CN104047474B - The motionless tapered end of lock core with push-piece - Google Patents

Abstract

The present invention discloses a kind of motionless tapered end of lock core with push-piece, including can the lock core containing side column pellet and locking side column, can fixed installation lock core lock shell, on the outside of the lock core containing square groove and handle unlock office and stress point and the sliding part of vertical sliding motion, the unlocking spring that sliding part can be driven to slide can be made with lock core axis, it is characterized in that：Button is provided with the outside of lock shell, is provided with tapered end push-piece on button, the tapered end push-piece can prevent sliding part positioned at locking states to the displacement of unlocking direction.It is of the invention to be used in combination with the lock body of existing antitheft door, the handle for opening door of idle running, button or tapered end push-piece can be linked into an integrated entity and mutually linked by the further of the present invention with the lock body push-piece on existing lock body, make it that also there is the lost motion functionality for neither influenceing handle for opening door, and can controls lock body in locking states or the function of opening.It the method can be widely used in the field of lockset needed for antitheft door, safety cabinet and decoration door.

Description

The motionless tapered end of lock core with push-piece

Technical field

The present invention relates to a kind of tapered end and handle for opening door in door lock field, i.e.,：The motionless lock of lock core with push-piece Head.

Background technology

In the patent No.：201220295910.3 it is with patent name《The group of idle running handle for opening door and the motionless tapered end of lock core Component》, the patent No.：201220510902.6 it is with patent name《The unlocking part that a kind of tapered end is formed with handle for opening door》, with And the patent No.：201220621485.2 it is with patent name《Handle for opening door containing cam and the lock suitable for the handle for opening door Head》Patent application in, can be located in tapered end on the outside of the lock shell of door body inner panel, due to being not provided with the lock with button Head push-piece is fixed on the sliding part of locking states or office of unlocking, and therefore, the product of making in door without can prevent door Outer key realizes the unlocking function of handle for opening door.Although outdoor unlocking can be prevented by being provided with existing lock body that can be matching Lock body push-piece, still, due to being not provided with preventing sliding part in tapered end or unlocking that office moves to unlocking direction and can be with Lock body push-piece cooperate tapered end push-piece, when opening the lock with the key the work of lock body push-piece can influence patented product as described above In handle for opening door lost motion functionality, can also give violence damage band chance.

The content of the invention

The present invention can overcome disadvantages mentioned above, there is provided a kind of to drive tapered end using the button being located on the outside of door body wainscot Push-piece, realize control in door positioned at the sliding part of locking states or office of unlocking not to the displacement of unlocking direction, can be from so as to realize The unlocking function of key outdoors is controlled in door.It is of the invention can and the lock body of existing antitheft door, idle running handle for opening door (including containing Have the handle for opening door of the idle running of cam) be used in combination, it is of the invention it is further can be by button or tapered end push-piece and existing lock body On lock body push-piece link into an integrated entity and mutually link, in addition to above-mentioned function, also have neither influence handle for opening door sky Rotating function, and can control lock body in locking states or the function of opening.The method can be widely used in antitheft door, safety cabinet and Field of lockset needed for decoration door.

To reach above-mentioned purpose, the technical scheme of the motionless tapered end of the lock core with push-piece of the invention is：Including lock core, Side column pellet, locking side column, sliding part, lock shell and unlocking spring, described lock core in lock core are fixedly installed to tapered end In shell, the side column groove with core diameter parallel is provided with the outside of lock core, locking side column is provided with described side column groove, is locked Side column can partly be removed and is also completely disposed in side column groove, in lock core cross section be provided with lock core axis it is vertical and with side column groove The pellet chute communicated, matching side column pellet is provided with pellet chute, is provided with the outside of described side column pellet Can groove corresponding with side column groove, be additionally provided with described lock core and side column pellet matches and the key that is communicated with pellet chute Groove, described sliding part are located at the side of the lock core where side column groove, and can relative lock core axis make vertical sliding motion, with side column The side of the adjacent sliding part of groove is provided with the locking neck that can be engaged with locking side column outside, and being additionally provided with sliding part to make For the handle unlocking office of the handle for opening door containing cam, being additionally provided with sliding part can be acted on by the cam in handle for opening door And sliding part can be driven to realize the stress point of locking, the unlocking spring that sliding part can be driven to slide is additionally provided with sliding part, its It is characterized in：Button is provided with the outside of lock shell, tapered end push-piece is provided with button, the tapered end push-piece can prevent to be located at locking shape The sliding part of state is to the displacement of unlocking direction.

The ball or roller bearing of rolling friction can be carried out with the cam being located in handle for opening door by being provided with described stress point.

Described side column pellet is in cylinder, and described pellet chute is matching cylinder, and described groove is set Put on the periphery in cylindrical side column pellet cylinder 360 deg, described key slot is located at cylinder-shaped marble chute One end, side column marble spring is provided between pellet chute one end relative with key slot and side column pellet；It is either described Side column pellet be rectangle sheet, described pellet chute is in matching rectangle, is being rectangle sheet side column bullet The page middle position of son is provided with spring key hole, and described key slot communicates with spring key hole, and described groove is located at side Outer rim on the outside of post pellet, spring step is provided with the side column pellet outer rim side of groove offside, corresponding to spring step Side column marble spring is provided with pellet chute；Either described side column pellet be in multi-faceted column, described pellet chute for Matching multi-faceted column shape, on described groove is arranged on the outside of the cylinder of side column pellet, in groove offside side column pellet Outside is provided with key contact, and key contact is located in key slot, spring step is provided with one end of side column pellet, in spring platform Side column marble spring is provided with pellet chute corresponding to rank；The either described rounded sheet of side column pellet, described lock In-core side is the matching circular hole poroid in cylinder, and described side column groove is set with being communicated on the inside of circular hole in circular hole There are the side column pellet and partition vertical with lock core axis, described groove is located at the outer rim on the outside of side column pellet, at rounded The page middle position of shape side column pellet is provided with spring key hole, described pellet chute be by circular hole inner side and to be located at this interior Side and the partition vertical with lock core axis composition, are provided with piece keyhole, described key slot is by piece in the middle position of partition Keyhole and spring key hole combine.

External pressure bullet groove is provided with described locking neck, external pressure pellet, external pressure pellet are provided with external pressure bullet groove The inner can be crimped on the outside of locking side column, be provided with the outer end of external pressure pellet can urge lock side column locking side column pressure Spring；Step is either provided with the outside of described locking side column, step chute is provided with the lock core corresponding to step, in step institute Step chute in be provided with can urge lock side column locking side column stage clip.

The transmission pellet of cylinder is provided between described side column pellet and locking side column.

Button or the tapered end push-piece links into an integrated entity with the lock body push-piece on lock body, and can mutually link.

The described handle for opening door containing cam, including handle axle, handle axle sleeve and handle shell in cylinder, in handle The outer end of axle is provided with handle, and axle marble hole is provided with the cylinder periphery of handle axle, and axle pellet is provided with axle marble hole, Handle axle sleeve is provided with handle axle cylinder periphery, being provided with handle axle sleeve can be with the set pellet of axle marble hole Corresponding matching Hole, is provided with set pellet in marble hole is covered, and described axle pellet can be arranged on the handle on the tapered end suitable for this handle for opening door Office of unlocking is acted on, on the outside of the handle axle sleeve on be provided with the power transmission point that can drive latch in lock body, justify in handle axle set cylinder All outsides are provided with handle shell, be provided with handle shell can with axle marble hole and the shell marble hole of set marble hole Corresponding matching, in handle The outside of hand axle is provided with the cam that can be rotated with handle axle, and described cam can act on the lock being located at suitable for this handle for opening door The stress point on sliding part in head, and sliding part can be promoted from open position to locked position by the stress point.

Described handle unlocking office is the key shape containing magnetic bullet, and energy and magnetic are provided with described shell marble hole Property pellet makees the shell pellet containing magnetic polarity of repulsive interaction；Either described handle unlocking office is push rod column, Described handle unlocking office can be mutually matched with shell marble hole or shell marble hole and set marble hole；Either described handle is opened It is the key shape containing inclined-plane or tooth form that lock machine, which closes, the inclined-plane being provided with described shell marble hole in the office that can be unlocked by handle Or the shell pellet of tooth form effect.

Described cam can be in cup shape or in plane disk like, and described cam may be provided in close to the inner handle of handle axle On the outside of axle or on the outside of the handle axle of handle axle outer end.

The handle back-moving spring that handle axle sleeve can be driven to reset is provided between described handle axle sleeve and handle shell.

Brief description of the drawings：

The invention will be further described with reference to the accompanying drawings and examples.

Fig. 1 is a vertical structure schematic diagram of the one embodiment of the invention in locking states.

Fig. 2 is a kind of appearance schematic diagram of cam in Fig. 1.

Fig. 3 is a vertical structure schematic diagram of the further embodiment of this invention in locking states.

Fig. 4 is the transversary schematic diagram of handle for opening door one containing cam in Fig. 3.

Fig. 5 is the transversary schematic diagram of tapered end one in Fig. 3.

Fig. 6 is the another tapered end of the present invention in the transversary schematic diagram of opening one.

Fig. 7 is a Fig. 6 vertical structure schematic diagram.

Fig. 8 is of the invention and another tapered end embodiment in the transversary schematic diagram of locking states one.

Fig. 9 is a Fig. 8 vertical structure schematic diagram.

Figure 10 is of the invention and another tapered end in the transversary schematic diagram of locking states one.

Figure 11 is a Figure 10 vertical structure schematic diagram.

Figure 12 applies to a kind of lock body structure structural representation of the present invention.

Figure 13 is in the present invention and a transversary schematic diagram of another handle for opening door containing cam.

