hole 216 of the lock core 21, the teeth 331 of the tooth setting wheel 33 are again combined, and the second matching wheel (four) is turned Return to the initial position of 16 201009174. • At this time, the lock device 1 is set to be unlocked by the second matching key 62, and the second matching key 62 is extracted, and the first matching record 61 can no longer operate the lock device 1. The present invention can also pass Replace the 'the operation process with the third or fourth matching key respectively..........The same as the above method. ,, .... DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT A method for a reconfigurable lock device provides a lock device 1 (such as a first view and a second view). The lock device 1 includes a lock case 11 and a lock core group 2 a pusher element 41 and a buckle ring 51, the lock core set 2 comprising: a lock core 21, a plurality of first laterally slidable elements 23, a spring 24 and a setting ... 'device 3; the first The laterally slidable member 23 has a tooth 232 at its end, and the lock case defines an axis 9; the lock case n has an accommodating chamber 119 for accommodating the urging member 4. The lock core 21 has a keyhole 214; a plurality of gears 33 are mounted in the setting device 3. The gear 33 has teeth 331, and the operation steps include the following steps: (please refer to FIGS. 8 to 26) Insert a first matching key 61 into the The keyhole 214 推动 pushes the pushing element 41 by a rod 29; when the pushing element 41 is moved from the first position to the second position; and when the setting device 3 is moved from the first position to the second position, At the same time, the pushing member 41 is moved from the second position to the third position; that is, the teeth 331 of the plurality of rounds 33 are moved to |! A plurality of first lateral teeth (232) slidably disengagement member 23;

17 201009174 Hold the setting device 3 in the second position; . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A second matching record 62 is inserted from the keyhole 214 to reset the plurality of horizontally-slidable elements 23 mounted on the lock core 21; '..'. . . . . . . . . . . . . . . . rotate the second matching key 62 so that the lock core 21 can be rotated about the axis 9 from the first position to the second position; Moving from the second position to the first position, causing the pushing member 41 to return from the first position to the first position to move the plurality of gears to the teeth 232-pair of the plurality of first laterally slidable members 23, respectively - a combination; rotating the second matching key thief such that the lock * 21 is rotatable about the axis 9 from the second position to the first position. However, the above-mentioned various embodiments of the present invention are only preferred embodiments of the present invention. ❹ = is not intended to limit the implementation of the present day and the month. The squaring changes are included in the scope of the patent of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS The first-figure is a three-dimensional combination diagram of the specific embodiment of the present invention. The second picture is the best of the present __ compared to the three-dimensional points = third chart exposure. 18 201009174 - . - . . . . . . . . . . . . . . . . . . . . . . . . . . . = five _ this is good for the specific pay, _ heart center axis. Figure 6 is a partial cross-sectional view of a wheel housing in accordance with a preferred embodiment of the present invention. Figure 7 is a perspective exploded view of the preferred embodiment of the wheel housing, spring, second laterally slidable member, gear and cover. • Eighth, in accordance with a preferred embodiment of the present invention, the display lock device is not inserted into a longitudinal section of the first-matching wheel, ❺. The ninth embodiment is a cross-sectional view of a cross-sectional view of the eighth embodiment, and the tenth embodiment is a cross-sectional view showing a section line of the eighth figure of the present invention. The tenth-figure is a cross-sectional view of the bottle line of the fourth drawing of the present invention in a preferred embodiment of the present invention. (❹Twelfth® is a longitudinal sectional view of a key that is inserted into the first _ matching key. - Thirteenth figure is a preferred embodiment of the present invention, showing the tenth Figure 4 is a cross-sectional view of a section line of the present invention. Figure 14 is a cross-sectional view showing a section line of the twelfth figure (6) 4 in a preferred embodiment of the present invention. The pin _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 19 201009174 The sixteenth embodiment is a preferred embodiment of the present invention, showing a longitudinal sectional view of the lock device inserted into the rod member. The seventeenth embodiment is a preferred embodiment of the present invention. Figure 18 is a cross-sectional view showing a sixteenth section of the preferred embodiment of the present invention. In a preferred embodiment of the invention, the first section of the