Key positioning control equipment
Abstract
A key positioning control device includes: a lock case having an axial hole and a cylindrical wall forming an inner surface, the cylindrical wall having an engaging portion; and a lock core received in an axial direction of the lock case a hole, a key hole is formed in the axial position, the lock core has a hole, and the hole is disposed at a position corresponding to the slope of the end of the matching key when a matching key is inserted into the key hole of the lock core; a control component, The control element has an engaging portion; the control element can receive the pushing of the end bevel of the key blank of the matching key, so that the engaging portion of the control element is engaged from the locking shell The position of the portion is moved to a position where the engaging portion of the lock case is not engaged.

Term
No projected expiry on record.
- Priority and filed
- Granted
- Today
15 claims: 15 independent, 0 dependent
- 1A control device for key positioning includes:a lock housing having an axial hole and a cylindrical wall forming an inner surface, the cylindrical wall having an engaging portion;and a lock core accommodated in the axial direction of the lock housing. A keyhole is formed in the axial position, the lock core has a hole, and the hole is provided at a position corresponding to the inclined surface of the end of the matching key when a matching key is actually inserted into the keyhole of the lock core;a control element, Housed in the hole of the lock core, the control element has an engaging portion;the control element can be pushed by the inclined end of the key embryo of the matching key, so that the engaging portion of the control element engages with the engagement of the lock housing The position of the portion is moved to a position where the engaging portion of the lock case is not engaged. M333453 九、申請專利範圍: 1.一種鑰匙定位的控制裝置,包括·· -鎖殼,具有_軸向孔及一形成内表面的圓筒壁該圓筒壁 上具有哨合部; 一鎖心’容置於該駭_向孔,—鑰匙孔成形於轴向位, 該鎖心具有一孔’該孔設置於一匹配輪匙確實插入該鎖心 的输匙孔内時,該匹配錄匙末端斜面所對應的位置; 控制元件’容置於該鎖心的孔内,該控制元件具有一嗔合 部;該控制元件可接受該随餘匙的餘匙胚的末端斜面的 推動’使該控制兀件的唾合部從唾合於該鎖殼的嗜合部的 位置移動到不喃合該鎖殼的喃合部的位置。 2·如申凊專利範圍第1項所述之鑰匙定位的控制裝置,其中 ’進-步,該鎖殼㈣合部形成-第—槽;該控制元件的 嚙s部形成一第一 ^合部’該第一~^合部可與該第一槽可 適k相唾合。 如申凊專利範圍第2項所述之鑰匙定位的控制裝置,其中 進-步,該鎖殼的响合部形成一第二槽;該控制元件的 喝合部开 成-第二卡合部,該第二卡合部可與該第二槽可 適時相喊合。 4·如申凊專利範圍第1項所述之鑰匙定位的控制裝置,其中 進一步,該控制元件具有一支承部,可接受一彈簧的偏 15 M333453 壓。 5·如申晴專利範圍第1項所述之錄匙定位的控制裝置,豆中 ,進一步,該鎖心至少具有一徑向孔,該徑向孔容置該第 一橫向可滑移元件。 6·如申請專利範圍第1項所述之錄匙定位的控制裝置,其中 ,進一步,該控制元件中央具有一圓孔,一端延伸一第一 桿。 7·如申請專利範圍第6項所述之鑰匙定位的控制裝置,其中 ’進一步,該控制元件另一端延伸一第二桿,該第一桿與 該第二桿成間隔設置。 8· —種鑰匙定位的控制裝置,包括: -鎖殼’具有-軸向孔及-形成内表面_筒壁,該圓筒壁 上具有嚙合部; 鎖〜’谷置於闕殼的軸向孔,該鎖心具有一徑向孔,一 鑰匙孔成形於軸向位; 第也、向可/月移元件,容置於該鎖心的徑向孔内,該第一 檢向可滑移元件具有齒及龄部,該第一橫向可滑移元件 的喷合部可鱗與該雜㈣合部相唾合; 一設定元件具有齒’可被設置位於嚙合該第—橫向可滑移元 件的齒的錄與被設置錄不齡該第—橫向可滑移元 件的齒的位置之間移動。 16 M333453 9.如申料利範圍第8項所述之錄匙定位的控概置,其中 ^可與該第 7該鎖设的鳴合部形成第一槽;該第一槔A 移元件的嗜合部形成第-卡合部,該第-卡合部、月 一槽可適時相嚙合。 10.如申請專圍第9項所软銳定位的控概置其中 進v »亥鎖设的喃合部形成第二槽;該第一横向可两 一種鑰匙定位的控制裝置,包括:一鎖殼,具有一軸向孔及一形成內表面的圓筒壁,該圓筒壁上具有嚙合部;一鎖心,容置於該鎖殼的軸向孔,一鑰匙孔成形於軸向位,該鎖心具有一孔,該孔設置於一匹配鑰匙確實插入該鎖心的鑰匙孔內時,該匹配鑰匙末端斜面所對應的位置;一控制元件,容置於該鎖心的孔內,該控制元件具有一嚙合部;該控制元件可接受該匹配鑰匙的鑰匙胚的末端斜面的推動,使該控制元件的嚙合部從嚙合於該鎖殼的嚙合部的位置移動到不嚙合該鎖殼的嚙合部的位置。 移元件齡部形成第二卡合部,該第二卡合部可與該: 槽可適時相嚙合。 ^ 11. 如申請專利範圍第8項所述之錄匙定位的控繼置其中 ’進-步,該第-橫向可滑移元件具有—導弓丨部可容置於 該鎖心的徑向孔,以引導該第一橫向可滑移元件做滑動。 12. 如申請專利範圍第8項所述之餘匙定位的控制裝置,其中 ,進一步,該設定元件可為一齒輪或一齒條。 13·如申請專利範圍第8項所述之输匙定位的控制裝置,其 中’進-步,該第-橫向可滑移元件容置於該鎖心的徑向 孔内,該第一橫向可滑移元件的板面延伸一凸部,該凸部 的一端成弧狀表面的推動部可接受一匹配鑰匙的錄匙胚 的推動。 14·如申請專利範圍第8項所述之餘匙定位的控制裝置,其中 ,進一步,該第一橫向可滑移元件中央具有一圓孔,一 端延伸一第一桿。 17 M333453 15.如申請專利範圍第14項所述之鑰匙定位的控制裝置,其 中,進一步,該第一橫向可滑移元件另一端延伸一第二 桿,該第一桿與該第二桿成間隔設置。 18