In figure：1. sliding part, 11. locking necks, 12. external pressure bullet grooves, 13. external pressure pellets, 14 locking side column stage clips, The office 16. handle is unlocked, 17. unlocking springs, 19. stress points, 10. tapered ends press pin-and-hole, and 15. tapered end push-pieces, 150. fix cover, 18. button, 2. lock cores, 20. side column grooves, 21. partitions, 22. section grooves, 23. sections are convex, 24. partition grooves, 25. keyholes, 26. side column pellet, 260. pellet chutes, 266. side column marble springs, 27. anchor points, 28. spring key holes, 268. key slots, 29. groove, 3. lock shells, 31. spring steps, 30. locking side columns, 36. transmission pellets, 33. unlocking spring grooves, 34. pressing plates, 35. tapered end screw, 37. caulking grooves, 38. is embedding convex, 39. circular holes, 4. lock body shells, 41. latch connecting plates, 410. chutes, 42. lead Post, 43. catching grooves, 44. plate stress points, 45. raised or necks, 46. lock body push-pieces, 471. unlatching pin-and-holes, 472. locking pin-and-holes, 48. push rod shell, 480. slide mouth, and 49. second latches, 490. second slide mouth, 5. handle back-moving springs, 50. keys, 51. keys Contact, 52. steps, 56. step chutes, 500. rotating discs, 511. disk stress points, 521. force arms, 53. locking springs, 561. Top, 57. days latch connecting rods, 58 ground latch connecting rods, 59. days force arms, 591. ground force arms, 6. cams, 66. balls or rolling Axle, 61. grapples, 60. hook rotating shaft turn holes, 611. grapples are raised, 62. dops, 63. grapple springs, 64. connecting rods, 65. dead bolts, The 661. push rod decorative pearls on top of an official cap, 67. control springs, 7. handle axles, 70. axle marble holes, 71. axle pellets, 73. handle marble springs, 74. rings Shape groove, 75. snap rings, 76. handles, 8. handle axle sleeves, 80. sets of marble holes, 81. sets of pellets, 83. power transmission points, 84. second power transmissions Point, 88. wainscots, 89. outer panels, 85. panel screws, 890. handle turn holes, 9. handle shells, 90. shell marble holes, 91. shell bullets Son, 98. magnetic bullets, 95. handle screws, the machine-operated chute of 99. handles unlocking.

Embodiment

The embodiment of the motionless tapered end of lock core of the present invention with push-piece：

As shown in Fig. 1, Fig. 3 and Fig. 5, Fig. 6 and Fig. 7, Fig. 8 and Fig. 9, Figure 10 and Figure 11, figure is included in lock core 2, lock core 2 Side column pellet 26, locking side column 30, sliding part 1, lock shell 3 and unlocking spring 17, described lock core 2 is fixedly installed to lock In head capsule 3, the side column groove 20 with core diameter parallel is provided with the outside of lock core 2, locking side column 30 is provided with side column groove 20, Locking side column 30 can partly be removed and is also completely disposed in side column groove 20, be provided with the cross section of lock core 2 vertical with lock core axis And the pellet chute 260 communicated with side column groove 20, matching side column pellet 26 is provided with pellet chute 260, described Side column pellet 26 outside be provided with can groove 29 corresponding with side column groove 20, be additionally provided with described lock core 2 and side column bullet The matching of son 26 and and the key slot 268 that communicates of pellet chute 260, described sliding part 1 be located at the lock core 2 at the place of side column groove 20 Side, and the relative lock core axis of energy makees vertical sliding motion, and energy and locking edge are provided with the side of the sliding part 1 adjacent with side column groove 20 The locking neck 11 that the outside of post 30 is engaged, the handle unlocking office 16 that can act on handle for opening door is additionally provided with sliding part 1, The stress point 19 that can be acted on by handle for opening door cam 6 and sliding part 1 can be driven to realize locking is additionally provided with sliding part 1, The unlocking spring 17 that sliding part 1 can be driven to slide is additionally provided with sliding part 1；Button 18 is provided with the outside of lock shell 3, in button 18 are provided with tapered end push-piece 15, and the tapered end push-piece 15 can prevent sliding part 1 positioned at locking states to the displacement of unlocking direction.

Described tapered end push-piece 15 can be arranged in the sliding parts 1 of locking states towards unlocking by as shown in fig. 1 On the end face in direction, to reach the purpose for preventing sliding part 1 from being run to unlocking direction, button is provided with the outside of lock shell 3 18, the tapered end that being provided with the lock shell 3 corresponding to button 18 can allow tapered end push-piece 15 to slide and work presses pin runner 10.Also may be used By as shown in Figure 3, the face for the unlocking office 16 described tapered end push-piece 15 being arranged on the sliding part 1 of locking states To on the end face in unlocking direction, button (figure is not drawn into) is provided with the outside of lock shell 3, in the lock shell 3 corresponding to button The tapered end that tapered end push-piece 15 slides and worked can be allowed by pin runner 10 by being provided with.Can yet be by as shown in Figure 8, by described lock Head push-piece 15 is arranged in the side of the sliding part 1 of locking states, and button 18 is provided with the outside of lock shell 3, then in button Lock shell 3 corresponding to 18 be provided with can allow the tapered end that tapered end push-piece 15 slides and worked by pin runner 10, then with tapered end push-piece 15 it is corresponding and set out on the outside of the sliding parts 1 of locking states can be inserted by tapered end push-piece 15 by pin runner 151. In practical application, yet described tapered end push-piece 15 can be arranged on as needed be connected with sliding part 1 unlocking office 16 or Stress point 19 or the outside with the connected components of sliding part 1, as long as in office 16 or stress point 19 or the portion that is connected with sliding part of unlocking Set out on the outside of part can allow tapered end push-piece 15 insert by pin runner, and can prevent be located at locking states sliding part 1 or Unlocking office 16 runs to unlocking direction.

To prevent coming off and facilitating its normal work for tapered end push-piece 15, can be set as shown in Figure 8 in the outside of lock shell 3 The fixed cover 150 of button 18 and the normal work of tapered end push-piece 15 and anti-dropout can be facilitated by putting out, and by button 18 and tapered end push-piece 15 are set integrally.

In the tapered end shown in Fig. 3 and Fig. 5, described side column pellet 26 in cylinder, described pellet chute 260 be with Matching cylinder, described groove 29 is arranged on the periphery in the cylindrical cylinder 360 deg of side column pellet 26 On, described key slot 268 is located at one end of cylinder-shaped marble chute 260, in the pellet chute 260 relative with key slot 268 Side column marble spring 266 is provided between one end and side column pellet 26.

In the tapered end shown in Fig. 6 and Fig. 7, described 26 rounded sheet of side column pellet, the inner side of described lock core 2 be with Matching be in the outside of the poroid circular hole of cylinder 39 be in polygonal cylinder, the inner side phase of described side column groove 20 and circular hole 39 It is logical, the side column pellet 26 and partition 21 vertical with lock core axis are provided with circular hole 39, described groove 29 is located at side column pellet 26 outer rim, spring key hole 28, described pellet chute are provided with the page middle position of rounded sheet side column pellet 26 26 be by circular hole 39 inner side and be located at the inner side and the partition 21 vertical with lock core axis is formed, in the middle position of partition 21 Provided with piece keyhole 25, described key slot 268 is combined by piece keyhole 25 and spring key hole 28.

In the tapered end shown in Fig. 8 and Fig. 9, described side column pellet 26 is rectangle sheet, described pellet chute 260 In matching rectangle, spring key hole 28, institute are provided with the page middle position for being rectangle sheet side column pellet 26 The key slot 268 stated communicates with spring key hole 28, and described groove 29 is located at the outer rim in the outside of side column pellet 26, in groove 29 The outer rim side of side column pellet 26 of offside is provided with spring step 31, is provided with the pellet chute 260 corresponding to spring step 31 Side column marble spring 266.

In the tapered end shown in Figure 10 and Figure 11, described side column pellet 26 is in multi-faceted column, described pellet chute 260 For matching multi-faceted column shape, described groove 29 is arranged on the cylinder outside of side column pellet 26, in the offside of groove 29 The outside of side column pellet 26 is provided with key contact 51, and key contact 51 is located in key slot 268, in one end of side column pellet 26 Provided with spring step 31, side column marble spring 266 is provided with the pellet chute 260 corresponding to spring step 31.

It when opening the lock with the key, can reliably be placed in side column groove 20, can be used completely to ensure that locking side column 30 is sensitive The method that locking side column stage clip 14 is set on sliding part 1 or locking side column stage clip 14 is set in lock core 2, can also borrow unlocking bullet The component of spring 17, it for the locking side column 30 of circle and cross section is side that trapezoidal locking neck 11 is engaged to use cross section Method, to promote locking side column 30 to fall into side column groove 20.Specifically can be by shown in figure Fig. 3 and Fig. 5, Figure 10 and Figure 11, described Locking neck 11 in be provided with external pressure bullet groove 12, be provided with external pressure pellet 13 in external pressure bullet groove 12, external pressure pellet 13 it is interior End can be crimped on the outside of locking side column 30, and the locking side column pressure of energy urge lock side column 30 is provided with the outer end of external pressure pellet 13 Spring 14；Also step 52, the lock core corresponding to step 52 can be provided with the described outside of locking side column 30 by shown in Fig. 8 and Fig. 9 Step chute 56 is provided with 2, the locking side column pressure of energy urge lock side column 30 is provided with the step chute 56 where step 52 Spring 14；Also the cross section of described locking side column 30 can be set to circular, by described locking neck by shown in Fig. 6 and Fig. 7 11 cross section for can be matched it is trapezoidal, using the inclined-plane and the component of unlocking spring 17 for locking neck 11 by locking side column 30 squeeze into side column groove 20.

, can be in described side column pellet 26 and locking in order to assist even further in the reliable sensitive work of locking side column 30 The transmission pellet 36 of cylinder is set between side column 30；As shown in Figure 10 and Figure 11, in described side column pellet 26 and locking edge The transmission pellet 36. of cylinder is had additional between post 30

A variety of specific embodiments of handle for opening door of the invention containing cam

As shown in Fig. 1 and Fig. 2 or Fig. 3 and Fig. 4 or Figure 13, figure includes the handle axle 7 in cylinder, the and of handle axle sleeve 8 Handle shell 9, handle 76 is provided with the outer end of handle axle 7, axle marble hole 70 is provided with the cylinder periphery of handle axle 7, Axle pellet 71 and handle marble spring 73 are provided with axle marble hole 70, handle axle sleeve 8 is provided with the cylinder periphery of handle axle 7, The set marble hole 80 that can be communicated with the Corresponding matching of axle marble hole 70 is provided with handle axle sleeve 8, set is provided with marble hole 80 is covered Pellet 81, the handle unlocking office 16 that described axle pellet 71 can be arranged on the tapered end suitable for this handle for opening door are acted on, The power transmission point 83 of latch in lock body can be driven by being provided with the outside of handle axle sleeve 8, and handle is provided with the cylinder periphery of handle axle sleeve 8 Hand shell 9, the shell marble hole 90 that can be communicated with axle marble hole 70 and the set Corresponding matching of marble hole 80 is provided with handle shell 9, in handle The outside of hand axle 7 is additionally provided with can be with the cam 6 of the rotation of handle axle 7, and described cam 6, which can act on, to be located at suitable for this enabling The stress point 19 on sliding part 1 in the tapered end of handle, and sliding part 1 can be promoted from open position to lock by stress point 19 Closed position.