steamed bezel lock device is matched with the vertical key and the longitudinal section of the rod. The twentieth _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 20? Figure 20 is a preferred embodiment of the present invention showing the section of the nineteenth I Figure 22 is a longitudinal cross-sectional view of a preferred embodiment of the present invention after dispensing a spoon. The twelfth embodiment is a cross-sectional view of the line. A preferred embodiment of the present invention, a cross-sectional view of a display line. The twenty-first embodiment of the present invention is a transverse cross-section of a predetermined angle. Display lock device second matching key rotation diagram 21-21 section line display lock device insertion second horse display twenty-second figure 23-23 section: show twenty-second figure 24-24 brake face 20 201009174 turn one reservation Another transverse section of the angle. [Main component symbol description]

1 Locking device 11 111 First end 112 113 Cylindrical wall 114 116 Pocket 117 118 Bevel 119 120 Axial hole 121 122 Large slot 123 124 1/4 circular groove 2 21 Locking 211 212 Second part 213 214 Key hole 216 217 Post 222 223 Buckle groove 224 225 accommodating hole 228 23 First lateral slidable element 231 232 Tooth 233 234 Guide 24 Locking case Second end Inner surface groove accommodating chamber class slot Small slot lock The first part of the core group, the third part, the radial hole, the grooved spring, the receiving hole, the abutment, the supporting portion, the pushing portion spring 21 201009174 ❹

25 Ball 26 Spring 27 Spring 28 Third lateral slidable element 281 Through hole 282 Pusher 283 Stop 284 Support rod 3 Setting device 31 Housing 309 Hole 310 Rib 311 Inner surface 312, Outer surface 313 Longitudinal groove 314 Lateral groove 315 accommodating groove 316 stud 317 larger hole 318 1/4 circular groove 319 smaller hole 320 convex portion 32 cover plate 321 transverse hole 322 through hole 325 arc groove 33 gear 331 tooth 332 cam portion 34; second lateral slidable Shifting element 341 smaller part 342 larger part 35 spring 41 pushing element 411 convex part 412 arcuate groove 413 protrusion 414 through hole 415 pushing part 416 slope 417 first side 42 spring 22 201009174 51 buckle 61 first match Recording key 611 Groove 62 Second matching key 621 Groove _ 9 Axis Ο ❹ 23

Claims (1)

201009174 · X. Patent application scope: 1. A re-settable locking device, comprising: a lock 'having an axial hole, the lock case defining an axis; a lock, a valley can be placed on the lock case An axial hole, the lock core has an alcove; a t-set motion 'capacity _ heart_chamber' can move substantially perpendicular to the direction of the lock case _ line; / \ _ 推 push 7 turn read Lin lock correction 'The second position can be shifted along the second parallel position of the sister in the direction of the contact line 2, and in the second position, the engaging portion of the shaft member and the engaging portion of the lock case are close to each other, To allow this setting to move the push element. The re-settable locking device of claim 1, wherein the setting device is configured to move the setting device from the first position to the second position substantially perpendicular to the axis of the lock case. When the urging member is moved from the second position to the third position 3, the engaging portion of the urging member and the engaging portion of the lock housing may be partially or fully engaged. The re-settable locking device of claim 2, wherein the flank has a radial hole; a first lateral slidable member is received in the radial hole of the cymbal 'The first laterally slidable member has teeth; the setting device has a gear slanted therein, the gear having teeth, the teeth of the gear engaging the first laterally slidable member when the setting device is in the first position a tooth, when the setting x is set to the second position, the tooth of the gear does not engage the tooth 4 of the first laterally slidable element 24 201009174. The re-setable slit according to the scope of claim 3, the basin In the middle of a trip, miscellaneous money - set in the ^ ^ in the inspection of the material into the 5. = please touch the chest of the tender things, stand, further, the push component of the salvage is a bump , the private g-hole of the lock case 'the wire set can be at least - the elastic correction, _ concave one position moves to the second department 眭 ^ and the device from the first to the first m # can be the shaft element from the second The protrusion of the Γ pushing element of the position moving part is placed in the 7 Ο first lateral slidable element is located at the weight Set position. The round of the ... the 6. as described in the patent application, the money set of the 'dry, ^ step' the setting device has - the: horizontally slidable viewing member, the ^ element has a through hole, allows The setting device (4) the second laterally slidable component is inserted into the sturdy mosquito, such as the stencil of the stencil of the stencil, in the basin, further, the locking core has a transverse hole for accommodating a third lateral direction a sliding element and a spring having a class slot corresponding to the transverse hole of the lock core, and when the matching key is inserted, the third laterally slidable element is located not in conformity with the lock case Corresponding to the position of the class slot, when the matching sharp extraction is performed, the third laterally slidable component position (4) can be complemented by the position of the bribe. 