- 2According to the key positioning control device described in item 1 of the scope of patent application, further, the engaging portion of the lock housing forms a first slot;the engaging portion of the control element forms a first engaging portion, and the first card The joint portion can be engaged with the first groove in a timely manner. 如申請專利範圍第1項所述之鑰匙定位的控制裝置,其中,進一步,該鎖殼的嚙合部形成一第一槽;該控制元件的嚙合部形成一第一卡合部,該第一卡合部可與該第一槽可適時相嚙合。
- 3According to the key positioning control device described in item 2 of the scope of patent application, further, the engaging portion of the lock shell forms a second slot;the engaging portion of the control element forms a second engaging portion, and the second card The joint portion can be engaged with the second groove in a timely manner. 如申請專利範圍第2項所述之鑰匙定位的控制裝置,其中,進一步,該鎖殼的嚙合部形成一第二槽;該控制元件的嚙合部形成一第二卡合部,該第二卡合部可與該第二槽可適時相嚙合。
- 4The control device for key positioning according to item 1 of the scope of patent application, wherein the control element further has a support portion that can receive a spring bias. 如申請專利範圍第1項所述之鑰匙定位的控制裝置,其中,進一步,該控制元件具有一支承部,可接受一彈簧的偏壓。
- 5According to the key positioning control device described in item 1 of the scope of patent application, further, the lock core has at least one radial hole, and the radial hole accommodates the first laterally slidable element. 如申請專利範圍第1項所述之鑰匙定位的控制裝置,其中,進一步,該鎖心至少具有一徑向孔,該徑向孔容置該第一橫向可滑移元件。
- 6The key positioning control device according to item 1 of the scope of patent application, wherein the control element further has a circular hole in the center and a first rod extending at one end. 如申請專利範圍第1項所述之鑰匙定位的控制裝置,其中,進一步,該控制元件中央具有一圓孔,一端延伸一第一桿。
- 7According to the key positioning control device according to item 6 of the patent application scope, further, the other end of the control element extends a second rod, and the first rod is disposed at a distance from the second rod. 如申請專利範圍第6項所述之鑰匙定位的控制裝置,其中,進一步,該控制元件另一端延伸一第二桿,該第一桿與該第二桿成間隔設置。
- 8A control device for key positioning includes:a lock housing having an axial hole and a cylindrical wall forming an inner surface, the cylindrical wall having an engaging portion;and a lock core accommodated in the axial direction of the lock housing. Hole, the lock core has a radial hole, a key hole is formed in the axial position;a first lateral slideable element is received in the radial hole of the lock core, and the first lateral slideable element has Teeth and meshing parts, the meshing part of the first laterally slidable element can be timely meshed with the meshing part of the lock housing;a setting element has teeth and can be disposed on the meshing tooth of the first laterally slidable element The position is moved between a position which is provided between the teeth which do not engage the first laterally slidable element. 一種鑰匙定位的控制裝置,包括:一鎖殼,具有一軸向孔及一形成內表面的圓筒壁,該圓筒壁上具有嚙合部;一鎖心,容置於該鎖殼的軸向孔,該鎖心具有一徑向孔,一鑰匙孔成形於軸向位;一第一橫向可滑移元件,容置於該鎖心的徑向孔內,該第一橫向可滑移元件具有齒及嚙合部,該第一橫向可滑移元件的嚙合部可適時與該鎖殼的嚙合部相嚙合;一設定元件具有齒,可被設置位於嚙合該第一橫向可滑移元件的齒的位置與被設置位於不嚙合該第一橫向可滑移元件的齒的位置之間移動。