Described cam 6 can be positioned close to the outside of the handle axle 7 of the outer end of handle axle 7 by shown in Fig. 1 and Fig. 2 On.Also described cam 6 can be positioned close to the inner handle axle of handle axle 7 by shown in Fig. 3 and Fig. 4 or Fig. 5 or Figure 13 On 7 outside.

Heretofore described handle unlocking office 16 can be set to the key shape containing magnetic bullet 98, such as Fig. 3 and Fig. 4 Shown in, handle marble spring 73 and matching axle pellet 71 are provided with axle marble hole 70, in described set marble hole Matched set pellet 81 is provided with 80, described handle unlocking office 16 is the key shape containing magnetic bullet 98, in institute Being provided with the shell marble hole 90 stated can the shell bullet containing magnetic polarity that is matching and making repulsive interaction with magnetic bullet 98 Son 91, described handle unlocking office 16 is to act on shell pellet 91 by its magnetic bullet 98, then is acted on by shell pellet 91 In set pellet 81 and axle pellet 71.

Heretofore described handle unlocking office 16 can be configured as push rod column, as shown in fig. 1, described handle Unlocking office 16 is push rod column, and handle marble spring 73 and matching axle pellet 71, institute are provided with axle marble hole 70 The handle unlocking office 16 stated can be mutually matched with shell marble hole 90 or shell marble hole 90 and set marble hole 80, and described handle is opened Lock machine pass 16 can be set to be fixedly linked with set pellet 81 or on-fixed is connected, and set pellet 81 or axle bullet can be acted on by agreement Son 71.In actual applications can be as needed, described set pellet 81 is located at into the office 16 that can be unlocked with handle and is fixedly linked It is integrated, therefore, can be regarded as handle unlocking office 16 and directly act on axle pellet 71, handle unlocking machine can also be regarded as Close the 16 set pellet 81 by being fixedly linked with its top and act on axle pellet 71.

Heretofore described handle unlocking office 16 can be configured as the key shape containing inclined-plane or tooth form, in Figure 13 Shown, described handle unlocking office 16 is the key shape containing inclined-plane or tooth form, and handle pellet is provided with axle marble hole 70 Spring 73 and matching axle pellet 71, matched set pellet 81 is provided with described set marble hole 80, described Shell marble hole 90 in be provided with can it is matching, and can by handle unlock office 16 in inclined-plane or tooth form effect shell pellet 91, described handle unlocking office 16 is to act on shell pellet 91 by its inclined-plane or tooth form, then is acted on by shell pellet 91 Cover pellet 81 and axle pellet 71.

In order that handle for opening door can directly drive containing bevelled dead bolt in lock body and be driven using key controller handle for opening door The unlatching of other dead bolts in dynamic lock body, the present invention can be by shown in Figure 13, and being provided with the outside of the inner of described handle axle 7 to drive Second power transmission point 84 of dynamic lock body oblique spring bolt.

In order that handle for opening door can automatically reset, enable set marble hole 80 together with axle marble hole 70 automatically with shell marble hole 90 Machine-operated 16 correspondences of corresponding or handle unlocking, can be by shown in Fig. 1, and being provided between described handle axle sleeve 8 and handle shell 9 to help The handle back-moving spring 5 for helping handle axle sleeve 8 to reset.

Fig. 1, Fig. 3 and Fig. 5, Fig. 6 and Fig. 7, Fig. 8 and Fig. 9, Figure 10 and Figure 11 is see to produce and carry push-piece in the present invention The motionless tapered end of lock core, the manufacture craft of existing tapered end and fabrication techniques can be used to go out the tapered end of the present invention.Shown in figure Core 2 and sliding part 1 are in multi-faceted column, therefore polygonal cylinder or rectangular shaped post making lock core 2 and sliding part 1 can be selected.In reality Border application in, can be as needed, by described lock core 2 be arranged in cylinder, by described sliding part 1 be arranged to its inner side with It is mutually matched in the outside of lock cylinder 2.The manufacture craft and technology of existing tapered end can be used, is set in the section of lock core 2 The pellet chute 260 vertical with lock core axis is put out, can be arranged to communicate with the both sides of lock core by pellet chute 260 as needed Or it is not communicated with.The key slot 268 communicated vertical with pellet chute 260 is set out on the end face of lock core 2 again.Again with core 2 Side column groove 20 that is parallel with lock core axis and being communicated with pellet chute 260 is set out on the outside of cylinder, makes the outer of side column groove 20 Shape can be mutually matched with the profile of locking side column 30.The manufacture craft and technology of existing side column pellet can be used, in pellet chute Set in 260 with installing matched side column pellet 26, being set out in the outside of described side column pellet 26 can be with side column groove 20 Corresponding groove 29, the described section of groove 29 can be arranged as required into semicircular arc or inverted trapezoidal or " V " shape；Again in side column Set in groove 20 with installing locking side column 30, and locking side column 30 can be removed partly in the side column groove 20 being also fully recessed into. Being set out simultaneously on sliding part 1 can be corresponding with side column groove 20, and the locking card that can be cooperated with the outside of locking side column 30 Groove 11.In Fig. 3 and Fig. 5, Fig. 6 and Fig. 7, Fig. 8 and Fig. 9, described locking side column 30 can be contacted directly with groove 29, therefore, 30 inner section of locking locking side column need to be arranged to the semicircle matched with groove 29 or inverted trapezoidal or " V " shape.

The lock head structure shown in Fig. 3 and Fig. 5 can be selected, described side column pellet 26 is arranged in cylinder, therefore institute The pellet chute 260 stated need to be arranged to matching cylinder-shaped marble chute, can by existing cylindrical side column pellet and and its The manufacture craft and technology of related tapered end, produce side column pellet 26 and core 2 as shown in Figure 3 and Figure 5.For the ease of side column Pellet 26 effectively can be fallen into the effective of the corresponding and locking side column 30 of side column groove 20 when rotated, groove 29 need to be arranged on into side In the periphery of the cylinder 360 deg of post pellet 26.For the reasonable application in space, described key slot 268 is set In one end of cylinder-shaped marble chute 260；In order to help effectively coincideing and resetting for side column pellet 26 and key, with key Set between the relative one end of pellet chute 260 of groove 268 and side column pellet 26 and installation side column marble spring 266.Actually should Can be as needed in, the side column pellet 26 shown in Fig. 3 and Fig. 5 is re-established as the cylindricality that section is polygon, can be with side column The side of side column pellet 26 corresponding to groove 20 sets groove 29, and remaining can be same as described above.

Also the lock head structure shown in Fig. 6 and Fig. 7 can be selected, described side column pellet 26 is arranged to rounded sheet, because Pellet chute 260 described in this need to be arranged to matching circular pellet chute, can by existing round sheet side column pellet and The manufacture craft and fabrication techniques of matching tapered end go out lock core 2 as illustrated in the drawing.Polygonal cylinder or cuboid material can be selected Material makes lock core 2, on the outside of one end of lock core 2 on to set out and inner side parallel with lock axis match with side column pellet 26 be in justify The poroid circular hole 39 of cylindricality, then side column that is parallel with lock core axis and being communicated with the inner side of circular hole 39 is set out in the outside of lock core 2 Groove 20.The side column of this suitable tapered end can be gone out by the manufacture craft and fabrication techniques of existing disc-shaped side column pellet 26 and partition 21 Pellet 26 and partition 21, groove 29 is set out in the described outer rim in the outside of disc-shaped side column pellet 26, in disc-shaped side The page middle position of post pellet 26 sets out spring key hole 28；In order to avoid being interfered between side column pellet 26, can adopt One partition 21 is set between adjacent side column pellet 26, and being set out in partition 21 can be more than in the range of 360 degree of circumference Or the piece keyhole 25 equal to spring key hole 28, and it is non-rotatable that partition 21 is arranged into relative lock core 2.Refer to Fig. 6 and Fig. 7, can be sequentially placed into side column pellet 26 and partition 21 in circular hole 39, and described pellet chute 260 is by the circular hole 39 of lock core 2 Inner side and it is located at the inner side and the partition 21 vertical with lock core axis is formed, piece keyhole is provided with the middle position of partition 21 25, described key slot 268 is combined by piece keyhole 25 and spring key hole 28.For the ease of being installed on for partition 21 It is fixed, the spacer structure containing section convex 23 can be used, and in opposite side of the lock core 2 away from lock core side column groove 20, typically locking The inner side of lock core 2 of the offside of core side column groove 20, sets out the section groove for being mutually matched and being easy to partition 21 to install with section convex 23 22, section groove 22 can as needed can be set to communicate with the interior outside of lock core 2 or is not communicated with outside.For convenience of determining for key Position and key insertion spring key hole 28, the anchor point that can be engaged with section groove 22 is set out in the outer rim of side column pellet 26 27.The thickness of each partition 21 in lock core 2 may be the same or different, and also lock core protective plate can be used to replace being located at lock core outer end Partition 21, depending on being specifically actually needed.

The lock head structure shown in Fig. 8 and Fig. 9 yet can be selected, described side column pellet 26 is arranged to be rectangle piece Shape, therefore described pellet chute 260 need to be arranged to matching rectangle, can be by existing blade marble and lock associated therewith The manufacture craft and fabrication techniques of head go out side column pellet 26 as depicted, containing side column groove 20 and pellet chute 260 and key The core 2 of spoon groove 268, the bullet communicated with key slot 268 is set out in the page middle position for being rectangle sheet side column pellet 26 Sub- keyhole 28, the outer rim in the outside of described side column pellet 26 set out can groove 29 corresponding with side column groove 20, in groove The outer rim side of side column pellet 26 of 29 offsides sets out the spring step 31 that side column pellet 26 can be helped to coincide and reset with key. Side column pellet 26 is installed in pellet chute 260, being set in the pellet chute 260 corresponding to spring step 31 can help with installation The side column marble spring 266 for helping side column pellet 26 to coincide and reset with key.In the tapered end shown in Fig. 9, in spring key hole Key contact 51 is provided with 28, the setting needs that can be spent in actual applications according to different shaped as key bits and tooth, key contact 51 Also can omit, key contact 51 can be replaced using the side in the spring key hole 28 relative with spring step 31, specifically by Key it is required depending on.