8. The re-settable locking device according to claim 6, wherein, further, the setting device comprises: -_, a cover plate, an elastic cyanine, a second 25 201009174 laterally slidable component The casing has a longitudinal groove and communicates with at least _ transversely. The wheel has a cam portion, and the gear can be accommodated in the transverse groove. The valley can be placed in the longitudinal groove. Installation of the second - diligence can be secretly ploughed on the 'two-touch _ Yuan Kesi species step ^ ^ Yu Yu may be a miscellaneous piece of clothing is not awkward ❹ The push element of the push hole is placed. 9. A repeatable setting The locking device comprises: a locking shell 'having an axial hole, the locking shell, its boundary axis; an axial hole received in the locking shell, the locking core has an alcove; the locking core has a The valley hole can be accommodated - the third laterally slidable element can be moved between a position where the lock is engaged and a position where the lock case is engaged; a setting device is placed in the _ heart_room to make a large face Moves in the direction of the axis of the shell. 10 · The re-settable locking device according to claim 9 of the patent application, The locking core has a radial hole; a first laterally slidable member is received in the radial direction of the locking core; the first-horizontal can be ploughed with teeth; the setting device, the internal setting-recording a wheel reading that can be placed between the position of the tooth that fits the first laterally slidable element and the position of the tooth that is disposed at the first laterally slidable element. The re-settable lock described in the scope 10 is located therein, 26 201009174, the lock case has a class slot corresponding to the accommodating hole of the lock core, and can be pushed when the matching wheel passes in The third laterally slidable member is located at a position that does not engage the corresponding class slot of the lock. When the matching key is withdrawn, the third lateral slidable member can be pushed to a position corresponding to the corresponding class slot of the lock case. 2. The re-settable locking device of claim 11, wherein the advancement comprises: - the surface member is placed in the lock case and the bias voltage is substantially parallel to the bribed line. Direction ridge - position to second position 'in the second position, the push The engaging portion of the component and the engaging portion of the locking case are close to each other. : ' For example, the re-settable locking device described in claim 12, wherein, V, pushes 7L from the first The two positions move to the third position, and in the third position, the salivation portion of the pushing element is in contact with the saliva of the lock case. ❹ W · Please refer to the reproducible mosquito described in Patent No. _3 The county, the middle, and the further, the urging element _ the joint is a - bulge, the lock of the lock is ― = a hole, the reliance can at least - the bias of the spring, so that the Jing is driven To the _ 推动 the number of protrusions of the pushing member are placed in the four holes of the lock case, the teeth of the first laterally slidable member are not in the resettable position. Please specify the repeatable setting described in item 14, where ηβ is used for the second-forward _ element, the urging element... 27 201009174 has a through hole that allows the setting device to be locked, It defines an axis; the pushing element is placed in the lock , $, and the position _- position shift _ two positions; ^ the large solution of the lock case _. φ φ has a surface and the fiber has a shaft to push The push element can be moved by a light setting. Hey. The dissimilar phase is close to allow 17 = please = miscellaneous 6 qingzhi, followed by advancement of the urging element from the second position, the urging element (four) merging with __ bit 4^t: in the third position, Said to be reconfigurable, the teeth of the medium-slip element, the wheel can be large - the wire can be mounted to the gear, the setting device between the heart and the second position is substantially perpendicular to the side of the lock case: The teeth of the first element, n laterally do not fit the teeth of the first laterally dissipable element when the setting device is in the second position. The teeth of the starting wheel 28 201009174 .... .. ...... ---' .. . " .. . .. ' ..... ....... ... . [20] The re-settable locking device described in the "Patent Patent Range No. 19", wherein the merging portion of the pushing member is a protrusion, the locking case The whistle joint is - concave eight, the setting skirt can receive the bias of at least one spring, so that when the setting device moves from the first position to the second position, the pushing element can be pushed to move from the second position to the first The three positions are such that the protrusion of the pushing element accommodates the pocket of the locking case, that is, the teeth of the first laterally slidable member of the setting device do not fit the teeth of the gear, 0 The element Wei can be touched to the set position. 