- 9According to the key positioning control device according to item 8 of the scope of patent application, further, the engaging portion of the lock housing forms a first groove;the engaging portion of the first laterally slidable element forms a first engaging portion, and The first engaging portion can be engaged with the first groove in a timely manner. 如申請專利範圍第8項所述之鑰匙定位的控制裝置,其中,進一步,該鎖殼的嚙合部形成第一槽;該第一橫向可滑移元件的嚙合部形成第一卡合部,該第一卡合部可與該第一槽可適時相嚙合。
- 10According to the key positioning control device described in item 9 of the scope of patent application, further, the engaging portion of the lock housing forms a second groove;the engaging portion of the first laterally slidable element forms a second engaging portion, and the first The two engaging portions can be engaged with the second groove in a timely manner. 如申請專利範圍第9項所述之鑰匙定位的控制裝置,其中,進一步,該鎖殼的嚙合部形成第二槽;該第一橫向可滑移元件嚙合部形成第二卡合部,該第二卡合部可與該第二槽可適時相嚙合。
- 11According to the key positioning control device according to item 8 of the patent application scope, further, the first laterally slidable element has a radial portion in which a guide portion can be received in the lock core to guide the first The lateral slideable element slides. 如申請專利範圍第8項所述之鑰匙定位的控制裝置,其中,進一步,該第一橫向可滑移元件具有一導引部可容置於該鎖心的徑向孔,以引導該第一橫向可滑移元件做滑動。
- 12According to the key positioning control device described in item 8 of the scope of patent application, further, the setting element may be a gear or a rack. 如申請專利範圍第8項所述之鑰匙定位的控制裝置,其中,進一步,該設定元件可為一齒輪或一齒條。
- 13The key positioning control device according to item 8 of the scope of patent application, wherein the first laterally slidable element is received in a radial hole of the lock core, and the plate of the first laterally slidable element A convex portion extends from the surface, and the pushing portion with an arcuate surface at one end of the convex portion can be pushed by a key embryo matching the key. 如申請專利範圍第8項所述之鑰匙定位的控制裝置,其中,進一步,該第一橫向可滑移元件容置於該鎖心的徑向孔內,該第一橫向可滑移元件的板面延伸一凸部,該凸部的一端成弧狀表面的推動部可接受一匹配鑰匙的鑰匙胚的推動。
- 14According to the key positioning control device described in item 8 of the scope of the patent application, further, the first laterally slidable element has a circular hole in the center and a first rod extends at one end. 如申請專利範圍第8項所述之鑰匙定位的控制裝置,其中,進一步,該第一橫向可滑移元件中央具有一圓孔,一端延伸一第一桿。
- 15According to the key positioning control device described in item 14 of the scope of patent application, further, the other end of the first laterally slidable element extends a second rod, and the first rod is disposed at a distance from the second rod. 如申請專利範圍第14項所述之鑰匙定位的控制裝置,其中,進一步,該第一橫向可滑移元件另一端延伸一第二桿,該第一桿與該第二桿成間隔設置。
Independent claims15
37 paragraphs, as filed
Control device for key positioning
The present invention relates to a control device for key positioning, which relates to a lock device capable of resetting a matching key. In particular, when changing the setting matching key, the present invention can surely control the insertion position of the matching key and complete the reset.