The lock head structure shown in Figure 10 and Figure 11 yet can be selected, it is in multiaspect post that described side column pellet 26, which is arranged to, Body, therefore described pellet chute 260 need to be arranged to matching multi-faceted column pellet chute, can use existing multi-faceted column The manufacture craft and fabrication techniques of side column pellet and matched tapered end go out side column pellet 26 as depicted, containing side column groove 20 With pellet chute 260 and the lock core of key slot 268 2.Being set out on the outside of the cylinder of side column pellet 26 can be with side column groove 20 Corresponding groove 29, sets out key contact 51 on the outside of the offside side column pellet 26 of groove 29, and key contact 51 is located at key In spoon groove 268, spring step 31 is set out in one end of side column pellet 26.In the pellet chute 260 corresponding to spring step 31 It is middle that the side column marble spring 266 that side column pellet 26 can be helped to coincide and reset with key is set out.For the ease of side column pellet 26 With the installation of side column marble spring 266, will can make containing pellet chute 260 and side column groove 20 and key slot 268 Lock core 2 is cutting into two sections positioned at the intersection of side column groove 20 and pellet chute 260, and wherein epimere may include side column groove 20 The part at place, hypomere may include the part where key slot 268 and pellet chute 260, assembling side column pellet 26 and side After post marble spring 266, then use nail riveting or fastening or welding technique that the two sections are integrated；Also can use die casting and Foundry engieering produces the lock core 2 of the two sections respectively.

See Fig. 1, Fig. 3 and Fig. 5, Fig. 6 and 7, Fig. 8 and Fig. 9, Figure 10 and Figure 11 and produce sliding part 1, can use car, Wash, Bao or casting or extrusion process and fabrication techniques go out sliding part 1 as depicted, being set out on sliding part 1 can be with side column Groove 20 is corresponding and can be with the locking neck 11 of the outside of locking side column 30 mutual cooperation；Being set out again on sliding part 1 to be arranged on Being acted on by cam 6 in handle for opening door, and sliding part 1 can be made to realize locking and the stress point 19 that triggering is opened.To mitigate cam 6 With the frictional resistance of stress point 19, the top of described stress point 19 and the place of can contact of cam 6 can be can be set to circular arc planar； Also the ball or roller bearing 66 that can make rolling friction with cam 6 can be set out on the top of stress point 19 as shown in Figure 3.Again in cunning The handle unlocking office 16 of the handle for opening door containing cam 6 in the present invention can be acted on installation by being set on moving part 1.Described handle Hand unlocking office 16 can be arranged as required into the key shape containing magnetic bullet 98 as shown in Figures 3 and 4, also can basis Need to be arranged to the key shape containing inclined-plane or tooth form as shown in fig. 13 that, can also be arranged as required into top as shown in Figure 1 Roofbolt shape.

For tapered end of the sliding part 1 away from handle axle 7 farther out, stress point 19 can be arranged into long column shape can ensure farther out The normal work of distance, while office 16 that also handle can be unlocked extends to energy normal work.For convenience of designing and make use, Stress point 19 can be arranged on handle and is unlocked in office 16 as shown in Fig. 1 by the present invention, its essence be considered as stress point 19 with Handle unlocking office 16 is connected as a single entity, and is together arranged on sliding part 1.The present invention also can as shown in Figure 3, by described stress Point 19 is separately positioned on sliding part 1 with handle unlocking office 16.Handle shell 9 related to this and lock shell 3, which need to be provided with, to be allowed The sliding space of stress point 19 and machine-operated 16 normal works of handle unlocking.

In order to ensure locking side column 30 sensitive can be placed in side column groove 20 completely, the present invention can be used on sliding part 1 Set with installation locking side column stage clip 14 or the method with installation locking side column stage clip 14 is set in lock core 2；Also can borrow out Lock spring 17 component, use cross section for circle locking side column 30 and cross section be that trapezoidal locking neck 11 is engaged Method.It see Fig. 3 and Fig. 5, shown in Figure 10 and Figure 11, external pressure bullet groove 12 be set out in described locking neck 11, The outer of locking side column 30 can be crimped on installation external pressure pellet 13, the inner of external pressure pellet 13 by being set in external pressure bullet groove 12 Side, the locking side column stage clip 14 with installation energy urge lock side column 30 is set in the outer end of external pressure pellet 13.Also see Fig. 8 and Shown in Fig. 9, step 52 is set out in the described outside of locking side column 30, step is set out in the lock core 2 corresponding to step 52 Chute 56, the locking side column stage clip 14 with installation energy urge lock side column 30 is set in the step chute 56 where step 52. Also refering to shown in Fig. 6 and Fig. 7, the cross section of described locking side column 30 is provided in round, by described locking neck 11 Cross section be arranged to can be matched it is trapezoidal.

In order to assist even further in the reliable sensitive work of locking side column 30, the present invention see institute in Figure 10 and Figure 11 Show, the transmission pellet 36 with installation cylinder is set between described side column pellet 26 and locking side column 30, using being driven bullet Rolling friction between son 36 and groove 29 substitutes the bevel friction between former locking side column 30 and groove 29.In Figure 10 and figure In 11, described locking side column 30 does not contact with groove 29, can be by locking side column 30 further to improve the reliability of locking Section be arranged to it is rectangular.

It see Fig. 1, Fig. 3 and Fig. 5, Fig. 6 and Fig. 7, Fig. 8 and Fig. 9, Figure 10 and Figure 11 and produce lock shell 3, can use existing There are the manufacture craft and technology of lock shell, core 2 and sliding part 1 can be fixedly mounted and can allow matched handle by producing The lock shell 3 for office 16 and the normal work of stress point 19 of unlocking.Being set out in the outside of lock shell 3 can allow key to insert lock core 2 Tapered end key mouth.In order to enable lock core 2 to fix, can be set out in lock shell 3 can allow lock core 2 to be embedded in and be fixedly mounted Cavity lock core 2 is fixedly mounted, can also use nail, riveting, welding technology that the immovable fixation of lock core 2 be fitted into lock shell 3. In order that sliding part 1 effectively can make vertical sliding motion with lock core axis, it can use and set out and can make between lock core 2 and lock shell 3 The cavity of the normal work of sliding part 1, sliding part 1 is arranged in the side and lock shell 3 of lock core 2.In actual applications, can root According to needs, it can also use and one group of caulking groove that can be mutually embedded in and embedding convex is set out between lock core 2 and sliding part 1, by sliding part 1 On lock core 2 and lock shell 3, caulking groove and embedding convex setting need to stagger with side column groove 20, in order to avoid influence the He of locking side column 30 The normal work of sliding part 1.

Can by the key matched with this lock, load in the pellet chute 260 of the lock core 2 side column pellet 26 and and its The side column marble spring 266 of matching；In the tapered end shown in Figure 12 and Figure 13, due to side column pellet 26 and the identical and lock of key Resetting when closing can all use the effect of key outer rim, therefore need not set side column marble spring.Load again in side column groove 20 Locking side column 30, matching sliding part 1 is arranged on the side of the place lock core 2 of side column groove 20, and is installed as needed Locking side column stage clip 14.The lock core made 2 and sliding part 1 will be installed to again in matching lock shell 3.Locking again The unlocking spring 17 that sliding part 1 can be driven to slide is set out between head capsule 3 and sliding part 1, due to the cunning of the sliding part 1 of the present invention Dynamic direction is vertical with lock core axis, and unlocking spring 17 need to have elastic force vertical and can effectively promoting sliding part 1 with lock core axis Vector, for ease of installing and using, see Fig. 1 and set out between lock shell 3 and sliding part 1 can install unlocking spring 17 Unlocking spring groove 33.

Referring again to Fig. 1 or Fig. 3 or Fig. 8, in the outside of lock shell 3, can preferably be located at wainscot 88 tapered end can 3 it is outer Side, button 18 is set out, then tapered end push-piece 15 is set out on button 18.

In order that tapered end push-piece 15 can prevent the sliding part 1 positioned at locking states to the displacement of unlocking direction, can be by such as Fig. 1 It is shown, on the end face towards unlocking direction for the sliding part 1 that described push-piece 15 is arranged in locking states, to reach Prevent the purpose run to unlocking direction of sliding part 1, button 18 can be set out in the outside of lock shell 3, then button 18 pair The tapered end that tapered end push-piece 15 can be allowed to slide and work is set out on the lock shell 3 answered by pin runner 10；Also can be by institute in such as Fig. 3 Show, the unlocking office 16 described tapered end push-piece 15 being arranged on the sliding part 1 of locking states towards unlocking direction End face on, the button (button figure is not drawn into) containing tapered end push-piece 15 can be set out in the outside of lock shell 3, in button institute The tapered end that tapered end push-piece 15 can be allowed to slide and work is set out on corresponding lock shell 3 by pin runner 10；Can yet be by such as Fig. 8 It is shown, described push-piece 15 is arranged in the side of the sliding part 1 of locking states, can be set out in the outside of lock shell 3 Button 18, the tapered end that tapered end push-piece 15 can be allowed to slide and work is being set out to press pin runner 10 corresponding to button 18 on lock shell 3, It can set out and can inserted by tapered end push-piece 15 on the outside of sliding part 1 corresponding with tapered end push-piece 15 and being located at locking states again Press pin runner 151.In actual applications, yet described tapered end push-piece 15 can be arranged on and the phase of sliding part 1 as needed Unlocking office 16 even or the outside of stress point 19 or the part interlocked with the phase of sliding part 1, as long as in office 16 or the stress of unlocking Set out on the outside of point 19 or the part interlocked with the phase of sliding part 1 tapered end push-piece 15 can be allowed to insert by pin runner 151, and energy Prevent to run to unlocking direction positioned at the sliding part 1 of locking states or office 16 of unlocking.

, can as shown in Figure 8, in the outside of lock shell 3 in order to prevent the disengaging of tapered end push-piece 15 and facilitate its normal work Button 18 and the normal work of tapered end push-piece 15 and anti-detachment fixed cover 150 can be facilitated by setting out, and button 18 and tapered end are pressed Pin 15 is set integrally.