21 · A re-settable locking device, comprising: - a shell, having an _ axial bore, a housing chamber; the lock housing defining an "axis"; The axial hole of the lock case is disposed, the lock core has an alcove; a setting device is received in the recess of the lock core, and is movable substantially perpendicular to the axis of the lock case; .... Pushing 7G parts can be accommodated in the accommodation room, Moving from the first position to the second position along a direction parallel to the axis of the lock case, and then moving from the second position to the third position along a substantially non-parallel direction of the lock case_the a first surface-the distance between the first surface and the axis when the second component of the dynamometer component is less than the axis of the second component is less than the distance from the axis. The re-settable locking device, in the basin, advances, in the second position, the pushing portion of the pushing element has a close contact with the "the hull portion of the inner shell." 23. The re-settable locking device as described in claim i, wherein, 29 201009174 . ' . . ' - ... step in the third position to engage the engaging portion of the pushing member with the lock The meshing portions of the shell are salivated. ..... : . . . - The method of the re-settable locking device 'includes the following steps, providing - the locking device', the locking device comprising: a locking case 'It defines an axis: a lock core that can be installed in the lock case'. The core has a question hole, and the lock case is a live-loading element; ^ ^ & Inserting a first matching key into the keyhole; pushing the pushing element by a rod to move the pushing element from the first position to the second position, and then moving from the second position to the third position; a matching key is withdrawn from the keyhole; a second matching key is inserted from the keyhole; - the positional rotation of the second matching keyway enables the lock core to be rotated from the first to the second position about the axis; Rotating the second matching key' causes the lock core to be from the second only to the first position about the axis. Rotating • A method of re-settable locking device as described in claim 24, wherein the component is pushed by a miscellaneous member, and the shaft member is moved by the 25th , the step of moving to the second position, and then moving from the second position to the third position, the step of moving the mosquito device from the general mosquito line to the second position to the second position' ^ ^ ^ ^ ^ ^ ^ ^ Method of moving the lock device, • 30 201009174 as set forth in the 25th item of the patent application, the raking member pushes the urging member so that the urging member moves from the first position to the position 'and then from the second position to The step of the third position further includes the step of placing the setting device in the second position. 27 A method for reciprocating a mosquito-repellent locking device as described in claim 26 of the patent application, j ‘Speaking--------(four)_ component, 转 Turning the second matching key, further comprising resetting the first-horizontal slidable element that is ruptured to the lock. ΊPatent 姊 姊 姊 之 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可The step of moving the position to the second position and then moving from the second position to the first position. _ 29·- A method for repeatably setting a device, comprising the steps of providing a lock device comprising: a lock case, a lock core, a pusher element and a setting device; the lock case defining a An axis, the lock core has a keyhole, a first transversely slidable component is operatively mounted to the lock core; a first matching key is inserted into the keyhole; the pusher element is pushed by a ##; When the urging member is moved from the first position to the first position and the setting device is moved from the first position to the second position, the urging member can be simultaneously moved from the second position to the third position; Extracting from the keyhole; inserting a second matching key from the keyhole; 31 201009174 resetting the first laterally slidable component mounted on the lock core; rotating the second matching key to make the lock Rotating from the first position to the second position about the axis; moving the setting device from the second position to the first position to move the pushing element from the third position to the first position; rotating the second match Recording key, The lock core is pivotable about the axis and rotated from the second position to the first position. 〇 32