According to US Patent No.6862909 and US Patent No.6871520, it relates to a lock device capable of resetting a matching key. When a user wants to set a new matching key, he pulls out the old matching key and replaces the new matching key. If the user inserts the key embryo of the new matching key only partially into the key hole and does not locate it properly, the setting of the new matching key will not be completed, which will require re-setting or disassembly.
In view of this, the present invention provides a key positioning control device, which makes the operation more convenient when the user changes the matching key.
The main purpose of this creation is to provide a key positioning control device, which can provide users with more convenient operation and replacement of matching keys.
A control device for key positioning includes: a lock housing having an axial hole and a cylindrical wall forming an inner surface, the cylindrical wall having an engaging portion; and a lock core accommodated in the axial direction of the lock housing. A keyhole is formed in the axial position, the lock core has a hole, and the hole is provided at a position corresponding to the inclined surface of the end of the matching key when a matching key is actually inserted into the keyhole of the lock core; a control element, Housed in the hole of the lock core, the control element has an engaging portion; the control element can be pushed by the inclined end of the key embryo of the matching key, so that the engaging portion of the control element engages with the engagement of the lock housing The position of the portion is moved to a position where the engaging portion of the lock case is not engaged.
The detailed description of the following preferred embodiments, as well as the scope of the patent application and the accompanying drawings, will make the many purposes, features and advantages of this creation clearer and more understandable.
This creation is a continuation of the Republic of China invention patent case, application number: 96114532 "A lock device and method capable of repeatedly setting keys" (application date: 96.04.24), and a key positioning control device is added.
The content of the following description is a continuation application number: 96114532 "A lock device and method capable of repeatedly setting a key".
Among them, in the first specific embodiment of the present creation, as shown in the fifth figure, the lock housing 11 has an axial hole 120 for live-fitting a lock core 21 (as shown in the first figure), and the lock housing 11 has a first The end 111, the second end 112, and a cylindrical wall 113 forming an inner surface 114. The cylindrical wall 113 has a first groove 121 and a second groove 122 from the second end 112 to the first end 111 and the second end 112, respectively. Extending in the middle direction.
As shown in the first to sixth figures, a lock core 21 is received in the axial hole 120 of the lock housing 11, and a key hole 214 is formed in the axial position. The lock core 21 has a hole 229 and the hole 229 is set at a position corresponding to the inclined surface 623 at the end of the second matching key 62 when the second matching key 62 is surely inserted into the key hole 214 of the lock core 21.