It see Fig. 1 and Fig. 2, Fig. 3 and Fig. 4, Figure 13 and produce the heretofore described handle for opening door containing cam：Can Selection produces handle axle 7 or the handle axle 7 containing cam 6 in cylinder material；Existing spring lock manufacture craft can be used And technology, shaft marble hole 70 is set in the cylinder periphery of handle axle 7, set out in axle marble hole 70 matching Axle pellet 71 and handle marble spring 73.Inner side is set out to be matched simultaneously with handle axle 7 in the cylinder periphery of handle axle 7 again The handle axle sleeve 8 that the installation of cam 6 can be facilitated and used, matching can be communicated with axle marble hole 70 by being set out in handle axle sleeve 8 Set marble hole 80, matching set pellet 81 is set out in marble hole 80 is covered.Set out again on the outside of handle axle sleeve 8 The power transmission point 83 of lock body latch can be driven, power transmission point 83 can be arranged to containing raised column or contain according to needed for the structure of lock body Discoid or containing pit shape or containing gear-like or containing hook-shaped or containing poroid, for ease of diagram, shown in figure is convex Play column.The cylinder circumference in handle axle sleeve 8 sets out inner side to be matched with handle axle sleeve 8 and can facilitate the installation of cam 6 again With the handle shell 9 used, 9 set out the shell marble hole that matching can be communicated with axle marble hole 70 and set marble hole 80 in handle shell 90.In Fig. 3 and Fig. 4, Tu13Zhong, in the handle shell 9 by one end of the shell marble hole 90 in the outside of handle shell 9 or and handle The handles that being set out on the connected lock shell 3 of shell 9 can allow handle unlocking office 16 to make required linear slide in company with sliding part 1 are unlocked Machine-operated chute 99.Handle shown in figure unlock machine-operated chute 99 can fully wrapped around handle unlock one end of office 16, in reality As needed handle machine-operated chute 99 of unlocking can be arranged to communicate with the outside of handle shell 9 in, not exclusively wrap up handle and open Lock machine closes 16 one end or side, and machine-operated chute 99 that also handle can be unlocked is arranged to open positioned at the outside of handle shell 9 and handle One group between lock machine pass 16 can allow it to inlay and can make the embedding groove of linear slide and embedding projection.Axle pellet 71 as described above With set pellet 81 setting requirements be：When acting on set pellet 8 or axle pellet 71 by agreement without handle unlocking office 16, handle Without any pellet between axle 7 and handle axle sleeve 8, there is set pellet 81 to block between handle axle sleeve 8 and handle shell 9, now handle axle 7 Idle running；When handle unlock office 16 act on axle pellet 71 or set pellet 81 by agreement after, handle axle 7 and handle axle sleeve 8 it Between have axle pellet 71 or set pellet 81 block, now without any pellet, handle axle sleeve 8 between handle axle sleeve 8 and handle shell 9 Rotated together with handle axle 7, you can realize and drive matching lock body latch.

The cam 6 that can be rotated with handle axle 7 is set out in the outside of handle axle 7 again.The present invention can be by institute in Fig. 1 and Fig. 2 Show, described cam 6 is positioned close to the outside of the handle axle 7 of the outer end of handle axle 7.The present invention also can be by Fig. 3 and Fig. 4 or figure Shown in 13, described cam 6 is arranged on to the outside leaned on into the inner handle axle 7 of handle axle 7.Die casting or casting skill can be used Art, the handle axle 7 containing axle marble hole 70 and cam 6 are made integrally, existing other technologies can be also used, in discrete system After making handle axle 7 and cam 6, then with nail, riveting, welding technology by cam 6 be arranged on handle axle 7 on.Also cam 6 can be arranged to A raised part of handle axle 7 with where the projection in handle axle 7 combines, and the projection is considered as cam 6 Bossing, the surface that the projection can contact with stress point 19 is arranged to cambered surface, and can useful effect in stress point 19； Also in the outside of the handle axle 7 of the relatively thick cylinder in section a pit can be set to form cam 6.

Can be in cup shape by shown cam 6 is set to shown in Fig. 3 and Fig. 4, also can by shown in Fig. 1 and Fig. 2 by institute The cam 6 stated is set to be in plane disk like.For the ease of handle for opening door of the present invention containing cam to the first unlatching to tapered end, then Again to the unlatching of lock body latch, the bossing of cam 6 can be used to carry out the sliding part 1 of tapered end triggering unlatching or locking, One section in the non-bossing unlatching for being used for sliding part 1 and allowing office 16 of unlocking works, and axle marble hole 70 and set bullet The correspondence of sub-aperture 80, unlocking office 16 is acted on completely and cover pellet 81 and axle pellet 71, another section of subsequent non-bossing Or another section of bossing can be used for rotation of the handle axle 7 together with handle axle sleeve 8, to realize latch or dead bolt in driving lock body Unlatching or locking.The big I of center of circle angle in the section of handle axle 7 is taken needed for the bossing of cam 6 by being actually needed and It is fixed., can be by axle marble hole 70 as described above, cam 6, biography to ensure axle pellet 71, cam 6, the energy normal work of power transmission point 83 When the axis direction for prolonging handle axle is set, the track run is staggered in force 83.Axle marble hole 70 and cam 6 and power transmission Point 83 prolong handle axis direction it is specific put in order with orientation can be by being actually needed depending on.

The corner that external force needed for unlatching or locking for lock body latch drives is less than the lock body of 90 degree or 180 degree, can join Fig. 2 is read, described cam 6 is arranged to the cam 6 containing biconvex, when tapered end and lock body are locking states, in insertion key When need to unlock, first projection of cam 6 can be used for the triggering unlatching to tapered end sliding part 1 to trigger, the depression between two projections Part fully opens available for tapered end sliding part 1, axle marble hole 70 is corresponding with set marble hole 80, handle is unlocked, and office 16 implements Work；Second projection of cam 6 and second raised rear portion can be used for the locking again of tapered end sliding part 1, key to take out, The unlatching of lock body latch, also can be according to different lock bodies if the idle running of handle axle 6 can be realized by inverting handle axle 7 again after this Realize the locking of lock body latch.The setting of this cam 6 containing biconvex, tapered end can be opened, lock body open and tapered end again The process of secondary locking be arranged to it is equidirectional it is synchronous carry out, simplify operation, easy to use, can be set to as needed can be by Rotate clockwise or counterclockwise handle operation.This setting containing biconvex cam 6, it is especially applicable for existing market upstream It is capable can self-locking safe-guard door lock etc lock body.The corner that external force needed for unlatching or locking for lock body latch drives More than the lock body of 180 degree, Fig. 3 is see, described cam 6 is arranged to the cam 6 containing single-tab.

It see shown in Fig. 3 and Fig. 4, described handle unlocking office 16 be arranged to the key containing magnetic bullet 98 Shape, handle unlocking office 16 are not directly placed on set pellet 81, axle pellet 71.In order that handle is unlocked, office 16 can effective work Make, axle marble hole 70 and set marble hole 80 and shell marble hole 90 can be arranged to as shown in FIG., each other on left and right directions Communicated when consistent；For the reliable and stable work of the energy of office 16 that ensures to unlock, handle can be set out by the outer end of shell marble hole 90 Unlock machine-operated chute 99, handle unlock machine-operated chute 99 be preferably positioned to it is vertical with shell marble hole 90.Set in shell marble hole 90 The mutually exclusive shell pellet 91 containing magnetic polarity can be made by magnetic bullet 98 by putting out, the handle containing magnetic bullet 98 is unlocked Office 16 can lead to magnetic bullet 98 and act on the shell pellet 91 containing magnetic polarity, then act on set pellet 81 and axle by shell pellet 91 Pellet 71.Such setting, handle unlocking office 16 can be made to be realized with shell pellet 91 and interacted without friction, make handle unlocking machine Close 16 motion is not influenceed by axle pellet 71, set pellet 81, the reset of shell pellet 91.For ensure handle axle 1 can dally and effectively Realize and unlock, the cross section or length and width of shell pellet 91 and axle pellet 71 can be set greater than to covering cross section or the length of marble hole 80 It is wide so that axle pellet 71 and shell pellet 91 can not enter in set marble hole 80.

Also it see shown in Figure 13, described handle unlocking office 16 be arranged to the key containing inclined-plane or tooth form Shape, handle unlocking office 16 is in set pellet 81 and axle pellet 71, in order that handle unlocking machine by the indirectly-acting of shell pellet 91 Closing 16 can effectively work, and also can be arranged to exist as shown in FIG. by axle marble hole 70 and set marble hole 80 and shell marble hole 90 Communicated when consistent on left and right directions each other, can be in the outer of shell marble hole 90 for the reliable and stable work of the energy of office 16 that ensures to unlock End is other to set out handle to unlock machine-operated chute 99, and handle machine-operated chute 99 of unlocking is preferably positioned to vertical with shell marble hole 90, makes Shell pellet 91 is can be done directly on containing inclined-plane or the handle of tooth form unlocking office 16, then set pellet 81 is acted on by shell pellet 91 With axle pellet 71.Unlock, the cross section of axle pellet 71 or section length and width can be set to ensure that handle axle 1 can dally and effectively realize It is set to the cross section more than set marble hole 80 or length and width so that axle pellet 71 and shell pellet 91 can not enter in set marble hole 80.

It yet see shown in Fig. 1, described handle unlocking office 16 be arranged to push rod column, in order that handle is opened Lock machine closes 16 and can effectively worked, and axle marble hole 70 and set marble hole 80 and shell marble hole 90 can be arranged to such as institute in figure Show, with handle unlock machine-operated 16 directions of motion it is parallel or consistent when communicate.Axle pellet can be helped by being put out in axle marble hole 70 The 71 handle marble springs 73 resetted with set pellet 81, described handle unlocking office 16 can directly be fixedly linked with covering pellet 81 Or on-fixed is connected, and it can be done directly on set pellet 81 or axle pellet 71.Can be as needed, by described set pellet 81 and handle Hand unlocking office 16, which is fixedly linked, to be integrated, and can also regard that handle unlocking office 16 directly acts on axle pellet 71 as.In Fig. 1 In, described set pellet 81 is connected with machine-operated 16 on-fixeds of handle unlocking, can also regard that handle unlocking office 16 is to pass through as Set pellet 81 acts on axle pellet 71.

In actual applications, also can be as needed, described axle marble hole 70, set marble hole 80, shell marble hole 90 are changed Section is set as to be non-circular, then the section of axle pellet 71 correspondingly, set pellet 81, shell pellet 91 is re-established as therewith Match somebody with somebody.

In figs. 3 and 4, in order to helping axle pellet 71, set pellet 81, shell pellet 91 16 to be pressed without handle office of unlocking Agreement can timely and effectively reset when acting on, and recover the lost motion functionality of handle axle 7, handle pellet is provided with axle marble hole 70 Spring 73.According to axle pellet 71 or axle pellet 71 and set pellet 81 can be made by the metal material of attraction, when handle is opened When lock machine closes 16 not by agreement effect, now axle pellet 71, set pellet 81, which can be arranged on, comes from machine-operated 16 directions of handle unlocking Magnetic pole attract, or when magnetic bullet 98 is not acted on containing magnetic polarity shell pellet 91 by agreement, if shell pellet 91 can be set Attract or with being attracted each other by the object of easy magnetization in another magnetic bullet from machine-operated 16 directions of handle unlocking, make described Shell pellet 91, set pellet 81, axle pellet 71 can be attracted to reset state, i.e.,：The idle running state of handle axle 7, now in figure Shown handle marble spring 73 can omit.