A control element 28 can be installed in the hole 229 of the lock core 21 (as in the first figure), and has a circular hole 290 in the center, and the first rod 288 and the second rod 289 are respectively extended at the two ends. The circular hole 290 can accommodate one A spring 29, and the round hole 290 has a support portion 281 and is biased by the spring 29; a push portion 283 with a rounded corner is formed below to facilitate insertion of a key embryo matching the key into the key hole 214 of the lock core 21 The sliding is smoother. As shown in the second figure, the first lever 288 and the second lever 289 of the control element 28 have a first engaging portion 285 and a second engaging portion 286 below the corresponding lever 11. The first groove 121 and the second groove 122 allow the first engaging portion 285 and the second engaging portion 286 to be respectively engaged with the first groove 121 and the second groove 122 in a timely manner.
As shown in the first to second figures, when the second matching key 62 is replaced and inserted into the keyhole 214 of the lock core 21, if the user mistakenly inserts the key blank 622 of the second matching key 62 into the keyhole 214 only partially In other words, when the key embryo 622 is not completely inserted into the predetermined position, at this time, the end inclined surface 623 of the key embryo 622 of the second matching key 62 does not push the pushing portion 283 of the control element 28, and the control element 28 cannot be lifted. The supporting portion 281 of the control element 28 is biased by the spring 29, so that the first engaging portion 285 and the second engaging portion 286 of the control element 28 fall into the first groove 121 and the second groove 122 of the lock housing 11, The meshing prevents the lock core 21 from being rotated by the second matching key 62.
As shown in the third to fourth figures, at this time, the key embryo 622 of the second matching key 62 needs to be fully inserted into the key hole 214 of the lock core 21 to a predetermined position, and the key embryo 622 of the second matching key 62 is used. The end inclined surface 623 pushes the pushing portion 283 of the control element 28 to lift the control element 28 so that the first engaging portion 285 and the second engaging portion 286 of the control element 28 are separated from the first groove 121 and the second groove 122 of the lock housing 11. Without meshing, the second matching key 62 can be rotated in this way to complete the setting.
The second specific embodiment of the present invention is the seventh figure (and shown in the fifth figure of the first embodiment), the lock housing 11 has an axial hole 120 for live-fitting a lock core 21, and the lock housing 11 has a first One end 111, the second end 112, and a cylindrical wall 113 forming an inner surface 114. The cylindrical wall 113 has a first groove 121, a second groove 122, and a third groove 123 from the second end 112 to the first end, respectively. 111 and the second end 112 extend in a middle direction.
As shown in the seventh and eighth figures, the first laterally slidable element 23 adjacent to the end can be installed in the radial hole 216 at the end of the lock core 21 and slide (as in the seventh figure). The two ends of the sliding element 23 respectively extend a first rod 238 and a second rod 239. The first rod 238 has teeth 232. The second rod 239 extends a support portion 231. The first rod 238 and the second rod 239. A convex portion 234 extends from the plate surface of the first laterally slidable element 23 in the middle, and one end of the convex portion 234 has an arcuate surface to form a pushing portion 233 to facilitate the key embryo matching the key to be inserted into the key hole of the lock core 21 At 214 hours, the sliding is smoother. The support portion 231 can be biased by a spring 24. The first laterally slidable element 23 has a first engaging portion 235, a second engaging portion 236, and a third The engaging portion 237 corresponds to the first groove 121, the second groove 122, and the third groove 123 of the lock housing 11, so that the first engaging portion 235, the second engaging portion 236, and the third engaging portion 237 can be respectively timely. Engage with the first groove 121, the second groove 122, and the third groove 123.
As shown in the ninth to tenth figures, when the second matching key 62 is replaced and inserted into the key hole 214 of the lock core 21, if the user mistakenly inserts the key embryo 622 of the second matching key 62 into the key hole 214 only partially In other words, when the key embryo 622 is not completely inserted into the predetermined position, the end tooth groove 621 of the key embryo 622 of the second matching key 62 is not adjacent to the first laterally slidable element 23, and the first A laterally slidable element 23 is lifted. At this time, the support portion 231 of the first laterally slidable element 23 adjacent to the end is biased by the spring 24, so that the first engaging portion 235 of the first laterally slidable element 23, The second engaging portion 236 and the third engaging portion 237 fall into the first groove 121, the second groove 122, and the third groove 123 of the lock housing 11 and engage with each other to prevent the lock core 21 from being locked by the second matching key 62. Turned.