In order to realize rotational handle 76 or handle axle 7 can be used to drive in certain lock body and contain inclined-plane when without key Dead bolt and the unlatchings of other dead bolts in lock body can be controlled during using key, can be by shown in Figure 13, in described handle axle 7 Inner outside the second power transmission point 84 that can be operated alone in lock body containing bevelled dead bolt is set out.Second power transmission point 84 also may be used Be arranged as required into raised column, hook-shaped, gear-like, containing circular hole, pit shape or its combine, as long as not influenceing power transmission The normal work of point 83.

See Fig. 1, Fig. 4, Figure 13, handle 76 be set in the outer end of handle axle 7, also can by existing panel and handle and The making of handle and mounting process and technology, set in the outer end of handle axle 7 and installation handle 76.Can be by existing Decorative door lock Handle (handle) concrete shape and structure setting handle 76, also can be by the profile and knot of the handle (handle) in existing safety cabinet Structure setting handle 76, the column containing elbow that handle 76 can be arranged to be mountable to the outer end of handle axle 7 are discoid or convex Shape or pit shape are played, handle axle 7 is rotated as long as external force effect can be born.

Fig. 1, Fig. 4, Figure 13 are see, the handle turn hole 890 for installing handle is set out on outer panel 89, in order to Violence damage handle axle 7 is prevented, see the convex-concave United Technologies shown in figure, by the outer of the inner and handle axle 7 of handle 76 End mutually joint so that handle axle 7 can only effectively receive the active force from the direction of rotation of handle 76, and can not effectively receive to come Active force from other directions of handle 76.In order to make handle 76 be fixedly mounted in outer panels 89, in outer panel 89 and handle Being set out in the rotating shaft of handle 76 between axle 7 can allow handle 76 with 89 rotatable installation of outer panels and fixed annular groove 74 with blocking Ring 75.The handle for setting out several that this handle for opening door can be installed on to outer panels 89 or lock body shell in the outside of handle shell 9 again Hand screw 95.

Installation for convenience of tapered end and conveniently it is used in combination, by tapered end of the present invention and can contains with existing lock body The handle for opening door of cam is integrated by its lock shell 3 and 9 fixation directly connected to each other of handle shell or setting,；Can yet be in institute The tapered end screw 35 of on the inside of the door body or inner side of outer panels 89 can be installed on by being set out on the lock shell 3 stated, by described enabling handle Hand and tapered end are arranged on door body or outer panels 89 by its handle screw 95 or tapered end screw 35 and matching screw On inner side or on the shell of existing lock body；Fig. 1 is yet see, by that can set and be fixedly mounted the outer of handle for opening door and tapered end Panel 89 or wainscot 88 are fixedly connected, while set out on the outside of the door body or the outside of outer panels 89 and can allow handle 76 installations and the handle turn hole 890 of normal use, key can be allowed by also being also set up out on the outside of door body or on the outside of outer panels 89 Insert the key mouth 48 of plug keyway 268.

In use, when matching key is correctly inserted into key slot 268 and realizes unlocking or locking, it is now recessed by arranging Groove 29 aligns with side column groove 20, unlocking direction rotary handle 76 that now only need to be to agreement, drives and is located at cam in handle axle 7 6 rotations, enable the part top pressure stress point 19 that cam 6 is most raised, and drive sliding part 1 to be moved slightly to locking direction, make lock Side column 30 loses the frictional force from side column groove 20 caused by unlocking spring 17 with locking neck 11, in locking side column stage clip 14 Or in the presence of locking neck 11 side, locking side column 30 is mobile to the direction of groove 29 and is completely disposed in side column groove 20, now By about there is no any object to block between fixed lock core 2 and sliding part 1, then by agreement direction rotational handle 76, act on stress point 19 cam 6 is moved to non-bossing gradually from raised, and now sliding part 1 also follows moves to unlocking direction gradually, until Opening, while drive machine-operated 16 displacements of handle unlocking, axle marble hole 70 corresponding with set marble hole 80, handle is unlocked machine-operated 16 energy useful effects make between handle shell 9 and handle axle sleeve 8 without any pellet, handle axle sleeve 8 in set pellet 81, axle pellet 71 There are axle pellet 71 or set pellet 81 to block between handle axle 7, handle axle sleeve 8 can rotate together in company with the handle 76 of handle axle 7, Power transmission point 83 is driven to rotate, you can dead bolt or latch in driving lock body realize unlocking or locking.During locking, tapered end locking can be pressed The agreement rotational handle 76 in direction, sliding part 1 of the driving of cam 6 provided with stress point 19 is set to be located at locked position, now sliding part 1 Locking neck 11 it is corresponding with the side column groove 20 of lock core 2, key can be now extracted, in the outer rim and side column marble spring of key In the presence of 266, groove 29 and the dystopy of side column groove 20, the outside of locking side column 30 is entered in locking neck 11 and block with locking Groove 11 cooperates, and has locking side column 30 to block between sliding part 1 and lock core 2, that is, realizes the locking of tapered end；At the same time, exist When promoting sliding part 1 to locking direction, handle office of unlocking 16 also follows displacement, loses to set pellet 81 and axle pellet 71 Effect, when rotary handle 76 again make axle marble hole 70 and cover marble hole 80 and shell marble hole 90 each other to it is corresponding when in handle In the presence of hand marble spring 73, axle pellet 71 returns to the idling conditions of handle axle 7, if now pressing button 18 and tapered end is pressed Pin 15, sliding part 1 are blocked by tapered end push-piece 15, you can prevent key realization outdoors from unlocking.Above-mentioned hand is rotated by locking direction While handle 76, power transmission point 83 is also rotated in company with handle 76, whether can set power transmission point 83 surely according to the needs of different lock bodies Lock body latch need to be driven to enter locking states；For can self-locking lock body, can be by the locking back-moving spring that is located in lock body To drive lock body to enter locking states.

, can be as needed again in practical application, increase the thickness of sliding part 1, such as by Fig. 1 and Fig. 4 or Fig. 1 and figure 13 are combined, and handle for opening door involved in the present invention is re-established as containing two groups of axle marble holes 70 and set marble hole 80 and shell bullet Sub-aperture 90, the running orbit of two groups of marble holes need to be arranged to mutually stagger, not interfere with each other.One of which axle marble hole 70 and set Marble hole 80 and shell marble hole 90 are arranged to communicate when left and right directions each other is consistent, axle pellet 71 and set pellet 81 and shell Pellet 91 sets the office 16 that to be unlocked with the key-type handle containing magnetic bullet 98 to match；Wherein another group of axle bullet Sub-aperture 70 is arranged to communicate when above-below direction each other is consistent with set marble hole 80 and shell marble hole 90, axle pellet 71 and set bullet Son 81 sets the office 16 that to be unlocked with the handle of the push rod column type to match.Set again by two groups of handles unlocking offices 16 Put on sliding part 1, and ensure its can in corresponding unlocking office chute 99 with the up and down motion normal work of sliding part 1, The tapered end that the heretofore described structure of any lock core 2 can be selected is matching.

Figure 12 is a kind of lock body structure schematic diagram provided with lock body push-piece 46, and described button 18 or tapered end push-piece 15 can lead to Cross and be connected with each other integrally in plate, the object of block structure and lock body push-piece 46, and linkage.

Figure 12 also in the market it is popular can self-locking safe-guard door lock lock body, figure include lock body shell 4, The push rod decorative pearl on top of an official cap 661, the second latch 49, latch connecting plate 41, grapple 61 and the locking spring 53 for locking, outside described lock body External form is provided with latch connecting plate 41 on the inside of the bottom plate of adjacent patch lock body shell 4, connected in latch in the box-like of multi-faceted column in shell 4 Fishplate bar 41 is provided with the catching groove 43 that can be placed in opening and the chute for controlling its glide direction and stabilization 410, on the inside of the bottom plate of lock body shell 4 on be additionally provided with the guide pillar 42 that can be cooperated with chute 410, on latch connecting plate 41 The second latch 49 that can be linked with it is additionally provided with, second that the second latch 49 can be allowed to slide is provided with the side wall of lock body shell 4 Sliding mouth 490, the grapple 61 that controllable latch connecting plate 41 slides is additionally provided with the inside of the bottom plate of lock body shell 4, in the grapple With being provided with one group that grapple 61 can be allowed to be rotatably connected with lock body shell 4 on the inside of the bottom plate of lock body shell 4 between 61 two Hook rotating shaft turn hole 60, the dop 62 that can be cooperated with catching groove 43 is provided with one of the grapple 61, in the another of grapple 61 Head is provided with grapple projection 611, and the grapple spring that dop 62 can be allowed to be caught in catching groove 43 is additionally provided between grapple 61 and lock body shell 4 63, the push rod decorative pearl on top of an official cap 661 that can be driven by latch connecting plate 41, institute are provided with the side wall provided with the lock body shell 4 of the second latch 49 The outer end of the push rod decorative pearl on top of an official cap 661 stated is that the inner of the push rod decorative pearl on top of an official cap 661, which is provided with, may act on grapple projection containing the dead bolt 65 in inclined-plane 611 top 561, connecting rod 64 is provided between dead bolt 65 and top 561, controllable lockmaking is additionally provided with the outside of connecting rod 64 For tongue 65 with respect to the control spring 67 of the state position of the side wall of lock body shell 4, dead bolt can be allowed by being additionally provided with the side wall of lock body shell 4 The 65 cunning mouths 480 slided, latch connecting plate 41 can be driven in the locking spring 53 of locking states by being additionally provided with lock body shell 4, Drive in the force 83 of wearing that described latch connecting plate 41 can be arranged on the handle for opening door for the idle running being fixedly connected with lock body shell 4 Move in opening.

Described latch connecting plate 41 is fixedly connected with the push rod decorative pearl on top of an official cap 661, in the He of connecting rod 64 of the push rod decorative pearl on top of an official cap 661 The outside of dead bolt 65, which is provided with, can allow the push rod decorative pearl on top of an official cap 661 reciprocating, and can allow dead bolt 65 can be in company with the top being moved in or out Bar shell 48, described push rod shell 48 is fixed on latch connecting plate 41 and push rod shell 48 can be with latch connecting plate 41 Slip slided in sliding mouth 480, described control spring 67 is arranged on the latch connecting plate 41 in the outside of connecting rod 64 with coming directly towards Between 561 or it is arranged between the push rod shell 48 and dead bolt 65 in the outside of connecting rod 64.