As shown in Figures 11 to 12, at this time, the key blank 622 of the second matching key 62 needs to be completely inserted into the key hole 214 of the lock core 21 to a predetermined position, and the key of the second matching key 62 is used. The embryo 622 pushes the pushing portion 233 of the first laterally slidable element 23, so that the pushing portion 233 of the first laterally slidable element 23 is located at the end tooth groove 621 of the second matching key 62, and the first laterally slidable element 23 23 is lifted to separate the first engaging portion 235, the second engaging portion 236, and the third engaging portion 237 of the first laterally slidable element 23 from the first groove 121, the second groove 122, and the first groove 121 of the lock housing 11. The three grooves 123 are not meshed, and can be reset again so that the teeth 331 of the setting element (gear 33 or rack) can be moved from the position where the teeth 231 of the first laterally slidable element 23 are not engaged. To a position where it is set to engage the teeth 231 of the first laterally slidable element 23.
As shown in the eighth figure, the first laterally slidable element 23 in the present invention has a guide portion 240, which can be matched with the shape of the radial hole 216 of the lock core 21, so that the first laterally slidable element 23 is located at the lock core. The radial hole 216 in 21 slides more smoothly.
As shown in the eighth figure, the first laterally slidable element 23 near the end of this creation can also be changed to the first laterally slidable element 23 "shown in the thirteenth figure, where the first laterally slidable element 23 ", with a circular hole 240" in the center, a first rod 238 "and a second rod 239" extending at the two ends, said first rod 238 "having teeth 232", and a support portion 231 in the circular hole 240 " And a pushing portion 233 "adjacent to the supporting portion 231", the pushing portion 233 "has a rounded corner to facilitate smooth sliding when the key embryo matching the key is inserted into the key hole 214 of the lock core 21, said supporting portion 231 "can accept the bias of spring 24; a first engaging portion 235" and a second engaging portion 236 "are located below the first laterally slidable element 23", and can be installed on the lock core 21 adjacent to the third portion Sliding in at least one radial hole 216 of 213 to correspond to the first groove 121 and the second groove 122 of the lock housing 11, so that the first engaging portion 235 " and the second engaging portion 236 " can be in time with the first groove, respectively. 121 and the second groove 122 are engaged.
As shown in FIG. 8, the first laterally slidable element 23 adjacent to the end of this creation can also be changed to be shown in FIG. 6. The first specific embodiment has been described before, and is not repeated here.
The first specific embodiment and the second specific embodiment disclosed previously are configured to be applied to the Republic of China application number: 96114532 "A lock device and method for repeatedly setting a key" invention patent case, which can also be applied to the US patent US Patent No.6862909 and US Patent No.6871520, etc., will not be repeated here.
However, the above sections of the embodiment of the present invention are only the best feasible embodiments of the present invention, and are not intended to limit the implementation of the present invention. They are generally based on the structural features and spirits described in the scope of the following patent applications. Effective replacements or modifications should be included in the scope of this invention patent.