It is additionally provided with and can be driven and can directly or indirectly be acted on by power transmission point 83 on the inside of the bottom plate of lock body shell 4 or cover plate Plate stress point 44 makes latch connecting plate 41 be located at the rotating disc 500 of opening, and described rotating disc 500 can be by turn hole with turning Axle technology is by the cover plate of the rotatable bottom plate for being fixedly mounted on lock body shell 4 or lock body shell 4, described rotating disc 500 It may be provided on the outside of handle axle 7；The disk stress point 511 that can be acted on by power transmission point 83 is provided with described rotating disc 500, 5 are additionally provided with the force arm 521 that can be acted on plate stress point 44 and can drive latch connecting plate 41 on rotating disc, in described lock body The day latch connecting rod 57 that can be rotated the driving of disk 500 and ground latch connecting rod 58 are additionally provided with shell 4, described locking spring 53 can To be the thrust spring being located between rotating disc 500 and lock body shell 4 or be located in the rotating shaft of rotating disc 500 and lock body shell Torque spring between 4 bottom plates is either located at the thrust spring between lock body shell 4 and latch connecting plate 41.

Figure 12 is referred to, the sheet metal that one to three millimeters thick can be selected makes lock body shell 4, can use punching press or welding Sheet metal is fabricated to interior outside in the box-like lock body shell 4 of similar multiaspect post by technology, generally box-like Sidewall Height with The thickness for being installed in doorframe is suitable.For the ease of use and installation, lock body shell 4 can be fabricated to rectangular box shape, may be selected Rectangular metal sheet material makes the rectangular box-like lock body shell 4 of profile as shown in figure 12.On the inside of the bottom plate of adjacent patch lock body shell 4 Latch connecting plate 41 is set out, the second latch that can be linked with it can be set out on latch connecting plate 41 using rivet welding technology 49, for the ease of the installation of the second latch 49, latch connecting plate 41 can be used to install at the latch 49 of the push rod decorative pearl on top of an official cap 661 and second It is bent into 90 degree of tilting.The catching groove 43 of opening can be placed in by being also set up out again on latch connecting plate 41, described Catching groove 43 refer to be arranged on the outside of latch connecting plate 41 can block by dop 62 also can be convex by a groove that dop 62 discharges or one Rise, the catching groove 43 shown in Figure 12 is a groove.In order to can ensure that the stabilization of latch connecting plate 41 and normal work, figure see 12, chute 410 is set out on latch connecting plate 41 and on the inside of the bottom plate of lock body shell 4 on be additionally provided with can be with the phase of chute 410 Mutually coordinate, and can help to control the sliding stroke of latch connecting plate 41 or the guide pillar in direction 42；Also can use in lock body shell 4 Side sets a guide groove, sets the projection matched with the guide groove to control the slip row of latch connecting plate 41 on latch connecting plate Journey and direction.Guide pillar 42 can also be used, set out the screw hole of the cover plate for installing lock body shell 4 (to scheme not on guide pillar 42 Draw).Second that the second latch 49 can be allowed to slide is put out in the side wall of lock body shell 4 again and slides mouth 490.Again in lock body shell 4 Bottom plate on the inside of set out controllable latch connecting plate 41 to be located at the grapple 61 of opening, two of described grapple 61 it Between and lock body shell 4 corresponding to bottom plate on the inside of on one group of hook that grapple 61 and lock body shell 4 can be allowed to be rotatably connected is set out Rotating shaft turn hole 60, one in grapple 61 sets out and can be set with the dop 62 of the mutual cooperation of catching groove 43 in the other end of grapple 61 Grapple projection 611 is put out, then the grapple spring that dop 62 can be allowed to be caught in catching groove 43 is set out between grapple 61 and lock body shell 4 63。

Figure 12 is referred to, the manufacture craft and technology that existing dead bolt or lock can be used to go through, in the lock provided with the second latch 49 The push rod decorative pearl on top of an official cap 661 that can be driven by latch connecting plate 41 is set out in the side wall of body case 4, by the described outer end of the push rod decorative pearl on top of an official cap 661 It is arranged to be arranged to may act on the top 561 of grapple projection 611 containing the dead bolt 65 in inclined-plane, the inner of the push rod decorative pearl on top of an official cap 661, Connecting rod 64 is set out between dead bolt 65 and top 561, the connecting rod 64 of the present embodiment is preferably positioned to straight more in surface Cylinder its section in face is less than dead bolt 65 or comes directly towards 561 section, to facilitate and the cooperation of latch connecting plate 41 and control spring 67 Installation.Controllable dead bolt 65 is set out between the dead bolt 65 and lock body shell 4 in the outside of connecting rod 64 again with respect to outside lock body The control spring 67 of the side wall state position of shell 4, then the cunning mouth that dead bolt 65 can be allowed to slide is set out in the side wall of lock body shell 4 480, the described dead bolt 65 in inclined-plane is also included in the spherical dead bolt of semicircle, in circular cone or round table-like dead bolt, the purpose is to When the inclined-plane of dead bolt 65 interacts with doorframe, the push rod decorative pearl on top of an official cap 661 can be forced to be moved into lock body shell 4, push away top 561 Dynamic grapple projection 611 rotates grapple 61, forces dop 62 to depart from catching groove 43.In practical application, can be in described top 561 On screw bolt and nut for adjusting its own length can be set out.Being set out again on latch connecting plate 41 can be by handle for opening door The plate stress point 44 that middle power transmission point 83 acts on, described plate stress point 44 are configured to cooperate with power transmission point 83 one convex Column or a groove-like or the raised combination shape with groove are played, the plate stress point 44 of the present embodiment is in a groove-like.Again in latch Being set out between connecting plate 41 and lock body shell 4 can promote with latch connecting plate 41 and the second latch 49 to be linked with it positioned at lock The locking spring 53 of closed state.

Figure 12 is referred to, existing dead bolt can be used with locking the manufacture craft and technology of power, in the company of the push rod decorative pearl on top of an official cap 661 The outside of extension bar 64 and dead bolt 65, which is set out, can allow the push rod decorative pearl on top of an official cap 661 reciprocating, and can allow dead bolt 65 can be in company with shift-in Or the push rod shell 48 removed, the inner side of push rod shell 48 will match with the outside of the push rod decorative pearl on top of an official cap 661, for convenience of making and reducing Its inner side and outer side is generally arranged to cylinder by frictional force, and the matched push rod decorative pearl on top of an official cap 661 or dead bolt therein can be set Into the radius semi-round ball suitable with inner side and cylinder combination shape or circular cone and cylinder combination shape.Rivet welding technology can be used by institute The push rod shell 48 stated is fixedly mounted on latch connecting plate 41, and ensures that push rod shell 48 can be in company with the cunning of latch connecting plate 41 It can be slided when dynamic in sliding mouth 480.Set out again between the latch connecting plate 41 in the outside of connecting rod 64 and top 561 for controlling Lockmaking tongue 65 is used as control with respect to the control spring 67 of the side wall status position of lock body shell 4 using one end of top 561 One fulcrum of spring 67；Also will can control as needed spring 67 be located at the outside of connecting rod 64 push rod shell 48 and dead bolt 65 it Between.

Being set out again in lock body shell 4 can be acted on by power transmission point 83 and can directly or indirectly drive latch connecting plate 41 Rotating disc 500, rotating disc 500 can be rotatably captured on the inside of the bottom plate of lock body shell 4 by turn hole and rotating shaft technology, Rotating disc 500 can be arranged on the inside of the cover plate of lock body shell 4 by the technology.The turn hole or rotating shaft for installing rotating disc 500 can Communicate with the outside of the cover plate or bottom plate of lock body shell 4, if setting out rotating shaft fixed thereto on rotating disc 500, can lock The turn hole matched with the rotating shaft is set out on the bottom plate of body case 4, and can be by the rotating shaft and the hand for being located at the plate outer side of lock body shell 4 The dynamic knob to open the door is fixedly linked (figure is not drawn into).The disk stress that can be acted on by power transmission point 83 is set out in rotating disc 500 again Point 511, because the present embodiment Fig. 5 power transmission point is can to make the raised column that rotate coaxially with handle axle 7, it can be done directly on Disk stress point 511, therefore, the disk stress point in Fig. 4 need to be arranged to positioned at the center of rotating disc 500 and can matched with power transmission point 83 The polygon closed is poroid.The force arm 521 of latch connecting plate 41 can be driven by being set out again in rotating disc 500, in order to have Effect coordinates the linear reciprocation work of the rotary work and latch connecting plate 41 of rotating disc 500, and force arm 521 is logical by the present embodiment Cross turn hole with rotating shaft technology with rotating disc 500 and latch connecting plate 41 to be connected, plate force 44, which is also seen as into, is located at latch company The turn hole being connected on fishplate bar 41 with force arm 521 or rotating shaft.In actual applications, force arm 521 can be arranged to rotating disc A fixed lobe shape on 500, directly acts on that to be located on latch connecting plate 41 be in groove-like or convex plate stress point (figure is not drawn into).Automatic locking in order to realize, the locking spring 53 of the present embodiment is to use torque spring, is arranged on rotating disc Between 500 and lock body shell 4, in practical application also can be selected thrust spring, be located at lock body shell 4 in latch connecting plate 41 it Between.

Figure 12 is referred to, then is set out on latch connecting plate 41 and lock body shell 4 when lock body is in unlatching or locking states Can be corresponding with lock body push-piece 46, and can be by unlatching pin-and-hole 471 and locking pin-and-hole 472 that lock body push-piece 46 inserts.Can be according to reality Need, then the lock body push-piece button that lock body push-piece 46 can be promoted to work is set out in the outside of lock body shell 4.

In actual applications, also can be as needed, tapered end push-piece 15 and lock body push-piece 46 are passed through into cylinder or template material Making is connected, and can be linked with lock button 18 or lock body button；Also by lock button 18 and can be located on the outside of lock body Lock body button making is integral and tapered end push-piece is linked with lock body push-piece.In use, only when tapered end be in locking states with When lock body is in locking or opening, it can just make to press the lock button being located on the outside of door body wainscot or lock body button, make Tapered end push-piece 15 and lock body push-piece 46 work simultaneously, realize and abolish the function of key unlatching or locking lock body outdoors.