<p>11. . .Lock shell</p><p>111. . .First end</p><p>112. . .Second end</p><p>113. . .Cylinder wall</p><p>114. . .The inner surface</p><p>120. . .Axial hole</p><p>121. . .First slot</p><p>122. . .Second slot</p><p>123. . .Third slot</p><p>twenty one. . .Lock heart</p><p>213. . .the third part</p><p>214. . .Keyhole</p><p>216. . .Radial hole</p><p>229. . .hole</p><p>twenty three. . .First laterally slidable element</p><p>231. . .Support</p><p>232. . .tooth</p><p>233. . .Push department</p><p>234. . .Convex</p><p>235. . .First engagement section</p><p>236. . .Second engagement section</p><p>237. . .Third engagement section</p><p>238. . .First shot</p><p>239. . .Second shot</p><p>240. . .Guide</p><p>twenty four. . .spring</p><p>28. . .control element</p><p>281. . .Support</p><p>283. . .Push department</p><p>285. . .First engagement section</p><p>286. . .Second engagement section</p><p>288. . .First shot</p><p>289. . .Second shot</p><p>290. . .Round hole</p><p>33. . .Setting element (gear)</p><p>331. . .tooth</p><p>62. . .Second matching key</p><p>621. . .Sulcus</p><p>622. . .Key embryo</p><p>623. . .Bevel</p><heading level="1"><u style="single">Another specific embodiment of the first laterally slidable element</u></heading><p>23 "... first laterally slidable element</p><p>231 "... support</p><p>232 "... tooth</p><p>233 "... Promotion Department</p><p>235 "... First engaging section</p><p>236 "... Second engaging section</p><p>238 "... first shot</p><p>239 "... second shot</p><p>240 "... round hole</p>
The first diagram is a first specific embodiment of the control device for positioning the original key, and shows a longitudinal sectional view of a key mat part of the second mating key that is replaced with a second mating key when it is inserted into the key hole of the lock core.
The second figure is a cross-sectional view taken along the line 2-2 in the first figure.
The third figure is a first specific embodiment of the control device for key positioning of the original creation, showing a longitudinal sectional view of the key mat of the second mating key when the key mat of the second mating key is completely inserted into the key hole of the lock core.
The fourth figure is a sectional view taken along the line 4-4 in the third figure.
The fifth figure is a control device for positioning the key of the original creation, showing a partial sectional view of the lock case, which can be applied to the first embodiment or the second embodiment.
The sixth figure is a control device for key positioning of the original creation, showing a perspective view of a control element, which can be applied to the first embodiment or another embodiment of the second embodiment.
The seventh figure is a second specific embodiment of the control device for key positioning of the present invention, showing an exploded perspective view of the overall lock device.
The eighth figure is a second specific embodiment of the control device for positioning the original key, showing a perspective view of the first laterally slidable element.
The ninth figure is a second specific embodiment of the key positioning control device of the present invention, showing a longitudinal sectional view when the key embryo part of the second matching key is inserted into the keyhole of the lock core when it is replaced with the second matching key.
The tenth figure is a cross-sectional view taken along a line 10-10 in the ninth figure.
The eleventh figure is a second specific embodiment of the reconfigurable key lock device of the present invention, showing a longitudinal sectional view of the key mat of the second matching key being completely inserted into the keyhole of the lock core when it is replaced with the second matching key.
The twelfth figure is a cross-sectional view taken along the line 12-12 in the eleventh figure.
The thirteenth figure is a second specific embodiment of the resettable key lock device of the present invention, showing a perspective view in which the first laterally slidable element is changed to another specific embodiment.
3 sheets
Sheet 1 Sheet 2 Sheet 3
4 members in 3 offices
Priority claims2
| Document | Office | Kind | Date |
|---|---|---|---|
| 96210819 | Taiwan Province of China | U | |
| TW20070210819U | – | – | – |
Members4
| Document | Office | Kind | |
|---|---|---|---|
| TWM333453UThis record | Taiwan Province of China | U | |
| CA2636547A1 | Canada | A1 | |
| US2009007615A1 | United States of America | A1 | |
| US7975518B2 | United States of America | B2 |
1 legal event, as the office reported them to INPADOC
Events
| Event | Code | |
|---|---|---|
| Annulment or lapse of a utility model due to non-payment of feesLapsedMM4K | MM4K |
Numbers
- Publication
- M333453
- Publication, DOCDB
- M333453
- Publication, EPODOC
- TWM333453U
- Application
- 96210819
- Application, DOCDB
- 96210819
- Application, EPODOC
- TW20070210819U
Titles2
- English
- Key positioning control equipment
- Chinese
- ?????????
Classification
- CPC, 4
- E05B29/004
- Y10T70/7593
- Y10T70/7599
- Y10T70/7734