In actual applications, can directly or indirectly be driven according to power transmission point 83 needed for the work of rotating disc 500, by disk stress Point 511 is arranged to positioned at a raised or groove-like of 500 non-middle position of rotating disc or the raised combination shape with groove, example Such as：For the ease of the separating making and installation of handle for opening door and lock body, rotating disc 500 can be arranged on to the bottom plate of lock body shell 4 Inner side, and 51 points of disk stress is arranged to the raised or grooves positioned at the outer rim of rotating disc 500 (figure is not drawn into)；Again in lock body The second rotating disc (figure is not drawn into) is set up on the cover plate of shell 4, the outer rim of second rotating disc set out may act on disk by Second disk power transmission point of the convex of force 511 1, and set out in the center of second rotating disc can be with the power transmission point shown in Fig. 5 Second disk stress point of 83 grooves being engaged or polygon hole shape.

Above embodiments of the invention are not to illustrate that the present invention can not only fit to design of the invention and being construed as limiting property of application For the tapered end that lock core involved in the embodiment of the present invention is multiaspect cylindricality, the lock that could be applicable in existing disclosed patent Core is cylindrical by fixed tapered end, as long as sliding part can make vertical translation with the axis of lock core or vertical rotary is slided The dynamic tapered end unlocked, belongs to the technology of the present invention and the category of application.The present invention can be with the lock body of existing various safe-guard door locks Or lock power is used in combination, in addition to the lock body of the self-locking safe-guard door lock of involved energy energy in the present invention, it may also be used for containing with teeth The lock body of wheel or the safe-guard door lock of rack drives world latch and dead bolt, and using rotation lock core or hand-drive lock body dead bolt Other antitheft doors or safe lock lock body.

Claims (10)

1. the motionless tapered end of lock core with push-piece, including side column pellet (26) in lock core (2), lock core (2), locking side column (30), sliding part (1), lock shell (3) and unlocking spring (17), described lock core (2) are fixedly installed in lock shell (3), The side column groove (20) with core diameter parallel is provided with the outside of lock core (2), locking side column (30) is provided with side column groove (20), Locking side column (30), which can be removed partly, to be also completely disposed in side column groove (20), is provided with lock core (2) cross section and lock core shaft Line is vertical and the pellet chute (260) that is communicated with side column groove (20), and matching side column bullet is provided with pellet chute (260) Sub (26), be provided with the outside of described side column pellet (26) can groove (29) corresponding with side column groove (20), in described lock Be additionally provided with core (2) with side column pellet (26) matching and and the key slot (268) that communicates of pellet chute (260), described slip Part (1) is located at the side of the lock core (2) where side column groove (20), and can relative lock core axis make vertical sliding motion, with side column groove (20) side of adjacent sliding part (1), which is provided with, to be slided with the locking neck (11) being engaged on the outside of locking side column (30) The handle unlocking office (16) of handle for opening door can be acted on by being additionally provided with part (1), and also being set on sliding part (1) can be by handle for opening door Cam (6) acts on and sliding part (1) can be driven to realize the stress point (19) of locking, and being additionally provided with sliding part (1) to drive The unlocking spring (17) that sliding part (1) slides, it is characterized in that：Button (18) is provided with the outside of lock shell (3), in button (18) It is provided with tapered end push-piece (15), the tapered end push-piece (15) can prevent sliding part (1) positioned at locking states to the displacement of unlocking direction.

2. the motionless tapered end of the lock core with push-piece as claimed in claim 1, it is characterized in that：Described side column pellet (26) is in Cylinder, described pellet chute (260) are matching cylinder, and described groove (29) is arranged in cylindrical side column In the periphery of pellet (26) cylinder 360 deg, described key slot (268) is located at cylinder-shaped marble chute (260) One end, side column marble spring is provided between relative pellet chute (260) one end of key slot (268) and side column pellet (26) (266)；Either described side column pellet (26) is rectangle sheet, and described pellet chute (260) is in matching length It is square, spring key hole (28) are provided with the page middle position for being rectangle sheet side column pellet (26), described key slot (268) communicated with spring key hole (28), described groove (29) is located at the outer rim on the outside of side column pellet (26), in groove (29) Side column pellet (26) outer rim side of offside is provided with spring step (31), in the pellet chute corresponding to spring step (31) (260) side column marble spring (266) is provided with；Either described side column pellet (26) is in multi-faceted column, and described pellet is slided Groove (260) is matching multi-faceted column shape, and described groove (29) is arranged on the cylinder outside of side column pellet (26), The outside of groove (29) offside side column pellet (26) is provided with key contact (51), and key contact (51) is located in key slot, One end of side column pellet (26) is provided with spring step (31), is provided with the pellet chute (260) corresponding to spring step (31) Side column marble spring (266)；Either described side column pellet (26) rounded sheet, described lock core (2) inner side is therewith The circular hole (39) poroid in cylinder of matching, described side column groove (20) on the inside of circular hole (39) with communicating, in circular hole (39) In be provided with the side column pellet (26) and partition (21) vertical with lock core axis, described groove (29) is located at side column pellet (26) outside The outer rim of side, spring key hole (28) are provided with the page middle position of rounded sheet side column pellet (26), described pellet Chute (260) be by circular hole (39) inner side and be located at the inner side and the partition vertical with lock core axis (21) is formed, in partition (21) middle position is provided with piece keyhole (25), and described key slot (268) is by piece keyhole (25) and spring key hole (28) combine.

3. the motionless tapered end of the lock core with push-piece as claimed in claim 2, it is characterized in that：In described locking neck (11) In be provided with external pressure bullet groove (12), external pressure pellet (13) is provided with external pressure bullet groove (12), the inner of external pressure pellet (13) can The outside of locking side column (30) is crimped on, the locking side column of energy urge lock side column (30) is provided with the outer end of external pressure pellet (13) Stage clip (14)；Or step (52) is provided with the outside of described locking side column (30), in the lock core (2) corresponding to step (52) Provided with step chute (56), the locking edge provided with energy urge lock side column (30) in the step chute (56) where step (52) Post stage clip (14).

4. the motionless tapered end of the lock core with push-piece as claimed in claim 3, it is characterized in that：In described side column pellet (26) The transmission pellet (36) of cylinder is provided between locking side column (30).

5. the motionless tapered end of the lock core with push-piece as claimed in claim 1 or 2 or 3 or 4, it is characterized in that：The button (18) or tapered end push-piece (15) links into an integrated entity with the lock body push-piece (46) on lock body, and can mutually link.

6. the motionless tapered end of the lock core with push-piece as claimed in claim 5, it is characterized in that：Described handle for opening door includes Handle axle (7), handle axle sleeve (8) and the handle shell (9) of cylinder, are provided with handle (76), in handle in the outer end of handle axle (7) The cylinder periphery of axle (7) is provided with axle marble hole (70), and axle pellet (71) and handle bullet are provided with axle marble hole (70) Sub-spring (73), handle axle sleeve (8) is provided with handle axle (7) cylinder periphery, being provided with handle axle sleeve (8) can be with axle bullet The set marble hole (80) that sub-aperture (70) Corresponding matching communicates, set pellet (81), described axle bullet are provided with set marble hole (80) Sub (71) can be arranged on handle unlocking machine-operated (16) effect on the tapered end suitable for this handle for opening door, in handle axle sleeve (8) outside Side is provided with the power transmission point (83) that can drive latch in lock body, and handle shell (9) is provided with handle axle sleeve (8) cylinder periphery, The shell marble hole (90) that can be communicated with axle marble hole (70) and set marble hole (80) Corresponding matching is provided with handle shell (9), Be additionally provided with the outside of handle axle (7) can with the cam (6) of the rotation of handle axle (7), described cam (6) can act on be located at it is suitable For the stress point (19) on the sliding part (1) in the tapered end of this handle for opening door, and can be slided by stress point (19) to promote Part (1) is from open position to locked position.

7. the motionless tapered end of the lock core with push-piece as claimed in claim 6, it is characterized in that：Described handle is unlocked machine-operated (16) it is the key shape containing magnetic bullet (98), phase can be made with magnetic bullet (98) by being provided with described shell marble hole (90) The shell pellet (91) containing magnetic polarity of mutual repulsive interaction；Either described handle unlock machine-operated (16) be push rod column, institute The handle unlocking machine-operated (16) stated can be mutually matched with shell marble hole (90) or shell marble hole (90) and set marble hole (80)；Or It is that described handle unlocking machine-operated (16) is the key shape containing inclined-plane or tooth form, energy is provided with described shell marble hole (90) By the inclined-plane in handle unlocking machine-operated (16) or the shell pellet (91) of tooth form effect.

8. the motionless tapered end of the lock core with push-piece as claimed in claim 7, it is characterized in that：In described handle axle sleeve (8) The handle back-moving spring (5) that handle axle sleeve (8) can be driven to reset is provided between handle shell (9).

9. the motionless tapered end of the lock core with push-piece as claimed in claim 1 or 2 or 3 or 4, it is characterized in that：Described enabling Handle includes handle axle (7), handle axle sleeve (8) and the handle shell (9) in cylinder, and handle is provided with the outer end of handle axle (7) (76) axle marble hole (70), is provided with the cylinder periphery of handle axle (7), axle pellet is provided with axle marble hole (70) (71) and handle marble spring (73), handle axle sleeve (8) is provided with handle axle (7) cylinder periphery, in handle axle sleeve (8) Provided with the set marble hole (80) that can be communicated with axle marble hole (70) Corresponding matching, set pellet is provided with set marble hole (80) (81), described axle pellet (71) can be arranged on handle unlocking machine-operated (16) effect on the tapered end suitable for this handle for opening door, The power transmission point (83) of latch in lock body can be driven by being provided with handle axle sleeve (8) outside, in handle axle sleeve (8) cylinder periphery Provided with handle shell (9), the shell that can be communicated with axle marble hole (70) and set marble hole (80) Corresponding matching is provided with handle shell (9) Marble hole (90), being additionally provided with the outside of handle axle (7) can be with the cam (6) of the rotation of handle axle (7), described cam (6) The stress point (19) that can be acted on the sliding part (1) being located at suitable for the tapered end of this handle for opening door, and stress point can be passed through (19) sliding part (1) is promoted from open position to locked position.

10. the motionless tapered end of the lock core with push-piece as claimed in claim 9, it is characterized in that：Described handle is unlocked machine-operated (16) it is the key shape containing magnetic bullet (98), phase can be made with magnetic bullet (98) by being provided with described shell marble hole (90) The shell pellet (91) containing magnetic polarity of mutual repulsive interaction；Either described handle unlock machine-operated (16) be push rod column, institute The handle unlocking machine-operated (16) stated can be mutually matched with shell marble hole (90) or shell marble hole (90) and set marble hole (80)；Or It is that described handle unlocking machine-operated (16) is the key shape containing inclined-plane or tooth form, energy is provided with described shell marble hole (90) By the inclined-plane in handle unlocking machine-operated (16) or the shell pellet (91) of tooth form effect.